# Sixfab > Your IoT Edge, simplified and ruggedized! --- ## Pages - [Embedded World 2026](https://sixfab.com/embedded-world-2026/): Meet Sixfab at Embedded World 2026 (Hall 5-343). See live Edge AI demos and explore AI hardware for Raspberry Pi with AI accelerators to industrial edge AI gateways. Book a meeting. - [Sixfab x Texas: System Integrator Program](https://sixfab.com/system_integrators_program/): By joining the Sixfab System Integrators Program, you gain access to a one-stop, adaptable Edge AI platform, with resources and support to accelerate deployment, reduce integration risk, and unlock recurring revenue. - [Agriculture & Environmental](https://sixfab.com/alpon_for_agriculture_and_smart_farming/): With ALPON X5 AI, you can analyze data directly in the field enabling faster responses, reducing connectivity dependency, and driving more resilient operations across agriculture and environmental systems. - [Retail & Hospitality](https://sixfab.com/alpon_for_retail_and_hospitality/): From smart kiosks to AI-powered shopping journeys, today’s retail and hospitality environments demand more than just connectivity—they need intelligence at the edge. By turning camera and sensor data into actionable insights where it happens, teams can optimize operations, reduce wait times, and deliver seamless, personalized experiences across every location with ALPON. - [Smart Cities & Public Infrastructure](https://sixfab.com/alpon_for_smart_cities/): With compact, cost-effective ALPON devices, municipalities can monitor traffic, energy, air quality, and public assets in real-time using infrastructure that’s easy to deploy, simple to scale, and built for the demands of public space. - [Transportation & Logistics](https://sixfab.com/alpon_for_transportation_logistics/): From retrofitting old trucks to enabling predictive maintenance and real-time tracking, deploying IIoT in transportation is easy with ALPON, especially when your hardware wasn’t built for scale, remote updates, or edge intelligence. - [Partners](https://sixfab.com/partners/): ALPON helps you scale smarter through seamless integration with next-gen IoT platforms and greater client impact. - [Manufacturing & Industrial](https://sixfab.com/alpon_for_manufacturers/): From sensor calibration to collecting data across PLCs and SCADA systems, factories are building more of their automation infrastructure in-house. - [Energy & Utilities](https://sixfab.com/alpon_for_energy_and_ulitilies/): From connecting legacy assets in upstream fields to enabling predictive maintenance across pipelines and terminals, ALPON simplifies complex energy operations at the edge. - [System Integrators LP](https://sixfab.com/alponx4_for_system_integrators/): Alpon is Sixfab’s AI-powered edge computer built on the Raspberry Pi CM5, designed to make industrial edge AI simple and scalable. Flexible like dev kits, reliable like IPCs, and AI-ready from the start, Alpon enables rapid prototyping, seamless scaling, and real-time insights unlocking value for system integrators and their customers. - [Omniview Success Story](https://sixfab.com/omniview-succes-story/): Today, Logical Control Systems’ hosted services powered by reliable edge connectivity support SCADA systems across North America. What started as oilfield micro-facilities has expanded into agricultural and industrial applications, driving secondary revenue streams and software innovation. For Logical Control Systems, success isn’t just about surviving harsh conditions, it's about turning connectivity hurdles into opportunities. And with the right partner, even the most remote assets stay online, monitored, and under control. - [](https://sixfab.com/alpon_x5ai_ks/): Meet ALPON X5 AI No cloud lock-in, no bloated costs, no headaches. Just fast, easy, local AI Combines industrial-grade performance with Raspberry Pi... - [Felicity Success Story](https://sixfab.com/felicity-smart-infrastructure-success-story/): Cities worldwide face a growing challenge: streetlights consume massive amounts of energy, driving up costs and carbon emissions while contributing to light pollution. Traditional dimming solutions are static, unable to adapt to real-time traffic conditions. For municipalities and infrastructure operators, this inefficiency means higher operational expenses and missed sustainability targets. - [Logical Control Systems Success Story](https://sixfab.com/logical_control_system_succes_story/): Today, Logical Control Systems’ hosted services powered by reliable edge connectivity support SCADA systems across North America. What started as oilfield micro-facilities has expanded into agricultural and industrial applications, driving secondary revenue streams and software innovation. For Logical Control Systems, success isn’t just about surviving harsh conditions, it's about turning connectivity hurdles into opportunities. And with the right partner, even the most remote assets stay online, monitored, and under control. - [ALPON X4](https://sixfab.com/alponx4/): Read More... - [My Blended Learning Success Story](https://sixfab.com/myblendedlearning_sixfab_success_story/): For companies shipping temperature-sensitive products, winter brings a costly risk: frozen adhesives. When water-based adhesives freeze, they become unusable, leading to wasted shipments, financial losses, and strained supplier relationships. Traditional monitoring solutions were either too expensive, required complex integration, or couldn’t provide real-time alerts, leaving businesses in the dark until it was too late. - [Smart SC2 Success Story](https://sixfab.com/smartsc2_sixfab_success_story/): In a world where digital education transforms lives, nearly 2.6 billion people remain offline. For NGOs, universities, and companies trying to deliver training in remote regions, unstable or nonexistent internet and electricity make digital learning nearly impossible. Traditional e-learning platforms rely on constant connectivity, leaving entire communities behind. - [Beekee Success Story](https://sixfab.com/beekee_success_story/): In a world where digital education transforms lives, nearly 2.6 billion people remain offline. For NGOs, universities, and companies trying to deliver training in remote regions, unstable or nonexistent internet and electricity make digital learning nearly impossible. Traditional e-learning platforms rely on constant connectivity, leaving entire communities behind. - [Success Stories](https://sixfab.com/success_stories/): Discover how our clients have transformed challenges into success with our solutions - [Integrations](https://sixfab.com/integrations/): Explore Sixfab’s powerful integrations with leading platforms to streamline your edge computing operations. Compatible with AWS, OpenPLC, Node-RED, and more. - [ALPON X5 AI Innovator Program](https://sixfab.com/alpon_edge_innovators_program/): Read More... - [ALPON Pricing](https://sixfab.com/pricing-alpon/): Explore ALPON Cloud's pricing for IoT Edge management and global connectivity with regional data pools and scalable plans tailored to your needs. - [Our Services](https://sixfab.com/services/): Our services include hardware design (DFM services and RF engineering), manufacturing (white label or branded) as well as regulatory support. Learn more... - [ALPON](https://sixfab.com/alpon/): CES Award–winning ALPON powers Physical AI at the edge, turning real-world data into intelligent action. - [Cookie Policy](https://sixfab.com/cookie-policy/): Read More... - [Checkout Privacy Policy](https://sixfab.com/checkout-privacy/): Read More... - [EXPLICIT CONSENT FOR PROMOTIONAL COMMUNICATIONS](https://sixfab.com/newsletter-consent/): Read More... - [Contact Form Privacy Policy](https://sixfab.com/contact-form-privacy/): Read More... - [Privacy Policy for California Citizens](https://sixfab.com/privacy-ca/): Read More... - [Affiliate Program](https://sixfab.com/affiliate-program/): Sixfab believes in fostering strong partnerships with individuals and businesses that align with our values, and we invite you to become a part of our affiliate network. Take your place in the ever growing IoT Edge market and great earnings potential. - [Our Industrial Solutions](https://sixfab.com/our-industrial-solutions/): Our industrial solutions include a wide array of tech testers intended for PoCs and Pilots and connected edge devices for full or phased deployment. - [Our Development Solutions](https://sixfab.com/our-development-solutions/): Our development solutions are mainly for PoCs and pilots. Carefully designed for speed-to-market with attention to quality as well as sensitivity to cost. - [Our Services Old](https://sixfab.com/our-services/): Our services include hardware design (DFM services and RF engineering), manufacturing (white label or branded) as well as regulatory support. Learn more... - [Pricing](https://sixfab.com/pricing/): Pricing for data plans made simple for global or selected local coverage. Use our calculator tool to choose between plans. Learn more... - [What We Do](https://sixfab.com/what-we-do/): Read More... - [Sixfab SIM](https://sixfab.com/sim/): Read More... - [Hardware](https://sixfab.com/hardware/): Read More... - [Quectel Datasheets](https://sixfab.com/quectel-datasheets/): Read More... - [User Verification](https://sixfab.com/user-verification/): Read More... - [Affiliate Area](https://sixfab.com/partner-account/): Read More... - [Custom Payment](https://sixfab.com/custom-payment-us/): Read More... - [Custom Payment](https://sixfab.com/custom-payment/): Read More... - [Custom Design](https://sixfab.com/custom-raspberry-pi-hat-development/): Read More... - [Support](https://sixfab.com/support/): Many examples and getting started guides of the shields to save you time. Includes easy-to-use software library tutorials that specially... - [Tutorials](https://sixfab.com/tutorials/): Using Sixfab 3G or 4G Raspberry Pi shield as a Wi-Fi Hotspot Raspberry Pi Youtube/Facebook Live Video Streamer with Sixfab... - [Terms of Sale and Service](https://sixfab.com/terms/): Read More... - [Privacy Policy](https://sixfab.com/privacy/): Read More... - [Home Page](https://sixfab.com/): Sixfab is enabling companies to do more on the edge, offering an array of products with seamless IoT integration. Design partner for Raspberry Pi. - [Checkout](https://sixfab.com/checkout/): Read More... - [Cart](https://sixfab.com/cart/): Read More... - [Shop](https://sixfab.com/shop/): Welcome to the Sixfab Store where you can directly purchase all of our edge-connected IoT devices and accessories. Built for SBCs such as Raspberry Pi. - [Contact](https://sixfab.com/contact/): Let's connect if you have any questions or wish to talk about your projects. We would love to hear from you! We have locations in North America and Europe... - [Blog](https://sixfab.com/blog/): These blog for makers who interested about IoT. You can find cool arduino and raspberry pi IoT projects. On the other hand you can find good knowledge about IoT technologies. Click and read amazing blog posts. - [FAQ](https://sixfab.com/faq/): Read More... - [About Us](https://sixfab.com/about/): We are simply here to enable progress for our customers through connected-edge devices. Visit our website and learn more about us. --- ## Posts - [Why Edge AI Is Becoming the New Standard in Industrial IoT](https://sixfab.com/blog/why-edge-ai-is-becoming-the-new-standard-in-industrial-iot/): Industrial IoT (IIoT) is entering a new phase. For years, value creation depended on moving data from machines to centralized cloud platforms. Today, latency constraints, bandwidth economics, security considerations, and operational continuity are reshaping how intelligence is deployed. Edge AI is intelligence embedded into operations, allowing systems to sense, decide, and act instantly without cloud dependency. - [Seeing Industry Differently: How Vision AI is Changing Everything](https://sixfab.com/blog/seeing-industry-differently-how-vision-ai-is-changing-everything/): Every breakthrough in technology begins with a new way of seeing. For decades, cameras have helped us observe, record, and analyze the world around us. They’ve been our second set of eyes, capturing what we might miss, helping us measure, document, and improve. But today, something remarkable is happening. Cameras are no longer passive tools for observation; they’re becoming intelligent systems that can understand what they see. This transformation is powered by Vision AI — the ability for machines to process visual data in real time, recognize patterns, detect changes, and make sense of the physical world. What was once a stream of pixels is now information, context, and insight. Vision AI doesn’t just see; it interprets, predicts, and acts. - [Sixfab Named CES Innovation Awards 2026 “Best of Innovation” Winner](https://sixfab.com/blog/sixfab-named-ces-innovation-awards-2026-best-of-innovation-winner/): We’re proud to share that ALPON X5 AI has been selected as a CES® 2026 Innovation Awards “Best of Innovation” recipient in the Enterprise Tech category. More than 5,000 products were submitted across 36 categories, and only one product from each category was chosen as Best of Innovation. Being the winner of Enterprise Tech is a significant milestone for our team and partners. - [5 Real-World Applications of Edge AI Transforming Manufacturing](https://sixfab.com/blog/5-real-world-applications-of-edge-ai-transforming-manufacturing/): In today’s manufacturing world, data is everywhere: on production lines, inside machines, and across connected devices. But the real breakthrough isn’t in collecting all that data; it’s in using it instantly to make smarter decisions. That’s where Edge AI comes in. - [Cloud vs. Edge: Finding the Right Balance](https://sixfab.com/blog/cloud-vs-edge-finding-the-right-balance/): Whether in smart manufacturing, transportation, oil, gas, and energy, or urban infrastructure, Sixfab’s ecosystem empowers developers to bring intelligence exactly where it’s needed at the edge, in the cloud, or anywhere in between. - [Why Edge Computing Matters: Unlocking the Next Wave of AI + IoT Innovation](https://sixfab.com/blog/why-edge-computing-matters/): You hear about the Cloud every day. It’s the powerhouse behind everything from your streaming services to enterprise software. But for the next wave of innovation especially in AI and IoT the most critical work isn’t happening in a distant data center. - [Build a Powerful Industrial-Grade Digital Signage Network with Yodeck and ALPON X4](https://sixfab.com/blog/build-a-powerful-industrial-grade-digital-signage-network-with-yodeck-and-alpon-x4/): Digital signage offers visual communication in a dynamic way. To build such a system, both our hardware and cloud communication must be scalable and powerful. ALPON X4, a robust edge computer powered by the Raspberry Pi Compute Module 4, and Yodeck, a cloud-based digital signage software, together create an efficient and seamless content management setup. - [Build Your Own Digital Signage Network with Raspberry Pi and piSignage](https://sixfab.com/blog/build-your-own-digital-signage-network-with-raspberry-pi-and-pisignage/): In this blog you will learn how to use Raspberry Pi and piSignage to create a cost-effective and flexible digital signage network. - [ALPON X4 & Node-RED: Effortless Real-Time Data Management](https://sixfab.com/blog/alpon-x4-x-node-red-realtime-data-management/): ALPON X4 x Node-RED integration provides the easiest way to collect real-time data for IoT data management and process it visually and without coding. It simplifies reliable and performance-driven IoT data management for any of your entry and scalable projects. - [Minimize Downtime with Edge Intelligence: ALPON X4 × Ubidots](https://sixfab.com/blog/alpon-x4-x-ubidots/): In the rapidly evolving world of industrial automation, staying competitive means more than just gathering data, it means turning it into real-time decisions that drive uptime, efficiency, and growth. Industrial systems are generating large volumes of operational data, but without efficient tools for real-time processing, smart visualization, and actionable analytics, this data remains underutilized. That's where the integration of ALPON X4 by Sixfab with Ubidots, a leading IIoT platform for predictive maintenance and industrial automation, becomes a game-changer. ALPON X4, Sixfab’s industrial-grade edge computer, combines with Ubidots’ no-code IIoT platform to deliver real-time analytics, remote control, and predictive maintenance — all without writing a single line of backend code. - [ALPON X4 X SCADA LTS: Open-Source SCADA for Modern Automation](https://sixfab.com/blog/alpon-x4-x-scada-lts-open-source-scada-for-modern-automation/): SCADA (Supervisory Control and Data Acquisition) systems are one of the most popular open source software for monitoring and controlling industrial processes. With ALPON X4 X SCADA LTS, operations in industrial automation projects are more flexible, reliable, and cost-effective. SCADA LTS and the ALPON X4 — an edge computer powered by the Raspberry Pi Compute Module 4 — form a powerful and cost-effective solution for industrial automation and IoT SCADA applications. As an open-source platform, SCADA LTS has gained popularity across a wide range of automation projects, including energy monitoring, water distribution systems, and manufacturing operations. - [Smart Control Fusion: ALPON X4 & OpenPLC in Industrial and Home Automation](https://sixfab.com/blog/alpon-x4-and-openplc-in-industrial-and-home-automation/): The ALPON X4 is an edge computing device designed for industrial automation and smart home solutions. By integrating OpenPLC, an open-source automation platform, the ALPON X4 becomes a powerful IoT gateway for SCADA systems, real-time processing, and remote monitoring. It provides reliable LTE connectivity and is one of the best choices for Industrial IoT (IIoT), smart home systems and SCADA research because it is easy to integrate, flexible, efficient, and secure. - [ALPON X4 x FUXA: Smart Building Control & Industrial Automation](https://sixfab.com/blog/alponx4-fuxa-industrial-automation/): Smart industrial system infrastructures have become a necessity. From industrial automation to smart home systems, the demand and need for efficient, secure and scalable systems is growing rapidly. That’s where ALPON X4, developed by Sixfab, and FUXA, come together to make a powerful impact. This duo is designed to improve and enhance control systems. Whether you are managing a smart home or an industrial factory, this integration gives you real-time monitoring, energy optimization, and smart automation systems. - [IoT Dashboard & Industrial Monitoring Solution: ALPON X4 x ThingsBoard](https://sixfab.com/blog/iot-dashboard-industrial-monitoring-solution-alponx4-thingsboard/): In this post, we explore how the synergy between ALPON X4 developed by Sixfab, and ThingsBoard addresses these challenges—bringing real-time intelligence and scalable monitoring to industrial environments. - [From DIY to Industrial-Grade: When to Upgrade from a Modem Kit to ALPON X4](https://sixfab.com/blog/from-diy-to-industrial-grade-when-to-upgrade-from-a-modem-kit-to-alpon-x4/): Many businesses start their IoT projects with a Raspberry Pi and a 4G/LTE Cellular Modem Kit. This setup is ideal for Proof of Concept (PoC) development, offering a flexible, affordable, and easy-to-implement solution for small-scale deployments. Whether you're building a smart sensor network, remote monitoring system, or edge AI application, a modem kit provides an excellent starting point, allowing businesses to validate their ideas and identify potential issues before making major investments. - [ALPON X4 x OpenHAB: Seamless Edge Computing for Smart Home Automation & Industrial IoT](https://sixfab.com/blog/alpon-x4-x-openhab-edge-computing-for-smart-home-automation-industrial-iot/): ALPON X4, an industrial IoT edge computer, is built for continuous connectivity, performance, and reliability. Thanks to its industrial design, it complies with standards and features an LTE eSIM for redundant internet connection. Its OpenHab cloud integration ensures that your smart home automation projects stay online even during network failures. - [Overcoming Connectivity Challenges in Harsh Environments: Key Considerations](https://sixfab.com/blog/overcoming-connectivity-challenges-in-harsh-environments/): The Internet of Things (IoT) is transforming industries by unlocking the potential for data collection and analysis in the most challenging environments. However, deploying IoT solutions in harsh environments such as deserts, offshore platforms, or mountainous terrains presents unique challenges. Extreme temperatures, network instability, and physical wear-and-tear can all compromise connectivity and system reliability. Without robust solutions, organizations risk downtime, operational inefficiencies, and higher maintenance costs. - [Why Remote Monitoring is a Game-Changer for IIoT Device Maintenance](https://sixfab.com/blog/why-remote-monitoring-is-a-game-changer-for-iiot-device-maintenance/): Managing large fleets of IIoT devices can be a logistical nightmare for companies across industries. Traditional methods of maintaining these devices often require significant time and resources. Field technicians must physically visit each device to perform diagnostics, updates, or repairs, which can be inefficient and costly. Moreover, with devices scattered across vast geographic locations, troubleshooting and addressing problems promptly can be a complex, resource-intensive task. These traditional maintenance strategies often result in downtime, increased operational costs, and slower issue resolution, making it clear that more efficient solutions are necessary. - [Maximizing Uptime in Industrial IoT: Best Practices for Network Redundancy](https://sixfab.com/blog/maximizing-uptime-in-industrial-iot_best_practices_for_network_redundancy/): In the realm of industrial IoT (IIoT), uptime is critical to maintaining smooth operations. Unplanned downtime can lead to costly disruptions, lost productivity, and reputational damage. For industries relying on connected devices to monitor, manage, and automate systems, any network outage can halt operations and cause significant losses. - [The Business Edge: 10 Ways IoT Edge Computing is Transforming Industries](https://sixfab.com/blog/10-ways-iot-edge-computing-is-transforming-industries/): In the fast-evolving digital age, businesses are constantly on the lookout for technologies that can offer a competitive edge. One such game-changing innovation is IoT edge computing. By processing data closer to the source—rather than relying solely on centralized cloud servers—IoT edge computing offers unprecedented advantages in speed, security, and efficiency. For businesses, this means more reliable operations, enhanced user experiences, and substantial cost savings. - [Troubleshooting Guide: 6 Issues with the Raspberry Pi 4G/LTE Base HAT Setup and How to Solve Them](https://sixfab.com/blog/6-issues-with-the-raspberry-pi-4g-lte-base-hat-setup/): Unleashing the power of cellular connectivity on your Raspberry Pi with a Sixfab 4G/LTE Base HAT opens doors to exciting projects. However, technical hurdles can sometimes put a damper on your progress. Don't worry, this blog article equips you with solutions to tackle six common issues users encounter with the 4G/LTE Base HAT, getting you back on track in no time. - [Future-Proof Your Business with AI at the Edge and Sixfab](https://sixfab.com/blog/future-proof-your-business-with-ai-at-the-edge-and-sixfab/): The industrial landscape is undergoing a seismic shift driven by Artificial Intelligence (AI) at the Edge. This cutting-edge technology decentralizes intelligence, bringing it closer to where data is generated – on factory floors, within smart devices, and at the fringes of vast networks. This shift empowers real-time decision-making, unlocks a new wave of operational efficiency, and paves the way for groundbreaking advancements across industries. - [Smart Cities Powered by IoT Edge: Transforming Urban Infrastructure and Management](https://sixfab.com/blog/smart_cities_powered_by_iot_edge/): At the heart of the smart city revolution lies IoT Edge technology. But what exactly does it entail? In simpler terms, IoT Edge involves deploying IoT devices and sensors at the edge, the very location where data is generated, collected, and processed in real time. - [Demystifying the Maze: Choosing the Right Connectivity Protocol for Your IoT Device](https://sixfab.com/blog/choosing_right_connectivity_protocol_for_your_iot_device/): From smart homes and wearables to industrial automation and connected cities, a vast network of edge devices is continuously collecting and sharing data. This connectivity, however, wouldn't be possible without a crucial element: connectivity protocols. - [On the Edge: Real-World Applications of IoT Edge for Predictive Maintenance](https://sixfab.com/blog/applications-of-iot-edge-for-predictive-maintenance/): In the fiercely competitive manufacturing landscape of today, the key to survival lies in the relentless pursuit of maximizing production uptime and minimizing downtime. This is where IoT Edge technology steps in, a revolutionary tool that is reshaping how manufacturers approach predictive maintenance for enhanced manufacturing efficiency and production optimization. This article delves into the concrete ways in which forward-thinking companies are not just using IoT Edge to stay afloat, but to gain a substantial advantage over their rivals. The time to adopt this technology is now. - [Drilling into Efficiency: How 5G Networks Unlock Real-Time Data Analysis for Oil and Gas Companies](https://sixfab.com/blog/real-time-data-analysis/): Imagine vast oil fields stretching as far as the eye can see. Now, picture the challenge of gathering data from all those remote locations. That's been the reality for the oil and gas industry for a long time. But guess what? 5G networks are shaking things up, paving the way for real-time data analysis right at the source and way out in those very same fields. This is a game-changer, promising to revolutionize how oil and gas companies operate. - [Sixfab: Empowering Oil and Gas Operations with 5G at the Edge](https://sixfab.com/blog/5g-at-the-edge/): The oil and gas industry is on the cusp of a digital transformation, and 5G technology is at the forefront of this revolution. Sixfab offers a compelling suite of solutions designed to bridge the gap between cutting-edge connectivity and the sector's specific needs. - [Connected Smart Cities: Edge Computing Impact](https://sixfab.com/blog/connected-smart-cities/): Edge computing is not a technology, it’s the architecture of a type of technology. Specifically, it’s the shift away from big data being processed on a central server and instead localized data right at its source. Like on a smartphone, sensor, or something else that you personally use. - [Harness the Power of Data: Optimizing Oil & Gas Pipelines with the Cutting-Edge IoT](https://sixfab.com/blog/optimizing-oil-and-gas-pipelines-with-iot/): Implementing the IoT edge and cloud integration empowers you to transform your pipeline operations. By leveraging real-time data and powerful analytics, you can optimize efficiency, enhance safety, and contribute to a more sustainable future. - [Private Network Operators: Current Market Status, Emerging Trends, Challenges, and Opportunities](https://sixfab.com/blog/private-network-operators/): The emerging Private Network Operators industry trends are shaping its growth and potential. One significant trend is the growing adoption of full "production" deployments for 4G/LTE and 5G infrastructure and applications. This trend is driving the private network market towards maturity as operators implement these networks on a larger scale. - [Unleashing the Power of 5G Connectivity in IoT: Shaping the Future with Sixfab](https://sixfab.com/blog/power-of-5g-connectivity/): In today's technologically advanced world, the Internet of Things (IoT) has revolutionized the way we interact with our surroundings. With the rapid growth of IoT devices, the demand for faster and more reliable connectivity continues to escalate. Introducing 5G, the next generation of wireless technology, which promises to unlock a world of possibilities for IoT applications. In this blog post, we will explore the use cases and potential of 5G connectivity in the context of IoT, while introducing two innovative solutions from Sixfab that will take your IoT projects to new heights. - [Transforming Efficiency: IoT Level Sensing in Industry](https://sixfab.com/blog/iot-transforming-efficiency/): In the rapidly evolving technological landscape, innovation and practicality combine to transform various industries. Among many such examples, the IoT Silo & Level Measurement project stands out as a prime illustration of this symbiotic relationship. This project is a powerful integration of Sixfab Pico LTE with Raspberry Pi Pico microcontroller and the AWS IoT platform, revolutionizing operations across diverse sectors. - [Green Buildings: Energy Efficiency & Sustainability](https://sixfab.com/blog/green-buildings/): Green buildings, often referred to as sustainable or eco-friendly buildings, represent an architectural philosophy centered on the harmonious relationship between the built environment and the natural world. These structures are designed, constructed, and operated to minimize their environmental impact throughout their life cycle, from material procurement to demolition. - [Edge Computing in Healthcare: Enhancing Care](https://sixfab.com/blog/edge-computing-in-healthcare-enhancing-care/): Edge computing is not a technology, it’s the architecture of a type of technology. Specifically, it’s the shift away from big data being processed on a central server and instead localized data right at its source. Like on a smartphone, sensor, or something else that you personally use. - [What are the Best IoT Development Platforms?](https://sixfab.com/blog/best-iot-development-platform/): What are the best IoT Developer Platforms? Why do you need the IoT Developer platform? All you wonder about IoT Developer Platforms in this article! - [Smart Agriculture Projects Using Raspberry Pi](https://sixfab.com/blog/smart-agriculture-projects-using-raspberry-pi/): Smart Agriculture/Farming is an idea centered on providing the agricultural industry with the infrastructure to connect with advanced technology –... - [Benefits of 5G in Internet of Things](https://sixfab.com/blog/how-5g-impacts-iot-technology/): As the IoT technology grows more extensive, we need it faster, more accessible, and more reliable. Let's see how IoT makes the benefits of 5G technologies. - [Nvidia Jetson Nano Developer Kit: A Powerful Kit for AI & Robotics](https://sixfab.com/blog/nvidia-jetson-nano-developer-kit-a-powerful-developer-kit-for-ai-robotics/): Nvidia Jetson Nano Developer Kit is a powerful kit for AI, robotics and more. Click here to learn the details and how to use it most effectively. - [IoT SIM Cards - All You Need to Know](https://sixfab.com/blog/iot-sim-cards/): IoT is on the rise and so are IoT SIM cards. This article tells you what they are and how they are used. Learn more about their versatility here. - [Raspberry Pi vs. Arduino | Which is Better for IoT Projects?](https://sixfab.com/blog/raspberry-pi-vs-arduino-which-is-better-for-iot-projects/): Which is better for IoT projects; Raspberry Pi or Arduino? See the differences between Raspberry Pi & Arduino regarding hardware, programming, field of use. - [Selecting an Antenna and Improving Cellular Signal Strength in IoT Applications](https://sixfab.com/blog/antenna-selection/): Discover our guide on using an antenna for a faster cellular modem, the points to consider when choosing an antenna, and what causes a poor signal on LTE Antenna. - [What is LTE Antenna & How Does It Work?](https://sixfab.com/blog/what-is-lte-antenna-how-does-it-work/): "What is LTE(4G&5G) antenna?", "How does an LTE antenna work?" and other details are in our article. - [What is Cellular IoT?](https://sixfab.com/blog/what-is-the-cellular-iot/): Cellular IoT helps smart objects perform better due to its diversity and scope of expansion. This article explains its various categories and features. - [What is a Raspberry Pi HAT?](https://sixfab.com/blog/what-is-a-raspberry-pi-hat/): What are Raspberry Pi HATs and how to make benefit of them? We answered your questions about Raspberry Pi HATs. - [What is Raspberry Pi & Using Raspberry Pi in IoT Projects](https://sixfab.com/blog/what-is-raspberry-pi-using-raspberry-pi-in-iot-projects/): See the article if you want to get started with Raspberry Pi and use it in IoT projects. A brief guide to Raspberry Pi with frequently asked questions. - [A Brief Guide to IoT (Internet of Things)](https://sixfab.com/blog/iot-brief-guide/): Here is a brief guide about IoT. Check out for definition, applications, ways to keep secure, and how to program IoT devices. - [Cellular IoT Shield getting started with UDP connection](https://sixfab.com/blog/cellular-iot-shield-getting-started-with-udp-connection/): Sixfab came up with Arduino Cellular IoT Shield. This shield is a lighter version of our previous Arduino Cellular IoT... - [Cellular IoT HAT Getting Started with UDP connection](https://sixfab.com/blog/cellular-iot-hat-getting-started-with-udp-connection/): Sixfab came up with Raspberry Pi Cellular IoT HAT. This time it is a Hat rather than a shield. To... - [QMI Interface with Sixfab Shields/HATs](https://sixfab.com/blog/qmi-interface-with-sixfab-shields-hats/): To get rid of the legacy cruft, newer ways to present USB-connected LTE modems like QMI and MBIM have been... - [PPP installer for Sixfab Shield/HAT](https://sixfab.com/blog/ppp-installer-for-sixfab-shield-hat/): Photo by Gilles Rolland-Monnet on Unsplash Sixfab offers HATs for Raspberry Pi which provides cellular PPP Internet connection anywhere with... - [Basic UDP Communication Tutorial for Sixfab Arduino Cellular IoT Application Shield](https://sixfab.com/blog/basic-udp-communication-tutorial-for-sixfab-arduino-cellular-iot-application-shield/): After the our first tutorial on Sixfab Arduino Cellular IoT Application Shield in which we mentioned monitoring sensors only. Since... - [Sensor Test Tutorial for Sixfab Arduino Cellular IoT Application Shield](https://sixfab.com/blog/sensor-test-tutorial-for-sixfab-arduino-cellular-iot-application-shield/): Sixfab has came up with Arduino Cellular IoT shield that have combined LTE technilogies Cat. M1, Cat. NB1(NB-IoT) and eGPRS,... - [Basic UDP Communication Tutorial for Sixfab RPi Cellular IoT Application Shield](https://sixfab.com/blog/basic-udp-communication-tutorial-for-sixfab-rpi-cellular-iot-application-hat/): Our previous tutorial was about observing data from the available sensors on the Sixfab R. Pi Cellular IoT Application Shield.... - [Sensor Test Tutorial for Sixfab RPi Cellular IoT Application Shield](https://sixfab.com/blog/sensor-test-tutorial-for-sixfab-rpi-cellular-iot-application-hat/): Sixfab is launching their new shield for Raspberry Pi named as Sixfab Raspberry Pi Cellular IoT Application Shield. The Shield... - [IOT’s Place in The Industry 4.0](https://sixfab.com/blog/iots-rise/): In the Fourth Industrial Revolution, the machines began to manage, themselves and the production process, so they no longer needed manpower. In the future, technology will go where people use dark factories. The Dark Factories will not need people. This advanced technology, called the 'Internet of Things' (IOT). - [The Term of IoT (Internet Of Things)](https://sixfab.com/blog/iot/): In this article, you can read what the IoT is, where it is used, how it is developed, why it is important, and where it is the technology development. In addition, in the article, "big data" and briefly industrial revolutions were mentioned. - [Sending SMS with Sixfab GSM/GPRS Shield](https://sixfab.com/blog/sending-sms-with-sixfab-gsmgprs-shield/): We are back again with another tutorial on Sixfab GSM/GPRS Shield. This has been designed with Quectel M66 GSM/GPRS module... - [Sixfab NB-IoT EVB. with Ultrasonic Sensor](https://sixfab.com/blog/sixfab-nb-iot-evb-with-ultrasonic-sensor/): Sixfab NB-IoT is another member of our Nb-IoT Shield family. This can be connected either with USB or you may... - [Getting Started with Sixfab NB-IoT EVB.](https://sixfab.com/blog/getting-started-with-sixfab-nb-iot-evb/): Sixfab NB-IoT is a tiny narrow band IoT (Nb-IoT) evaluation board. It comes with high performance Quectel BC95 NB-IoT module... - [Monitoring sensors of Sixfab Raspberry Pi NB-IoT Shield](https://sixfab.com/blog/all-sensors-of-sixfab-raspberry-pi-nb-iot-shield/): We are here again with our Sixfab Raspberry Pi NB-IoT Shield Tutorial. As mentioned in the product details that there... - [Sensing Temperature & Humidity with Sixfab Rapsberry Pi NB-IoT Shield](https://sixfab.com/blog/sensing-temperature-humidity-with-sixfab-rapsberry-pi-nb-iot-shield/): We are back again with second tutorial on our Sixfab Raspberry Pi NB-IoT Shield. In this tutorial we will be... - [Getting Started with Sixfab Raspberry Pi NB-IoT Shield](https://sixfab.com/blog/getting-started-with-sixfab-raspberry-pi-nb-iot-shield/): Sixfab Raspberry Pi NB-IoT shield is a narrow band IoT (NB-IoT) shield for Raspberry Pi. NB-IoT is very suitable for... - [Accessing Built-in Sensors of Sixfab Arduino NB-IoT Shield](https://sixfab.com/blog/built-in-sensors-of-sixfab-arduino-nb-iot-shield/): We are here again with our Sixfab Arduino NB-IoT Shield Tutorial. As you all know from the details of the... - [Getting Started with SIXFAB Arduino NB-IoT Shield](https://sixfab.com/blog/getting-started-with-sixfab-arduino-nb-iot-shield/): Sixfab Arduino NB-IoT shield is a Narrow-Band IoT(LTE CAT-NB1) shield for Arduino, based on Quectel’s BC95 module. NB-IoT is a... - [Measuring Lux with Sixfab Arduino NB-IoT Shield](https://sixfab.com/blog/measuring-lux-with-sixfab-arduino-nb-iot-shield/): We are back again with another tutorial on Sixfab Arduino NB-IoT Shield. Previously we have learned how to connect the... - [Observing External Sensor data with Sixfab Arduino NB-IoT Shield](https://sixfab.com/blog/external-sensor-with-sixfab-arduino-nb-iot-shield/): It is obvious that a single shield is never enough to design a project. You will definitely like to integrate... - [Getting started with Sixfab NB-IoT Evo. Board](https://sixfab.com/blog/getting-started-with-sixfab-nb-iot-evo-board/): Now this Evolution Board is another member of our Sixfab NB-IoT family. First of all this is not a shield,... - [GPS Tracker with 3G, 4G/LTE shield](https://sixfab.com/blog/gps-tracker-with-3g-4glte-shield/): In this tutorial we will learn how to get GPS data using 3G, 4G/LTE shield. GPS(Global Positioning System) also known... - [[OUTDATED] Tutorial 2 | Make a PPP internet connection with Sixfab GPRS Shield on Raspberry Pi](https://sixfab.com/blog/updated-tutorial-2-make-a-ppp-internet-connection-with-sixfab-gprs-shield-on-raspberry-pi/): Following Tutorial is old. Please follow new PPP installer tutorial. Sixfab GSM/GPRS Shield is using Quectel M66 GSM/GPRS module. It... - [Raspberry Pi Gps Tracker with Sixfab Gps Shield](https://sixfab.com/blog/tutorial-8-raspberry-pi-gps-tracker-with-sixfab-gps-shield-2/): Do you want to make your own Car tracker? If say yes, This tutorial is for you. Read More... - [Raspberry Pi Security System with Sixfab 3G, 4G/LTE Base Shield](https://sixfab.com/blog/tutorial-7-raspberry-pi-security-system-with-sixfab-3glte-shields/): Make your RPi Security system easily with this tutorial using 3G, 4G/LTE Base Shield. Read More... - [Raspberry Pi Ds18b20 Temperature Sensor logger with Sixfab Xbee Shield](https://sixfab.com/blog/tutorial-6-raspberry-pi-ds18b20-temperature-sensor-logger-with-sixfab-xbee-shield/): You can connect to other nodes easily. Connect Xbee shield to Raspberry Pi and use ds18b20 sensor to log temperature... - [Tutorial 1 | Raspberry Pi Kernel update for Sixfab 3G/LTE shield's usb drivers](https://sixfab.com/blog/tutorial-1-raspberry-pi-kernel-update-for-sixfab-3glte-shields-usb-drivers/): Original Raspbian Jessie kernel doesn’t support Quectel EC25/UC20 modules, then we fixed kernel, you can replace your module files with... - [Raspberry Pi Youtube/Facebook Live Video Streamer with Sixfab 3G, 4G/LTE Shield](https://sixfab.com/blog/tutorial-4-raspberry-pi-youtubefacebook-live-video-streamer-with-sixfab-3glte-shields/): Sixfab 3G, 4G/LTE Base Shield with appropriate module provides very high speed internet connection. Use Raspberry Pi camera and you... --- ## Products - [Quectel RM520N-GL 5G Module](https://sixfab.com/product/quectel-rm520n-gl-5g-module/): An industrial grade 5G module for IoT/eMBB applications, supporting both 5G NSA and SA modes. Compatible with Quectel's M. 2... - [ALPON X5 AI - Early Access Reservation](https://sixfab.com/product/alpon-x5-ai/): ALPON X5 AI is a rugged, fanless edge AI computer powered by the Raspberry Pi Compute Module 5 and the... - [Tri-Band WiFi Antenna](https://sixfab.com/product/tri-band-wifi-antenna/): Unleash the full potential of your wireless network with this high-gain tri-band antenna. Specifically designed for WiFi 6E and WiFi 7 applications. - [Multi-Constellation GNSS Antenna](https://sixfab.com/product/multi-constellation-gnss-antenna/): Achieve fast and reliable positioning with this high-performance GNSS antenna. It supports GPS, GLONASS, BeiDou, and Galileo. - [5G/LTE Cellular Omni-Directional Antenna](https://sixfab.com/product/5g-lte-cellular-omni-directional-antenna/): Boost your connectivity with this high-performance, ultra-wideband cellular antenna.It provides excellent coverage across 5G, 4G/LTE, 3G, and 2G frequencies. - [MHF4 to SMA Female Adapter Cable](https://sixfab.com/product/mhf4-to-sma-female-adapter-cable/): Compact, low-loss 50 Ω pigtail that adapts an on-board MHF4 RF port to SMA Female connector. Ideal for routing radio... - [Sixfab Edge Outdoor Kit – IP66 Rated](https://sixfab.com/product/sixfab-edge-outdoor-kit-ip66-rated/): Make your ALPON computers and electronics projects outdoor-ready, with versatile customization features. Rugged, UV-resistant IP66-rated enclosure kit designed to protect... - [USB Bridge for Jetson Orin Nano](https://sixfab.com/product/usb-bridge-for-jetson-orin-nano/): The USB Bridge for Jetson Orin Nano is designed to enable full functionality of the Jetson Nano Cellular Modem KIT... - [ALPON Terminal DC Power Adapter](https://sixfab.com/product/alpon-terminal-dc-power-adapter/): The Terminal DC Power Adapter provides reliable and energy-efficient power delivery, suitable for various applications. This 30W adapter is fully... - [ALPON Combo Antenna](https://sixfab.com/product/alpon-combo-antenna/): The Combo antenna is a versatile 4-in-1 combination antenna, designed for optimal performance in various wireless and digital communication systems.... - [ALPON X4 Edge Computer](https://sixfab.com/product/alpon-x4/): The ALPON X4 is a powerful and reliable edge computer tailored for IoT and industrial use, combining robust hardware with... - [ALPON DIN Rail Mount Kit](https://sixfab.com/product/alpon-din-rail-mount-kit/): For industrial applications, the DIN rail mounting option provides a robust and efficient solution. The ALPON X4 device can be... - [ALPON GPIO Expansion](https://sixfab.com/product/alpon-gpio-expansion/): This innovative Ethernet RJ45 Male Plug Terminal Block combines a standard RJ45 Ethernet port with an 8-pin terminal block, offering... - [ALPON Wall Mount Kit](https://sixfab.com/product/alpon-wall-mount-kit/): The wall mount option allows for straightforward installation. The device can be directly affixed to the wall using the two... - [ALPON GPIO Expansion with Cable](https://sixfab.com/product/alpon-gpio-expansion-with-cable/): This RJ45 Male to 8-Pin Screw Terminal Block Cable is a versatile adapter designed for Cat7, Cat6, and Cat5 Ethernet... - [Sixfab Pico LTE 2](https://sixfab.com/product/sixfab-pico2-lte/): Sixfab Pico LTE is an IoT development board designed by Sixfab, Inc. It combines the power of Raspberry Pico W and the Quectel BG95-M3 modem, providing a comprehensive platform for IoT evaluation and development purposes. With its integrated components and feature-rich design, Sixfab Pico LTE enables users to explore and experiment with Pico W and LTE technologies. - [Quectel 5G Module (RM502Q-AE)](https://sixfab.com/product/quectel-5g-module-rm502q-ae/): An industrial grade 5G module for IoT/eMBB applications, supporting both 5G NSA and SA modes. Compatible with Quectel's M. 2... - [Sixfab 5G Modem Kit for Raspberry Pi 5](https://sixfab.com/product/sixfab-5g-modem-kit-for-raspberry-pi-5/): Hardware· Sixfab 5G HAT Designed for Raspberry Pi 5 (Raspberry Pi 5 is not included)· Integrated Quectel RM502Q-AE 5G Sub-6Ghz·... - [Sixfab SIM](https://sixfab.com/product/connect-sim-card-for-iot-projects/): A cellular connectivity solution for connecting your IoT devices with the best global networks. Without any contract or commitment. This Sixfab SIM provides a global network for high-quality coverage. - [Sixfab Jumpstart 5G](https://sixfab.com/product/sixfab-jumpstart-5g/): Hardware Sixfab 5G modem Carrier HAT powered by Raspberry Pi 4 Model B - 8GB RAM (included) Sixfab designed internal... - [Passive GNSS/GPS Antenna u.FL Plug - 100mm](https://sixfab.com/product/passive-gnss-gps-antenna-u-fl-plug-100mm/): This passive GNSS/GPS antenna has self-adhesive, 100mm cable withu. FL connector. - [Sixfab Pico LTE](https://sixfab.com/product/sixfab-pico-lte/): Sixfab Pico LTE is an IoT development board designed by Sixfab, Inc. It combines the power of Raspberry Pico W and the Quectel BG95-M3 modem, providing a comprehensive platform for IoT evaluation and development purposes. With its integrated components and feature-rich design, Sixfab Pico LTE enables users to explore and experiment with Pico W and LTE technologies. - [5.1V 3A Power Supply for Raspberry Pi 4](https://sixfab.com/product/5-1v-3a-power-supply-for-raspberry-pi-4/): This USB-C power supply is specially designed and tested for the Raspberry Pi 4. You can use it in different... - [Sixfab 5G Development Kit for Raspberry Pi](https://sixfab.com/product/raspberry-pi-5g-development-kit-5g-hat/): Hardware Designed for Raspberry Pi Compatible with Quectel RM520N-GL M. 2 Module Enclosure, antenna and modem(optional) are included Development friendly... - [Sixfab 4G/LTE Cellular Modem Kit for NVIDIA Jetson Nano DevKit](https://sixfab.com/product/4g-lte-cellular-modem-for-nvidia-jetson-nano-developer-kit/): Hardware ·Designed for NVIDIA® Jetson Nano™ Developer Kit·Compact design with special USB connector·All-in-one connectivity kit·Development friendly hardware, modification-ready ·HAT can... - [Panasonic NCR 18650B Protected Button Top Battery](https://sixfab.com/product/ncr-18650b-protected-button-top-battery/): Panasonic NCR18650B 3400mAh Protected Button Top Battery is the suitable battery for Raspberry Pi Power Management & UPS HAT v2.... - [Sixfab Indoor Project Enclosure for Raspberry Pi](https://sixfab.com/product/raspberry-pi-indoor-project-enclosure/): Every single IoT project includes different types of inputs and outputs, physically. This enclosure brings flexibility to add/remove cable interfaces... - [Telit LE910C4 Mini PCIe LTE CAT4 Module](https://sixfab.com/product/telit-le910c4-mini-pcie-cat4-lte-module/): Telit LE910C4 Mini PCIe is an LTE category 4 module adopting the standard PCI Express MiniCard form factor (Mini PCIe).... - [LTE-M Cellular IoT Developer Kit for Raspberry Pi](https://sixfab.com/product/raspberry-pi-cellular-iot-kit-lte-m/): The kit includes items for an instant LTE-M connectivity. LTE-M signals travel 2x far from the tower and are 4x better in buildings than mid-band LTE. - [Extended Cover For Enclosure](https://sixfab.com/product/transparent-extended-enclosure-cover/): This lid offers you a bigger inner space(1. 456 Inch) in the enclosure. It's recommended if you plan to add... - [Sixfab IP65 Outdoor Project Enclosure for Raspberry Pi & Development Boards](https://sixfab.com/product/raspberry-pi-ip65-outdoor-iot-project-enclosure/): Every single IoT project includes different types of inputs and outputs, physically. This enclosure brings flexibility to add/remove cable interfaces... - [Telit ME910C1-WW Mini PCle LTE-M & NB-IoT Module](https://sixfab.com/product/telit-me910c1-ww-mini-pcie-lte-m-module/): The ME910C1 series mini PCIe (mPCIe) modules are optimized for LTE-M and NB-IoT networks and are available with 2G fallback... - [Sixfab LTE/5G High-Performance Antenna SMA](https://sixfab.com/product/lte-5g-sma-high-performance-blade-antenna/): Constructed with an ergonomic blade design to blend well to the outside of a device. Hinged swivel-mounted design to work... - [Sixfab 4G/LTE Cellular Modem Kit for Raspberry Pi](https://sixfab.com/product/raspberry-pi-4g-lte-modem-kit/): This product includes default components for easy connection to 4G networks. With the Raspberry Pi 4G/LTE Modem Kit, your Raspberry Pi based projects will access data networks all around the world. - [Raspberry Pi Power Management & UPS HAT](https://sixfab.com/product/raspberry-pi-power-management-ups-hat/): It is designed to solve the problem the majority of IoT projects faced, the reliable power supply. Make your device always powered, this UPS(uninterruptible) HAT will manage sources between batteries and adapters intelligently. Without letting your Pi hang up or reset switches seamlessly. - [Sixfab 3G - 4G/LTE Base HAT for Raspberry Pi](https://sixfab.com/product/raspberry-pi-base-hat-3g-4g-lte-minipcie-cards/): You can insert 3G/4G & LTE mini PCIe modules and this Base HAT becomes a bridge between Raspberry Pi and modem. This cellular HAT provides simplified data connection for remote IoT projects, on the field, across the globe, everywhere. Start using a high-speed LTE connection with low power consumption in a slim form factor with all necessary software for Raspberry Pi. You will definitely need to get a miniPCIe module to make it works. It is a newer version of the Base Shield, find a comparison below. - [Right Angle Micro USB Cable - USB 2.0 A-Male to Micro B](https://sixfab.com/product/right-angle-micro-usb-cable-usb-2-0-a-male-to-micro-b-cable/): This is a double side right angle Micro USB cable. Perfect for connecting Sixfab HATs to Raspberry Pi USB ports.... - [LTE Main & Diversity & GNSS Triple Port u.FL Antenna - 100mm](https://sixfab.com/product/lte-main-diversity-gnss-triple-port-u-fl-antenna-100mm/): Main and Diversity LTE antennas combined with a GNSS antenna in a single formed antenna. Direct fit for Quectel EC25... - [LTE Full Band PCB Antenna – u.FL Plug – 100mm](https://sixfab.com/product/lte-full-band-pcb-antenna-u-fl-plug-100mm/): This 4. 6dBi peak gain full band LTE antenna has self-adhesive, 100mm cable with u. FL connector. A great option... - [LTE Antenna - 3 Meter SMA - 2.5dBi](https://sixfab.com/product/lte-antenna-3-meter-sma-2-5dbi/): The perfect antenna for outdoor LTE applications. 2. 5 dBi with 3 m cable with SMA plug Read More... - [Passive GPS Antenna - 4dB Peak Gain - u.FL Plug](https://sixfab.com/product/passive-gps-antenna-4db-peak-gain-u-fl-plug/): This 4dB peak gain passive GPS antenna has self-adhesive, 100mm cable with u. FL connector. Read More... - [Internal Active GPS Patch Antenna - 15dB - 25mm x 25mm - u.FL Plug](https://sixfab.com/product/internal-active-gps-antenna-15db-25mm-x-25mm-u-fl-plug/): This 15dB gain GPS antenna has adhesive mount, 40mm cable with u. FL connector. This product is retired. Please check... - [External Active GPS Antenna - 29dB - SMA Plug](https://sixfab.com/product/external-active-gps-antenna-29db-sma-plug/): This 28dB gain outdoor GPS antenna has a sticky mount, and a 3-meter cable with an SMA connector. Read More... - [LTE - GNSS Dual u.FL Antenna - 100mm](https://sixfab.com/product/lte-gnss-dual-u-fl-antenna/): This single form antenna consists both primary LTE and GPS antennas. Read More... - [SMA to u.FL RF Adapter Cable - 150mm](https://sixfab.com/product/sma-to-u-fl-rf-adapter-cable-150mm/): This is an interface adapter between SMA and u. FL connectors. The cable has a panel-mount Female SMA connector on... - [Waterproof SMA to u.FL RF Adapter Cable - 150mm](https://sixfab.com/product/waterproof-sma-to-u-fl-rf-adapter-cable/): This adapter stops ingress of the moisture, water, and dust particles through SMA female connector holes. There is a plastic... - [Raspberry Pi NB-IoT Shield](https://sixfab.com/product/raspberry-pi-nb-iot-shield/): An easy-to-use Narrowband IoT HAT for Raspberry Pi for M2M and IoT applications. This IoT HAT has built-in temperature, humidity, light sensors, accelerometer, relay. Features extremely low power Quectel BC95 NB-IoT Module. With lots of tutorials, isn't is a better way than hulky NB-IoT development boards from vendors? - [Quectel UC20-G Mini PCle 3G Module](https://sixfab.com/product/quectel-uc20-mini-pcie-3g-module/): This product only includes the Quectel UC20-G Mini PCle 3G Module. In order to use this with a Raspberry Pi,... - [Quectel EG25/EC25 Mini PCIe 4G/LTE Module](https://sixfab.com/product/quectel-ec25-mini-pcie-4g-lte-module/): This product only includes the Quectel EG25 Mini PCle 4G/LTE Module. In order to use this with a Raspberry Pi,... --- # # Detailed Content ## Pages > ALPON helps you scale smarter through seamless integration with next-gen IoT platforms and greater client impact. - Published: 2025-07-07 - Modified: 2026-02-06 - URL: https://sixfab.com/partners/ Sixfab - Partners Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community Partners Scale smarter with ALPON — integrate seamlessly with next-gen IoT platforms and grow your client impact. ThingsBoard Open-source IoT platform for device management, visualization, and rule-based automation. Ubidots No-code IoT cloud that visualizes edge data and automates actions for rapid deployment. DeepX Low-power edge-AI chips enabling high-performance on-device inference at low cost. OTee Cloud-native virtual PLC platform enabling secure, scalable industrial automation on Linux. POLARIS AI Enterprise generative-AI specialist providing secure, tailored AI and system integration solutions. Berlin Partner Berlin’s business agency connects us with tech, talent, and growth in the European Union. Simply put, our technology drives your projects with reliable connectivity, secure management, and scalability, keeping everything stable on the connected edge for your success. Company About Sixfab Product Store Order Status Pricing Custom Design Explore Docs Community FAQ Blog Affiliate Program Quick Actions Contact Support Company About Sixfab Product Store Order Status Pricing Custom Design Explore Docs Community FAQ Blog Affiliate Program © Sixfab 2026 Terms of Sale & Service Privacy Policy Shipping Policy Careers --- > Today, Logical Control Systems’ hosted services powered by reliable edge connectivity support SCADA systems across North America. What started as oilfield micro-facilities has expanded into agricultural and industrial applications, driving secondary revenue streams and software innovation. For Logical Control Systems, success isn’t just about surviving harsh conditions, it's about turning connectivity hurdles into opportunities. And with the right partner, even the most remote assets stay online, monitored, and under control. - Published: 2025-06-10 - Modified: 2025-09-24 - URL: https://sixfab.com/omniview-succes-story/ Omniview Success Story - Sixfab Omniview Success Story - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community How OmniView’s Edge AI Thrives Where Others Can’t: Storms, Dust, and Spotty Cell Signals The Problem In the energy and mining industries, remote facilities are critical yet challenging to monitor. Older oil and gas wells, for example, often operate on thin margins but carry significant risks: leaks, spills, or equipment failures can lead to costly regulatory penalties and environmental damage. Traditional monitoring solutions are expensive, require extensive infrastructure, and lack AI-driven insights. Many remote sites remain unmonitored simply because existing options aren’t practical or affordable. The Trend Today, industries are shifting toward edge AI deploying intelligent, self-sufficient systems that operate independently of centralized networks. These solutions must withstand harsh conditions, dust storms, extreme temperatures, and unreliable power while delivering real-time data. Companies need cost-effective, flexible, and rugged monitoring that works anywhere, even off-grid. The Solution OmniView tackled this challenge with a proprietary solar-powered monitoring system that leverages edge AI to detect anomalies, predict failures, and optimize operations all without requiring expensive infrastructure. Their devices run on virtually any cellular network, making them ideal for remote oil fields and mining sites. But seamless connectivity was a hurdle. These devices needed to transmit data reliably across North America, often in areas with poor LTE signal coverage. They also required remote management capabilities to minimize on-site maintenance. The Enabler Sixfab delivered the cellular backbone of edge computers that made OmniView’s system scalable and efficient. Low-power transmission, remote access, and rugged hardware helped reduce deployment friction and minimize onsite maintenance critical for scaling in harsh terrain. The Result OmniView expanded rapidly, securing deployments across multiple states and branching into mining operations. Their success proves that with the edge AI and right connectivity partner, even the most remote industrial sites can be smarter, safer, and more efficient. By combining AI-driven intelligence with resilient cellular connected edge computers, OmniView is transforming remote monitoring one solar-powered device at a time. Simply put, our technology drives your projects... --- - Published: 2025-06-05 - Modified: 2025-06-16 - URL: https://sixfab.com/alpon_x5ai_ks/ Meet ALPON X5 AI No cloud lock-in, no bloated costs, no headaches. Just fast, easy, local AI Combines industrial-grade performance with Raspberry Pi simplicity. Whether you're a developer, maker, or a team scaling up, this is the platform you've been waiting for. Sign up now to get 30% OFF on KICKSTARTER LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON WHY ALPON X5 AI? As easy to use as a Raspberry Pi As rugged as an industrial computer No forced cloud. Full data sovereignty. Built for people who actually build. INTRODUCING ALPON X5 AI The ALPON X5 AI is a high-performance edge computing solution designed for AI-driven applications such as industrial automation, smart cities, autonomous vehicles, and IoT ecosystems. This compact yet powerful device also powers some of the most beneficial edge AI use cases, including autonomous robotics, AGVs, AI-powered quality inspection, real-time anomaly detection, intelligent traffic monitoring, and many other computer vision and LLM projects. LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON LAUNCHING SOON ON KEY FEATURES OF ALPON X5 AI UNMATCHED AI PERFORMANCE Up to 26 TOPS on-device AI processing Integrated CSI camera ports for computer vision applications USB 3. 0/2. 0 ports for high-speed connectivity NVMe SSD expansion for scalable storage SEAMLESS REMOTE MANAGEMENT ALPON Cloud Integration for fleet management OTA updates & remote device control Scalable deployment Real-time performance tracking Enhanced Compliance Extended temperature range & robust EMC resistance Certified for industrial standards: FCC, CE, UKCA, RoHS Optimized for low-latency processing Industrial-Grade Reliability Rugged and fanless design Multi-network connectivity (Ethernet, Wi-Fi, Bluetooth, eSIM LTE) TPM 2. 0 security for industrial use Flexible mounting (DIN rail, wall mount) A WORLD FIRST IN EDGE COMPUTING INTRODUCING DEEPX DX-M1 The DEEPX DX-M1 is a next-generation AI acceleration module from South Korea designed to enhance edge computing solutions with unparalleled efficiency. Engineered for high-performance deep learning inference, the DX-M1 enables ultra-fast AI processing while maintaining exceptionally low power consumption. Its robust capabilities make it a perfect fit for industrial automation, robotics, smart surveillance, and edge AI applications requiring real-time data processing. TRUSTED BY LEADING ROBOTICS DEVELOPERS AND AI RESEARCHERS Blazing UI Performance The DX-M1 surpasses 40W GPGPUs by 240%, delivering 20x greater efficiency, all while using just 5W of power. GPU-Level Precision, Peak AI Efficiency DEEPX IQ8 leverages Intelligent Quantization to match FP32 accuracy using INT8, achieving exceptional AI precision with unmatched efficiency. Greener AI Starts Here DEEPX slashes AI-related energy consumption and emissions by 90% the carbon-saving equivalent of planting 6,700 pine trees. AI Performance, Without the Price DEEPX semiconductors offer game-changing performance at just 10% the cost of GPUs, accelerating the shift to mainstream AI adoption. Powering over 110,000 edge computers deployments based on Raspberry Pi. ALPON Edge Innovator Program On-Device AI with Raspberry Pi Sign up now for exclusive early access and 30%... --- > Cities worldwide face a growing challenge: streetlights consume massive amounts of energy, driving up costs and carbon emissions while contributing to light pollution. Traditional dimming solutions are static, unable to adapt to real-time traffic conditions. For municipalities and infrastructure operators, this inefficiency means higher operational expenses and missed sustainability targets. - Published: 2025-06-04 - Modified: 2025-06-04 - URL: https://sixfab.com/felicity-smart-infrastructure-success-story/ Felicity Success Story - Sixfab Felicity Success Story - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community Lighting the Way How Felicity Smart Infrastructure Cut Streetlight Power Use by 40% Without Sacrificing Safety THE PROBLEM: WASTED ENERGY, RISING COSTS, AND LIGHT POLLUTION Cities worldwide face a growing challenge: streetlights consume massive amounts of energy, driving up costs and carbon emissions while contributing to light pollution. Traditional dimming solutions are static, unable to adapt to real-time traffic conditions. For municipalities and infrastructure operators, this inefficiency means higher operational expenses and missed sustainability targets. The Trend: Smart Cities Demand Smarter Infrastructure As urban centers push for greener, more connected environments, intelligent infrastructure is no longer optional, it’s essential. Real-time data collection and AI-driven automation are transforming how cities manage energy, traffic, and safety. But without reliable, ruggedized connectivity, even the most advanced AI solutions can’t deliver consistent results across harsh outdoor environments. The Solution: AI-Powered Dynamic Dimming for a Brighter (and Greener) Future Felicity Smart Infrastructure developed PowerAID, a patented AI system that dynamically adjusts streetlight brightness based on real-time traffic flow. By reducing power consumption by 40%, the solution slashes costs, cuts CO₂ emissions, and minimizes light pollution all while improving road safety. But there was a challenge: How do you ensure uninterrupted, real-time data transmission across thousands of streetlights, from the freezing Faroe Islands to the scorching Australian outback? The Enabler: Rugged Connectivity That Just Works To keep their AI sensors running 24/7, Felicity needed a connectivity solution as resilient as their vision. Behind the scenes, a cellular backbone ensured every node stayed connected from the Australian outback to the Faroe Islands. Sixfab’s industrial-grade solutions supported Felicity’s platform with consistent, always-on connectivity without depending on local infrastructure or Wi-Fi. This reliable edge AI made possible streetlights that: * Monitor traffic in real time while cutting energy waste * Send reliable data, rain or shine * Work identically in Melbourne or the Faroe Islands The Impact: Cutting Millions of Tonnes of CO₂, One Streetlight at a Time Today,... --- > Today, Logical Control Systems’ hosted services powered by reliable edge connectivity support SCADA systems across North America. What started as oilfield micro-facilities has expanded into agricultural and industrial applications, driving secondary revenue streams and software innovation. For Logical Control Systems, success isn’t just about surviving harsh conditions, it's about turning connectivity hurdles into opportunities. And with the right partner, even the most remote assets stay online, monitored, and under control. - Published: 2025-05-29 - Modified: 2025-05-29 - URL: https://sixfab.com/logical_control_system_succes_story/ Logical Control Systems Success Story - Sixfab Logical Control Systems Success Story - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community SCADA Without Compromise From Frozen Oilfields to Solar-Powered Micro-Sites In industries like oilfield and agriculture, critical assets often sit in isolated locations far from power grids and reliable connectivity. Extreme weather, from scorching summers to freezing winters, adds another layer of complexity. For Logical Control Systems, the challenge was clear: How do you monitor and control remote equipment when traditional infrastructure fails? Their customers needed real-time data, alerts, and control without exorbitant costs or unreliable patchwork solutions. Early designs hit roadblocks. Remote telemetry required low bandwidth, minimal data costs, and resilience in poor signal areas. Many IoT providers offered SIM cards but little else leaving integration, management, and troubleshooting to the customer. Logical Control Systems needed more: a seamless way to remotely program equipment, manage connectivity, and ensure uptime all while operating on tight power budgets in sub-zero temperatures or rugged terrains. Instead of piecing together patchwork solutions, Logical Control Systems built rugged micro-facilities self-contained, solar-powered units with custom control systems, telemetry, and dashboards. These compact stations had to thrive in extreme conditions: from the Rockies’ snowdrifts (over 3 meters/10 feet deep) to North Dakota’s bitter winters (-34°C/-30°F), all while transmitting data efficiently. The missing link? A connectivity partner that could simplify remote management without adding complexity or costly infrastructure. Sixfab filled the last critical gap: a unified platform that combined robust cellular connectivity with built-in remote access tools. No convoluted setups, just seamless integration with Linux-based controllers, perfect for low-bandwidth environments. When signal strength dropped, Sixfab’s solutions kept data flowing. When updates were needed, command-line access made it effortless. As the project scaled, so did Sixfab’s offerings. Their evolving edge computing hardware aligned perfectly with Logical Control Systems’ needs, allowing them to single-source connectivity for future deployments. Proactive support and rapid issue resolution turned Sixfab from a vendor into a long-term collaborator. Today, Logical Control Systems’ hosted services powered by reliable edge connectivity support SCADA... --- > For companies shipping temperature-sensitive products, winter brings a costly risk: frozen adhesives. When water-based adhesives freeze, they become unusable, leading to wasted shipments, financial losses, and strained supplier relationships. Traditional monitoring solutions were either too expensive, required complex integration, or couldn’t provide real-time alerts, leaving businesses in the dark until it was too late. - Published: 2025-05-09 - Modified: 2025-05-14 - URL: https://sixfab.com/myblendedlearning_sixfab_success_story/ My Blended Learning Success Story - Sixfab My Blended Learning Success Story - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community From Frozen to Flawless Edge Computing Solves Winter Shipping Risks The Problem: A Costly Winter Challenge For companies shipping temperature-sensitive products, winter brings a costly risk: frozen adhesives. When water-based adhesives freeze, they become unusable, leading to wasted shipments, financial losses, and strained supplier relationships. Traditional monitoring solutions were either too expensive, required complex integration, or couldn’t provide real-time alerts, leaving businesses in the dark until it was too late. The Trend: Smarter, Connected Logistics Today, supply chains demand visibility. Companies need real-time tracking, automated alerts, and seamless data collection without relying on customer networks or complicated setups. The rise of IoT and low-power wide-area networks has opened new possibilities, but deploying these solutions at scale requires flexible, reliable connectivity. The Solution: A Smarter Way to Track Temperature My Blended Learning developed an innovative temperature-logging system that monitors shipments in transit without relying on external network access. Their battery-powered devices record temperature data, scan for nearby WiFi networks (for location tracking), and transmit updates via the Helium LoRaWAN network. At the destination, the devices automatically sync their full data logs through a simple WiFi connection leveraging Sixfab’s edge computers. The result? Real-time freeze alerts, precise location tracking (down to a few yards), and undeniable proof for shipping claims saving clients thousands in lost products. The Enabler: Connectivity Without Compromise Powering it all behind the scenes was Sixfab delivering reliable, zero-touch edge computers where customer Wi-Fi couldn’t. These industrial-grade gateways, built on Raspberry Pi foundations, provided the perfect bridge: cellular-enabled connectivity that worked out of the box, without requiring network permissions or complex IT integration. Sixfab gave My Blended Learning more than just hardware; it offered a partnership for scalable innovation, from temperature monitoring to future expansions like weight and tank-level sensors, all through a single, secure platform. The Outcome: From Freeze Alerts to Future Innovations Today, the system has successfully detected and documented multiple freeze events... --- > In a world where digital education transforms lives, nearly 2.6 billion people remain offline. For NGOs, universities, and companies trying to deliver training in remote regions, unstable or nonexistent internet and electricity make digital learning nearly impossible. Traditional e-learning platforms rely on constant connectivity, leaving entire communities behind. - Published: 2025-05-08 - Modified: 2025-05-14 - URL: https://sixfab.com/smartsc2_sixfab_success_story/ Smart SC2 Success Story - Sixfab Smart SC2 Success Story - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community From Raspberry Pi to Recovery How IoT Edge Boosted Stolen Vehicle Recoveries by 20% The Problem: Innovating Vehicle Recovery Solutions In Mexico, like in many growing economies, vehicle theft reduction has long been a priority for insurers and owners working to protect assets. Traditional recovery methods relied on manual checks, and operators physically inspecting cars one by one, a slow and inefficient process. The need for real-time, mobile tracking was clear, but existing RFID (Radio-Frequency Identification) solutions were designed for fixed locations, like warehouses or toll booths. The question remained: How could static technology keep up with the fast-moving world of stolen cars? Trends Now: The Rise of Mobile RFID & Edge Computing-Driven Recovery Today, asset tracking is no longer confined to stationary checkpoints. Innovations in IoT and mobile connectivity have transformed RFID into a dynamic tool that moves with the target. For Mexico’s insurance sector, this shift presented an opportunity: What if recovery teams could scan thousands of vehicles per hour, from the road? The Solution: Turning Patrol Vehicles into Smart Scanners A visionary systems integrator reimagined RFID for mobility. By integrating compact, high-performance computing with rugged 4G LTE connectivity, they built a system that could be deployed in recovery vans, cars, and even ATVs. The heart of the solution? A Raspberry Pi paired with Sixfab’s cellular connectivity enables real-time data transmission to central monitoring platforms. Key Innovations: Mobile RFID: Scanners mounted on vehicles could now identify stolen cars in motion, vastly expanding coverage. Always-Connected Tracking: With reliable cellular connectivity, recovery teams received instant alerts, cutting response times. Scalable Power: Designed to operate independently of vehicle power, ensuring uninterrupted operation. The Raspberry Pi’s industrial-grade cellular connectivity powered by Sixfab delivered real-time communication with central systems, maintaining reliability where standard networks struggle. The Result: Faster Recoveries, Fewer Losses Since 2017, the system has scanned an average of 50,000+ vehicles per month, boosting recovery rates by over 20%. What was... --- > In a world where digital education transforms lives, nearly 2.6 billion people remain offline. For NGOs, universities, and companies trying to deliver training in remote regions, unstable or nonexistent internet and electricity make digital learning nearly impossible. Traditional e-learning platforms rely on constant connectivity, leaving entire communities behind. - Published: 2025-04-24 - Modified: 2025-04-28 - URL: https://sixfab.com/beekee_success_story/ Beekee Success Story - Sixfab Beekee Success Story - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community Bridging the Digital Learning Gap How Beekee Brings Education to the Last Mile THE PROBLEM: WHEN CONNECTIVITY FAILS, LEARNING STOPS In a world where digital education transforms lives, nearly 2.6 billion people remain offline. For NGOs, universities, and companies trying to deliver training in remote regions, unstable or nonexistent internet and electricity make digital learning nearly impossible. Traditional e-learning platforms rely on constant connectivity, leaving entire communities behind. The Trend: Offline-First Learning As hybrid and remote learning become the norm, the demand for resilient, offline-capable solutions is growing. Organizations need ways to extend digital education beyond the limits of infrastructure reaching refugee camps, rural farms, and mobile classrooms where connectivity is scarce. The Challenge: Staying Connected Without the Internet Beekee, a company based in Geneva, Switzerland, had a clear mission: deliver rich, interactive learning anywhere, anytime without relying on the cloud. But how could they ensure seamless content updates, progress tracking, and synchronization when internet access was sporadic? They needed a way to automatically sync data whenever connectivity was available, without manual intervention. The Innovation: A Self-Sustaining Learning Ecosystem Beekee, in collaboration with partners like Arizona State University, designed a standalone digital classroom that works entirely offline. Learners connect via their own devices to access courses, videos, and even AI-powered support. The real breakthrough? A smart fleet management system that automatically syncs data whenever an internet connection appears, keeping content updated and progress recorded without complex IT setups. The Enabler: Reliable Connectivity When It Matters Most To make remote synchronization possible, Beekee integrated Sixfab’s edge computing cellular connectivity into their Beekee Hub. Collaborations with organizations such as Arizona State University further strengthened their ability to seamlessly transmit data whenever networks were available, ensuring no learner was left behind. Sixfab’s dependable technology helped Beekee maintain reliability in the most challenging environments. The Impact: Education Without Borders Today, Beekee’s offline learning solutions reach 30 countries, from remote farms in Latin America to... --- > Discover how our clients have transformed challenges into success with our solutions - Published: 2025-04-24 - Modified: 2025-06-10 - URL: https://sixfab.com/success_stories/ Success Stories - Sixfab Success Stories - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community Success Stories Discover how our clients have transformed challenges into success with our solutions Beekee: Bridging the Digital Learning Gap “In just 5 years, Beekee has reached learners in 30 countries—without relying on the internet or electricity.”   Smart SC2: Faster Recoveries, Fewer Losses Since 2017, the system has scanned an average of 50,000+ vehicles per month, boosting recovery rates by over 20%.   My Blended Learning: From Frozen to Flawless Today, the system has documented multiple freeze events with pinpoint accuracy. But the bigger win?    Logical Control Systems: SCADA Without Compromise  “Sixfab didn’t just sell us a solution, they helped us build a foundation for growth.”- Nathan Livingston   Felicity Smart Infrastructure: Lighting the Way Sixfab’s solutions supported Felicity with always-on connectivity without depending on local infrastructure.   OmniView: Storms, Dust, and Spotty Cell Signals Sixfab delivered the cellular backbone of edge computers that made OmniView’s system scalable & efficient.   Simply put, our technology drives your projects with reliable connectivity, secure management, and scalability, keeping everything stable on the connected edge for your success. Company About Sixfab Product Store Order Status Pricing Custom Design Explore Docs Community FAQ Blog Affiliate Program Quick Actions Contact Support Company About Sixfab Product Store Order Status Pricing Custom Design Explore Docs Community FAQ Blog Affiliate Program © Sixfab 2026 Terms of Sale & Service Privacy Policy Shipping Policy Careers --- > Explore Sixfab’s powerful integrations with leading platforms to streamline your edge computing operations. Compatible with AWS, OpenPLC, Node-RED, and more. - Published: 2025-04-14 - Modified: 2026-01-30 - URL: https://sixfab.com/integrations/ Integrations - Sixfab Integrations - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community Integrations Enhance operational efficiency by integrating ALPON with next-gen IoT and automation platforms Node-RED Flow-based development tool for wiring together hardware, APIs, and online services in IoT and edge environments. PiSignage Digital signage platform optimized for remote content deployment and control over Raspberry Pi computers. OpenPLC Open-source industrial PLC runtime supporting standard IEC 61131-3 programming for real-time automation. FUXA Web-based SCADA and HMI designer for industrial IoT and automation, ideal for screen on factory floors. Scada LTS Open-source SCADA system offering control features with edge-level deployment capability. ThingsBoard IoT data platform for telemetry data collection, visualization, device control, and edge rule-based automation. openHAB Vendor-neutral smart home integration platform for edge-based automation without cloud dependencies. Ubidots Cloud-powered Industrial IoT dashboard and analytics platform with edge-friendly APIs for real-time insights. Yodeck Remote content scheduling and management system for edge-connected digital signage networks. Pi-hole Network-wide ad blocker and DNS filter optimized for privacy and edge network security optimized for Raspberry Pi. WireGuard High-speed, modern VPN protocol ideal for securing communications between edge and cloud environments. AWS IoT Cloud service to securely connect and route messages between edge devices and cloud apps by Amazon. ntfy.sh Simple, open-source notification tool to send real-time alerts from edge systems via HTTP or MQTT. Openfire Real-time collaboration server (XMPP) for secure messaging in local or distributed edge networks. Grafana Monitoring and visualization platform for analyzing edge device metrics, logs, and performance in real time. Datacake Low-code IoT platform for building dashboards, automations, and device control at the edge. N3uron IIoT gateway for data acquisition, protocol translation, and local/remote edge-to-cloud connectivity. Homeassistant Open-source home automation platform focused on local control, privacy, and edge device integration. Simply put, our technology drives your projects with reliable connectivity, secure management, and scalability, keeping everything stable on the connected edge for your success. Company About Sixfab Product Store Order Status Pricing Custom Design Explore Docs Community FAQ Blog Affiliate Program Quick Actions Contact Support Company About Sixfab... --- > Explore ALPON Cloud's pricing for IoT Edge management and global connectivity with regional data pools and scalable plans tailored to your needs. - Published: 2024-12-31 - Modified: 2025-01-13 - URL: https://sixfab.com/pricing-alpon/ Special Offer Get ALPON Cloud FREE for 3 months with your first 5 computers, including 120MB total LTE data per computer over 3 months. Volume Discounts: Special pricing is available for fleets of 100+ devices. Please contact sales for volume pricing options. --- > Our services include hardware design (DFM services and RF engineering), manufacturing (white label or branded) as well as regulatory support. Learn more... - Published: 2024-12-24 - Modified: 2025-01-07 - URL: https://sixfab.com/services/ Our Services - Sixfab Our Services - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community Modular OEM Services Customize ALPON Computers to Fit Your Needs Deploy with Confidence, Deliver Faster. From branding to engineering, Sixfab’s OEM services help you tailor ALPON to match your specific requirements. Get Started with Customization BRANDING & PACKAGING Customize ALPON with your brand’s identity for a professional and cohesive look. Laser engraving of your logos. Labeling. Customized packaging tailored to your brand and product name. Custom inclusions such as quick start guides, marketing materials, accessories, sensors, and cables. Customize Now ENGINEERING CUSTOMIZATION Enable ALPON functionality to fit you unique technical needs with tailored engineering solutions. Application and compatibility engineering: Software and hardware compatibility checks, custom containerization for seamless software deployment. OS Image Customization for production-ready deployment. Hardware modifications: Remove unused ports or hardware components, add new features or ports, fully custom-designed computers. Optimize Now ADD-ON DEVELOPMENT Expand ALPON’s capabilities with tailored add-ons and accessories. Design and development of new add-ons. Modification of existing add-ons for specific use cases. Custom mounting, cable design, or port blockers for better integration. Expand Features TESTING & CERTIFICATION Ensure your customized ALPON meets industry standards and regulatory requirements.  Standard regulatory testing and verification. EMI/EMC/Safety testing for compliance. Ensure Compliance Why Choose Sixfab for OEM Customization? Partnering with Sixfab means tapping into years of IoT expertise. We ensure your customized ALPON solution is tailored to your needs, compliant with industry standards, and ready to scale. Streamlined Process End-to-end support from design to delivery. High-Quality Assurance Rigorous testing for reliability and performance. Scalable Solutions Customization options for projects of any size. Expert Support A dedicated team to guide you every step of the way. OUR QUALITY MARKS AND COMPONENTS We use high quality and durable components in our products.  We use well known brands in our industry to ensure the final products will meet quality standards and pass testing.     Ready to Customize Your ALPON Solution? Contact our team today to discuss your needs and start building your perfect IoT... --- - Published: 2024-10-10 - Modified: 2024-10-10 - URL: https://sixfab.com/cookie-policy/ Cookie Policy - Sixfab Cookie Policy - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community Cookie Policy Simply put, our technology drives your projects with reliable connectivity, secure management, and scalability, keeping everything stable on the connected edge for your success. Company About Sixfab Product Store Order Status Pricing Custom Design Explore Docs Community FAQ Blog Affiliate Program Quick Actions Contact Support Company About Sixfab Product Store Order Status Pricing Custom Design Explore Docs Community FAQ Blog Affiliate Program © Sixfab 2026 Terms of Sale & Service Privacy Policy Shipping Policy Careers --- - Published: 2024-05-28 - Modified: 2024-05-28 - URL: https://sixfab.com/checkout-privacy/ CHECKOUT PRIVACY POLICY FOR EUROPEAN CITIZENS Sixfab, GmbH. (“hereinafter referred to as “Sixfab”, the "Company", “We”, and through similar words such as “us”, “our”, etc. ) provides a website to offer comprehensive connected-edge solutions, including hardware components like cellular modems and GPS systems, along with software services such as Sixfab Core for device management and Sixfab SIM for cellular connectivity, all designed to facilitate efficient and secure digital transformation across various industries. We would like to inform you, should you choose to purchase one or more of our products by using Sixfab Shop Checkout Form (“Form”) available on our website at www. sixfab. com/shop/ (“Website”), about who we are, as well as why, how and according to which legal grounds we have to process your personal data. This Privacy Policy only refers to your personal information that will be processed through the Form. For more detailed information and your rights regarding the data processing activities, refer to the Privacy Policy for European Citizens. The following is an exhaustive list of all relevant personal data and personal data processing activities: Data CategoryData TypePurposes of ProcessingLegal GroundsGathering and ProcessingIdentityName, SurnameConducting Processes for the Sale of Goods and/or Services, Conducting After-Sales Services, Conducting Communication ActivitiesThe necessity to process the personal data of contractual parties, provided that it is directly related to the establishment or execution of the contractThrough the submission of a filled-out Form,by automated meansContact InformationPhoneConducting Processes for the Sale of Goods and/or Services, Conducting After-Sales Services, Conducting Communication ActivitiesThe necessity to process the personal data of contractual parties, provided that it is directly related to the establishment or execution of the contract. Through the submission of a filled-out Form,by automated meansContact InformationAddressConducting Processes for the Sale of Goods and/or Services, Conducting After-Sales Services, Conducting Communication ActivitiesThe necessity to process the personal data of contractual parties, provided that it is directly related to the establishment or execution of the contract. Through the submission of a filled-out Form,by automated meansClient TransactionsPayment InformationConducting Processes for the Sale of Goods and/or Services, Conducting After-Sales Services, Conducting Communication ActivitiesThe necessity to process the personal data of contractual parties, provided that it is directly related to the establishment or execution of the contract. Through the submission of a filled-out Form,by automated meansClient TransactionsContents of your OrderConducting Processes for the Sale of Goods and/or Services, Conducting After-Sales Services, Conducting Communication ActivitiesThe necessity to process the personal data of contractual parties, provided that it is directly related to the establishment or execution of the contract. Through the submission of a filled-out Form,by automated meansClient TransactionsOrder NotesConducting Processes for the Sale of Goods and/or Services, Conducting After-Sales Services, Conducting Communication ActivitiesThe necessity to process the personal data of contractual parties, provided that it is directly related to the establishment or execution of the contract. Through the submission of a filled-out Form,by automated meansOperational SecurityAccess LogsConducting Information Security Processes, Ensuring Legal and Regulatory Compliance, Ensuring the Security of the Data Controller’s OperationsProcessing this data is necessary in order to fulfill our... --- - Published: 2024-05-28 - Modified: 2024-05-28 - URL: https://sixfab.com/newsletter-consent/ EXPLICIT CONSENT FOR PROMOTIONAL COMMUNICATIONS FOR EUROPEAN CITIZENS As Sixfab GmbH. , ("Data Controller", "Sixfab", "We"), we would like to offer you, our members, a choice regarding the personal data processed by us within the scope of the applicable international personal data protection laws, including but not limited to Regulation 2016/679 of the European Parliament and of the Council (“GDPR”), and other applicable laws and regulations (collectively, “Applicable Law”). As our communications with you by e-mail, SMS or phone within the scope of sale and after-sale services for the purposes of conducting communication activities (Sending Newsletters), activities aimed at customer satisfaction and processes for the marketing of goods and / or services are commercial electronic communications, we are required to seek your explicit consent, in accordance with the Applicable Law and as explained in detail in the Privacy Policy for European Citizens (“Privacy Policy”) available here, before processing your personal data and establishing communications with you for the aforementioned purposes. We would like to emphasize that we will not proceed with commercial electronic communications by any means without your explicit consent. Your choice in this matter is entirely in your direction and we are not to force you by any means. We would like to remind you to take your decision regarding your explicit consent, which you may provide by ticking this checkbox, in line with the Privacy Policy mentioned above, and emphasize that your choice will not result in any inconvenience for you in our working relationship. You may revoke your decision to give your explicit consent, therefore ending all commercial electronic communications towards you, without providing any reason and at any time by either submitting a request to ### or following the instructions at the end of every communication. If you tick this check box, it will mean that your contact data will be processed for the purpose of commercial electronic communications with you. If you do not check the checkbox, it will be deemed that you have not given your explicit consent and your contact data will not be processed for the purpose of commercial electronic communications with you. EXPLICIT CONSENT FOR PROMOTIONAL COMMUNICATIONS FOR CALIFORNIA CITIZENS As Sixfab Inc. , ("Data Controller", "Sixfab", "We"), we would like to offer you, our members, a choice regarding the personal data processed by us within the scope of the applicable international personal data protection laws, including but not limited to California Consumer Privacy Act of 2018 (“CCPA”) and other applicable laws and regulations (collectively, “Applicable Law”). As our communications with you by e-mail, SMS or phone within the scope of sale and after-sale services for the purposes of conducting communication activities (Sending Newsletters), activities aimed at customer satisfaction and processes for the marketing of goods and / or services are commercial electronic communications, we are required to seek your explicit consent, in accordance with the Applicable Law and as explained in detail in the Privacy Policy for California Citizens (“Privacy Policy”) available here, before processing your personal data and... --- - Published: 2024-05-28 - Modified: 2024-05-28 - URL: https://sixfab.com/contact-form-privacy/ WEBSITE CONTACT FORMPRIVACY POLICY FOR EUROPEAN CITIZENS Sixfab, GmbH. (“hereinafter referred to as “Sixfab”, the "Company", “We”, and through similar words such as “us”, “our”, etc. ) provides a website to offer comprehensive connected-edge solutions, including hardware components like cellular modems and GPS systems, along with software services such as Sixfab Core for device management and Sixfab SIM for cellular connectivity, all designed to facilitate efficient and secure digital transformation across various industries. We would like to inform you, should you choose to contact us and relay your queries and / or support requests by using the “Contact Us” form (“Form”) available on our website at www. sixfab. com/contact/ (“Website”), about who we are, as well as why, how and according to which legal grounds we have to process your personal data. This Privacy Policy only refers to your personal information that will be processed through the Form. For more detailed information and your rights regarding the data processing activities, refer to the Privacy Policy for European Citizens. The following is an exhaustive list of all relevant personal data and personal data processing activities: Data CategoryData TypePurposes of ProcessingLegal GroundsGathering and ProcessingIdentityName, SurnameConducting Customer Relations Management Processes, Conducting Communication ActivitiesProcessing this data to verify you are the author of the query submitted is necessary for our legitimate interests as long as we do not violate your fundamental rights and freedoms. Through the submission of a filled-out Form,by automated meansContact InformationEmail AddressConducting Customer Relations Management Processes, Conducting Communication ActivitiesProcessing this data to communicate with you is necessary for our legitimate interests as long as we do not violate your fundamental rights and freedoms. Through the submission of a filled-out Form,by automated meansClient TransactionsContents of your QueryConducting Customer Relations Management Processes, Conducting Communication ActivitiesProcessing this data to process your queries and resolve the issues you have raised is necessary for our legitimate interests as long as we do not violate your fundamental rights and freedoms. Through the submission of a filled-out Form,by automated meansClient TransactionsOrder NumberConducting Customer Relations Management Processes, Conducting Communication ActivitiesProcessing this data to process your queries and resolve the issues you have raised is necessary for our legitimate interests as long as we do not violate your fundamental rights and freedoms. Through the submission of a filled-out Form,by automated meansOperational SecurityAccess LogsConducting Information Security Processes, Ensuring Legal and Regulatory Compliance, Ensuring the Security of the Data Controller’s OperationsProcessing this data is necessary in order to fulfill our legal obligation to meet the burden of proof for compliance with the Applicable Law. Through the submission of a filled-out Form,by automated means All personal data mentioned in this Website Contact Form Privacy Policy is transferred to our service provider for website hosting and infrastructure services, This data transfer is due to the fact that the servers are located within the relevant company in order to meet the need to host the data types we process on a server, does not require an active data transfer and is realized due to the... --- - Published: 2024-05-28 - Modified: 2024-05-28 - URL: https://sixfab.com/privacy-ca/ Privacy Policy for California Citizens Sixfab, Inc. (“hereinafter referred to as “Sixfab”, the "Company", “We”, and through similar words such as “us”, “our”, etc. ) provides a website to offer comprehensive connected-edge solutions, including hardware components like cellular modems and GPS systems, along with software services such as Sixfab Core for device management and Sixfab SIM for cellular connectivity, all designed to facilitate efficient and secure digital transformation across various industries (the “Services”). This Privacy Policy (“Policy”) describes Sixfab’s practices and policies with regard to the use and processing of Personal Information while providing the Services. This Policy describes the kinds of Personal Information we collect through https://sixfab. com/ and other Sixfab Domains as described in this Policy (collectively “Platform”), how we use that information, our legal basis for doing so, with whom we share it, your rights, and choices in this regard, and how you can contact us about our privacy practices. This Policy does not apply to third-party sites, products, or services, even if they link to our Services or Platform, and you should consider the privacy practices of those third parties carefully. Sixfab is a global enterprise, operating in different markets around the world, including California, USA and Berlin, Germany. This Policy describes Sixfab’s data processing activities related to the Californian Users and therefore emphasizes Sixfab Inc. ’s obligations under CCPA, rights of California citizens and other data subjects, if applicable. If you are located inside the European Economic Area or United Kingdom, please refer to the “Privacy Policy for European Citizens”. DEFINITIONS Capitalized words not defined in this Privacy Policy are defined in our Terms. It is of utmost importance to read the Policy provided herein in tandem with the Terms to better grasp the key concepts provided and explained therein. The words of which the initial letter is capitalized have meanings defined under the following conditions. The following definitions shall have the same meaning regardless of whether they appear in singular or in plural.   Businessfor the purpose of the CCPA, refers to the Company as the legal entity that collects Consumers' Personal Information and determines the purposes and means of the processing of Consumers' Personal Information, or on behalf of which such information is collected and that alone, or jointly with others, determines the purposes and means of the processing of consumers' Personal Information, that does business in the State of California. CCPAmeans the California Consumer Privacy Act of 2018, and as amended by the California Privacy Rights Act (“CRPA”) (collectively, “CCPA”).  Companyrefers to Sixfab Inc. , a corporation incorporated and validly operating in California, USA having its registered address at 1185 Campbell Ave, Unit K12, San Jose, CA 95126. ConsumerConsumer, for the purpose of the CCPA, means a natural person who is a California resident. A resident, as defined in the law, includes (i) every individual who is in the USA for other than a temporary or transitory purpose, and (ii) every individual who is domiciled in the USA who is outside the... --- > Sixfab believes in fostering strong partnerships with individuals and businesses that align with our values, and we invite you to become a part of our affiliate network. Take your place in the ever growing IoT Edge market and great earnings potential. - Published: 2024-02-29 - Modified: 2026-01-30 - URL: https://sixfab.com/affiliate-program/ Affiliate Program Beyond the mainstream, beyond limits. Partner with us to keep your Edge. HOW OUR AFFILIATE PROGRAM WORKS Download the affiliate guide: Review program details. Submit the application: Joining is quick and easy. Simply, fill in the form on our website. Sign up: We will review your application within 3-5 business days, and once you are approved, you will receive an email with all the details and a link to sign up to access our affiliate site. Get Your Unique Affiliate Link: Sign up and get your affiliate link. Use this unique link that tracks your referrals in your marketing efforts to drive traffic to our website and store. Earn Commissions: Earn commissions on every sale made through your affiliate link. The more you promote, the more you earn. It's that simple! Other perks: We offer other incentives to speed up your progress. --- > Our industrial solutions include a wide array of tech testers intended for PoCs and Pilots and connected edge devices for full or phased deployment. - Published: 2023-08-27 - Modified: 2023-09-01 - URL: https://sixfab.com/our-industrial-solutions/ Our Industrial Solutions - Sixfab Our Industrial Solutions - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community Our Industrial Solutions All Components in Harmony Tech Testers For PoCs and Pilots Off-the-shelf designs based on Raspberry Pi products All inclusive cellular hardware (development boards, modem kits and HATs) for Raspberry Pi Pre-certified, ready-to-integrate cellular connectivity HATs for Raspberry Pi Single line of code to connectivity with first PoC connection established in 10 minutes from scratch Seamless migration to industrial Compute Module 4 Speed-up time to market with R&D cost savings LTE-M, 4G/LTE and 5G options Buy Now Insights & Trends Concept Concept Design Prototype Pilot MVP 01 Insights & Trends 02 Concept 03 Concept Design 04 Prototype 05 Pilot 06 MVP Connected Edge Devices For full or phased deployment Tailor-made product based on customer business requirements No minimum quantity requirements Certified, enclosed device Design to pilot in 12 weeks Phased deployment or full deployment options based on preference and complexity Let’s Talk! Custom Design Request Simply put, our technology drives your projects with reliable connectivity, secure management, and scalability, keeping everything stable on the connected edge for your success. Company About Sixfab Product Store Order Status Pricing Custom Design Explore Docs Community FAQ Blog Affiliate Program Quick Actions Contact Support Company About Sixfab Product Store Order Status Pricing Custom Design Explore Docs Community FAQ Blog Affiliate Program © Sixfab 2026 Terms of Sale & Service Privacy Policy Shipping Policy Careers --- > Our development solutions are mainly for PoCs and pilots. Carefully designed for speed-to-market with attention to quality as well as sensitivity to cost. - Published: 2023-08-27 - Modified: 2024-12-02 - URL: https://sixfab.com/our-development-solutions/ Our Development Solutions - Sixfab Our Development Solutions - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community Our Development Solutions Connect fast. Test hypothesis. Development Tools For PoC and Pilots Open source hardware design with vast online documentation and community All-inclusive cellular hardware for Raspberry Pi – development boards, modem kits and HATs Compatible with a variety of modem modules Easy connectivity with first PoC connection established in 10 minutes from scratch LTE-M, 4G/LTE and 5G options Cost effective solutions to speed-up projects Buy Now Need more information? Please check out our community pages and documentation for more information. Github Hackster Docs Community Project of the month Certified, enclosed device Design to pilot in 12 weeks Phased deployment or full deployment options based on preference and complexity Sample Word Looking to Accelerate Your Development? Discover ALPON for a ready-to-deploy platform that shortens development time and gets you to market faster. Let’s Talk! Simply put, our technology drives your projects with reliable connectivity, secure management, and scalability, keeping everything stable on the connected edge for your success. Company About Sixfab Product Store Order Status Pricing Custom Design Explore Docs Community FAQ Blog Affiliate Program Quick Actions Contact Support Company About Sixfab Product Store Order Status Pricing Custom Design Explore Docs Community FAQ Blog Affiliate Program © Sixfab 2026 Terms of Sale & Service Privacy Policy Shipping Policy Careers --- > Our services include hardware design (DFM services and RF engineering), manufacturing (white label or branded) as well as regulatory support. Learn more... - Published: 2023-08-27 - Modified: 2025-01-07 - URL: https://sixfab.com/our-services/ Our Services - Sixfab Our Services - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community Modular OEM Services Customize ALPON Computers to Fit Your Needs Deploy with Confidence, Deliver Faster. From branding to engineering, Sixfab’s OEM services help you tailor ALPON to match your specific requirements. Get Started with Customization BRANDING & PACKAGING Customize ALPON with your brand’s identity for a professional and cohesive look. Laser engraving of your logos. Labeling. Customized packaging tailored to your brand and product name. Custom inclusions such as quick start guides, marketing materials, accessories, sensors, and cables. Customize Now ENGINEERING CUSTOMIZATION Enable ALPON functionality to fit you unique technical needs with tailored engineering solutions. Application and compatibility engineering: Software and hardware compatibility checks, custom containerization for seamless software deployment. OS Image Customization for production-ready deployment. Hardware modifications: Remove unused ports or hardware components, add new features or ports, fully custom-designed computers. Optimize Now ADD-ON DEVELOPMENT Expand ALPON’s capabilities with tailored add-ons and accessories. Design and development of new add-ons. Modification of existing add-ons for specific use cases. Custom mounting, cable design, or port blockers for better integration. Expand Features TESTING & CERTIFICATION Ensure your customized ALPON meets industry standards and regulatory requirements.  Standard regulatory testing and verification. EMI/EMC/Safety testing for compliance. Ensure Compliance Why Choose Sixfab for OEM Customization? Partnering with Sixfab means tapping into years of IoT expertise. We ensure your customized ALPON solution is tailored to your needs, compliant with industry standards, and ready to scale. Streamlined Process End-to-end support from design to delivery. High-Quality Assurance Rigorous testing for reliability and performance. Scalable Solutions Customization options for projects of any size. Expert Support A dedicated team to guide you every step of the way. OUR QUALITY MARKS AND COMPONENTS We use high quality and durable components in our products.  We use well known brands in our industry to ensure the final products will meet quality standards and pass testing.     Ready to Customize Your ALPON Solution? Contact our team today to discuss your needs and start building your perfect IoT... --- > Pricing for data plans made simple for global or selected local coverage. Use our calculator tool to choose between plans. Learn more... - Published: 2021-07-29 - Modified: 2026-01-08 - URL: https://sixfab.com/pricing/ Pricing - Sixfab Pricing - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community Our Pricing for Sixfab Plastic SIMs & Pico LTE Simple, inexpensive data plans for global or selected local coverage Simple Plan Active SIM= $2.00/month/SIM Pico LTE SIM = $1.00/month/SIM Choose a flexible plan per region that works for your business Pay-As-You-Go Data Pool Support via Community Global Coverage 180+ Countries, 400+ Carriers No Cost for Inactive SIMs Up to 100 SIMs Questions? Let us know! Purchase SIM Custom Plan When you have more than 100 SIMs to manage, we can customize your data plan to match the needs of your business. Dedicated Support Global Coverage 180+ Countries, 400+ Carriers No Cost for Inactive SIMs More than 100 SIMs Let’s Talk Simple Plan (Up to 100 SIMs) Active SIM= $2.00/month/SIM Pico LTE SIM = $1.00/month/SIM Choose a flexible plan per region that works for your business Pay-As-You-Go Data Pool Purchase SIM Custom Plan (More than 100 SIMs) When you have more than 100 SIMs to manage, we can customize your data plan to match the needs of your business. Let’s Talk SIMPLE PLAN OPTIONS Up to 100 SIMs Pay-As-You-Go Good option for slow data traffic $0.1/MB Data Costs starting from $0.1/MB for most countries.   See the complete list of available networks with PAYG rates. Data Pool Plans Best options for high data traffic REGION 500MB 2GB 10GB 50GB 100GB US (AT&T + T-Mobile) $9 $29 $129 $580 $990 Canada $10 $33 $149 $690 $1140 Europe $9 $29 $129 $580 $990 Australia & New Zealand $15 $49 $210 $970 $1620 Expansion Zones $18 $60 $260 1190 1990 *See the complete list of available networks for data pool plans. What are the benefits of Pay-As-You-Go plan? PAYG plan is better for customers who need low amount of cellular data. Low cost for low data usages. Don’t pay for unused data. The monthly fee for each active SIM is applicable on both pay-as-you-go and data plan subscriptions. How to switch between data pricing models? If you have... --- - Published: 2021-02-13 - Modified: 2022-08-09 - URL: https://sixfab.com/what-we-do/ Why Cellular Connectivity is so hard for Single Board Computers? To provide a hassle-free cellular connection to your Single Board Computers, you need to manage lots of components - hardware, operating systems, network protocols, modem modules, SIM card, cellular network and more. SBCs Cellular modem modules SIM & Network providers Network protocols Operating Systems Antenna Cellular Technologies Certification Sixfab's solutions ensure that these different components work in harmony. Get your prototype up and connected in minutes with our easy-to-use, developer friendly products. Scale up with using our easily managed, reliable, and fully-integrated ecosystem. Proven Hardware CombinationGlobal SIM Card & ConnectivityRemote Terminal AccessRemote Network ConfigurationsIncident WatchdogUpdate ManagerRemote DiagnosticsBulk Deployment Prevent future problems from day one with our technology. How to Scale? Using Off-the-Shelf Sixfab Boards Fastest way to go-to-marketLow-cost for lower quantities Designing a Custom Board More reliable & flexibleLow-cost for higher quantities Continuous Development & Support After Deployment Updating your firmware and software is inevitable to keep your devices secure and to have better applications. Like these updates, there are tons of factors that may break the cellular connection. Prevent incidents with our solutions to minimize after deployment costs and maintenance operations. --- - Published: 2021-02-13 - Modified: 2023-09-08 - URL: https://sixfab.com/sim/ Global Cellular IoT Connectivity Connect your IoT devices to the Best Global Networks. 180+ Countries & 400+ Networks with One Multi-IMSI SIM. No Contracts Required Pay Only for Active SIMs Global Coverage Single Billing Relationship Don't let downtime ruin your business. With automatic network failover and redundancy, you can keep your operations running smoothly. Global 2G, 3G, 4G LTE , LTE-M Networks Easily Manage SIMs on Connect Console Integrate SIM Operations with Sixfab API See the complete pricing and list of available networks. Do you need a tailored pricingfor your scaling fleets? --- - Published: 2021-02-13 - Modified: 2021-07-28 - URL: https://sixfab.com/hardware/ Build your cellular product with industry-proven Sixfab hardware Pre-certified, ready-to-integrate cellular connectivity HATs for Raspberry Pi. Shorten your time to market. Save R&D Costs. LTE Cellular Modem Kit Compatible with Raspberry Pi 4, 3, 2, Zero Models Regional & Worldwide Coverage Options Supports various frequencies & technologies GPS/GNSS location technologies AI/ML Applications Sensor Data Monitoring Media Streaming Cellular Hotspot Healthcare Applications Are you looking for an LTE-M solution? Check our Cellular IoT Kit . Visit Sixfab Store for moreCellular Kits, Modems, Antennas, Enclosures & Accessories --- - Published: 2020-07-14 - Modified: 2023-12-13 - URL: https://sixfab.com/quectel-datasheets/ Quectel EC25/EC21 AT Commands Manual V1. 2 Quectel BG96 Hardware Design V1. 3 Quectel GSM HTTP AT Commands Manual V1. 4 Quectel EC25/EC21 GNSS AT Commands Manual V1. 1 Quectel BG96 MQTT Application Note V1. 0 Quectel EC2xEG9xEM05 HTTPS AT Commands Manual V1. 0 Quectel L80-R GPS Protocol Specification V1. 2 Quectel EC2xEG9xEM05 FTPS AT Commands Manual V1. 0 Quectel BC95 DFOTA User Guide V1. 0 Quectel BC95 Release Notes and FAQs V1. 5 Quectel UC20 FTP AT Commands Manual V1. 1 Quectel GNSS SDK Commands Manual V1. 4 Quectel EC2xEG9xEM05 PPP Application Note V1. 0 Quectel BG96 AT Commands Manual V2. 2 Quectel EC2xEG9xEM05 TCPIP AT Commands Manual V1. 0 Quectel UC20 HTTP AT Commands Manual V1. 0 Sixfab 3G-4G-LTE Base HAT Datasheet V1. 0 Quectel BC95 AT Commands Manual V2. 0 hdc1080 datasheet Quectel UC20 TCPIP AT Commands Manual V1. 2 Quectel UC20 PPP Application Note V1. 0 Quectel GSM BT Application Note V1. 2 Quectel GNSS Low Power Mode Application Note V2. 0 Quectel M95 AT Commands Manual V3. 2 --- - Published: 2019-12-05 - Modified: 2021-07-14 - URL: https://sixfab.com/partner-account/ The affiliate area is available only for registered affiliates. Log into your account Username Password Remember Me Lost your password? --- - Published: 2018-12-17 - Modified: 2022-08-19 - URL: https://sixfab.com/custom-raspberry-pi-hat-development/ Raspberry Pi is in use by many businesses to help in the design process of their products. This not only saves time but reduces risks and provides a higher-quality end product. If you have an idea or product and need help with integrating Raspberry Pi together with it, contact us for help. Every Design Partner is reviewed and approved by Raspberry Pi to ensure we have technical and commercial abilities to design your product to your requirements. The next step of your idea in the journey of edge computing. Turn your concept with Raspberry Pi into a product with Sixfab's experience in IoT. Realize your idea with better electronics Have an engineering sample in weeks Get production at any quantity Bring your concept to Life. If your idea is ... Based on any version of Raspberry PiValidated by a proof of concept (PoC) with multiple HATs or breakout boardsConnected via cellular We can design the hardware that will help you skip months of trial and error. Our expert team designs a tailor-made Raspberry Pi HAT with features from your multiple HAT stacked PoC and more. We provide Raspberry Pi Compute Module based custom-designed product for increased reliability. All you need is Sixfab's global SIM Connectivity and CORE Software to use edge devices cellular reliably. What is included in this service? Fully assembled DFM prototypesProduction at any quantitiesDesign files and hardware instructionsBranded enclosure solutionsRegulatory consultation and radio pre-tests Our team, as your team,R&D with transparency 2w 4w6w8w10w12w14w16w18w20w22w24wOnboardingBudgetingDevelopmentPrototypingHello WorldValidationPre-productionProduction Bringing the idea to the workbench with mutually agreed technical specification and product requirements. 1 Week Planning project budget and accurate time frame quote followed by the agreement. 1 week The team exercises research and finalizes hardware design in 6-12 weeks. Milestone: Customer can review design images in 2D/3D. Prototype manufacturing at fastest and high-quality facilities. 2 weeks First prototype evaluation. Sixfab tests the functionality of the product. The team fixes the design if necessary, completes esthetic touches and ensures connector mating and takes another prototype. 2-3 weeks Milestone: Customer receives DFM prototypes. Customer runs real application and field tests, validates prototypes, approves functionality, leaves feedback. 1-3 weeks Final prototype designed and manufactured if needed updates. 2-3 weeks Manufacturing at any quantity. 8 Weeks Quality as a Standard Certificates of manufacturing facilities we partner Proven industry-grade sub-components we use Custom Design Form --- - Published: 2018-09-19 - Modified: 2018-09-25 - URL: https://sixfab.com/support/ Many examples and getting started guides of the shields to save you time. Includes easy-to-use software library tutorials that specially crafted for our products. Sometimes finding the answer by checking questions is easier than digging the datasheets to find the related part. Also one-time-asked questions we love took a place. We're trying to write simple articles to help you better understand the IoT related things like new evolving technologies, protocols, markets, sensors and devices. SOCIAL ACCOUNTS The repository contains all the codes, schematics and more. Some cool videos of the projects and tools we do with shields. Haven't a team member yet to tweet regularly :(Be part of our community to find interactive and collective solutions to the questions. FORUM --- - Published: 2018-09-15 - Modified: 2019-12-16 - URL: https://sixfab.com/tutorials/ Using Sixfab 3G or 4G Raspberry Pi shield as a Wi-Fi Hotspot Raspberry Pi Youtube/Facebook Live Video Streamer with Sixfab 3G/LTE Shields Raspberry Pi Security System with Sixfab 3G/LTE Shields GPS Tracker with 3G, 4G/LTE shield PPP installer for Sixfab 3G, 4G/LTE shield QMI Interface with 3G-4G/LTE Base Shield v2 Deploying ML/AI Project From Sixfab Connect Platform Remotly Checkout readme for installation and getting started. Basic UDP Communication Tutorial for Sixfab RPi Cellular IoT Application Shield Sensor Test Tutorial for Sixfab RPi Cellular IoT Application Shield PPP installer with Sixfab RPi Cellular IoT Application Shield Getting Started with Sixfab Raspberry Pi NB-IoT Shield Sensing Temperature & Humidity with Sixfab Rapsberry Pi NB-IoT Shield Monitoring sensors of Sixfab Raspberry Pi NB-IoT Shield Basic UDP Communication Tutorial for Sixfab Arduino Cellular IoT Application Shield Sensor Test Tutorial for Sixfab Arduino Cellular IoT Application Shield Solder the 2×20 pin header to shield. Plug Xbee module on shield Plug module on Raspberry Pi Select “Pi” on Usb-Pi switch. Use this tutorial : Raspberry Pi Ds18b20 Temperature Sensor logger with Sixfab Xbee Shield Sending SMS with Sixfab GSM/GPRS Shield PPP installer with Sixfab GSM/GPRS Shield Raspberry Pi GPS Tracker with Sixfab GPS Shield Getting Started with Sixfab NB-IoT EVB Sixfab NB-IoT EVB. with Ultrasonic Sensor Getting Started with SIXFAB Arduino NB-IoT Shield Measuring Lux with Sixfab Arduino NB-IoT Shield Accessing Built-in Sensors of Sixfab Arduino NB-IoT Shield Observing External Sensor data with Sixfab Arduino NB-IoT Shield --- - Published: 2018-05-25 - Modified: 2025-06-03 - URL: https://sixfab.com/terms/ These Terms of Sale and Service (the "Terms") form an agreement between Sixfab, Inc. , its German Affiliate Sixfab GmbH and its Turkish subsidiary Dene Teknoloji A. Ş. ("Sixfab" or “We”) and the purchaser ("You" or "Customer") of Sixfab’s Products and Services, as specified in the corresponding order ("Order"). By purchasing, activating, or using Sixfab’s Products and Services, You affirm Your understanding and acceptance of these Terms. Collectively, Sixfab and the Customer may be referred to as the ("Parties"). I. Definitions “Affiliate(s)” refers to any entity that directly or indirectly controls, is controlled by, or is under common control with Sixfab. For the purposes of this definition, "control" means the direct or indirect ownership of more than fifty percent (50%) of the voting interests of Sixfab or the power to direct or cause the direction of the management and policies of such entity, whether through ownership, by contract or otherwise. “Authorized User" refers to any individual authorized by the Customer to access and use Sixfab’s Products and Services under the Customer’s purchased subscriptions or Plans. The Customer is responsible for ensuring Authorized Users' compliance with these Terms. “Force Majeure Event" refers to floods, earthquakes, hurricanes or other comparable elements of nature or acts of God, wars, civil disorders, general strikes, third-party strikes or revolutions in any country affecting the operations of Sixfab or any other event beyond the reasonable control of the non-performing party including without limitation failures of the internet or any public telecommunication network, denial of service attacks, viruses, or other malicious software attacks, governmental restrictions, given that the default or delay could not have been avoided or prevented. “Intellectual Property/Intellectual Property Rights" refers to all registered or unregistered intellectual property rights or any proprietary information or rights, in whole or in part, anywhere in the world, (whether capable of registration or otherwise) and including without limitation to copyrights (including copyright in source code, object code, procedures manuals and related documentation), trade secrets, know-how, business and trade names, trademarks, trade dress, domain names, designs, service marks, utility models, patents, algorithms, database rights and other original creations and other forms of intellectual property. “Order" refers to an agreement to purchase Sixfab’s Products and Services. Orders can be placed by completing the required forms, direct contact sales and e-commerce checkout process on our website. (E-mail and other means of communications marketing and sales) “Plan(s)" refers to Sixfab SIM usage subscription plans, which may be either Pay-As-You-Go or Data Pool Plans or Sixfab Cloud services subscriptions“Products and Services” refers to the goods and services of Sixfab. “Products” refers to any goods, devices, its, hardware, or other physical items provided or sold by Sixfab, including but not limited to our various development kits, cellular modem kits, IoT kits, and other related hardware products or any physical items listed on https://sixfab. com/shop . "Services" refers to any services provided by Sixfab, including but not limited to the Sixfab “Registered Devices" refers to the hardware devices operating on Sixfab’s software, which the Customer has... --- - Published: 2018-05-25 - Modified: 2025-01-08 - URL: https://sixfab.com/privacy/ Sixfab, GmbH. (“hereinafter referred to as “Sixfab”, the "Company", “We”, and through similar words such as “us”, “our”, etc. ) provides a website to offer comprehensive connected-edge solutions, including hardware components like cellular modems and GPS systems, along with software services such as Sixfab Core for device management and Sixfab SIM for cellular connectivity, all designed to facilitate efficient and secure digital transformation across various industries (the “Services”). This Privacy Policy (“Policy”) describes Sixfab’s practices and policies with regard to the use and processing of Personal Information while providing the Services. This Policy describes the kinds of Personal Information we collect through https://sixfab. com/ and other Sixfab Domains as described in this Policy (collectively “Platform”), how we use that information, our legal basis for doing so, with whom we share it, your rights, and choices in this regard, and how you can contact us about our privacy practices. This Policy does not apply to third-party sites, products, or services, even if they link to our Services or Platform, and you should consider the privacy practices of those third parties carefully. Sixfab is a global enterprise, operating in different markets around the world, including California, USA and Berlin, Germany. This Policy describes Sixfab’s data processing activities related to the European citizens and therefore emphasizes Sixfab Inc. ’s obligations under GDPR, rights of European and United Kingdom citizens and other data subjects, if applicable. If you are located in California, USA, please refer to the “Privacy Policy for California Citizens”. 1. DEFINITIONS Capitalized words not defined in this Privacy Policy are defined in our Terms. It is of utmost importance to read the Policy provided herein in tandem with the Terms to better grasp the key concepts provided and explained therein. The words of which the initial letter is capitalized have meanings defined under the following conditions. The following definitions shall have the same meaning regardless of whether they appear in singular or in plural.   Businessfor the purpose of this Policy, refers to the Company as the legal entity that collects Data Subjects' Personal Data and determines the purposes and means of the processing of Data Subjects' Personal Data, or on behalf of which such information is collected and that alone, or jointly with others, determines the purposes and means of the processing of Data Subjects' Personal Data. CCPAmeans the California Data Subject Privacy Act of 2018, and as amended by the California Privacy Rights Act (“CRPA”) (collectively, “CCPA”).  Companyrefers to Sixfab GmBH, a corporation incorporated and validly operating in Berlin, Germany having its registered address at Berliner Straße 143, 10715 Berlin, Germany. Data Controllermeans the legal person which determines purposes and means of the process of Personal Data alone or jointly with others. For the purposes of this Policy, Data Controller means Sixfab, GmbH. Data Subjectmeans a natural person who can be identified or rendered identifiable through the personal data related to. Devicemeans any device that is suitable to access the Service such as a computer, a cellphone, or a... --- > Sixfab is enabling companies to do more on the edge, offering an array of products with seamless IoT integration. Design partner for Raspberry Pi. - Published: 2016-10-24 - Modified: 2025-11-10 - URL: https://sixfab.com/ Sixfab | IoT Shields and Modules For Raspberry Pi and Arduino Sixfab | IoT Shields and Modules For Raspberry Pi and Arduino Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community Edge Computing + Connectivity + Cloud Management Bringing AI closer to where data and decisions happen — practical, secure, and enterprise-ready. We help teams to build and scale edge AI, where data is born, insights happen, and performance drives results. Build Smarter IoT Solutions Built for Real-World Challenges in Every Industry From manufacturing to smart cities, Sixfab brings AI to where data is created and decisions happen — delivering real-time intelligence and reliability at the edge. Manufacturing & Industrial Detect defects faster, prevent downtime, and automate production for smooth operations. View More Device. Data. Decisions. Delivery. Connect machines and PLCs for instant data and faster decisions. Detect failures early, reduce unplanned downtime, and extend equipment life with local AI.  Scale best practices across sites and turn data into repeatable efficiency gains.   Go Back Transportation & Logistics Deliver faster, safer, and more accurately with AI-driven fleet and warehouse systems. View More Vision. Velocity. Visibility. Track vehicles, containers, and assets in real time with edge-connected systems. Predict delays, monitor performance locally, and reduce fuel or maintenance costs with AI. Scale fleet intelligence and optimize logistics workflows across locations and conditions. Go Back Smart Cities Enhance safety and efficiency by monitoring traffic and infrastructure in real time. View More Awareness. Safety. Control. Monitor traffic, infrastructure, and public spaces in real time with Edge AI. Detect incidents early, reduce response times, and improve city-wide resource allocation. Transform city operations with faster response and data-driven decision-making. Go Back Energy & Utilities Prevent costly outages by remotely monitoring critical energy assets before failures occur. View More Uptime. Insight. Control. Monitor remote equipment in harsh environments with reliable edge-connected systems. Reduce site visits and minimize downtime through real-time, on-site data analysis. Make faster, safer decisions in the field with low-latency edge computing. Go Back Retail & Hospitality Enhance customer experiences with edge-powered automation and... --- - Published: 2016-10-24 - Modified: 2022-02-01 - URL: https://sixfab.com/checkout/ Cart - Sixfab Cart - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content All Categories ALPON Edge Computer Development Tools About Us Solutions ALPON Edge Computers Our Development SolutionsBoards and Tools Services Pricing Contact Us 0 My Cart Cart Platform Login Community All Categories ALPON Edge Computers Cellular Solutions for Raspberry Pi Antennas Cellular Modems Enclosures Accessories Search for: 0 My Cart Shop Navigation All Categories ALPON Edge Computer Development Tools About Us Solutions ALPON Edge Computers Our Development SolutionsBoards and Tools Services Pricing Contact Us Back to Corporate Site Cart Your cart is currently empty. Return to shop Simply put, our technology drives your projects with reliable connectivity, secure management, and scalability, keeping everything stable on the connected edge for your success. Company About Sixfab Product Store Order Status Pricing Custom Design Explore Docs Community FAQ Blog Affiliate Program Quick Actions Contact Support Company About Sixfab Product Store Order Status Pricing Custom Design Explore Docs Community FAQ Blog Affiliate Program © Sixfab 2026 Terms of Sale & Service Privacy Policy Shipping Policy Careers × 0 0 Your Cart Your cart is emptyReturn to Shop Continue Shopping Calculate Shipping Apply Coupon Submit --- > Let's connect if you have any questions or wish to talk about your projects. We would love to hear from you! We have locations in North America and Europe... - Published: 2016-10-24 - Modified: 2026-02-04 - URL: https://sixfab.com/contact/ Contact - Sixfab Contact - Sixfab Global Site SupportCommunityJoin the discussionTech SupportWe solve problems Platform Login Skip to content Main Navigation SolutionsIndustrialALPON Edge ComputersDevelopmentBoards and ToolsServicesOEM/ODM and CustomizationSuccess StoriesEcosystemIntegrationsIoT and Automation PartnersPartnersIndustriesManufacturing & IndustrialTransportation & LogisticsEnergy & UtilitiesSmart Cities & Public InfrastructureRetail & HospitalityAgriculture & EnvironmentalResourcesDocsDetailed instructions for our productsCommunityJoin the discussionBlogThe topics we love to sharePricingALPON Cloud & ConnectivityPricing for ALPON Edge ComputersIoT SIM Cards & Pico LTEPricing for Development ToolsContact Us Store SolutionsIndustrialALPON Edge ComputersDevelopmentBoards and ToolsServicesOEM/ODM and CustomizationSuccess StoriesEcosystemIntegrationsIoT and Automation PartnersPartnersIndustriesManufacturing & IndustrialTransportation & LogisticsEnergy & UtilitiesSmart Cities & Public InfrastructureRetail & HospitalityAgriculture & EnvironmentalResourcesDocsDetailed instructions for our productsCommunityJoin the discussionBlogThe topics we love to sharePricingALPON Cloud & ConnectivityPricing for ALPON Edge ComputersIoT SIM Cards & Pico LTEPricing for Development ToolsContact Us StorePlatform LoginCommunityContact Us Do you have any questions or wish to talk about your project? We would love to hear from you! Let’s talk! Please give us as much detail as you can regarding your project and/or questions so we can direct it to the right team! US OFFICE – Sixfab, Inc. 825 Watter’s Creek Blvd., Suite 250, Allen, Texas 75013 EU OFFICE – Sixfab GmbH Berliner Straße 143, 10715 Berlin, Germany US WAREHOUSE – Sixfab, Inc. 2601 NorthEast 33rd Street, Fort Worth ,TX 76111 EU WAREHOUSE – Balance Logistik GbR c/o Sixfab Haselstr. 23, 56235 Ransbach-Baumbach, Germany More questions? Let’s connect!We offer expert sales and technical support for your business projects and also have a fantastic community support for your individual projects! Community support Get in touch Simply put, our technology drives your projects with reliable connectivity, secure management, and scalability, keeping everything stable on the connected edge for your success.CompanyAbout SixfabProductStoreOrder StatusPricingCustom DesignExploreDocsCommunityFAQBlogAffiliate Program Quick ActionsContactSupportCompanyAbout SixfabProductStoreOrder StatusPricingCustom DesignExploreDocsCommunityFAQBlogAffiliate Program© Sixfab 2026Terms of Sale & ServicePrivacy PolicyShipping PolicyCareers --- - Published: 2016-10-24 - Modified: 2026-01-30 - URL: https://sixfab.com/faq/ FAQ - Sixfab FAQ - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community Frequently Asked Questions Get answers. Fast. Orders Shipping Payment Can I place an order as a guest member? Yes, you can place an order without registration. How do I modify or cancel an existing order? Once your order is dispatched any modifications or cancellations are impossible to be made. If the order hasn’t been dispatched yet please contact us via this contact form. How can I return a product? We can only accept returns of unopened kits and products, within 30 days of receipt. Please check the return policy for details. How can I get an invoice for my order? You should receive the invoice to your email address within a week. In case you haven’t received the invoice within a week’s time please contact us. What is the shipping cost? The shipping fee varies between $9-$35, depending on your location. Can you ship the order to my country? We can ship orders to all countries where UPS, DHL or FedEx are available. What are the shipping options? For the US: You can choose the Economy, Standard, or Express. We can ship by DHL, FedEx, or UPS depending on the location. For EU: GLS or DHL, depending on your location. For International: We can ship by DHL, FedEx, or UPS depending on the location. How can I get the order tracking number? The tracking number will be sent to your email address once your order is dispatched. When will my order be shipped? Order processing time normally takes 1-3 days, but we do our best to ship in-stock orders as soon as possible. This is often the day you placed it or the day after, but there can be many situations where it will take longer (e.g. if one of the products is backordered). When will my order be delivered? Delivery within US and EU may take 2-3 days while international orders delivery takes up to 7-10 days, sometimes more. What payment methods do you... --- > We are simply here to enable progress for our customers through connected-edge devices. Visit our website and learn more about us. - Published: 2016-10-24 - Modified: 2024-12-03 - URL: https://sixfab.com/about/ About Us - Sixfab About Us - Sixfab Global Site Support CommunityJoin the discussion Tech SupportWe solve problems Platform Login Skip to content Main Navigation Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Solutions IndustrialALPON Edge Computers DevelopmentBoards and Tools ServicesOEM/ODM and Customization Success Stories Ecosystem IntegrationsIoT and Automation Partners Partners Industries Manufacturing & Industrial Transportation & Logistics Energy & Utilities Smart Cities & Public Infrastructure Retail & Hospitality Agriculture & Environmental Resources DocsDetailed instructions for our products CommunityJoin the discussion BlogThe topics we love to share Pricing ALPON Cloud & ConnectivityPricing for ALPON Edge Computers IoT SIM Cards & Pico LTEPricing for Development Tools Contact Us Store Platform Login Community We enable progress with advanced IIoT edge solutions, providing reliable and scalable connect computing for our customers “Never Disconnect” Who we are We are the team that builds the technology to enable your projects. We keep everything stable on the connected edge for you to succeed. What we do We design and build beneficial, high-quality, inexpensive, connected-edge solutions to empower businesses. Why we do it We believe in the potential of connected edge technologies and our goal is to serve as the driving force that pushes edge intelligence beyond its current limits. What we stand for The values that guide our decision-making are as follows: First and foremost, we have a responsibility to our customers, so we develop technologies with the following in mind: – Data (information) security is of extreme importance since the data retrieved with digital transformation belongs to our customers and is highly confidential. – Our technology is always designed to integrate and work with other technologies so our customers can reap the benefits. Furthermore, we must serve our ecosystem (customers, business partners, vendors, and everyone else we work with), – with integrity in all our actions – with the highest quality in our conduct of business and our products – always safeguarding the environment Finally, we have a responsibility to our employees and their wellbeing. We are fully committed to create an environment of inclusion and equality for all, where we grow together and continue to learn as individuals, teams and as an organization. 2016 Company founded with $57K crowd funding 2017 $100K Seed Investment 2018 Hit 5K units in hardware sales 2019 Sixfab SIM Launched 2020 Hit 50K units in hardware sales 2021 Sixfab Core Launched 2022 Reached 100 deployed active IoT projects 2023 Hit 100K units 2024 Sixfab ALPON launched 2016 Company founded with $57K crowd funding 2017 $100K Seed Investment 2018 Hit 5K units in hardware sales 2019 Sixfab SIM Launched 2020 Hit 50K units... --- --- ## Posts > Industrial IoT (IIoT) is entering a new phase. For years, value creation depended on moving data from machines to centralized cloud platforms. Today, latency constraints, bandwidth economics, security considerations, and operational continuity are reshaping how intelligence is deployed. Edge AI is intelligence embedded into operations, allowing systems to sense, decide, and act instantly without cloud dependency. - Published: 2026-02-02 - Modified: 2026-02-04 - URL: https://sixfab.com/blog/why-edge-ai-is-becoming-the-new-standard-in-industrial-iot/ - Categories: General, IoT Edge - Tags: edge ai, on-device AI Industrial IoT (IIoT) is entering a new phase. For years, value creation depended on moving data from machines to centralized cloud platforms. Today, latency constraints, bandwidth economics, security considerations, and operational continuity are reshaping how intelligence is deployed. Increasingly, decision-making is moving closer to where data is generated. Edge AI is intelligence embedded into operations, allowing systems to sense, decide, and act instantly without cloud dependency. It is no longer an experiment or a niche optimization. It represents the rise of real-time AI and AI at the edge in industrial systems that must operate continuously, safely, and at scale. From Centralized Insight to Local Decisions Traditional IIoT architectures were designed around centralized analytics: data aggregated in the cloud models updated periodically connectivity assumed to be stable These assumptions remain effective for enterprise IT workloads. Industrial environments, however, operate under a different set of priorities. Factories, utilities, and remote assets function with: millisecond-level control-loop requirements intermittent or bandwidth-constrained connectivity strict uptime and safety expectations Industry analyses indicate that over 70% of industrial data is never transmitted to the cloud, often because its value is time-sensitive or context-dependent. Edge AI enables this data to be processed locally through on-device AI and edge inference, supporting timely, situational decisions that align with the operational rhythm of machines and processes. A useful way to think about Edge AI is local decision intelligence: systems designed to sense, decide, and respond within the same physical and temporal context as the operation itself. Where Edge AI Delivers Measurable Impact: Use Cases in Industrial IoT Worker Safety and Operational Awareness: One of the fastest-growing applications of Edge AI in industrial environments is worker safety, particularly where real-time response is critical. Edge-based computer vision is increasingly used for: PPE compliance (helmets, vests, gloves) restricted-area access (under cranes, forklift paths, hazardous zones) proximity alerts between workers and moving equipment Recent research shows that lightweight vision models can achieve 90%+ accuracy for single safety tasks when deployed on resource-constrained edge devices. Processing video locally enables sub-second alerts, which is essential in dynamic, high-risk environments where cloud latency is impractical. At the same time, studies highlight the importance of system-level design. As safety scenarios become more complex, multiple workers, overlapping hazards, changing environments, edge deployments must balance model efficiency, power consumption, and robustness over time. This has positioned Edge AI not just as a detection tool, but as part of a broader real-time safety infrastructure. Predictive Maintenance (PdM): Predictive maintenance has always been local-first. High-frequency vibration, temperature, and acoustic signals are typically processed at or near the asset, because continuously moving this data to the cloud is neither practical nor economical. The limitation of many traditional PdM systems is not where they run, but how they reason. Rule-based controllers and static thresholds struggle to adapt as equipment behavior evolves, operating conditions change, or failure patterns become more complex. Edge AI upgrades this local processing model by enabling continuous, data-driven pattern recognition directly at the asset without requiring raw data to be streamed upstream... --- > Every breakthrough in technology begins with a new way of seeing. For decades, cameras have helped us observe, record, and analyze the world around us. They’ve been our second set of eyes, capturing what we might miss, helping us measure, document, and improve. But today, something remarkable is happening. Cameras are no longer passive tools for observation; they’re becoming intelligent systems that can understand what they see. This transformation is powered by Vision AI — the ability for machines to process visual data in real time, recognize patterns, detect changes, and make sense of the physical world. What was once a stream of pixels is now information, context, and insight. Vision AI doesn’t just see; it interprets, predicts, and acts. - Published: 2025-11-27 - Modified: 2025-11-27 - URL: https://sixfab.com/blog/seeing-industry-differently-how-vision-ai-is-changing-everything/ - Categories: General, IoT Edge - Tags: ces, edge ai, physical AI, sixfab, vision AI Every breakthrough in technology begins with a new way of seeing. For decades, cameras have helped us observe, record, and analyze the world around us. They’ve been our second set of eyes, capturing what we might miss, helping us measure, document, and improve. But today, something remarkable is happening. Cameras are no longer passive tools for observation; they’re becoming intelligent systems that can understand what they see. This transformation is powered by Vision AI — the ability for machines to process visual data in real time, recognize patterns, detect changes, and make sense of the physical world. What was once a stream of pixels is now information, context, and insight. Vision AI doesn’t just see; it interprets, predicts, and acts. From Seeing to Understanding Imagine a factory floor where every machine can sense what’s happening around it; not just through sensors or timers, but through sight. A robotic arm adjusts its movement the moment a part shifts out of place. A conveyor system identifies a damaged component and diverts it before it reaches the end of the line. An inspection camera verifies assembly quality in milliseconds, ensuring every product meets standard without slowing production. A vision-powered robot monitors heat levels on equipment and triggers maintenance before a failure occurs. And in automotive plants, Vision AI tracks precision welding, detects alignment errors, and keeps automated production lines moving smoothly. In addition to productivity gains, Vision AI enhances worker safety by detecting missing PPE, identifying hazardous behaviors, and monitoring risky zones such as under bridges, elevated walkways, and confined areas before incidents occur. Now picture a city intersection. Traffic lights adapt dynamically to real-time conditions. Crosswalk cameras detect pedestrians and automatically prioritize safety. Cities rely on advanced surveillance and analytics to improve public safety, manage congestion, and create more efficient, resident-friendly urban environments. In logistics, Vision AI helps track packages, prevent bottlenecks, and spot anomalies long before they cause costly downtime. And in smart warehouses, forklifts navigate efficiently through narrow aisles, guided by vision-based systems that understand their surroundings instead of just reacting to them. In smart retail, shelves are monitored in real time, out-of-stock items are flagged instantly, customer flow is analyzed, and checkout areas stay secure and efficient. In all these examples, thanks to Vision AI, the camera is no longer just an observer; it’s an active participant. It processes information instantly, right where the data is created. That’s the promise of Vision AI: turning sight into action, from manufacturing lines to autonomous systems, making operations faster, safer, and smarter. Why It Matters Now So why is Vision AI becoming so important right now? Part of the answer lies in how technology has evolved. Over the past decade, we’ve built massive computing power in the cloud. But the physical world doesn’t move at cloud speed; it moves in milliseconds. A safety system can’t wait for a server thousands of miles away to analyze an image. A high-speed production line can’t pause for a cloud decision on whether a part is... --- > We’re proud to share that ALPON X5 AI has been selected as a CES® 2026 Innovation Awards “Best of Innovation” recipient in the Enterprise Tech category. More than 5,000 products were submitted across 36 categories, and only one product from each category was chosen as Best of Innovation. Being the winner of Enterprise Tech is a significant milestone for our team and partners. - Published: 2025-11-05 - Modified: 2025-11-06 - URL: https://sixfab.com/blog/sixfab-named-ces-innovation-awards-2026-best-of-innovation-winner/ - Categories: General, IoT Edge - Tags: ces, ces2026, edge ai, industrialautomation, innovation, sixfab We’re proud to share that ALPON X5 AI has been selected as a CES® Innovation Awards 2026 “Best of Innovation” recipient in the Enterprise Tech category. More than 5,000 products were submitted across 36 categories, and only one product from each category was chosen as Best of Innovation. Being the winner of Enterprise Tech is a significant milestone for our team and partners. The CES Innovation Awards, organized by the Consumer Technology Association (CTA)®, is a long-running program that celebrates breakthrough design and engineering across consumer and enterprise technologies. Each year, a select jury of industry experts, including journalists, designers, and engineers, evaluates entries on their originality, engineering excellence, technical execution, real-world functionality, and overall design quality. ALPON X5 AI won because it brings serious engineering and complete lifecycle tooling into a single edge platform. Built on Raspberry Pi Compute Module 5 with a DEEPX DX-M1 NPU, it delivers powerful on-device AI in a compact, fanless aluminum enclosure. Dual Ethernet, Wi-Fi, LTE with eSIM, camera interfaces, built-in security, and industrial I/O make it ready for real deployments—from lines on the factory floor to cabinets, kiosks, and vehicles. Alongside the thousands of industrial and commercial systems already built on Raspberry Pi, this award also underscores how Raspberry Pi has become a trusted platform for serious enterprise use. What makes ALPON X5 AI different is that it’s not just hardware. It comes with complete device management and built-in application container management, allowing teams to deploy and update their own software remotely from the cloud. Devices join the platform with zero-touch onboarding, stay connected via multi-layer connectivity with automatic failover, and run applications in managed containers—giving engineers a clean way to roll out new features, models, and services at fleet scale. This matters because more organizations need reliable, private, and low-latency AI at the edge without having to build an entire infrastructure stack themselves. With ALPON X5 AI, raw data can stay on site, AI inference happens locally, and fleets are managed centrally through the cloud—balancing performance, security, and operational simplicity. “We built ALPON X5 AI so teams can focus on solving real problems at the edge, not wrestling with hardware, connectivity, and software tech stack,” says Sait Borlak, CEO at Sixfab. “Being named Best of Innovation in Enterprise Tech is a meaningful validation for our team and our partners at Raspberry Pi and DEEPX. ” You can see ALPON X5 AI live at CES 2026 in two locations: Sixfab: LVCC, North Hall — Booth 8763 DEEPX: LVCC, North Hall — Booth 8745 Pre-order ALPON X5 AI Be among the first to deploy ALPON X5 AI in your projects: Reserve your unit now Award details & images: https://www. ces. tech/ces-innovation-awards/2026/alpon-x5-ai-edge-computer/ Disclaimer: The CES® Innovation Awards are based upon descriptive materials submitted to the judges. The Consumer Technology Association (CTA)® did not verify the accuracy of any submission or of any claims made and did not test the item to which the award was given. --- > In today’s manufacturing world, data is everywhere: on production lines, inside machines, and across connected devices. But the real breakthrough isn’t in collecting all that data; it’s in using it instantly to make smarter decisions. That’s where Edge AI comes in. - Published: 2025-10-23 - Modified: 2025-10-23 - URL: https://sixfab.com/blog/5-real-world-applications-of-edge-ai-transforming-manufacturing/ - Categories: General, IoT Edge - Tags: edge ai, Edge Computing, industrial iot, manufacturing In today’s manufacturing world, data is everywhere: on production lines, inside machines, and across connected devices. But the real breakthrough isn’t in collecting all that data; it’s in using it instantly to make smarter decisions. That’s where Edge AI comes in. Instead of sending everything to the cloud for processing, Edge AI brings intelligence closer to where data is created at the edge. This shift allows machines to see, hear, and understand their surroundings in real time, reacting within milliseconds. The result is a new era of manufacturing that’s faster, safer, and far more efficient. Let’s explore 5 real-world ways Edge AI is transforming manufacturing operations today. 1. Flawless Visual Inspection In a fast-moving production line, every second counts. Sending camera feeds to the cloud for defect detection is too slow to keep up. With Edge AI, visual inspection happens directly on the device, analyzing each frame in real time. It spots microscopic defects, surface imperfections, or assembly errors as they occur ensuring consistent product quality without slowing production. 2. Predictive Maintenance That Prevents Downtime Waiting for a machine to fail costs more than just repair time, it disrupts the entire workflow. Edge AI enables predictive maintenance by locally analyzing vibration, temperature, and sound signals from equipment. It recognizes subtle anomalies that indicate wear or imbalance, allowing teams to intervene before breakdowns happen. The outcome: fewer surprises, less downtime, and greater reliability. 3. Enhanced Worker Safety With Edge AI-powered vision systems, factories can detect and respond to hazards instantly. For example, if a worker steps into a restricted area or forgets protective gear, the system can trigger immediate, localized alerts to prevent accidents before they occur. 4. Smarter, Adaptive Robots Conventional robots follow pre-programmed motions with little awareness of their environment. Edge AI gives them the ability to see and adapt. Whether assembling parts that vary slightly in shape or handling irregular components, these robots can recognize patterns, adjust movements, and collaborate safely with humans all in real time. 5. A Self-Optimizing Supply Chain Inventory errors and shipment delays can ripple through entire operations. Edge AI integrates smart cameras and IoT sensors that monitor materials and inventory continuously. From barcode scanning to pallet tracking, the system maintains an accurate, real-time view of supply chain activity minimizing waste and ensuring smoother logistics. The Perfect Partnership: Intelligence at Every Level This evolution isn’t about replacing the cloud; it’s about balance. The Edge handles the immediate — the what and how — through instant data processing and localized decision-making. The Cloud delivers perspective — the why — aggregating data to train better models, improve processes, and drive long-term optimization. Together, they create an intelligent feedback loop that allows enterprises to both react quickly and evolve strategically. Sixfab: Powering Intelligence at the Edge At Sixfab, we believe the future of manufacturing belongs to those who bring intelligence closer to the action. Our industrial-grade Edge AI hardware and developer-ready tools give engineers, system integrators, and innovators everything they need to build the next generation of... --- > Whether in smart manufacturing, transportation, oil, gas, and energy, or urban infrastructure, Sixfab’s ecosystem empowers developers to bring intelligence exactly where it’s needed at the edge, in the cloud, or anywhere in between. - Published: 2025-10-13 - Modified: 2025-10-13 - URL: https://sixfab.com/blog/cloud-vs-edge-finding-the-right-balance/ - Categories: General, IoT Edge - Tags: cloud, edge ai, Edge Computing, industrial iot The New AI Question: Not If, But Where The question technology leaders face today isn’t “Should we use AI? ”—it’s “Where should we run it? ” In the early stages of AI adoption, the answer was simple: the cloud. Centralized infrastructure offered massive compute power, elastic scalability, and access to cutting-edge tools. But as AI moves closer to production lines, vehicles, and connected systems, edge computing is taking center stage. The truth is, neither cloud nor edge alone is enough. The most successful AI strategies combine both creating a hybrid intelligence architecture that’s globally smart and locally responsive. At Sixfab, we see this balance as the foundation for every intelligent system built for the real world. When the Cloud Leads The cloud remains the powerhouse of large-scale computation—the birthplace of intelligence. Model Training at ScaleTraining advanced AI models requires vast datasets and iterative experimentation. Cloud environments provide the GPU clusters and parallel compute elasticity necessary for model development and refinement. Unified, Global AnalyticsCloud platforms excel at connecting insights across distributed operations—ideal for fleet-wide performance analysis, predictive maintenance, and optimization across multiple sites. Long-Term Storage and ComplianceThe cloud remains the best option for archiving and governance. Historical and non–time-sensitive data can be stored cost-effectively for analytics, auditing, and model improvement. When the Edge Takes Over If the cloud is the brain, the edge is the reflex. Edge computing dominates when immediacy, autonomy, and reliability matter most. Real-Time InferenceWhen milliseconds count, whether detecting a defect on a production line or spotting a pedestrian near an autonomous vehicle, edge AI delivers decisions instantly without a round trip to the cloud. Operational ContinuityIn industrial and remote environments, downtime is not an option. Edge devices like ALPON™ X4 and ALPON™ X5 AI operate independently of connectivity, ensuring local decision-making even during outages. Bandwidth and Cost EfficiencyBy processing and filtering data locally, edge nodes send only essential insights (“defect detected,” “temperature threshold exceeded”) to the cloud reducing bandwidth costs while maintaining situational awareness. The Real Power: Cloud + Edge Together The true innovation lies in how these layers interact. A well-orchestrated hybrid AI cycle works as a continuous feedback loop: Retrain and improve the models with this new data, and redeploy. Train sophisticated AI models in the cloud. Deploy those models to edge devices for real-time inference. Send valuable edge data (new examples, performance metrics) back to the cloud. This closed-loop system enables self-improving intelligence—where every deployed device helps make the network smarter. Striking the Balance: The Sixfab Approach At Sixfab, we don’t see “cloud vs. edge” as a rivalry, it’s a collaboration. Our ALPON X4 and ALPON X5 AI edge computers are engineered to make this collaboration seamless. Cloud-trained AI, deployed locally: Edge inference powered by high-efficiency ARM cores and neural accelerators. Always-connected intelligence: Multi-network redundancy with LTE, 5G, and eSIM for global reach. Zero-touch provisioning: ALPON EDGE software automates onboarding, updates, and fleet management. Hybrid lifecycle management: ALPON Cloud synchronizes data pipelines, performance metrics, and OTA model updates—closing the loop between development and deployment.... --- > You hear about the Cloud every day. It’s the powerhouse behind everything from your streaming services to enterprise software. But for the next wave of innovation especially in AI and IoT the most critical work isn’t happening in a distant data center. - Published: 2025-09-30 - Modified: 2025-09-30 - URL: https://sixfab.com/blog/why-edge-computing-matters/ - Categories: General, IoT Edge - Tags: edge ai, Edge Computing, iiot You hear about the Cloud every day. It’s the powerhouse behind everything from your streaming services to enterprise software. But for the next wave of innovation especially in AI and IoT the most critical work isn’t happening in a distant data center. It’s happening right where the data is born: at the edge. The global edge computing market is forecast to grow from USD $432. 94 billion in 2024 to over $5. 1 trillion by 2034, at a CAGR of 28% (Precedence Research, 2024). This explosive growth highlights how vital edge is becoming in scaling IoT efficiently. 1. Speed & Reduced Latency Imagine a self-driving car. Sending data to the cloud and waiting for a response to decide whether to brake for an obstacle is simply too slow. Edge computing processes data right at the source, enabling real-time, life-or-death decisions measured in milliseconds. Research shows that edge solutions can reduce latency to under 5 milliseconds, compared to 20–40 milliseconds typical in traditional cloud-only models (Mannava, 2025) . This low latency is non-negotiable for applications like: Autonomous Vehicles & Drones (Real-time obstacle detection and navigation in dynamic environments. ) Smart Manufacturing & Predictive Maintenance (Detecting anomalies and forecasting machine failures using sensor data. ) Smart City, Traffic & Environmental Monitoring (Real-time vehicle counting, traffic flow anomaly detection, illegal parking alerts, and air quality inference. ) 2. Enhanced Reliability & Privacy A lost cloud connection shouldn’t mean a factory line grinds to a halt or a security camera goes blind. With edge processing: Systems remain operational even offline. Sensitive data such as patient health metrics or facility security footage can be processed locally, reducing exposure before sending only essential data to the cloud. This translates to stronger security, less downtime, and more trust in mission-critical systems. 3. Bandwidth & Cost Efficiency Sending every byte of data from millions of IoT sensors directly to the cloud is wasteful and expensive. Why stream 24/7 video when you only need a 5-second clip triggered by motion? The edge acts as a smart filter: Processes massive data streams locally Sends only valuable insights to the cloud Reduces bandwidth usage and cloud storage costs The Perfect Partnership: Edge + Cloud This isn’t about replacing the cloud—it’s about creating a powerful synergy. The Edge handles immediate, time-sensitive, and critical tasks. The Cloud provides scalable storage, deep historical analysis, and model training. Together, they create a seamless, intelligent pipeline for IoT device data integration. Put simply:The edge does the urgent thinking; the cloud does the deep thinking. Sixfab: Where Intelligence Meets the Edge At Sixfab, we believe the goal isn’t just to collect data, it’s to create devices that can see, hear, understand, and act. By bringing AI-driven intelligence directly to the edge, we help make the physical world more: Responsive (real-time insights) Efficient (lower costs, less waste) Safe (more reliable and secure systems) This is why we’re passionate about providing platforms that make edge intelligence accessible for innovators. Because the future of AI and IoT will be built... --- > Digital signage offers visual communication in a dynamic way. To build such a system, both our hardware and cloud communication must be scalable and powerful. ALPON X4, a robust edge computer powered by the Raspberry Pi Compute Module 4, and Yodeck, a cloud-based digital signage software, together create an efficient and seamless content management setup. - Published: 2025-06-11 - Modified: 2025-06-12 - URL: https://sixfab.com/blog/build-a-powerful-industrial-grade-digital-signage-network-with-yodeck-and-alpon-x4/ - Categories: General, IoT Edge - Tags: digital signage, Raspberry pi, yodeck Digital signage is of great importance for information, advertising and communication in dynamic, eye-catching displays in crowded, fast-paced areas with a high human population. Industrial environments are areas where notifications and business follow-up are critical. Reliability and performance are critical for digital signage used in these areas. Digital signage offers visual communication in a dynamic way. To build such a system, both our hardware and cloud communication must be scalable and powerful. ALPON X4, a robust edge computer powered by the Raspberry Pi Compute Module 4, and Yodeck, a cloud-based digital signage software, together create an efficient and seamless content management setup. This installation leverages the Raspberry Pi ecosystem to deliver high performance while keeping digital signage setup simple and fast, making it ideal for many industries such as manufacturing, retail and logistics. Why Choose ALPON X4 for Industrial Digital Signage? In industrial environments durability is an important factor. Standard hardware is inadequate for extended use or harsh environments. ALPON X4 is specially designed to meet these demands. Key ALPON X4 specifications that will make you choose: Powered by the Raspberry Pi Compute Module 4, the quad-core processor ensures smooth playback of high-resolution content. Fanless aluminum casing protects against dust, vibrations, and extreme temperatures (-20°C to +60°C). Its flexible connectivity options, including Ethernet, Wi-Fi, LTE, and eSIM with automatic network switching, ensure your displays are always online, even in remote locations. The ALPON X4 also includes advanced security features like TPM 2. 0 and double-encrypted communication, protecting your valuable content and network. These highlights enable smooth playback of high-resolution video and complex graphics, essential for effective digital signage for businesses. What is Yodeck and How Does It Work? Yodeck is a cloud-based digital signage software platform designed to simplify content management for many businesses. Compatible with Raspberry Pi display solutions such as ALPON X4, Yodeck allows users to create, schedule and manage content across multiple displays from a single dashboard.   With Yodeck you can easily manage all your content from anywhere with an internet connection. Simply upload your videos, images, web pages to your Yodeck cloud account. Playlists can be created via the cloud, content can be scheduled to appear at specific times and even multiple screens can be remotely controlled individually or in groups. Yodeck makes it simple to make a small update to your digital signage. For businesses looking for a cost-effective open source digital signage solution, Yodeck's compatibility with Raspberry Pi makes it stand out from other digital signage software. For more information about Yodeck and its capabilities, visit its official website. ALPON X4 and Yodeck: The Perfect Combination for Industrial Signage ALPON X4 and Yodeck are the perfect choice for any business that needs a reliable and scalable digital signage installation. Here’s why: High Performance: Raspberry Pi CM4 ensures smooth 4K playback, while Yodeck optimizes content delivery. Reliable 24/7 Operation: ALPON X4 delivers robust, reliable performance that keeps your content playing smoothly 24/7 thanks to eSIM backup and LTE connectivity in challenging environments. Easy Remote... --- > In this blog you will learn how to use Raspberry Pi and piSignage to create a cost-effective and flexible digital signage network. - Published: 2025-05-27 - Modified: 2025-06-12 - URL: https://sixfab.com/blog/build-your-own-digital-signage-network-with-raspberry-pi-and-pisignage/ - Categories: General, IoT Edge, Raspberry Pi - Tags: digital signage, piSignage, Raspberry pi Visual information transmission has become of great importance with the increasing digitalization of the world. We encounter digital signage in stores, cafes, hospitals, offices and many places in the city. Thanks to digital signage, announcements prepared as visual or video can be easily projected on screens. The global digital signage market is valued at USD 26. 45 billion in 2024 and is projected to reach USD 52. 37 billion by 2034, with a compound annual growth rate (CAGR) of 7. 9%. In this blog you will learn how to use Raspberry Pi and piSignage to create a cost-effective and flexible digital signage network. You will also discover how the ALPON X4 device developed by Sixfab provides convenience and many advantages in this system. Why Choose Raspberry Pi for Digital Signage? Raspberry Pi is very popular in the IoT world because it is a single board computer that is widely used for prototyping and deployment due to its versatility, support for communication protocols and various sensors. Thanks to its open source software support, many makers around the world are using Raspberry Pi to build DIY digital signage networks. Raspberry Pi is widely used in the IoT world as a cost-effective platform for prototyping and deployment of smart home automation, environmental monitoring, and industrial IoT solutions due to its versatility and support for various sensors and communication protocols. With a Raspberry Pi signage player, you can synchronously display media content on different screens and update it remotely via an internet connection. There are also many Raspberry Pi digital signage software options. One of the most preferred of these is piSignage. What is piSignage and How Does It Work? piSignage is a digital signage software developed especially for IoT devices such as Raspberry Pi. It allows you to send content to the screens via web, i. e. cloud-based management. You can control your content at any time and manage multiple screens at the same time. piSignage works in harmony with ALPON X4 powered by Raspberry Pi CM 4 and plays your videos, images and HTML content. The features of piSignage: Cloud dashboard with multi-device control Offline playback support Scheduled content rotation Custom layouts and HTML overlays Easy setup on Raspberry Pi and ALPON X4 Simplifying the digital signage setup process, this software is ideal for both small businesses and large organizations. It also offers a detailed piSignage installation guide for users. If you have different needs, you can also search for piSignage alternative solutions on the market. ALPON X4: The Perfect Companion for piSignage Sixfab's ALPON X4 is an edge computer powered by Raspberry Pi Compute Module 4, designed for industrial IoT and digital signage projects that can operate in many environments.   ALPON X4 features: Powerful Processor: Fast response with quad-core Cortex-A72. Connectivity Flexibility: Ethernet, Wi-Fi, LTE and eSIM support. Remote Management: Remote device update and monitoring with ALPON Cloud. Durable Design: Silent, fan, aluminum casing withstands harsh conditions. Advanced Security: Provides encrypted communication and data security with TPM 2. 0. These... --- > ALPON X4 x Node-RED integration provides the easiest way to collect real-time data for IoT data management and process it visually and without coding. It simplifies reliable and performance-driven IoT data management for any of your entry and scalable projects. - Published: 2025-05-20 - Modified: 2025-06-12 - URL: https://sixfab.com/blog/alpon-x4-x-node-red-realtime-data-management/ - Categories: General, IoT Edge, Raspberry Pi - Tags: node-red, real-time data management Collecting, processing, and visualizing real-time IoT data doesn’t have to be complex. With the seamless integration of ALPON X4 and Node-RED, you can simplify your workflow, accelerate development, and implement smarter automation. Whether you're building a small prototype or a large-scale industrial solution, this powerful combination helps you manage data more efficiently and get to insights faster. What is ALPON X4? ALPON X4 is a powerful edge computer designed for industrial IoT applications. Powered by the Raspberry Pi Compute Module 4, it delivers low latency and high performance computing at the edge. Key features include: Continuous connectivity: Supports Ethernet, Wi-Fi, and LTE with eSIM for global coverage. Rugged design: Fanless aluminum chassis ensures durability even in harsh industrial environments. Management: Simplifies device management with Cloud, enabling remote updates, monitoring and batch provisioning. Edge AI/ML Capabilities: Enables real-time on-device data processing without cloud dependency. Integration: Integration option with TPM 2. 0 and encrypted communication for secure IoT data management. With ALPON X4, businesses can deploy scalable IoT solutions for automation, easy maintenance and smart infrastructure. Introducing Node-RED: A Visual Approach to Data Flow Programming Node-RED is a low-code IoT development platform that simplifies visual data flow creation. Developed by IBM, it offers a drag-and-drop based interface that allows developers and even non-programmers to easily connect to devices, APIs and online services. Enables real-time analytics dashboards with complex IoT data. Key benefits include: Easy Data Transformation: Process sensor data with minimal coding. Real-Time Analytics: Build logic for immediate insights. Custom Dashboards: Use data visualization tools to display IoT metrics. Why Integrate ALPON X4 with Node-RED? Combining ALPON X4 with Node-RED creates a powerful, end-to-end platform for seamless IoT data management. From edge-level data collection to real-time visualization, this integration simplifies even the most complex workflows—making your IoT infrastructure more responsive, efficient, and scalable. Effortless Real-Time Data Collection with ALPON X4 The ALPON X4 is purpose-built for collecting real-time data from sensors, industrial machines, and other field devices. Thanks to its robust edge computing capabilities, it processes data locally—reducing latency, minimizing bandwidth usage, and ensuring faster decision-making. This local processing also enhances reliability, especially in environments with limited or intermittent cloud connectivity. Transforming Data Streams with Node-RED’s Visual Programming After data is collected, Node-RED steps in as a powerful tool for processing and routing it. With its intuitive drag-and-drop interface and extensive library of pre-built nodes, Node-RED allows users to filter, transform, and analyze data with minimal coding. Whether it’s converting raw sensor readings, triggering alerts, or integrating with third-party APIs, Node-RED dramatically reduces development time and eliminates the need for complex middleware. Visualizing Insights in Real Time with Node-RED Dashboards Node-RED’s built-in dashboard tools make it easy to create rich, real-time user interfaces. From live charts and gauges to status indicators and control widgets, users can monitor device performance, environmental conditions, and system health remotely and securely. These dashboards are customizable, responsive, and perfect for both technical teams and business decision-makers who need instant access to actionable data. Real-World Applications of ALPON... --- > In the rapidly evolving world of industrial automation, staying competitive means more than just gathering data, it means turning it into real-time decisions that drive uptime, efficiency, and growth. Industrial systems are generating large volumes of operational data, but without efficient tools for real-time processing, smart visualization, and actionable analytics, this data remains underutilized. That's where the integration of ALPON X4 by Sixfab with Ubidots, a leading IIoT platform for predictive maintenance and industrial automation, becomes a game-changer. ALPON X4, Sixfab’s industrial-grade edge computer, combines with Ubidots’ no-code IIoT platform to deliver real-time analytics, remote control, and predictive maintenance — all without writing a single line of backend code. - Published: 2025-05-13 - Modified: 2025-06-13 - URL: https://sixfab.com/blog/alpon-x4-x-ubidots/ - Categories: General, IoT Edge In the rapidly evolving world of industrial automation, staying competitive means more than just gathering data, it means turning it into real-time decisions that drive uptime, efficiency, and growth.   Industrial systems are generating large volumes of operational data, but without efficient tools for real-time processing, smart visualization, and actionable analytics, this data remains underutilized. That's where the integration of ALPON X4 by Sixfab with Ubidots, a leading IIoT platform for predictive maintenance and industrial automation, becomes a game-changer. ALPON X4, Sixfab’s industrial-grade edge computer, combines with Ubidots’ no-code IIoT platform to deliver real-time analytics, remote control, and predictive maintenance — all without writing a single line of backend code. What is Ubidots? An Intuitive, No-Code IIoT Platform for Predictive Maintenance Ubidots is a modern Industrial IoT platform that empowers businesses to collect, analyze, and visualize sensor data without writing complex code. Built with a focus on simplicity and flexibility, Ubidots enables predictive maintenance, machine monitoring, and energy management through: Drag-and-drop Dashboards for live data visualization Smart Alerts & Triggers for real-time decision making Scheduled Reports to track KPIs over time Advanced Data Analytics for deep insight into machine behavior Device and User Management with role-based access Whether you're building smart factories or retrofitting legacy systems, Ubidots provides the tools to make your data work for you. Why ALPON X4 is the Perfect Edge Device for Ubidots To fully unlock the capabilities of Ubidots in industrial environments, you need a high-performance edge computing device that can handle real-time data processing, offer reliable connectivity, and ensure secure operation even in harsh conditions. ALPON X4 is purpose-built for industrial IoT edge deployments. Powered by the Raspberry Pi Compute Module 4, it features Gigabit Ethernet, built-in LTE with multiple eSIM profiles, Wi-Fi, and TPM 2. 0 security, making it ideal for securely capturing and sending industrial sensor data to Ubidots. ALPON X4 × Ubidots: A Complete Edge-to-Cloud IIoT Solution Combining ALPON X4 with Ubidots creates a full-stack solution that captures, processes, and visualizes data from the edge to the cloud. Here's what this setup delivers: Real-time Monitoring Stream data directly from sensors to Ubidots dashboards using ALPON X4’s reliable LTE or Ethernet connection. Predictive Maintenance Process data locally on ALPON X4 to detect anomalies early, then trigger alerts and maintenance actions in Ubidots. Reduced Latency Edge computing enables faster response times and minimizes bandwidth by preprocessing data before it’s sent to the cloud. Remote Access & Control Ubidots' web-based dashboards allow you to manage your devices and monitor equipment performance from anywhere. Easy Integration With MQTT, HTTP, and HTTPS support, ALPON X4 effortlessly connects to Ubidots via secure API endpoints. Key Features of ALPON X4 for Ubidots Integration Edge Computing at Scale: On-device processing with low latency. Robust Connectivity: Built-in LTE with eSIM, Gigabit Ethernet, Wi-Fi. Enhanced Security: TPM 2. 0, secure boot, VPN tunneling, encrypted communication. High Performance: Raspberry Pi CM4 handles multi-threaded workloads with ease. Use Cases: ALPON X4 & Ubidots in Action Predictive Maintenance Industrial machinery is often subjected to... --- > SCADA (Supervisory Control and Data Acquisition) systems are one of the most popular open source software for monitoring and controlling industrial processes. With ALPON X4 X SCADA LTS, operations in industrial automation projects are more flexible, reliable, and cost-effective. SCADA LTS and the ALPON X4 — an edge computer powered by the Raspberry Pi Compute Module 4 — form a powerful and cost-effective solution for industrial automation and IoT SCADA applications. As an open-source platform, SCADA LTS has gained popularity across a wide range of automation projects, including energy monitoring, water distribution systems, and manufacturing operations. - Published: 2025-05-06 - Modified: 2025-05-06 - URL: https://sixfab.com/blog/alpon-x4-x-scada-lts-open-source-scada-for-modern-automation/ - Categories: General, IoT Edge, Raspberry Pi - Tags: modern automation, scada lts SCADA (Supervisory Control and Data Acquisition) systems are one of the most popular open source software for monitoring and controlling industrial processes. With ALPON X4 X SCADA LTS, operations in industrial automation projects are more flexible, reliable, and cost-effective. SCADA LTS and the ALPON X4 — an edge computer powered by the Raspberry Pi Compute Module 4 — form a powerful and cost-effective solution for industrial automation and IoT SCADA applications. As an open-source platform, SCADA LTS has gained popularity across a wide range of automation projects, including energy monitoring, water distribution systems, and manufacturing operations. What is ALPON X4 X SCADA LTS? SCADA systems are designed to monitor, collect data, and control industrial processes in real time. The ALPON X4 X SCADA LTS offers high performance, flexibility, customization, and cost savings. This solution, which works seamlessly with the ALPON X4, features secure remote access and an open-source architecture. Key Features of ALPON X4 X SCADA LTS Real-time data and performance monitoring with customizable dashboards Open-source automation software for full control and customization SCADA protocol integration (Modbus, MQTT, OPC UA) Industrial IoT platform compatibility for seamless device connectivity Secure data acquisition software with encrypted communications Edge computing support via ALPON X4 for low-latency processing Scalable architecture for small to large industrial deployments Applications of ALPON X4 X SCADA LTS Across Industries Energy Management and Monitoring ALPON X4 X SCADA LTS enables precise monitoring of power usage, grid performance, and renewable energy sources in the energy sector. Thus, a SCADA energy management system can be created. It detects inefficiencies, reduces costs, and increases reliability by predicting equipment failures before they occur. Water Distribution System Control Municipalities and water distribution companies rely on SCADA software to monitor and manage critical infrastructure such as pumps, valves, and reservoir levels. With ALPON X4’s built-in cellular connectivity, utilities gain real-time access to remote sites, enabling faster responses to leaks, pressure anomalies, or contamination risks—no matter how far the location. This powerful combination allows for use cases like remote pump station control, predictive failure alerts, and automated chlorination systems, all managed through SCADA over cellular. ALPON X4 transforms legacy systems into intelligent infrastructure with enhanced reliability and operational efficiency. Manufacturing Plant Automation As an industrial automation solution, ALPON X4 and SCADA integrate with various sensors, PLCs, and devices via standard protocols to monitor production lines and processes, track performance, and automate workflow. Why Choose Open-Source SCADA LTS? No licensing fees, reducing operational costs Full customization to meet specific project needs Community-driven improvements and updates Transparent security with auditable code Scales easily with industrial IoT platform tools. How to Implement ALPON X4 X SCADA LTS This topic briefly provides a simplified overview of deploying SCADA LTS on ALPON X4 on ALPON Cloud using Docker. Refer to the official Setting Up SCADA LTS guide for detailed instructions. Prerequisites Basic knowledge about Docker and SCADA systems (Modbus, OPC UA) Make sure ports 8080 and 3306 are free on ALPON X4 Step 1: Deploy HiveMQ (MQTT Broker) Install the MQTT... --- > The ALPON X4 is an edge computing device designed for industrial automation and smart home solutions. By integrating OpenPLC, an open-source automation platform, the ALPON X4 becomes a powerful IoT gateway for SCADA systems, real-time processing, and remote monitoring. It provides reliable LTE connectivity and is one of the best choices for Industrial IoT (IIoT), smart home systems and SCADA research because it is easy to integrate, flexible, efficient, and secure. - Published: 2025-04-22 - Modified: 2025-06-13 - URL: https://sixfab.com/blog/alpon-x4-and-openplc-in-industrial-and-home-automation/ - Categories: General, IoT Edge - Tags: home automation, industrial automation, OpenPLC The ALPON X4 is an edge computing device designed for industrial automation and smart home solutions. By integrating OpenPLC, an open-source automation platform, the ALPON X4 becomes a powerful IoT gateway for SCADA systems, real-time processing, and remote monitoring. It provides reliable LTE connectivity and is one of the best choices for Industrial IoT (IIoT), smart home systems and SCADA research because it is easy to integrate, flexible, efficient, and secure. What Is ALPON X4 and How Does It Work with OpenPLC? The ALPON X4 is a rugged edge computing device powered by the Raspberry Pi CM4, offers high-speed processing for PLC programming and automation tasks, and with flexible connectivity options (Ethernet, Wi-Fi and LTE) the device is online anywhere. OpenPLC is an open-source free tool Programmable Logic Controller (PLC) that supports SCADA research, IoT solutions, and automation projects. It allows creating custom automation systems without the use of expensive software. By running OpenPLC on ALPON X4, users get a cost-effective, scalable platform for real-time processing and remote monitoring via the cloud. Edge Computing for Automations ALPON X4 leverages advanced edge computing architecture to process data locally. This reduces latency, enhances responsiveness, and minimizes dependency on external networks. Ideal for both industrial and home automation, the device enables real-time decision-making and improves overall system reliability. With ALPON X4, data is processed at the source, ensuring faster execution and smarter automation. Always Connected with LTE eSIM Backup ALPON X4 guarantees uninterrupted operations with LTE connectivity and eSIM support. If the primary network fails, it automatically Whether for industrial automation or smart home systems, the ALPON X4 keeps your operations always-online and under control. Key Benefits of ALPON X4 for Industrial Automation ALPON X4 offers many advantages for industrial automation projects: High Performance: With Raspberry Pi CM4 processing power, it enables fast PLC programming and execution. Robust Design: The fanless aluminum case makes it suitable for harsh environments. Secure Operations: TPM 2. 0 and encrypted communications protect against cyber attacks. Scalability: Easily manage and maintain multiple devices through ALPON Cloud for large-scale IIoT deployments. Why Choose OpenPLC for Open-Source Automation? OpenPLC is a flexible and open-source automation platform that supports a wide range of applications across industrial, commercial, and home automation environments. Key features include: SCADA systems integration: Easily integrates with supervisory control and data acquisition (SCADA) systems, allowing for centralized monitoring and management of complex automation processes. Remote monitoring and control: Enables users to monitor and control devices and processes from anywhere, improving efficiency, safety, and responsiveness. Compatibility with multiple IoT gateway protocols: Supports various industrial communication standards and IoT protocols, ensuring seamless connectivity across devices and platforms. This makes it a perfect match for ALPON X4, enabling seamless industrial automation solutions. Getting Started with ALPON X4 X OpenPLC Integration Deploying OpenPLC on the ALPON X4 edge computer enables robust industrial automation and smart home solutions with containerized efficiency. Below is a simplified overview of the installation process; see the complete OpenPLC deployment guide for full technical details. Setup Summary Containerized... --- > Smart industrial system infrastructures have become a necessity. From industrial automation to smart home systems, the demand and need for efficient, secure and scalable systems is growing rapidly. That’s where ALPON X4, developed by Sixfab, and FUXA, come together to make a powerful impact. This duo is designed to improve and enhance control systems. Whether you are managing a smart home or an industrial factory, this integration gives you real-time monitoring, energy optimization, and smart automation systems. - Published: 2025-04-18 - Modified: 2025-06-13 - URL: https://sixfab.com/blog/alponx4-fuxa-industrial-automation/ - Categories: General, IoT Edge, Raspberry Pi - Tags: FUXA, industrial automation, smart building Smart industrial system infrastructures have become a necessity. From industrial automation to smart home systems, the demand and need for efficient, secure and scalable systems is growing rapidly. That’s where ALPON X4, developed by Sixfab, and FUXA, come together to make a powerful impact. This duo is designed to improve and enhance control systems. Whether you are managing a smart home or an industrial factory, this integration gives you real-time monitoring, energy optimization, and smart automation systems. What is ALPON X4? ALPON X4 is designed to work seamlessly in industrial environments. It is an edge computing device built to make it easier to perform and manage demanding tasks. With its robust and high performance, it is one of the best options for IoT projects with its compact design. Thanks to support for multiple connections such as LTE, Wi-Fi, and Gigabit Ethernet; ALPON X4 keeps the device online at all times, even in poorly connected areas or in case of disconnection. With the processing power of the Raspberry Pi Compute Module 4, it can easily manage IoT projects. It is one of the best options for industrial automation and smart infrastructure projects. Key features of ALPON X4 include: Secure IoT Gateway: TPM 2. 0, secure boot and encrypted communication Edge Computing Capabilities: Processes data locally. Reduce latency and increase efficiency. Scalability: Easy integration and remote management. FUXA: The Power of Open-Source SCADA Integration FUXA is open source SCADA (Supervisory Control and Data Acquisition) software that simplifies the creation of custom dashboards and smart control systems. It is designed to work seamlessly and integrated with IoT devices. It is the software of choice for smart home systems, industrial automation, and IoT monitoring systems. With FUXA, users can easily visualize data, control devices, and monitor their systems in real time. FUXA has all the features needed to control security systems, monitor energy consumption and industrial processes. Why choose FUXA? Flexibility: Customizable panels and workflows. Real-Time Monitoring: Monitor the system with live data and receive alerts. Easy Integration: Works seamlessly with IoT devices such as ALPON X4. Open source: No high license fees. Support: Supports protocols such as Modbus, OPC-UA, MQTT, and more. How ALPON X4 and FUXA Enhance Building Control Systems Combining ALPON X4 with FUXA creates a building control system that is both intelligent and efficient. ALPON X4 collects data from sensors and devices and FUXA processes it into dashboards that you can control from anywhere. This duo creates a fast, secure, and scalable remote monitoring system.   Key Benefits of ALPON X4 x FUXA Integration The benefits of this duo are summarized as follows: Real-Time Data Processing Seamless Connection Customizable Panels Energy Optimization Simple Installation Low Cost Saving Time Flexibility Scenarios of Use: How ALPON X4 and FUXA Work in Industrial Environments ALPON X4 and FUXA integration is not limited to smart homes. It is also a great choice for industrial automation. Here are a few application areas: Smart Agriculture: Increase yields by monitoring soil conditions, irrigation systems, and weather. Industrial... --- > In this post, we explore how the synergy between ALPON X4 developed by Sixfab, and ThingsBoard addresses these challenges—bringing real-time intelligence and scalable monitoring to industrial environments. - Published: 2025-04-14 - Modified: 2025-06-13 - URL: https://sixfab.com/blog/iot-dashboard-industrial-monitoring-solution-alponx4-thingsboard/ - Categories: General, IoT Edge - Tags: industrial monitoring, IoT, thingsboard In today’s industrial landscape, staying competitive means staying connected. From production lines to predictive maintenance, Industrial IoT (IIoT) is transforming how factories operate—turning raw machine data into business-critical insights. While there is a wealth of data generated by Industrial IoT, it is useless without edge computing solutions that provide efficient operational continuity, secure connectivity, and also real-time data processing.   As factories and industrial systems become smarter with IoT and edge computing, the need to automate processes, reduce costs and keep everything seamlessly connected is critical. But what is the solution to this complexity? In this post, we explore how the synergy between ALPON X4 developed by Sixfab, and ThingsBoard addresses these challenges—bringing real-time intelligence and scalable monitoring to industrial environments. What is ThingsBoard? A Powerful IoT Dashboard for Industrial Use ThingsBoard is a top open-source system made for industrial IoT monitoring and edge computing for IIoT. It helps businesses manage their IoT needs with a safe gateway that works with different ways to connect, handle devices and real time analytics. What ThingsBoard Can Do Industrial Automation IoT: Makes work smoother by automating tasks in factories and other industrial settings. ThingsBoard Cloud Integration: Connects cloud systems and edge devices easily for better teamwork. Remote Industrial Monitoring: Gives live updates on machines and processes, so you always know what’s happening. Edge Computing vs Cloud Computing: Finds the right balance between processing data locally and using the cloud for the best results. Why ALPON X4 is the Best Edge Device for ThingsBoard To make the most of ThingsBoard for industrial IoT, you need a device that’s strong, safe and scalable edge computing with your business needs. ALPON X4 does exactly that, it's like a trusted worker that never stops, even in the industrial conditions. Together with ThingsBoard, ALPON X4 creates a powerful and flexible industrial IoT solution. It handles localized, low-latency processing of sensor data at the edge, minimizing delays and reducing bandwidth usage. Its scalable architecture supports seamless integration with both cloud platforms and on-premises systems, allowing businesses to grow without rethinking their infrastructure. With remote monitoring and control capabilities, operators can manage devices and environments from anywhere. And thanks to real-time analytics and rule-based automation, critical decisions can be made instantly—keeping operations efficient, responsive, and resilient. What Makes ALPON X4 Stand Out Secure IoT Gateway: Built-in safety features keep your data and network protected. Industrial IoT Monitoring: Collects and analyzes data without interruptions, helping you fix problems before they happen. Edge Computing for IIoT: Processes data locally to reduce delays and improve performance. Device Integration: Effortlessly connects with many sensors and systems, saving time for smart home automation and industrial projects. ALPON X4’s Best Features Reliable Connections: Supports LTE built-in multiple eSIM profiles, Wi-Fi, and Gigabit Ethernet to stay online. High Performance: Handles complex IoT edge computing tasks with ease, thanks to the advanced processing power of Raspberry Pi Compute Module 4. Enhanced Security: Uses TPM 2. 0, secure boot, encrypted communication, VPN tunneling, role-based access control. Easy to Scale: Supports... --- > Many businesses start their IoT projects with a Raspberry Pi and a 4G/LTE Cellular Modem Kit. This setup is ideal for Proof of Concept (PoC) development, offering a flexible, affordable, and easy-to-implement solution for small-scale deployments. Whether you're building a smart sensor network, remote monitoring system, or edge AI application, a modem kit provides an excellent starting point, allowing businesses to validate their ideas and identify potential issues before making major investments. - Published: 2025-02-28 - Modified: 2025-02-28 - URL: https://sixfab.com/blog/from-diy-to-industrial-grade-when-to-upgrade-from-a-modem-kit-to-alpon-x4/ - Categories: General, IoT Edge, Raspberry Pi - Tags: industrial iot, modem kit The Scaling Challenge Many businesses start their IoT projects with a Raspberry Pi and a 4G/LTE Cellular Modem Kit. This setup is ideal for Proof of Concept (PoC) development, offering a flexible, affordable, and easy-to-implement solution for small-scale deployments. Whether you're building a smart sensor network, remote monitoring system, or edge AI application, a modem kit provides an excellent starting point, allowing businesses to validate their ideas and identify potential issues before making major investments. However, as your project scales, new challenges arise. Connection reliability, security concerns, remote management complexity, and performance bottlenecks can quickly become roadblocks. Managing hundreds of connected devices while ensuring seamless data processing at the edge requires more than just a DIY setup. Companies need confidence that their systems can run efficiently, securely, and scale as needed without compromising performance. At some point, upgrading to an industrial-grade edge computing solution becomes not just beneficial but essential. This is where ALPON X4 comes in—designed to bridge the gap between prototype and production, offering robust connectivity, and enterprise-ready reliability. This article examines why businesses should transition from a modular modem kit to ALPON X4 fully integrated edge computing solution without excessive costs or operational downtime.   Modem Kit: A Good Start, But What’s Next? A modem kit provides an excellent starting point for businesses new to IoT, but long-term and large-scale IoT projects require more advanced solutions. Why Choose a Modem Kit for Initial IoT Projects? Cost-effectivenessModem kits provide an affordable solution for initial deployments, making them an attractive option for businesses or individuals looking to start an IoT project on a budget. ModularityThese kits are highly flexible, supporting a wide range of cellular modems, Raspberry Pi models, and SIM card options, allowing for customization based on project needs. Rapid PrototypingWith a modem kit, you can quickly prototype and validate your IoT concepts, reducing the time spent on testing and development before scaling up. Ease of DeploymentNo need for advanced software or hardware expertise—modem kits are designed to be easy to set up and use, making them an excellent choice for teams without extensive technical backgrounds. Community SupportThe Raspberry Pi community offers a wealth of resources, troubleshooting guides, and peer support, ensuring that help is always available when needed. When Modem Kits Fall Short While modem kits offer a range of benefits, they come with limitations that become more apparent as your business and project scale: Connectivity IssuesRelying on a single network for connectivity can lead to signal interruptions, impacting the reliability of the system. Thermal Cooling ProblemsExtended usage or high-performance demands can cause the device to overheat, affecting its efficiency and stability. Lack of Resource ManagementWithout dedicated tools, managing and optimizing workloads can become difficult, potentially resulting in inefficient resource use. Security RisksRaspberry Pi setups with modem kits often lack critical security features such as encryption, TPM, or secure boot, leaving them vulnerable to threats. Management ComplexityAs the number of deployed devices grows, managing and updating them becomes more challenging, requiring more time and effort. Hardware LimitationsThe... --- > ALPON X4, an industrial IoT edge computer, is built for continuous connectivity, performance, and reliability. Thanks to its industrial design, it complies with standards and features an LTE eSIM for redundant internet connection. Its OpenHab cloud integration ensures that your smart home automation projects stay online even during network failures. - Published: 2025-02-20 - Modified: 2025-02-22 - URL: https://sixfab.com/blog/alpon-x4-x-openhab-edge-computing-for-smart-home-automation-industrial-iot/ - Categories: General, IoT Edge - Tags: Edge Computing, industrial iot, openhab, smart automation Smart automation is everywhere in our lives, from homes to factories. Automation makes things easier in every process, from automatically adjusting the room temperature to remote monitoring of machines. However, for these systems to run smoothly, reliable hardware is needed. Hardware is crucial for a reliable and low maintenance automation project. OpenHAB, an open-source platform, makes this accessible to everyone. However, software alone is not enough, you need reliable hardware for a long term trouble-free project. That's where ALPON X4 comes in. This industrial IoT edge computer is built for continuous connectivity, performance and reliability. Thanks to its industrial design, it complies with standards, LTE eSIM redundant internet connection and OpenHab cloud integration, keeps your smart home automation projects online even during network failures. Business Value of Smart Automation For Homeowners: A smart home automation system makes life easier, safer and more efficient. Convenience: Control lighting, temperature, and devices from anywhere with a smart home automation system. Energy Savings: Reduce utility bills by automating energy use. Remote Monitoring: Control your smart home with cameras and sensors. Device Integration: Connect OpenHAB to smart locks, HVAC systems and more through a secure IoT gateway. For Businesses & Industries: Smart factories and offices use industrial IoT technologies to reduce costly downtime by monitoring the performance and status of machines in real time in factories, while saving energy in offices. With IoT edge computing, data is processed instantly, further increasing efficiency. Predictive Maintenance: Predict failures earlier by monitoring devices. Business Efficiency: Automate routine tasks and optimize workflows and increase productivity with industrial IoT edge computing solutions. Remote Control: Manage all your devices from a central dashboard. Cost Savings: Lower energy consumption and maintenance costs. What is OpenHAB and How Does It Enhance Automation? OpenHAB is an open source platform that brings together smart devices from different brands, making it easy to control them and simplify automation . It works as the central controller of your smart home automation system and allows devices from different manufacturers to communicate with each other. This makes OpenHAB one of the best options for those who don't want the limitations of platforms like SmartThings. Its main advantages are: Brand Independent Compatibility: Works with popular protocols such as MQTT, Modbus, Zigbee and Z-Wave, providing flexibility in device selection. Community Support: A strong global community of developers actively maintains, improves, solves problems, and provides innovations in IoT solutions. Cost Efficiency: No license fees or unexpected costs. This makes it a suitable alternative for individuals and companies, and it offers an advantage against subscription-based systems. OpenHAB allows you to control your home or business from anywhere you have an internet connection. OpenHAB is a versatile smart home automation system that can run on different devices, but its performance is especially high when used with reliable, high performance hardware like ALPON X4 for complex automation and edge computing. With advanced edge computing capabilities, ALPON X4 delivers faster processing and more reliable performance for tasks in both industrial IoT solutions and smart home automation.... --- > The Internet of Things (IoT) is transforming industries by unlocking the potential for data collection and analysis in the most challenging environments. However, deploying IoT solutions in harsh environments such as deserts, offshore platforms, or mountainous terrains presents unique challenges. Extreme temperatures, network instability, and physical wear-and-tear can all compromise connectivity and system reliability. Without robust solutions, organizations risk downtime, operational inefficiencies, and higher maintenance costs. - Published: 2025-01-28 - Modified: 2025-01-28 - URL: https://sixfab.com/blog/overcoming-connectivity-challenges-in-harsh-environments/ - Categories: General, IoT Edge - Tags: connectivity, iiot, industrial iot, iot edge The Internet of Things (IoT) is transforming industries by unlocking the potential for data collection and analysis in the most challenging environments. However, deploying IoT solutions in harsh environments such as deserts, offshore platforms, or mountainous terrains presents unique challenges. Extreme temperatures, network instability, and physical wear-and-tear can all compromise connectivity and system reliability. Without robust solutions, organizations risk downtime, operational inefficiencies, and higher maintenance costs. Common Connectivity Challenges in Harsh Environments Harsh environments significantly complicate the task of maintaining stable connectivity. Extreme temperatures, whether scorching heat or freezing cold, pose a major challenge, impacting hardware performance and reducing battery life. For instance, industrial settings with high humidity, or those exposed to constant vibrations or corrosive elements, also present unique connectivity hurdles. Physical interference is another major issue, as natural and artificial obstructions—such as forests, tall buildings, or heavy machinery—can weaken or block signals. In remote areas, network instability is a pervasive issue due to limited infrastructure, geographical constraints, and environmental interference. Additionally, devices deployed in harsh environments like mining or drilling sites face constant physical challenges. Vibration, shock, dust, and extreme temperatures can cause significant damage, leading to reduced performance and increased failure rates. Overcoming these obstacles requires a multi-pronged approach, including robust communication technologies like satellite and long-range wireless, ruggedized hardware design, advanced power management, and remote monitoring and diagnostics. Connectivity Solutions for Challenging Environments To address these challenges, companies can implement multi-network capabilities that provide redundancy and minimize downtime. Solutions such as LTE, Wi-Fi, LoRaWAN, and satellite communications can be combined to ensure uninterrupted connectivity. For instance, hybrid LTE-satellite systems are commonly used in offshore drilling platforms to maintain continuous communication. Rugged hardware designs are equally critical in harsh environments. Hardware with extended temperature ranges ensures longevity in extreme climates. Edge computing is another effective solution, as it reduces the dependency on constant network connectivity by processing data locally. This approach enables real-time decision-making even when the network is unstable or disconnected. Best Practices for IoT Deployment in Harsh Conditions Selecting the Right Hardware Ruggedized devices with certifications are essential for handling extreme weather and physical stress. Ensuring hardware includes features like extended temperature ranges and shock resistance enhances reliability in harsh conditions. Real-Time Monitoring Proactive monitoring of device health in real time helps detect and resolve issues before they escalate. With remote monitoring tools, downtime is minimized, and on-site visits are significantly reduced. Remote Control and Management Remote terminal access, power control, and reboot functionalities enable seamless management of devices. These features eliminate the need for physical intervention, keeping operations running smoothly in remote locations. Over-the-Air Updates Keeping devices secure and up-to-date is made easy with remote firmware, software, and OS updates. This ensures consistent performance and adaptability to changing conditions. Network Planning and Optimization Conducting thorough site surveys helps optimize connectivity by identifying the best antenna placements, signal strength, and potential interference points. Multi-network redundancy with eSIM technology ensures uninterrupted connectivity in remote and harsh areas. Self-Healing Systems Crashes and disruptions can be automatically addressed... --- > Managing large fleets of IIoT devices can be a logistical nightmare for companies across industries. Traditional methods of maintaining these devices often require significant time and resources. Field technicians must physically visit each device to perform diagnostics, updates, or repairs, which can be inefficient and costly. Moreover, with devices scattered across vast geographic locations, troubleshooting and addressing problems promptly can be a complex, resource-intensive task. These traditional maintenance strategies often result in downtime, increased operational costs, and slower issue resolution, making it clear that more efficient solutions are necessary. - Published: 2024-11-18 - Modified: 2025-01-17 - URL: https://sixfab.com/blog/why-remote-monitoring-is-a-game-changer-for-iiot-device-maintenance/ - Categories: General, IoT Edge - Tags: iiot, industrial iot, iot edge, iot edge computing, remote monitoring Managing large fleets of IoT devices can be a logistical nightmare for companies across industries. Traditional methods of maintaining these devices often require significant time and resources. Field technicians must physically visit each device to perform diagnostics, updates, or repairs, which can be inefficient and costly. Moreover, with devices scattered across vast geographic locations, troubleshooting and addressing problems promptly can be a complex, resource-intensive task. These traditional maintenance strategies often result in downtime, increased operational costs, and slower issue resolution, making it clear that more efficient solutions are necessary. What is Remote Monitoring? Remote monitoring refers to the use of technology to continuously monitor the health, performance, and status of IoT devices from a central location without the need for on-site visits. It typically involves the deployment of sensors and software that can transmit real-time data back to a monitoring center. For IoT devices, this means operators can track metrics such as device uptime, battery life, connectivity, temperature, and other operational parameters. Remote monitoring plays a critical role in enabling proactive maintenance, as it allows teams to identify and address issues before they escalate into major problems. Benefits of Remote Monitoring IoT remote monitoring solutions address the pain points effectively by providing real-time data and instant alerts. With the capability to access crucial data instantly, companies can verify compliance requirements without delays, keeping production running smoothly. Furthermore, by harnessing real-time insights, manufacturers can optimize their processes and make informed decisions to enhance efficiency. In essence, IoT remote monitoring serves as a critical tool for businesses seeking to boost productivity, reduce costs, and achieve operational excellence. Lower Operational Cost: With fewer field visits, companies can significantly reduce their operational costs. Technicians no longer need to travel to remote locations or spend time on-site performing routine tasks. This leads to savings on travel expenses, labor costs, and overall downtime. Remote monitoring also optimizes the scheduling of maintenance tasks by providing data-driven insights, helping teams to plan better and avoid unnecessary expenses. Quicker Problem Resolution: Issues can often be detected and diagnosed remotely, allowing teams to respond much more quickly than if they had to wait for a technician to arrive. If a problem is identified, remote fixes such as software updates or configuration changes can be implemented instantly. In many cases, if a device is malfunctioning, it can be remotely rebooted, or its settings adjusted to restore functionality immediately, minimizing downtime. Sustainability: Remote monitoring also plays a significant role in promoting sustainability. By reducing the need for physical visits to IoT devices, companies can lower their carbon footprint, as fewer travel-related emissions are generated. Additionally, with real-time performance tracking, businesses can optimize device usage and maintenance schedules, extending the lifespan of their equipment and reducing the need for replacements. This leads to less electronic waste and a more efficient use of resources, contributing to overall environmental sustainability goals. Remote monitoring, therefore, not only enhances operational efficiency but also supports a greener, more sustainable future for industries that rely on IoT technology. Key... --- > In the realm of industrial IoT (IIoT), uptime is critical to maintaining smooth operations. Unplanned downtime can lead to costly disruptions, lost productivity, and reputational damage. For industries relying on connected devices to monitor, manage, and automate systems, any network outage can halt operations and cause significant losses. - Published: 2024-11-04 - Modified: 2025-01-17 - URL: https://sixfab.com/blog/maximizing-uptime-in-industrial-iot_best_practices_for_network_redundancy/ - Categories: General, IoT Edge - Tags: industrial iot, iot edge, iot edge computing In the realm of industrial IoT (IIoT), uptime is critical to maintaining smooth operations. Unplanned downtime can lead to costly disruptions, lost productivity, and reputational damage. For industries relying on connected devices to monitor, manage, and automate systems, any network outage can halt operations and cause significant losses. A report by Siemens estimated that unplanned downtime now costs the world’s 500 biggest companies 11% of their revenues. That totals $1. 4 trillion equivalent to the annual GDP of a major industrial nation like Spain. The key to avoiding such pitfalls? A robust network redundancy strategy. What is Network Redundancy? Network redundancy refers to the inclusion of alternative communication pathways in a network, ensuring that data flow continues even if a primary route fails. For industrial IoT, where critical devices constantly communicate with central servers or cloud platforms, redundancy is essential. A single point of failure can render an entire system inoperative, affecting production lines, safety protocols, and supply chains. Redundant systems provide backup connectivity using multiple networks (e. g. , LTE, Wi-Fi, Ethernet) or devices, offering a safeguard against unexpected failures. Redundancy is not about avoiding issues entirely but about ensuring that even in the event of network problems, business continuity remains intact. Types of Redundancy Solutions To achieve network redundancy in IIoT systems, there are several effective strategies: Multi-Network ConfigurationsCombining different network types—such as cellular LTE, Wi-Fi, satellite, and Ethernet—can create a resilient communication system. If one network experiences issues, traffic can be redirected to the next available connection. For example, LTE networks provide wireless mobility, making them an excellent backup for fixed wired connections like Ethernet. Automatic Failover SystemsAutomatic failover mechanisms seamlessly switch the network to a backup system when the primary one fails. This ensures minimal downtime and prevents disruptions to critical IoT operations. Devices or gateways with built-in failover capabilities are particularly useful in harsh industrial environments where network conditions can be unpredictable. According to the Uptime Institute’s 2023 survey, 31% of outages in mission-critical industries were caused by network and connectivity failure. Redundant setups can mitigate such risks . Geographically Diverse RedundancyHaving network servers or data centers located in different regions ensures that even if a physical location suffers from downtime (due to power loss, natural disaster, or network failure), IoT devices can still connect to the secondary site. Implementing Redundancy in IoT Deployments Setting up redundancy for industrial IoT environments requires careful planning. Here are steps to ensure effective redundancy: Identify Critical Systems: Not all IoT devices require redundancy. Focus on mission-critical systems whose downtime would lead to financial losses or safety issues. Leverage Redundant Hardware: Utilize redundant routers, switches, and gateways to prevent hardware-related outages. Many industrial IoT gateways come with dual SIM support, which helps in multi-network setups. Design for Scalability: Ensure that your redundancy architecture can scale with the growth of your IoT network. This includes adding new devices or incorporating new communication methods like 5G. Test and Monitor Failover Systems: Routine testing is crucial to ensure that failover mechanisms activate... --- > In the fast-evolving digital age, businesses are constantly on the lookout for technologies that can offer a competitive edge. One such game-changing innovation is IoT edge computing. By processing data closer to the source—rather than relying solely on centralized cloud servers—IoT edge computing offers unprecedented advantages in speed, security, and efficiency. For businesses, this means more reliable operations, enhanced user experiences, and substantial cost savings. - Published: 2024-08-02 - Modified: 2025-01-17 - URL: https://sixfab.com/blog/10-ways-iot-edge-computing-is-transforming-industries/ - Categories: General, IoT Edge - Tags: Edge Computing, iot edge, iot edge computing In the fast-evolving digital age, businesses are constantly on the lookout for technologies that can offer a competitive edge. One such game-changing innovation is IoT edge computing. By processing data closer to the source—rather than relying solely on centralized cloud servers—IoT edge computing offers unprecedented advantages in speed, security, and efficiency. For businesses, this means more reliable operations, enhanced user experiences, and substantial cost savings. Statistics highlight its impact: global spending on edge computing is expected to reach $232 billion in 2024, a 15% increase from the previous year, and projected to rise to $350 billion by 2027 (IDC) . 1. Enhanced Data Processing Speed In the realm of IoT, speed is paramount. Edge computing processes data locally, significantly reducing latency. This means that businesses can make real-time decisions based on the most current data. For example, in manufacturing, real-time data processing can help optimize production lines and reduce downtime. In the realm of Industrial IoT, edge computing plays a crucial role in scenarios demanding rapid response times : Safety-Critical Systems: In environments where immediate action is essential, such as when a person enters a restricted zone in a factory, edge computing ensures machines can halt instantly. Achieving sub-second response times is vital to prevent injuries and equipment damage, making quick, local decision-making a cornerstone of safety in industrial IoT applications. 2. Improved Security and Privacy Edge computing enhances security by processing sensitive data locally. This reduces the amount of data transmitted to central servers, minimizing the risk of interception and breaches. Industries with stringent data privacy requirements, such as finance and healthcare, particularly benefit from this approach. Predictive Maintenance and Condition Monitoring: By processing data locally on edge devices, industrial IoT systems can minimize the amount of sensitive information transmitted beyond the factory floor. This approach not only enhances the privacy and security of the data but also optimizes the efficiency of predictive maintenance and condition monitoring, leading to more reliable and secure operations. Enhancing Customer Satisfaction and Cybersecurity: Most banks implement edge computing to manage transactions and customer data locally at branch offices. This setup reduces the amount of sensitive data transmitted over the internet, significantly lowering the risk of cyberattacks. Additionally, it improves transaction processing times, enhancing customer satisfaction. Technology like HSBC’s Pepper robot leverages advanced data processing capabilities to engage with customers. This IoT-based robot offers a distinctive banking experience, which is further enhanced by bringing data processing closer to the edge. 3. Cost Efficiency With the proliferation of IoT devices, edge computing is increasingly being adopted to support the growing network of connected devices. Edge computing can reduce bandwidth and cloud storage costs by processing and filtering data locally. Only the most critical information is sent to the cloud for further analysis or storage. This approach helps businesses manage large volumes of data more cost-effectively. Analysys Mason reports that businesses across various industries can expect cost reductions ranging from 10% to 30% by utilizing edge computing, with an average operational cost saving between 10% and... --- > Unleashing the power of cellular connectivity on your Raspberry Pi with a Sixfab 4G/LTE Base HAT opens doors to exciting projects. However, technical hurdles can sometimes put a damper on your progress. Don't worry, this blog article equips you with solutions to tackle six common issues users encounter with the 4G/LTE Base HAT, getting you back on track in no time. - Published: 2024-07-02 - Modified: 2024-07-02 - URL: https://sixfab.com/blog/6-issues-with-the-raspberry-pi-4g-lte-base-hat-setup/ - Categories: General, Raspberry Pi - Tags: 4g/lte, 4G/LTE base hat, Raspberry pi Unleashing the power of cellular connectivity on your Raspberry Pi with a Sixfab 4G/LTE Base HAT opens doors to exciting projects. However, technical hurdles can sometimes put a damper on your progress. Don't worry, this blog article equips you with solutions to tackle six common issues users encounter with the 4G/LTE Base HAT, getting you back on track in no time. 1. No Network Registration: Issue: Your device stubbornly refuses to connect to the cellular network. Solution: Double-check SIM Card: First things first, ensure your SIM card is active and provisioned with a data plan. Additionally, verify compatibility with the network bands your chosen cellular provider uses in your area. You can find this information on your provider's website or by contacting customer support. Investigate Network Registration Status: Use the handy AT+CREG? , AT+COPS? command through a terminal program like minicom or Sixfab Atcom to query the network registration status. A successful response will indicate the device is registered with the network. You can find detailed information about AT commands in the Sixfab Doc. Force Network Selection (Optional): If automatic registration fails, you can attempt to manually select the network using the AT+COPS=,, command. Refer to the user manuals for specific command parameters and network operator codes. 2. Weak Signal Strength: Issue: Frustratingly slow data speeds or dropped connections plague your experience. Solution: Check Signal Strength: Use the AT+CSQ command to get a reading on the current signal strength. A low signal strength value translates to poor reception. Optimize Positioning: Try relocating your device to an area with a stronger cellular signal. Sometimes a few feet can make a significant difference. Consider an External Antenna: If you're consistently battling weak signals, explore using an external antenna with a higher gain. External antennas can significantly improve cellular reception, especially in areas with spotty coverage. 3. Power Supply Problems: Issue: Your Raspberry Pi and Base HAT experience unexpected USB disconnects/shutdowns or erratic behavior. Solution: Meet the Power Requirements: Ensure your power supply delivers enough juice. Using a power supply with insufficient capacity can lead to instability or even hardware damage. Official Power Preferred: Whenever possible, opt for an official Raspberry Pi power supply. These are designed to deliver clean and stable power, minimizing the risk of power-related issues. 4. SIM Card Issues: Issue: The device doesn't recognize the SIM card, or you're experiencing connectivity problems. Solution: Compatibility Check: Verify that your SIM card is compatible with the Base HAT. Factors like SIM size (micro-SIM, 3FF) and network band support are crucial. Inspect the SIM Card Slot: Look for any physical damage to the SIM card slot's pins that might prevent proper connection. Double-Check Insertion: Ensure the SIM card is inserted correctly and securely in the designated slot. Remember, the micro-SIM (3FF) should be inserted with the gold contacts facing downwards. 5. Outdated Cellular Module’s Firmware: Issue: You're experiencing unexpected behavior or connectivity issues. Solution: Stay Updated: Regularly update the cellular module’s firmware to the latest version. Updates often include bug fixes, performance... --- > The industrial landscape is undergoing a seismic shift driven by Artificial Intelligence (AI) at the Edge. This cutting-edge technology decentralizes intelligence, bringing it closer to where data is generated – on factory floors, within smart devices, and at the fringes of vast networks. This shift empowers real-time decision-making, unlocks a new wave of operational efficiency, and paves the way for groundbreaking advancements across industries. - Published: 2024-06-24 - Modified: 2025-01-17 - URL: https://sixfab.com/blog/future-proof-your-business-with-ai-at-the-edge-and-sixfab/ - Categories: General, IoT Edge - Tags: AI, iot edge The industrial landscape is undergoing a seismic shift driven by Artificial Intelligence (AI) at the Edge. This cutting-edge technology decentralizes intelligence, bringing it closer to where data is generated – on factory floors, within smart devices, and at the fringes of vast networks. This shift empowers real-time decision-making, unlocks a new wave of operational efficiency, and paves the way for groundbreaking advancements across industries.   A study by Fortune Business Insights (2023) predicts the global AI at the Edge market size to reach USD 186. 44 billion by 2032, exhibiting a compound annual growth rate (CAGR) of 27. 5% during the forecast period. But what exactly is AI at the Edge, and how can it revolutionize your specific industry? Demystifying AI at the Edge: Processing Power at the Periphery Traditionally, AI functioned by sending data to centralized cloud servers for processing. This centralized approach, while powerful, comes with limitations. Latency, the time it takes for data to travel between devices and the cloud, can be a significant bottleneck. Additionally, constant internet connectivity is a necessity, creating a single point of failure and raising concerns about data security. AI at the Edge disrupts this paradigm. By empowering devices located on the network's "edge" – think factory machines, smart sensors, or even self-driving cars – to analyze data locally, AI at the Edge offers a multitude of advantages: Reduced Latency: Real-time data processing eliminates the need for lengthy back-and-forth communication with the cloud, enabling faster, more responsive decision-making. Imagine a self-driving car encountering an obstacle – with AI at the Edge, the car can react instantaneously, potentially saving lives. Offline Functionality: Edge devices can function even without a constant internet connection. This is crucial in scenarios like remote oil rigs or geographically isolated manufacturing plants, where reliable internet connectivity might be a challenge. Enhanced Security and Privacy: Sensitive data can be processed locally, mitigating the risks associated with sending it across networks and potentially falling prey to cyberattacks. For instance, while transmitting an image of a person captured by a camera to the cloud could pose privacy risks, processing the image locally at the IoT edge without transferring it can provide a solution. The Transformative Power of AI at the Edge Across Industries The potential applications of AI at the Edge are vast and constantly evolving. Here's a glimpse into how this technology is transforming various sectors: Manufacturing: Predictive maintenance became a reality. AI analyzes sensor data from machinery to identify potential failures before they occur, preventing costly downtime and ensuring smooth operations. Imagine a factory floor where malfunctions are predicted and addressed proactively, eliminating production delays and boosting efficiency. Retail: The customer experience takes center stage. AI analyzes customer behavior in real-time, enabling personalized recommendations and targeted promotions. Imagine a shopper walking into a store and being greeted with suggestions tailored to their preferences, creating a more engaging and personalized shopping experience. Healthcare: Faster diagnoses and improved treatment plans become a reality. AI analyzes patient data from wearable devices and medical... --- > At the heart of the smart city revolution lies IoT Edge technology. But what exactly does it entail? In simpler terms, IoT Edge involves deploying IoT devices and sensors at the edge, the very location where data is generated, collected, and processed in real time. - Published: 2024-06-10 - Modified: 2025-01-17 - URL: https://sixfab.com/blog/smart_cities_powered_by_iot_edge/ - Categories: General, IoT Edge - Tags: Edge Computing, iot edge, smart city The global phenomenon of urbanization is unstoppable, drawing in countless individuals seeking opportunities, amenities, and a better standard of living. However, this influx also presents significant challenges, from traffic gridlock and pollution to safety concerns and resource management. Yet, amidst these obstacles lies a wealth of opportunity for innovation and transformation. This article explores the realm of IoT Edge technology and its pivotal role in revolutionizing urban landscapes, fostering smarter, safer, and more efficient cities than ever before. Powering the Transformation: What is IoT Edge? At the heart of the smart city revolution lies IoT Edge technology. But what exactly does it entail? In simpler terms, IoT Edge involves deploying IoT devices and sensors at the edge, the very location where data is generated, collected, and processed in real time. Unlike traditional cloud-based IoT systems that rely on sending data to centralized servers for processing, IoT Edge brings computation and analytics closer to the data source, enabling swifter decision-making and minimizing latency. So, how does IoT Edge work in practice? Picture a smart traffic management system installed in a bustling city. Traditional IoT setups would entail traffic data being collected by sensors installed at various intersections, and then transmitted to a central cloud server for analysis. However, with IoT Edge technology, these sensors are equipped with onboard computing capabilities, allowing them to process data locally. This means that traffic congestion patterns, vehicle speeds, and other critical information can be analyzed right at the intersection itself, without the need to send data back and forth to a distant server. IoT Edge technology minimizes latency or the delay between data generation and action. By processing data locally, latency is significantly reduced compared to cloud-based systems, where data must travel long distances over networks before being processed. This low latency is essential for real-time applications, such as industrial automation or remote healthcare monitoring, where immediate responses are imperative. Furthermore, IoT Edge enhances data privacy and security. Since sensitive data is processed locally, there's no need to transmit it over external networks, reducing the risk of interception or unauthorized access. This is particularly vital in scenarios involving personal or confidential information, such as healthcare or finance. In essence, IoT Edge technology represents a fundamental shift towards decentralized, distributed computing architectures, where intelligence is pushed to the edge of the network. By harnessing the power of IoT Edge, organizations can unlock new levels of efficiency, responsiveness, and security in their IoT deployments, paving the way for smarter, more connected environments. Benefits of Edge Computing in Smart Cities The integration of edge computing in smart cities brings forth many compelling advantages that revolutionize urban operations and enhance the quality of life for residents. Firstly, by processing data locally at the edge, cities gain heightened efficiency in their operations. This means that critical data generated by sensors embedded in urban infrastructure, transportation systems, or public amenities is swiftly analyzed and acted upon right where it's generated, without sending it to distant servers for processing. As a result,... --- > From smart homes and wearables to industrial automation and connected cities, a vast network of edge devices is continuously collecting and sharing data. This connectivity, however, wouldn't be possible without a crucial element: connectivity protocols. - Published: 2024-05-20 - Modified: 2024-05-20 - URL: https://sixfab.com/blog/choosing_right_connectivity_protocol_for_your_iot_device/ - Categories: General, IoT Edge The Internet of Things (IoT) is rapidly transforming our world. The number of IoT devices worldwide is forecast to almost double from 15. 1 billion in 2020 to more than 29 billion IoT devices in 2030 . From smart homes and wearables to industrial automation and connected cities, a vast network of edge devices is continuously collecting and sharing data. This connectivity, however, wouldn't be possible without a crucial element: connectivity protocols. These protocols act as the language, defining how devices communicate with each other and the cloud.   Choosing the right connectivity protocol for your IoT edge device can be a daunting task. With a multitude of options available, each with its own strengths and weaknesses, navigating this maze can feel overwhelming. This blog post aims to demystify the selection process, helping you choose the perfect protocol for your specific IoT device. Understanding Your Needs: Key Questions to Answer Before diving into the world of protocols, it's essential to understand the unique needs of your IoT edge device. Here are some key questions to consider: Purpose: Different applications demand different functionalities. Whether it's data collection, remote control, asset tracking, or environmental monitoring, the intended use case will dictate the choice of protocol. What is the primary function of your device? Is it for data collection (e. g. , temperature sensor), remote control (e. g. , smart plug), or something else entirely? Data Volume and Frequency: How much data will your device transmit, and how often? Is it real-time data requiring constant updates, or infrequent readings suitable for batch transfers? Understanding the data traffic patterns will influence the selection of a protocol that aligns with your bandwidth requirements. Operating Range: How far do your devices need to communicate? Do they operate within a short range (e. g. , a smart home) or require long-distance connections (e. g. , industrial sensors)? Power Constraints: Is your IoT device battery-powered, necessitating energy-efficient protocols to prolong battery life, or does it have access to continuous power? Security: How sensitive is the data your device transmits? Does it require robust security measures or basic protection? Depending on the sensitivity of the data being transmitted, you may require robust security measures to safeguard against unauthorized access and data breaches. Budget: What is your budget for connectivity? Consider the cost associated with different protocols, including hardware, software, and any network charges. Matching Needs with Protocols: A Look at Common Options Now that you understand your device's needs, let's explore some common connectivity protocols catering to specific requirements: Prioritizing Speed and Bandwidth: Cellular Networks As the Internet of Things (IoT) explodes, the need for constant communication and data exchange between devices becomes ever more critical. In this data-driven landscape, speed and bandwidth reign supreme. Cellular networks have stepped up to the challenge, evolving from 4G to the more efficient 4G/LTE and now, the game-changing 5G. Let's dive into these technologies and explore how they prioritize speed and bandwidth to empower your IoT applications. 4G: The Foundation for Faster... --- > In the fiercely competitive manufacturing landscape of today, the key to survival lies in the relentless pursuit of maximizing production uptime and minimizing downtime. This is where IoT Edge technology steps in, a revolutionary tool that is reshaping how manufacturers approach predictive maintenance for enhanced manufacturing efficiency and production optimization. This article delves into the concrete ways in which forward-thinking companies are not just using IoT Edge to stay afloat, but to gain a substantial advantage over their rivals. The time to adopt this technology is now. - Published: 2024-05-06 - Modified: 2025-01-17 - URL: https://sixfab.com/blog/applications-of-iot-edge-for-predictive-maintenance/ - Categories: General, IoT Edge In the fiercely competitive manufacturing landscape of today, the key to survival lies in the relentless pursuit of maximizing production uptime and minimizing downtime. This is where IoT Edge technology steps in, a revolutionary tool that is reshaping how manufacturers approach predictive maintenance for enhanced manufacturing efficiency and production optimization. This article delves into the concrete ways in which forward-thinking companies are not just using IoT Edge to stay afloat, but to gain a substantial advantage over their rivals. The time to adopt this technology is now. From Breakdowns to Breakthroughs For manufacturers, maintaining the smooth operation of our production lines is of utmost importance. The traditional reactive maintenance approach, where we wait for a machine to break down before repairing it, is no longer viable. However, with the advent of predictive maintenance, we can adopt a proactive stance, using data to anticipate potential equipment failures before they happen. By strategically placing small sensors on our machinery, we can access a continuous flow of crucial data – temperature, vibration, and other internal readings that can serve as early warning signs for potential issues. We can then analyze this data using machine learning algorithms to detect anomalies and forecast equipment failures. This is where IoT Edge technology shines, offering real-time data analysis without the time delay associated with traditional cloud-based methods. However, traditional cloud-based data analysis can introduce a time delay, especially for real-time data. This is where IoT Edge computing comes in. The Power of IoT Edge IoT Edge computing functions as a compact data center integrated within our network, situated close to the machines on the manufacturing floor. This setup enables near real-time sensor data processing, with analysis occurring on-site or nearby. The immediate insights from this process facilitate quicker decision-making, a crucial advantage in the fast-paced manufacturing environment. Real-World Examples: IoT Edge in Action Here are a few examples of how IoT Edge is being used in different industries: Optimizing Efficiency in Dairy Farming: Dairy farmers are increasingly adopting IoT Edge technology combined with artificial intelligence (AI) to ensure the health and productivity of their cows. For instance, at Hurtgenlea Holsteins, a dairy farm in Elkhorn, Wisconsin, sensors from smaXtec are used to monitor the health and digestion of their 300 registered Holstein cows. The sensors are placed inside the cow's rumen, the first stomach, to track vital health indicators. This technology enables farmers to detect early signs of illness or stress, allowing them to take preventive measures, improve the quality of care, and ultimately increase milk production. As labor becomes scarcer, such IoT Edge solutions play a crucial role in ensuring the well-being of dairy cows while maintaining farm profitability. Read more. Automobile Assembly Lines: Sensor-laden systems monitor everything from engine temperature to weld integrity, enabling preventive maintenance and avoiding costly recalls. For instance, BMW utilizes a network of IoT sensors to track data on thousands of robots on their production lines. By analyzing vibration and temperature readings, they can predict potential equipment failures and schedule maintenance... --- > Imagine vast oil fields stretching as far as the eye can see. Now, picture the challenge of gathering data from all those remote locations. That's been the reality for the oil and gas industry for a long time. But guess what? 5G networks are shaking things up, paving the way for real-time data analysis right at the source and way out in those very same fields. This is a game-changer, promising to revolutionize how oil and gas companies operate. - Published: 2024-03-28 - Modified: 2024-03-28 - URL: https://sixfab.com/blog/real-time-data-analysis/ - Categories: General Imagine vast oil fields stretching as far as the eye can see. Now, picture the challenge of gathering data from all those remote locations. That's been the reality for the oil and gas industry for a long time. But guess what? 5G networks are shaking things up, paving the way for real-time data analysis right at the source and way out in those very same fields. This is a game-changer, promising to revolutionize how oil and gas companies operate. We're talking about a future with more efficiency, better safety, and – you guessed it – optimized production! So, how exactly does 5G make this real-time analysis at the edge possible for oil and gas companies? Let's break it down into the key ingredients: Supercharged Speed and Bandwidth: 5G blows away previous generations when it comes to data transmission rates. Think downloading an entire movie in seconds or uploading massive sensor data sets from remote wells with ease. This means real-time analysis of all that data can happen right on-site instead of waiting for it to trickle back to a faraway server. Lightning-Fast Communication: Traditional networks often leave you waiting for data to trickle in, slowing down decision-making. 5G cuts out that lag with near-instantaneous communication. We're talking real-time insights, allowing for immediate responses to critical situations. No more waiting around for sluggish data transfers to catch up! A Bonanza of Connected Devices: 5G networks can handle far more connected devices than in the past. This opens the door to a sensor explosion across sprawling oil and gas infrastructure. We're talking cameras, sensors, and all sorts of cool Internet of Things (IoT) gadgets, all capturing valuable data right where the action happens. Imagine a network of pressure sensors on a pipeline constantly feeding back data, allowing for real-time monitoring and optimization. Edge Computing: Processing Power on the Spot: Working hand-in-hand with 5G is the rise of edge computing. This means data processing and analysis can happen closer to where it's collected, at the edge of the network, instead of relying on faraway cloud servers. This translates to lightning-fast results and localized insights you can act on in a snap – no more waiting for data to travel halfway across the world for analysis! The Benefits for Oil and Gas Companies: A Treasure Trove of Opportunity With these technological advancements under their belts, oil and gas companies can leverage real-time analytics at the edge to achieve some pretty amazing things: Optimizing Production Like a Boss: Imagine analyzing sensor data from pipelines and wells to predict equipment failures (think vibration sensors here) and optimize production schedules. Plus, you can squeeze the most out of your resources with real-time data on things like pressure in pipelines (thanks, pressure sensors! ). A study by McKinsey & Company in 2022 even found that real-time analytics at the edge can improve overall equipment effectiveness (OEE) in oil and gas production by up to 10% – that's a big win! Enhancing Safety: Keeping Everyone Out of Harm's Way:... --- > The oil and gas industry is on the cusp of a digital transformation, and 5G technology is at the forefront of this revolution. Sixfab offers a compelling suite of solutions designed to bridge the gap between cutting-edge connectivity and the sector's specific needs. - Published: 2024-03-28 - Modified: 2024-03-28 - URL: https://sixfab.com/blog/5g-at-the-edge/ - Categories: General The oil and gas industry is on the cusp of a digital transformation, and 5G technology is at the forefront of this revolution. Sixfab offers a compelling suite of solutions designed to bridge the gap between cutting-edge connectivity and the sector's specific needs. Their focus? Real-time analytics at the edge, empowering companies to make data-driven decisions, optimize production, and enhance safety protocols. Sixfab JumpStart 5G: Streamlined Deployment for Real-Time Data Acquisition Forget complex configurations! Sixfab JumpStart 5G is a pre-configured powerhouse that eliminates the headache of setting up a 5G network for edge analytics in oil and gas applications. This all-in-one package includes a robust Raspberry Pi 4 Model B with ample RAM, a Sixfab-designed internal 5G antenna, and a powerful 5G Sub-6Ghz module. Here's how JumpStart 5G gets you up and running fast: Rapid Deployment: Out of the box and ready to roll, it minimizes setup time, allowing you to collect real-time data quickly. This is critical during exploration or for swiftly implementing remote monitoring solutions. No time wasted wrestling with intricate configurations! Reduced Development Time: Pre-configured solutions like JumpStart 5G slash the time and resources needed to implement 5G. This frees up valuable resources to focus on specific challenges and objectives unique to your operation. Seamless Integration: JumpStart 5G integrates smoothly with existing infrastructure, ensuring a frictionless transition to 5G without disrupting ongoing operations. This mitigates risks associated with wholesale infrastructure changes. But that's not all! JumpStart 5G goes beyond just getting connected. Enhanced Edge Analytics: By using Raspberry Pi's computing power at the edge, it facilitates real-time data analysis right at the source. This translates to optimized production processes, improved safety protocols, and boosted operational efficiency. Scalability and Flexibility: As your organization grows, so can your network. JumpStart 5G offers a scalable solution that accommodates evolving needs. Plus, it allows customization to perfectly suit your specific use cases. Global Connectivity: Supporting a wide range of cellular bands, JumpStart 5G ensures reliable connectivity even in remote locations with limited traditional network coverage. This is essential for oil and gas operations that span the globe, from extreme arctic environments to scorching deserts. No matter where your well or pipeline is, JumpStart 5G keeps you connected. Compact Form Factor: The small size of JumpStart 5G makes it ideal for deployment in space-constrained environments or remote locations, perfectly suited for the industry's needs. Whether you're monitoring an offshore rig or a remote pipeline, JumpStart 5G seamlessly adapts to various operational scenarios. Sixfab 5G Modem Kit for Raspberry Pi 5: Building Custom Solutions for Diverse Needs For those seeking an even higher degree of customization, the Sixfab 5G Modem Kit for Raspberry Pi 5 delivers. This developer-friendly kit provides the building blocks for crafting unique IoT solutions tailored to address the specific challenges of the oil and gas industry. Versatile IoT Solutions: Leveraging the capabilities of the Raspberry Pi 5 and high-speed 5G connectivity, this kit empowers you to develop a network of sensors along a pipeline or create a bespoke remote... --- > Edge computing is not a technology, it’s the architecture of a type of technology. Specifically, it’s the shift away from big data being processed on a central server and instead localized data right at its source. Like on a smartphone, sensor, or something else that you personally use. - Published: 2024-03-12 - Modified: 2024-03-12 - URL: https://sixfab.com/blog/connected-smart-cities/ - Categories: General Urban architectures are rapidly undergoing a transition towards a digitized ecosystem, leveraging technologies like edge computing, AI, and IoT. Companies like SixFab are offering solutions that make these digital integrations more seamless. Everywhere we look, from intelligent traffic management systems to smart grids powering homes and businesses, the role of innovators in driving this digital evolution is evident. These technological advancements, from their very conception, aim to make cities smarter, more efficient, and responsive to the needs of their inhabitants.   However, there are challenges inherent to such large-scale integrations. Without meticulous planning and understanding of the urban landscape — something SixFab prioritizes — haphazard digital advancements could disrupt the natural rhythm of city life. For instance, a traffic management system that doesn't account for a city's unique traffic flow could exacerbate congestion, and smart lighting that doesn't adapt to pedestrian movement patterns might be more wasteful than energy-saving. The Smart Cities market is projected to boom even more than it already has. In 2022 it was worth $656. 8 billion according to Grandview Research (Grandview Research Market Analysis Report, 2022).   Hence, the imperative of harmonization. Digital innovations, while transformative, must be introduced in a way that they augment and elevate the natural pace and flow of city life, rather than disrupt it. They should feel like a natural extension of the city's operations, not an external imposition. This seamless integration ensures that residents can reap the benefits of these advances without facing undue disruptions or challenges. At the heart of achieving this harmony lies edge computing. By decentralizing data processing and bringing computational tasks closer to the source, edge computing ensures that the response times of these digital systems are nearly instantaneous. This is vital for real-time adaptations, whether it's traffic lights adjusting to congestion or public utilities responding to sudden changes in demand. The result? Cities that aren't just smarter in theory, but in practice as well, with systems and infrastructure that work in tandem with the daily lives of their residents. How Edge Computing Transforms Smart Cities' Efficiency The transformation of urban environments into smart cities is a multifaceted endeavor. As we layer our cities with sensors, IoT devices, and interconnected systems, we're essentially integrating various technological 'nodes' to create a cohesive urban digital network. The real challenge, however, isn't just in deploying these technologies but ensuring they function efficiently, respond promptly, and provide timely solutions to urban challenges. Enter edge computing: the powerhouse that fuels smart city operations. Edge computing counters the traditional centralized cloud model by employing localized data processing. This decentralization is achieved by leveraging micro data centers and advanced algorithms that prioritize processing at the edge nodes, significantly reducing latency and increasing bandwidth efficiency. This localized processing dramatically boosts the efficiency of various smart city applications. For instance, consider an intelligent traffic management system. Traditionally, sensors on the roads would send data back to a main server, which would process the information and then transmit commands back to traffic lights, signage, or... --- > Implementing the IoT edge and cloud integration empowers you to transform your pipeline operations. By leveraging real-time data and powerful analytics, you can optimize efficiency, enhance safety, and contribute to a more sustainable future. - Published: 2024-03-07 - Modified: 2024-03-07 - URL: https://sixfab.com/blog/optimizing-oil-and-gas-pipelines-with-iot/ - Categories: General Get ready because we're about to dive into the exciting world of pipeline monitoring, and it's changing the game as we speak! The Internet of Things (IoT) is here, and it's loaded with the potential to revolutionize how you manage your pipeline. Think real-time insights, predicting problems before they happen, and keeping things safer than ever before. Let's get to it! 1. Define Your Mission: Setting a Clear Path Before we start, let's get focused: Zero in on Critical Points: Certain parts of your pipeline need more attention than others. Map out the areas most sensitive to pressure changes, extreme temperatures, potential corrosion, or any environmental risks. Let's prioritize! Define Your Goals: What are you hoping to achieve with this? Is it lightning-fast leak detection? Preventing equipment failures to avoid downtime? Get those goals crystal clear. Stay Compliant: We can't forget those rules and regulations. Ensure the system you choose matches industry standards and keeps you on the right side of environmental guidelines. 2. Building Your Sensor Network: The Pipeline's Nervous System Think of your sensor network as the eyes and ears of your pipeline. Here's how to get it set up: Choose the Right Tools: Different sensors measure different things. We'll need the usual suspects to keep an eye on pressure and flow, like gauges, flowmeters, and those fancy differential pressure transmitters. Add some rugged temperature sensors to spot any heat issues before things get out of control. You can also include infrared or catalytic bead sensors for methane detection. Weather stations or specific sensors for humidity and soil may also come in handy depending on your needs. Location, Location, Location: Where you place these sensors matter. Think about how easily you can get to them for maintenance and what kind of environmental hazards they might face. Connect and Compute with Edge Devices: Sensors have to talk to something! That's where edge devices step in, letting you process some of that data right there on the spot. For harsh outdoor situations, make sure to pick rugged devices that can take a bit of everything the world throws at them. Seek Expert Help: Companies specialize in this stuff. Tap into their knowledge to get the ideal setup for your needs. (Need help? Contact us. ) 3. The Magic of Edge Computing: Getting Insights in Real-Time This is where things get really exciting. Edge computing brings the smarts directly to the pipeline, letting you analyze data and act on it instantly. Here's the breakdown: Software Power: Specialized apps running on your edge devices do all the heavy lifting. They filter out unnecessary data, crunch some numbers, and even trigger alarms if they spot anything unusual. Spotting Trouble: With statistical analysis and a bit of machine learning magic, your system can detect patterns that signal problems, from tiny leaks to equipment about to misbehave. Imagine knowing about an issue before it becomes a catastrophe! Take Action on the Spot: Based on the rules you set, your system can react immediately. That means... --- > The emerging Private Network Operators industry trends are shaping its growth and potential. One significant trend is the growing adoption of full "production" deployments for 4G/LTE and 5G infrastructure and applications. This trend is driving the private network market towards maturity as operators implement these networks on a larger scale. - Published: 2024-02-17 - Modified: 2025-05-12 - URL: https://sixfab.com/blog/private-network-operators/ - Categories: General Despite their relative size, Private Network Operators are experiencing significant growth in the market. Counterpoint Research forecasts that the private networks market will reach $21. 8 billion by 2030 (Usankin, 2020). The global private 5G network market is also expected to grow substantially, with a projected worth of USD 41. 80 billion by 2030, growing at a CAGR of 49. 7% (Ann, 2022). Another report states that the private wireless networks market was valued at US$ 2. 80 billion in 2022 and is expected to grow at a CAGR of 23. 32%. Moreover, the global private 5G network market size was valued at USD 2. 00 billion in 2023 and is expected to grow at a CAGR of 51. 2% from 2023 to 2030. (Sarah, 2024) The emerging Private Network Operators industry trends are shaping its growth and potential. One significant trend is the growing adoption of full "production" deployments for 4G/LTE and 5G infrastructure and applications. This trend is driving the private network market towards maturity as operators implement these networks on a larger scale. (Somenath Nag, 2023) (Ann, 2022) Another notable trend is the transition from proof-of-concept deployments to large-scale deployments. Private networks are no longer limited to experimental use cases but are being extensively deployed in various industries, including enterprises and industrial users. This transition is driven by the need to leverage advanced 5G capabilities and features, making private networks a fundamental way for businesses to harness the potential of 5G technology. (Usankin, 2020) (Ann, 2022) The emergence of private 5G networks is also a significant trend in the Private Network Operators industry. Private 5G networks offer enhanced security, low latency, and high bandwidth, enabling businesses to create dedicated networks tailored to their needs. This trend aligns with the increasing demand for reliable and high-performance wireless connectivity in industries such as manufacturing, logistics, and healthcare. (Sarah, 2024) Network-as-a-Service (NaaS) is another trend gaining traction in the private network landscape. NaaS offers businesses the flexibility to outsource their network infrastructure management, allowing them to focus on their core competencies while leveraging the expertise of network service providers. This trend simplifies network operations and reduces costs for Private Network Operators and their clients. (Sarah, 2024) Private Network Operators face several significant challenges that impact their market status and present growth opportunities. These challenges include infrastructure deployment, integration of 5G technology with legacy systems, high implementation costs, regulatory and technical difficulties, connectivity and security issues, and the need for affordable solutions for businesses of all sizes. Infrastructure deployment is a crucial challenge for Private Network Operators, as establishing a private network requires significant infrastructure, including base stations, small cells, and antennas. The deployment process can be particularly challenging in rural or remote locations due to geographic obstacles and increased costs.  (Somenath Nag, 2023) Integrating 5G technology with legacy systems or existing IT infrastructure is another obstacle for Private Network Operators. Coexisting 5G with older technologies requires careful planning and implementation to ensure compatibility and seamless operation.  (Usankin, 2020) High implementation costs... --- > In today's technologically advanced world, the Internet of Things (IoT) has revolutionized the way we interact with our surroundings. With the rapid growth of IoT devices, the demand for faster and more reliable connectivity continues to escalate. Introducing 5G, the next generation of wireless technology, which promises to unlock a world of possibilities for IoT applications. In this blog post, we will explore the use cases and potential of 5G connectivity in the context of IoT, while introducing two innovative solutions from Sixfab that will take your IoT projects to new heights. - Published: 2024-02-11 - Modified: 2024-02-12 - URL: https://sixfab.com/blog/power-of-5g-connectivity/ - Categories: General, IoT Edge Introduction In today's technologically advanced world, the Internet of Things (IoT) has revolutionized the way we interact with our surroundings. With the rapid growth of IoT devices, the demand for faster and more reliable connectivity continues to escalate. Introducing 5G, the next generation of wireless technology, which promises to unlock a world of possibilities for IoT applications. In this blog post, we will explore the use cases and potential of 5G connectivity in the context of IoT, while introducing two innovative solutions from Sixfab that will take your IoT projects to new heights. The Power of 5G Connectivity in IoT 5G connectivity offers a myriad of benefits that can revolutionize the IoT landscape. Firstly, it provides significantly higher data transfer rates, allowing for real-time monitoring and analysis of data. This is crucial for applications such as smart cities, where quick decision-making based on real-time data is essential. Moreover, 5G brings ultra-low latency, reducing the delay between devices and enabling smooth and efficient communication between IoT devices. This is especially important for critical applications like autonomous vehicles and remote surgery, where even a fraction of a second delay could be life-threatening. Additionally, 5G offers enhanced network capacity, enabling a massive number of devices to connect simultaneously without compromising performance. Its capability to accommodate numerous connected devices at once, enabling the Internet of Things (IoT) to realize its full potential. This means seamless connectivity for smart cities, autonomous vehicles, industrial automation, and a myriad of other applications that rely on interconnected devices. To fully and quickly utilize 5G in IoT, Sixfab has developed two solutions: the Sixfab Jumpstart 5G and the Sixfab 5G Modem Kit for Raspberry Pi 5. Sixfab Jumpstart 5G The Sixfab Jumpstart 5G is a plug-and-play solution designed to simplify the integration of 5G connectivity into your IoT projects. With its compact design and easy setup process, it allows developers to quickly prototype and deploy 5G-enabled IoT applications. The Jumpstart 5G supports a wide range of 5G bands, ensuring compatibility with various networks worldwide. Its versatility makes it an ideal choice for both small-scale IoT projects and large-scale deployments. It can be applied in various use cases and scenarios, including IoT Prototyping and Testing, Industrial IoT, Smart City Solutions, Remote Monitoring and Surveillance, High-Speed Data Transfer and Digital Signage. Sixfab 5G Modem Kit for Raspberry Pi 5 For Raspberry Pi enthusiasts, Sixfab offers the 5G Modem Kit. This IoT development kit is an excellent choice for those interested in exploring the potential of 5G connectivity in their projects. The kit features plug-and-play functionality, allowing users to easily connect it to their Raspberry Pi 5 without the need for complex configuration or setup. This simplicity ensures a seamless and hassle-free experience, enabling users to quickly get started with their IoT projects. The 5G Modem Kit offers high-speed connectivity, users can enjoy lightning-fast data transfer rates, enabling them to transmit and receive large amounts of data in real-time. This is particularly beneficial for IoT applications that require real-time monitoring and control,... --- > In the rapidly evolving technological landscape, innovation and practicality combine to transform various industries. Among many such examples, the IoT Silo & Level Measurement project stands out as a prime illustration of this symbiotic relationship. This project is a powerful integration of Sixfab Pico LTE with Raspberry Pi Pico microcontroller and the AWS IoT platform, revolutionizing operations across diverse sectors. - Published: 2024-02-06 - Modified: 2024-02-07 - URL: https://sixfab.com/blog/iot-transforming-efficiency/ - Categories: General In the rapidly evolving technological landscape, innovation and practicality combine to transform various industries. Among many such examples, the IoT Silo & Level Measurement project stands out as a prime illustration of this symbiotic relationship. This project is a powerful integration of Sixfab Pico LTE with Raspberry Pi Pico microcontroller and the AWS IoT platform, revolutionizing operations across diverse sectors. The IoT Silo & Level Measurement project has a wide range of practical applications. Let us explore some of them in detail: 1. Precision in Yield Enhancement in Agriculture The agriculture industry is a vast realm where preserving harvested crops is paramount. However, efficient management of grain silos presents its own set of challenges. The IoT Silo & Level Measurer provides an ingenious solution that bridges the gap between technology and sustainable agricultural practices. With real-time grain-level data delivered to platforms like AWS, farmers can access actionable insights for well-informed decision-making. The result is reduced wastage, streamlined distribution, and a more resilient food supply chain. The ability to remotely monitor granular levels exemplifies the potential of IoT technology to amplify agricultural efficiency. 2. Enhancing Resource Allocation in Energy Management Industries heavily reliant on fuel, such as utilities and energy producers, face intricacies in resource management. The IoT Silo & Level Measurer offers a valuable resolution that aligns industry requisites with the capabilities of technology. Continuous real-time monitoring of fuel reserves equips operators with tools for proactive planning and risk mitigation. Moreover, the application extends beyond liquid levels to include fluid and chemical management, guaranteeing adherence to regulations and environmental standards. By enabling superior resource utilization and monitoring, this project showcases the transformative capacity of IoT in reshaping conventional resource management practices. 3. Enabling Urban Sustainability through Smart Cities The horizon of possibilities stretches beyond industry boundaries to encompass urban development. Smart cities materialize through the synergy of technology and urban planning. The IoT Silo & Level Measurer is a crucial component of urban evolution. Imagine intelligent water systems, optimized waste management, and preemptive flood prevention. Urban planners gain crucial data to construct resilient urban environments by offering real-time insights into liquid levels. The result is a more efficient, responsive, and sustainable city - a testament to the symbiosis between technology and societal well-being. In summary, projects like the IoT Silo & Level Measurement are at the forefront of practical implementations in the era of technological evolution. This project's seamless fusion of IoT capabilities, microcontroller technology, and cloud integration charts a course for harnessing technology's benefits for tangible business outcomes. Whether it is refining agricultural processes, optimizing warehousing, managing energy resources, or shaping the landscape of smart cities, the confluence of innovation and practicality forms the crux of this project's impact.   It is worth noting that while the project discussed employs a single-distance sensor for level sensing, its applications are not confined solely to this realm. The foundation established by this endeavor paves the way for further extensions, encompassing diverse aspects like humidity, temperature, and air quality sensing. This project... --- > Green buildings, often referred to as sustainable or eco-friendly buildings, represent an architectural philosophy centered on the harmonious relationship between the built environment and the natural world. These structures are designed, constructed, and operated to minimize their environmental impact throughout their life cycle, from material procurement to demolition. - Published: 2024-01-09 - Modified: 2024-02-06 - URL: https://sixfab.com/blog/green-buildings/ - Categories: General The long-predicted crisis of climate change has come to fruition. There’s a good chance that as you’re reading this, it is currently the hottest example of whatever month it is in recorded human history. The consequences for ecosystems and humans are catastrophic, and every possible action needs to be taken ASAP. One such solution is green buildings. As with much of climate change, at first, it got a reputation as being simply the latest fad, but in fact it’s a necessity to creating a sustainable future. Green buildings prioritize energy efficiency, sustainable design, and eco-friendly materials to produce man-made structures that interact harmoniously with nature rather than in stark opposition to it. As we enter this new age, where the blueprint of urban landscapes gets sketched by both sustainable philosophies and digital threads, our emphasis isn't just on the concrete and steel. Now, imagine the challenges a Single Board Computer faces when trying to seamlessly integrate into this matrix of connections. In the same way companies like Sixfab are revolutionizing how cellular connectivity is integrated into single-board computers (SBCs), modern structures are busy harnessing similar technological advancements to achieve sustainability. In this article, we’re going to take a closer look into green buildings, seeing how the parallels with the meticulous detail Sixfab brings to connectivity become ever clearer. What are Green Buildings? But of course just calling something green doesn’t mean it is actually “better. ” Green buildings, often referred to as sustainable or eco-friendly buildings, represent an architectural philosophy centered on the harmonious relationship between the built environment and the natural world. These structures are designed, constructed, and operated to minimize their environmental impact throughout their life cycle, from material procurement to demolition. At the heart of any green structure is a simple principle: make the most out of every resource. Think less electricity wastage, more rainwater harvesting, and a big thumbs-up to earth-loving materials. But it's not just about being kind to Mother Nature. Step inside, and it's clear that they're designed for us folks too. Breathing easy with top-notch air systems? Check. Basking in natural sunlight instead of fluorescent glows? Absolutely. Battling global pandemics and tomorrow's health challenges? These places have our backs. In a world where buildings once just stood tall, green structures are teaching them to walk gently on the earth and wrap their inhabitants in comfort and safety. Green structures adhere to an ethos of resource optimization. This translates to enhanced energy conservation techniques, advanced rainwater harvesting systems, and the incorporation of sustainable materials. It's not merely about environmental harmony, though. A detailed look into the indoor environment quality (IEQ) metrics of these structures reveals state-of-the-art ventilation systems, optimized daylighting strategies, and resilient design techniques to tackle emerging global challenges like pandemics. Buildings get certified as "green" or sustainable through a variety of established rating systems that evaluate their environmental impact, resource efficiency, and sustainable design features. The certification process can be intricate and requires a meticulous approach to design, documentation, and verification. Achieving... --- > Edge computing is not a technology, it’s the architecture of a type of technology. Specifically, it’s the shift away from big data being processed on a central server and instead localized data right at its source. Like on a smartphone, sensor, or something else that you personally use. - Published: 2024-01-03 - Modified: 2024-01-16 - URL: https://sixfab.com/blog/edge-computing-in-healthcare-enhancing-care/ - Categories: General Medicine and technology have always moved in harmony, with companies like Sixfab orchestrating key steps of the progression. The COVID-19 pandemic not only intensified concerns about viral health but also underscored the importance of virtual doctor visits and self-reliant health gadgets. In these changing rhythms, the medicine/technology dance becomes ever more intricate. Our increasing reliance on tech sees us sporting wristbands that alert us to heart irregularities in real-time. Amid this tech surge, edge computing, a domain where Sixfab shines, emerges as the game-changing DJ. What's the underlying beat of this transition? A demand for immediacy. Telehealth's rise and the data deluge from our devices mandate faster processing. No longer content with data traveling to far-off servers, we're leaning into edge computing which, much like Sixfab's vision, places emphasis on localized, immediate processing. It's akin to embedding a mini-doctor in our gadgets, offering insights in real-time. Beyond mere technological evolution, this is a paradigm shift in healthcare delivery. Edge computing's essence in healthcare lies in its decentralized approach. Instead of relying on cloud-based central servers, which can introduce latency due to data transport and can bottleneck during peak loads, edge devices utilize localized processing power. This paradigm shift facilitates healthcare IoT devices to operate within the constraints of limited bandwidth, ensuring efficiency even with voluminous real-time data streams. What is Edge Computing? Edge computing is not a technology, it’s the architecture of a type of technology. Specifically, it’s the shift away from big data being processed on a central server and instead localized data right at its source. Like on a smartphone, sensor, or something else you use. Edge Computing can be likened to a librarian who sorts and categorizes books right as they're returned, instead of sending them to a central hub for sorting. In the realm of digital networks, rather than dispatching heaps of data miles away to large data centers, this approach advocates for immediate, on-site processing — be it on a gadget in your pocket or a device on a factory floor. By managing data near its birthplace, we see snappier actions, efficient bandwidth usage, and an uptick in real-time application performance. It's essentially a strategic shift, moving some digital legwork closer to where the action happens. Edge Computing Applications In Remote Patient Care In the vast world of healthcare, amid the shifting technologies and trends, there's a timeless mantra every healthcare professional abides by: "Patient first, always. " Now, technology's gotten a serious upgrade, and edge computing's at the forefront, making "house calls" the norm, but digitally. Real-time data processing for healthcare with edge computing is transforming how we view patient care. Take, for instance, wearable ECG monitors — these nifty edge devices can record every heartbeat, and if they detect irregularities, they send an instant alert to both the wearer and their physician. Edge Computing benefits in remote patient monitoring are evident with such advancements. Or consider smart insulin pens, and IoT marvels that adjust doses based on real-time glucose monitoring. Another example lies... --- > What are the best IoT Developer Platforms? Why do you need the IoT Developer platform? All you wonder about IoT Developer Platforms in this article! - Published: 2022-12-19 - Modified: 2023-08-27 - URL: https://sixfab.com/blog/best-iot-development-platform/ - Categories: General The Internet of Things (IoT) is a concept that encompasses connected devices and sensors deployed in the field to collect data about people, objects, and processes. It started several years ago but has grown in popularity as a major trend in recent times. Today, there are plenty of options for deploying your next-generation IoT solution, but which one should you choose? This guide will help you make the right choice by comparing some of the best cloud platforms available today. What is IoT? IoT relates to the network of physical objects that are connected primarily through the use of sensors, software, and other similar technologies; these include computers, appliances, home electronics such as smart TVs or gaming consoles, but also cars. This connection gives access to an enormous amount of information which can then be used for business purposes - though there's no limit in what you could do with it! IoT Architecture IoT architecture is a combination of different types of devices and connectivity with an underlying objective for scaling, reduced management costs and automatic collection of data. This type of architecture enables device data to be collected, stored and analyzed in real time through sensors which also allow for detection of unusual behavior or construction delays by remote sensor readings before entering active mode. The IoT system architecture consists of four layers - the physical layer responsible for connecting devices together, the data link layer which handles communication between devices, the network layer which collects device information and transmits it to controllers/service providers and finally, the transport layer which manages sending messages over various networks. What is an IoT Platform and Why is It Necessary? IoT is becoming an ever-increasingly significant aspect of modern life, especially for businesses. With more than half of all companies already incorporating IoT in some shape or form, yet many not having the proper tools to manage it entirely; there exists a definite need for improved management. This is where an IoT platform—something which helps monitor and control your company's IoT setup—comes into play: giving you centralized access to your company's otherwise disparate devices. An IoT platform connects through collecting data from the physical world, storing it internally and making it accessible outside through APIs—allowing external apps such as analytics software to access this data without issue.   There are several benefits that come with an IoT strategy including  Convenience: more data means more insights Scalability as your business grows Availability via cloud-based solutions that can be accessed from anywhere/anytime An open API ecosystem for third-party development/integration Advanced analytics for better decision-making Automated and intelligent processes creating streamlined workflows  As IoT becomes more widespread, we'll see an increase in the number of people using cloud-based platforms - these are powerful tools that provide companies with help managing their own IoT projects and services. Types of IoT Platforms Cloud-based IoT platforms Cloud-based IoT platforms are the most common type of IoT platform and they are also the most flexible. They provide users with access... --- - Published: 2022-07-04 - Modified: 2023-03-29 - URL: https://sixfab.com/blog/smart-agriculture-projects-using-raspberry-pi/ - Categories: IoT Edge, Raspberry Pi Smart Agriculture/Farming is an idea centered on providing the agricultural industry with the infrastructure to connect with advanced technology – such as sensors, AI(Artificial Intelligence), and the Internet of Things(IoT) – for tracking, monitoring, and automating and analyzing operations. The goal is to increase the quality and quantity of the crops while minimizing the need for human labor. In this post, we will shed light on the concept of Smart Agriculture using Raspberry Pi and how it is essential to the future of farming. How does Smart Agriculture work? Smart farming mainly works through sensors. Farmers can track several conditions such as soil moisture, water level, humidity, bug detection, nutrient analysis of the soil, and even automate irrigation from anywhere by integrating sensors, motion detectors, and IoT devices. In IoT-based Smart Agriculture projects, Raspberry Pi is most widely used as the main controlling unit that can manage the operation of the various sensors and devices. Using Raspberry Pi, it is easy to control soil moisture, humidity, PH level, bug detection, and more. Smart Agriculture Project Examples Soil Moisture Control Using Raspberry Pi The soil moisture sensor is used to measure the volume of water content in the soil and can be used to estimate the volume of stored water in the soil range. These sensors that are placed into the irrigation system help in the scheduling of water supply and reduce the use of excess water. Using the Raspberry Pi, you can determine exactly when the plants or crops need watering. It can also be used in automated irrigation by having a pump connected to a water reservoir. You can find the full instructions for this project here, with all the necessary hardware and software(coding scripts). Humidity Control Using Raspberry Pi A humidity sensor senses, measures, and reports the amount of humidity in the environment it is placed in. It measures the moisture in the environment it is placed in and converts what it finds into corresponding electrical signals. A smart humidity sensor using Raspberry Pi allows the farmer to know the total amount of water usage in irrigation and provides real-time data to help farmers reduce the amount of human labor, thus decreasing costs and saving time. Create your own Humidity sensor project by following the step by step instructions here. Soil PH Control Using Raspberry Pi The soil pH sensor measures the amount of concurrent acidity or alkalinity in the soil. It discovers the pH value of the soil by inserting probes into the soil. By Integrating the Raspberry Pi, the sensors provide crucial feedback regarding the lack of nutrients or the existence of harmful chemicals in the soil. In addition, the sensors provide continuous updates on the fluctuations in the soil’s pH and nutrient level so the farmer can make the necessary changes. Soil Nutrient Analysis Using Raspberry Pi Soil nutrient analysis offers an in-depth examination of the nutrients contained so the amount of fertilizer needed to improve the quality of crops. For detecting the content of Nitrogen(N), Phosphorous(P), and Potassium(K) in the soil, a... --- > As the IoT technology grows more extensive, we need it faster, more accessible, and more reliable. Let's see how IoT makes the benefits of 5G technologies. - Published: 2022-04-01 - Modified: 2023-03-29 - URL: https://sixfab.com/blog/how-5g-impacts-iot-technology/ - Categories: General, IoT Edge 5G is one of the fifth-generation technology standards of mobile communication. It is a powerful and fast wireless standard developed globally after 1G, 2G, 3G, and 4G networks. 5G introduces a new type of network that can connect many things, including small objects, machines, and devices. How Be Will IoT Affected by 5G? 5G technology is multiplying around the world, which is an essential development for the spread of the Internet of Things (IoT). Different generations of wireless technology have led to the development of new devices. 1G, mobile networks in the first generations led to the widespread use of mobile phones. 2G technology supported the use of text, image, and multimedia messaging, while 3G made it possible to add video conferencing, video streaming, and voice-over IP. The advent of fourth-generation cloud computing paved the way for high-definition video and gaming services. 5G improves everything from driverless cars to smart renewable energy and artificial intelligence robots in factories by providing faster, stable, and more secure connections. How Does 5G Work? 5G operates in much higher frequency ranges than 4G and earlier cellular technologies. LTE wireless technology from the fourth generation (4G) provides the basis for 5G technology. While transmitting signals over long distances requires high, large, and powerful cell stations, unlike 4G, with 5G technology, wireless signals can be transmitted through a small cell station placed in areas such as street lamps and roofs. 5G aims to provide multi-Gbps peak data rates, ultra-low latency, increased reliability, large network capacity, improved usability, and user experience to many users. It connects new industries while delivering new user experiences with exceptional performance and efficiency. The widespread use of 5G is growing worldwide and will form the basis for the Internet of Things (IoT) to take place in every field. IoT is a collection of connected devices growing exponentially and will do even more in the years to come. Networks powered by 5G will significantly improve the performance and reliability of IoT devices. Let's take a closer look at how 5G affects the IoT. Benefits of 5G in IoT Technologies Fast Data Transfer It will be more convenient when IoT devices can communicate quickly with other devices. Having 5G running on networks will significantly increase data transfer rates. In this way, IoT devices will be able to work much more efficiently. Specifications4G5GPeak Data Rate1 Gbps10 GbpsData Bandwidth2Mbps to 1Gbps1Gbps and higher as per needSpectral Efficiency30 b/s/Hz120 b/s/HzTTI (Transmission TimeInterval)1 msVarying (100 µs (min. ) to 4ms (max. ) )Latency10 ms (radio) --- > Nvidia Jetson Nano Developer Kit is a powerful kit for AI, robotics and more. Click here to learn the details and how to use it most effectively. - Published: 2021-11-23 - Modified: 2021-12-23 - URL: https://sixfab.com/blog/nvidia-jetson-nano-developer-kit-a-powerful-developer-kit-for-ai-robotics/ - Categories: General Nvidia's Jetson Nano is a low-cost yet high-powered embedded system-on-module and developer kit. The kit democratises disruptive technologies, such as Machine Learning, AI, Robotics, and more to the masses, especially programmers and young students who want to build and experiment with simple and low-cost AI projects, opening up a whole new world of innovation. Overview on Nvidia Jetson Nano Developer Kit Not only has Nvidia kept its focus on developing graphic cards and video games, but it is also concentrating on building small form factor computing solutions, such as Jetson and Jetson Nano, the best AI developing kits for anyone interested and fascinated by Artificial Intelligence and Machine Learning technologies. Technical Specifications of Nvidia Jetson Nano More than its affordable price and compact size, the technical features of the Jetson Nano are the nerve centre that connects you with your ideas and passion to create innovative products. Here are the Nvidia Jetson Nano specs that help you understand the fullest potential of this tiny yet mighty AI computer:  GPU: The 128-core Nvidia Maxwell ™ GPU in this easy-to-use developer kit delivers the power of modern AI and Machine Learning that lets you run multiple neural networks in parallel.  CPU: With its Quad-core ARM Cortex-A57 MPCore processor, your projects don't take much time to process and run the entered codes.  Memory: Nvidia Jetson comes with a memory of 4 GB 64-bit LPDDR4 that facilitates your project's tasks to achieve its utmost operational performance and capabilities.  Storage: Unlike Nvidia's older models, this comes with a removable microSD card as its storage and boot device. Additionally, Nvidia Nano has an in-built storage of 16GB that is perfectly fine to deal with most of your complicated and humongous projects.  Connectivity: Nvidia Jetson Nano offers you the functionalities and potential you require to conduct many AI tasks with its Gigabit Ethernet, M. 2 Key E.  Display: With its HDMI 2. 0 and eDP 1. 4, you can add more power to your projects, enabling you to manage them on any display with an HDMI port and USB touchscreen. USB: The more USB ports, the more consoles you can connect. Now get more devices and accessories connected to the Nvidia Nano with its 4x USB 3. 0, USB 2. 0 Micro-B ports. Nvidia Jetson Nano Use Cases  Companies like Nvidia are continuously unveiling their devices that help a wide range of young scientists and students to build and experiment with their novel ideas that can significantly contribute to our betterment of technology and livelihood. The Nvidia Jetson Nano Developer Kit can be put to use as a real-time futuristic application for countless experiments and projects in robotics, machine learning, artificial intelligence, and so much more. Users can run web servers, create simple security camera setups, design robots, develop motion detectors, and so on. With the growing need for advanced imaging and audio processing across various fields like wildlife conservation, leveraging these powerful yet compact AI supercomputers helps you unlock the maximum capabilities of your projects, prompting you to do more and better. Unique Features of... --- > IoT is on the rise and so are IoT SIM cards. This article tells you what they are and how they are used. Learn more about their versatility here. - Published: 2021-09-07 - Modified: 2021-12-10 - URL: https://sixfab.com/blog/iot-sim-cards/ - Categories: IoT Edge The Internet of Things, or IoT, as it is popularly called, refers to the gigantic network of all objects or devices that are connected. It has been reported that there are more than 8 billion IoT devices, and this number is quite likely to increase exponentially. Its importance is growing, especially since daily-use objects like cars or kitchen appliances, or workplace sensors are now connectable. The development of IoT has led to the establishment of the latest SIM card technology in the form of IoT SIM cards. What is an IoT SIM Card? As you all know, a SIM card is a smart, portable card that stores information about the mobile subscriber and helps people connect to other devices. IoT SIM cards, also known as M2M SIM cards, are quite different, however. They are used to connect modern smart objects or devices (like cameras or drones, or other machines) and also connect to cloud services. Unlike regular SIM cards, which are connected to only one network provider, IoT SIM cards connect with multiple such providers. They require a large amount of strong network coverage. IoT SIM card devices can remain connected irrespective of their location since they are able to choose any signal that is available to them. IoT SIM cards can also be managed remotely. In fact, it is a definite requirement. Users can check on their IoT devices to view and analyse information, and they can do it from anywhere. They have a different set of data consumption packages and rates too. It is quite critical to choose the right IoT service provider for the devices. What Are The Forms of IoT SIM Cards? Just like regular SIM cards, IoT SIM cards also come in multiple sizes. People choose the type of SIM card based on the specifications of their cellular device. In the same way, one needs to choose the SIM card form factor for their IoT device based on its size and technical specifications. The main IoT SIM card form factors are as follows: The Mini SIM (2FF): This one is the largest SIM card, measuring around 25mm by 15mm. It is generally used for vending machines that have IoT devices or applications, as well as vehicle tracking devices. The Micro SIM (3FF): This is also known as the third form factor (3FF) and is much more compact than the Mini SIM. It has the same capacities as the Mini, and it measures around 15mm by 12mm. It is usually used in medium-sized IoT devices like health monitors, tablets, and dispatch units. The Nano SIM (4FF): This is much smaller than the 2FF and 3FF, but it has similar memory and processing capabilities. It measures around 12. 3mm by 8. 8mm and is 15% thinner than the others. It is used in small devices that are usually wearable, like trackers or even other objects like mobile payment devices. The Embedded SIM (eSIM or eUICC): This is some of the latest SIM card technology available. It measures... --- > Which is better for IoT projects; Raspberry Pi or Arduino? See the differences between Raspberry Pi & Arduino regarding hardware, programming, field of use. - Published: 2021-06-09 - Modified: 2021-12-13 - URL: https://sixfab.com/blog/raspberry-pi-vs-arduino-which-is-better-for-iot-projects/ - Categories: Raspberry Pi With the continuing advancements in Internet of Things (IoT) and automation technology, our way of life and day-to-day activities seem much more convenient than some ten years ago. The IoT and AI enable us to automate tedious household tasks, experiment with new ideas, and cut down a considerable amount of investment cost for companies, which prefer Industrial IoT to maximize workforce efficiency. If you’re about to start your next IoT project or still confused about choosing the right hardware for your IoT project, well, this article is for you. Let’s compare some of the important factors and difference between Arduino and Raspberry Pi hardware to determine which is right and most beneficial for your IoT projects. Raspberry Pi vs. Arduino: Hardware Differences Choosing the best hardware between Arduino or Raspberry Pi is much easier when you understand that Raspberry Pi is a fully functional computer. Some refer to Raspberry Pi as Modern Microcomputers (a microprocessor that acts as a computer), while Arduino is a microcontroller, basically a component of a computer. Well, the below differences might help you have a much clearer understanding of how these two hardware are different from each other. CPU Powered by ATmega CPUs, Arduino has a maximum CPU speed of 480MHz, but most Arduino boards used for IoT projects are equipped with 16MHz or 48MHz clock speed. Now, speaking of the other hardware, Raspberry Pi 4 is roughly 40 times faster than any Arduino variants, offering you an absolute advantage to run, execute and manage some of the most demanding activities involved in your IoT projects. Furthermore, due to its ability to do simple and less-complicated tasks, Arduino boards are operated on an 8-bit AVR instead of Raspberry Pi, which has more CPU variants, ranging from 32-bit to 64-bit quad-core processors. Additionally, it is critical to note that you don’t need an OS to operate or work on Arduino microcontrollers, as they just require a binary of the compiled source code instead of an operating system. RAM As Raspberry Pi microprocessors are specifically designed and built to enable the end-users to feel an alternative for the regular desktops, they consume more ram compared to Arduino, which are primarily intended for less-complicated tasks. With less than 32KB RAM, Arduino microcontrollers are designed to deal with limited tasks and usages, focusing primarily on students who usually prefer to go with a doable budget. With the latest Raspberry Pi model, you can do your IoT projects or computing tasks in an efficient and seamless way, as they come with 8 GB RAM for complicated tasks. Pin Count If you are someone who already has some knowledge of how Arduino or Raspberry Pi work, you might be familiar with the term Pin Count or GPIO, a standard interface used to connect microcontrollers to other electronic devices that are crucial for your IoT projects. Sensors, diodes, displays, and System-on-Chip modules are some of the most used equipment when you work on an IoT project. With the help of GPIO or Pin Count, you’ll be seamlessly... --- > Discover our guide on using an antenna for a faster cellular modem, the points to consider when choosing an antenna, and what causes a poor signal on LTE Antenna. - Published: 2021-04-15 - Modified: 2024-12-04 - URL: https://sixfab.com/blog/antenna-selection/ - Categories: General Photo by Vyacheslav Shatskiy on Unsplash What is LTE Antenna? Every single Internet of Things (IoT) device needs an antenna. The importance of an IoT product’s antenna cannot be overstated. It is the interface to the outside world. The antenna is one part of a system that conveys RF energy from a transmitter to a receiver. The antenna is crucial: it may make or break the communication with your devices. A good antenna will give you a good wireless range. A bad antenna may cause your devices to not even be reachable in the field. IoT devices are typically small and often have a severely limited power budget to operate for long periods from a small energy source such as a primary coin cell. An antenna that may be suitable on paper is not guaranteed to perform well in practice. Proper selection and design-in are both essential to ensure a reliable wireless connection, covering the desired communication distance, while driving the antenna at the lowest possible input power to minimize demand on the device’s precious energy supply. What are the Points to Consider in Antenna Selection? Among the challenges that must be dealt with, selecting and integrating a suitable antenna has a significant impact on the RF-subsystem and consequently affects the system performance in terms of communication range, overall power consumption, and battery life. To choose an antenna, the search can be focused on according to frequency range or wireless standard. Antennas are available for single-band applications or multi-band antennas designed for multiple feeds. What are the LTE Antenna Types? Type of antennaExamplesApplicationsWire AntennasDipole antenna, Monopole antenna, Helix antenna, Loop antennaPersonal applications, buildings, ships, automobiles, space craftsAperture AntennasWaveguide (opening), Horn antennaFlush-mounted applications, air-craft, space craftReflector AntennasParabolic reflectors, Corner reflectorsMicrowave communication, satellite tracking, radio astronomyLens AntennasConvex-plane, Concave-plane, Convex-convex, Concaveconcave lensesUsed for very highfrequency applicationsMicro strip AntennasCircular-shaped, Rectangularshaped metallic patch above the ground planeAir-craft, space-craft, satellites, missiles, cars, mobile phones etc. Array AntennasYagi-Uda antenna, Micro strip patch array, Aperture array, Slotted wave guide arrayUsed for very high gain applications, mostly when needs to control the radiation pattern Check out the antennas you can use in IoT projects Sixfab Antennas Important Parameters to Choose Shape and size of antenna To check Mounting option, whether it is RF connector mount, or PCB mount etc. Frequency of operation Coverage requirement Omni-directional or directional operation Gain of Antenna Understanding LTE Signal Strength Values Below are explanations of the LTE signal strength values: SINR/SNR – The signal-to-noise ratio of the given signal. The higher the SNR the better your signal quality will be. The SNR reading will be automatically calculated by the base station in dB. RSRP – The average power received from a single Reference signal, and Its typical range is around -44dbm (good) to -140dbm(bad). RSRQ – In dB, Indicates quality of the received signal, and its the ratio of usable signal to noise and interference measured in dBm. RSRQ=RSRP-RSSI. RSCP — In the UMTS cellular communication system, Received Signal Code Power (RSCP) denotes the... --- > "What is LTE(4G&5G) antenna?", "How does an LTE antenna work?" and other details are in our article. - Published: 2021-03-11 - Modified: 2024-12-04 - URL: https://sixfab.com/blog/what-is-lte-antenna-how-does-it-work/ - Categories: General With the internet ruling the whole world, it has become essential to select a suitable LTE antenna. These antennas help improve the 4G/LTE signal. This is especially useful for IoT devices. These 4G antennas work with the technology known as MIMO. MIMO stands for Multiple Input Multiple Output and ensures that its modem works with two separate antennas. This feature helps with super-fast internet, even in rural areas. This blog will help one understand what an LTE antenna is and how it works. You will also get an idea about how to improve your signal strength.   Types of LTE Antennas To get a clear idea about the types of LTE antennas, one needs to consider two frequencies - 700 MHz and 2600 MHz. Although 700 MHz is indeed a wide-coverage network, it provides low internet speed due to many anticipated users. In such scenarios, you need to make use of the multiband antennas. What are multiband antennas? Multiband antennas work so that they can operate within different frequency bands. In this case, every network set-up has a band preference that may be 2600 MHz at the top and 700 MHz at the bottom, but one needs to select a 4G antenna that has a larger gain in the higher bands. However, there are specific cons of using these multi-band antennas. One such downside is that when increasing the operating bandwidth, one needs to reduce the antenna gain. As per some findings, antennas should ideally have a gain of 10-11 DBi (highest gains).   What are high gain antennas? One may get access to the long-range connections using high gain antennas. These 4G LTE antennas can also be used for ranges above 20 km, but you will be limited to a single frequency. However, all the base stations may not broadcast all the 4G frequencies, and therefore, one may need to do some research before selecting a 4G LTE antenna. LTE antennas can also be also classified into the following types: Wire antennas (used for small, custom apps, vehicles, ships, and buildings) Aperture antennas (used mainly for space vehicles and air transport) Reflector antennas (used in satellites, microwave communications, and astronomy using radio waves) Lens antennas (mainly used for high frequency apps) Microstrip antennas (also used in vehicles, space and air transport, military weapons) Array antennas (used in high gain scenarios) You need to choose the antenna that best fits your requirements.   How to Improve LTE Signal? One needs to be very careful while selecting the 4G LTE outdoor antenna. We need to select the most suitable antenna so that the RF subsystem does not have much impact. Failing to select the proper 4G LTE outdoor antenna may affect system performance and hence, there may be issues with communication, battery life, and power consumption.   Therefore, while making the selection, one needs to consider the frequency range. One of the other important factors one needs to consider is the size of the antenna and the mounting option. Plus, one also has to focus on... --- > Cellular IoT helps smart objects perform better due to its diversity and scope of expansion. This article explains its various categories and features. - Published: 2021-01-09 - Modified: 2022-03-03 - URL: https://sixfab.com/blog/what-is-the-cellular-iot/ - Categories: IoT Edge Cellular networks have tremendously evolved from simple voice calls. People can now reach each other in so many different ways by using their phones. With the rapid growth of cellular technology, there is also an increasing demand to connect physical devices like cars, audio speakers, and other appliances to the existing cellular network. So, what is cellular IoT? Cellular IoT (Internet of Things) is the technology that allows everyday devices to connect to the internet by using the same network that smartphones use. In other words, the technology helps in connecting devices using the existing mobile network, thus eliminating the need to invest in a separate cellular modem just for IoT devices. Thanks to the advancement in technology in several countries, there is cellular connectivity available at all times. Advantages of Cellular IoT Cellular IoT solutions use the existing cellular infrastructure. This ensures that IoT applications and devices can work with the existing mobile network throughout cities and other regions. It is an affordable choice as there is no need for any additional infrastructure for cellular IoT activation. Infrastructure refers to the setting up of base stations and cellular towers which properly establishes the cellular modems. The system is set up so that thousands of objects can be connected in every square kilometre. It can be used for stationary devices (like those in factories or manufacturing plants) or moving devices (like automobiles). Cellular IoT needs maintenance like any other device. The primary benefit is that you can remotely connect to places and manage the application. This service helps to check and troubleshoot every device regardless of its location. The availability of multiple features and types helps the consumer choose according to their application’s needs. Some require long range, while others require more bandwidth. NB-IoT is used for industries requiring lower bandwidth apps, while 4G or LTE-M can be used for greater bandwidth apps. Security is a key highlight of cellular IoT. These devices are secured as per the GSMA standards. They are carefully monitored for any unusual activities. These devices can also be set up to use private networks like VPN for more security. Narrowband IoT (NB-IoT) Narrow Band - IoT, or NB-IoT is cutting-edge technology specifically created for low power consumption. It has some excellent characteristics like low data transmission, long range and secure connectivity. It is suitable for 4G networks and is a rapidly growing connectivity technology. It has many uses in the area of environmental technology. For instance, it can be used in sensors to acquire data associated with atmospheric conditions and wind pressure. It is a long-lasting technology that can be managed remotely. LTE-M (LTE Cat-M1) in Cellular IoT Applications LTE Cat - M1 or LTE-M is a cellular technology that is used by advanced applications. It uses a high bandwidth of 1. 4 MHz. It has an extended battery life that helps save costs by avoiding downtime. It is an energy-efficient solution that also has useful features such as voice and data support. When there... --- > What are Raspberry Pi HATs and how to make benefit of them? We answered your questions about Raspberry Pi HATs. - Published: 2020-12-06 - Modified: 2021-12-10 - URL: https://sixfab.com/blog/what-is-a-raspberry-pi-hat/ - Categories: Raspberry Pi In the technology world, there is always a need for a single device to perform multiple tasks to make a user's day-to-day life easier. The Raspberry Pi HAT is a device capable of doing everything your everyday computer does, right from internet access, gaming, making spreadsheets, etc. However, its unassuming visiting-card size packs these functions and even allows for connectivity to IT peripherals like a monitor, keyboard or mouse. Further, when the device has additional "Hardware Attached on Top" (in short HAT), that includes connecting with elements such as ethernet, drivers, GPS type functionalities and sometimes expansion boards with lights, sensors and motors. How to Make Use of Raspberry Pi HATs? Here are some of the uses of a Raspberry Pi HAT : Streaming of Digital TV The Raspberry Pi TV HAT primarily allows users to watch, record and access digital TV. It receives and decodes digital television streams and then poses as a server for other devices on the network. One can then view these streams on appliances such as desktops, tablets, smartphones, radio, media libraries, etc. The software used for decoding the streams (multiplexes or mux) is called TVHeadend. Robotics Today, formulating and creating a robot does not necessarily cost a fortune. The size and affordability of a Raspberry Pi hat help embed facilities such as motors, sensors, neopixels, capacitive touch, etc. , onto a functional board. These Raspberry Pi HAT boards are used extensively for learning and development across age groups in the robotics industry. For instance, the recent release of the Build HAT is specifically designed to simplify building robots out of LEGO components. Gaming Console Using some basic know-how, you can convert this card-sized Raspberry HAT into a panel used to mimic the console of a classic video game system from the '80s or the '90s. The implanted software takes much less space to store the operating system and games in comparison to the traditional cartridge-based consoles. It can help emulate a fully-functional arcade machine or even handheld gaming devices such as Nintendo, Sega, Playstation, etc. Medical Considering its benefits, Raspberry Pi HATs are not restricted to professional equipment but also find use in medical applications. Unlike other medical devices, it offers capabilities such as flexibility, mobility and wearability. It helps one instantly and accurately measure vital statistics such as pulse, oxygen level, body temperature, etc. They are most commonly used in fitness trackers, oximeters, portable heart monitors, etc. How to Assemble & Configure Raspberry Pi HATs? Now let's take a look at the steps required to set up a Raspberry Pi HAT : Assembling Process: Step 1: Peel off the adhesive film that protects the laser-cut parts of the plates of the case. Step 2: Connect risers to the header pins and clip the support pillars to the main PI board. Step 3: Place the Raspberry Pi hardware onto the plate and screw them together. (Pro Tip: Avoid over-tightening to keep the acrylic intact) Step 4: Attach the GPIO header (electronic circuits controls) to the Raspberry HAT and pin them together securely. (Pro Tip: Ensure a gap between the Pi and the header to avoid any impact on... --- > See the article if you want to get started with Raspberry Pi and use it in IoT projects. A brief guide to Raspberry Pi with frequently asked questions. - Published: 2020-10-20 - Modified: 2021-12-10 - URL: https://sixfab.com/blog/what-is-raspberry-pi-using-raspberry-pi-in-iot-projects/ - Categories: IoT Edge, Raspberry Pi It is astounding to know how technology has empowered humans—ranging from computers to war machinery, to enhance our lives. Who could have thought that those bulky analytical computing machines would later evolve to ubiquitous personal computers and change the way humans communicate, work, write, read, and live? When Raspberry Pi, a small single-board computer, was first introduced by a UK-based company nine years ago, it was primarily focused on teaching computer science to school children, especially in developing countries. Years later, it transformed into a bestseller. Since 2012, the capabilities and features of Raspberry Pi have been drastically modified, enabling everyone to explore a wide range of possibilities in the world of everyday computing. Keep reading to explore the surprising capabilities of Raspberry Pi when efficiently utilized in IoT (Internet of Things) projects.   What is Raspberry Pi & How It Works? Raspberry Pi is a tiny computer that allows you to harness the power of modern computing technology to seamlessly deal with mundane computing tasks and everything you would expect a desktop to do. To put it simply, it is basically a computer you can get in a compact size and at an affordable price. Raspberry Pi becomes interesting when you explore its versatility and it is the perfect choice to do a lot of innovative and cool projects.   It is common for our brain to raise the next most logical question: “how does it work? ” It works just like any computer that needs to be connected with a power supply and external peripheral devices. Installed with Linux, an open operating system, all the Raspberry Pi models come with WiFi and Bluetooth except Raspberry Pi Zero. These small, versatile, inexpensive, and super portable computers are perfect for any DIY project. Moreover, Raspberry Pi computers have the best aftersale support and a wide range of accessories available, making them efficient and strongly recommended. How to Program Raspberry Pi? The first thing you need to get started while programming a Raspberry Pi is installing the operating system. Raspberry Pi allows you to be more independent when it comes to operating systems. Even though Raspbian OS (a Debian-based operating system engineered specifically for Raspberry Pi users) is commonly used, you can also use a wide range of third-party operating systems. These are downloadable from the official website for free.   Once you have downloaded the latest version of Raspbian OS, or Windows 10 for IoT core, Ubuntu, or any available operating system, it is as simple as setting up any other operating system. If you chose the Raspbian OS, you would see the simple account setup dialog box. After creating an account and checking all the peripherals connected to the system, you would see that it is similar to any other operating system, which lets you do all your tasks with a simple user interface.   Things to Do with Raspberry Pi From replacing your restricted desktop OS to creating new innovative projects, Raspberry Pi opens a whole new world of... --- > Here is a brief guide about IoT. Check out for definition, applications, ways to keep secure, and how to program IoT devices. - Published: 2020-09-08 - Modified: 2021-12-10 - URL: https://sixfab.com/blog/iot-brief-guide/ - Categories: IoT Edge Have you ever wondered how it’s easier to get real-time information on weather, the number of steps people take for a day, or the alerts on faulty steering of a car using a small device? It can be on a smartwatch, a tablet, a phone, or any device connected to the one sole entity that no one can survive without these days, the Internet.   The advantage of getting the information one needs with the help of smart devices is commonly included in what we call the Internet of Things. It is dominant in significant parts of our lives and makes it easier for us to commute, work, communicate, etc. If there’s someone out there searching or typing into a search engine for the Internet of Things definition, this is a comprehensive guide that covers all essentials of IoT.  It is the next prominent advancement of the future, and it’s essential for us to learn about not just the definition, but where all IoT has an established presence and what are the requirements to be an active user of IoT. So read on! Definition of IoT and How IoT Works IoT or the Internet of Things is the network of everyday objects that are all connected by means of different kinds of technology and software. They are set up to receive and exchange data and also process information. A number of devices and applications use IoT technology. They include computers, handheld devices (e. g. smartphones, wearable watches, etc. ), wireless sensors, actuators, home appliances, and software applications. What is Device Management in IoT? IoT devices can either be a sensor, antenna, or microcontroller, depending on the received data and information processed. The type of hardware used will, in turn, influence other factors such as the speed or cost or the type of connectivity. The usage of a device featuring the Internet of Things should always be such that it consumes low power for computation, requires low maintenance cost, and is preferably wireless. Device management is all about setting up the IoT device, maintaining it, and monitoring and evaluating it for any updates or errors. How to Connect IoT? To connect to IoT devices that are used every day in our homes, cars, etc. , network connectivity plays an essential role in sharing data and processing information. Apart from being directly connected to the internet, a device can be interconnected to another device that has access to the internet. Interconnectability also helps a device function better as it uses data from the other device it is connected to. For example, a smartwatch or fitness watch shows the rate of heartbeat or stress levels by taking in the sensory information. In addition to that, certain watches have the option to connect to calls routed to a particular phone number. The application of the watch installed in the phone with the same phone number regulates the information in the application, which is passed to the controls in the watch. These Internet of Things applications utilize... --- - Published: 2019-04-10 - Modified: 2023-08-29 - URL: https://sixfab.com/blog/cellular-iot-shield-getting-started-with-udp-connection/ - Categories: General Sixfab came up with Arduino Cellular IoT Shield. This shield is a lighter version of our previous Arduino Cellular IoT Application Shield, where both uses Quectel BG96 module. The major difference is the peripheral sensors, this new shield doesn’t contain any sensors on it which makes it lighter. (more... ) --- - Published: 2019-03-11 - Modified: 2023-08-29 - URL: https://sixfab.com/blog/cellular-iot-hat-getting-started-with-udp-connection/ - Categories: General Sixfab came up with Raspberry Pi Cellular IoT HAT. This time it is a Hat rather than a shield. To be more specific this HAT is lighter version of our previous Raspberry Pi Cellular IoT Application Shield, where both uses Quectel BG96 module. The major difference is the peripheral sensors, the HAT doesn’t contain any sensors on it. (more... ) --- - Published: 2018-12-17 - Modified: 2023-03-29 - URL: https://sixfab.com/blog/qmi-interface-with-sixfab-shields-hats/ - Categories: General To get rid of the legacy cruft, newer ways to present USB-connected LTE modems like QMI and MBIM have been developed. Quectel modules offer QMI(Qualcomm MSM Interface) which is established as a real network interface, such as ethernet(typically shows as wwan0). There is an open source Linux in-kernel driver supporting this interface called qmi_wwan.   The QMI is also counted among the non-AT protocols which are communicated over /dev/cdc-wdm0 port. In order to establish a connection, proper qmi/gobinet proxy should be installed, which again depending on the chipset of the module/modem and the kernel of Linux, can get a bit complicated. This tutorial is maintained in our documentation section. https://docs. sixfab. com/page/qmi-interface-internet-connection-setup-using-sixfab-shield-hat Hardware Setup It is important to properly setup your hardware before you get started. Raspberry Pi 3G/4G & LTE Base HAT - Getting Started Warning: In this tutorial, the QMI interface was established using the connect manager program(quectel-CM tool) provided by Quectel. This tutorial will not work for modules from other OEM, it is only for Quectel. Software Setup 1. Open a new terminal and run the update and upgrade command. sudo apt update && sudo apt upgrade -y Next, install the Raspberry Pi kernel headers needed for the QMI Interface. sudo apt-get install raspberrypi-kernel-headers Download the QMI installer file, and change the permission of the installation file. Then install it. wget https://raw. githubusercontent. com/sixfab/Sixfab_RPi_3G-4G-LTE_Base_Shield/master/tutorials/QMI_tutorial/qmi_install. sh sudo chmod +x qmi_install. sh sudo . /qmi_install. sh Note: Make sure the module is disconnected before running the installer script. pi@raspberrypi:~ $ sudo . /qmi_install. sh Clean Old Files Change directory to /home/pi Downloading source files --2020-12-03 09:00:07-- https://github. com/sixfab/Sixfab_RPi_3G-4G-LTE_Base_Shield/raw/master/tutorials/QMI_tutorial/src/quectel-CM. zip ... Length: 148627 (145K) Saving to: 'quectel-CM. zip' quectel-CM. zip 100 145. 14K 947KB/s in 0. 2s 2020-12-03 09:00:08 (947 KB/s) - 'quectel-CM. zip' saved Archive: quectel-CM. zip creating: /home/pi/files/quectel-CM/ inflating: /home/pi/files/quectel-CM/GobiNetCM. c inflating: /home/pi/files/quectel-CM/MPQCTL. h ... ... Unpacking udhcpc (1:1. 30. 1-4) ... Setting up udhcpc (1:1. 30. 1-4) ... Processing triggers for man-db (2. 8. 5-2) ... Copying udhcpc default script Change directory to /home/pi/files/quectel-CM rm -rf quectel-CM *~ rm -rf quectel-qmi-proxy gcc -Wall -s quectel-qmi-proxy. c -o quectel-qmi-proxy -lpthread -ldl gcc -Wall -s QmiWwanCM. c GobiNetCM. c main. c MPQMUX. c QMIThread. c util. c qmap_bridge_mode. c mbim-cm. c device. c udhcpc. c -o quectel-CM -lpthread -ldl After reboot please follow commands mentioned below go to /home/pi/files/quectel-CM and run sudo . /quectel-CM -s Press ENTER key to reboot 4. At the end of installation enter any key to reboot your Raspberry Pi. Attach the USB cable of the HAT. 5. Navigate to the Quectel files that were installed in the previous step. cd files/quectel-CM 6. Now run the following command to connect to the Internet. sudo . /quectel-CM -s Note: . /quectel-CM is a non-ending command as long as the connection is up. pi@raspberrypi:~/files/quectel-CM $ sudo . /quectel-CM -s Quectel_QConnectManager_Linux_V1. 6. 0. 12 Find /sys/bus/usb/devices/1-1. 1 idVendor=0x2c7c idProduct=0x125, bus=0x001, dev=0x007 Auto find qmichannel = /dev/cdc-wdm0 Auto find usbnet_adapter = wwan0 netcard driver = qmi_wwan, driver version =... --- - Published: 2018-09-24 - Modified: 2023-03-29 - URL: https://sixfab.com/blog/ppp-installer-for-sixfab-shield-hat/ - Categories: General Photo by Gilles Rolland-Monnet on Unsplash Sixfab offers HATs for Raspberry Pi which provides cellular PPP Internet connection anywhere with the availability of mobile network coverage. These HATs are: Raspberry Pi 3G/4G<E Base HAT Raspberry Pi Cellular IoT HAT Raspberry Pi Cellular IoT Application Shield This tutorial is maintained in our documentation section. https://docs. sixfab. com/page/setting-up-the-ppp-connection-for-sixfab-shield-hat PPP is a data layer communication protocol that is established through the serial port of the modem. These Serial port communications could be either the UART(/dev/ttyS0) or the serial exposed to USB(/dev/ttyUSB3). This serial is also used for both modem commands (AT commands) and responses. This connection is established by dial-up (ATD*99#). PPP is easy to establish, widely used protocol, and it is flexible with the devices. PPP may show a drop of the connection while using the AT command set for other functionality of modem. The PPP protocol is just used between the computer and the modem to make the connection look like a legacy dial-up modem-based network connection. Hardware Setup It is important to properly setup your hardware before you get started. To setup the hardware please follow: Raspberry Pi 3G/4G & LTE Base HAT - Getting Started Raspberry Pi Cellular IoT HAT - Getting Started Raspberry Pi Cellular IoT App Shield - Getting Started Each of these Shields/HATs can be connected to the Internet via PPP(Point to Point Protocol). For this tutorial, we have developed a script to install and perform the required steps. Without further ado let us jump into the installation process. Software Setup During Standalone installation, all source files are downloaded from the internet. It is enough to download ppp_install_standalone. sh and run it. wget https://raw. githubusercontent. com/sixfab/Sixfab_PPP_Installer/master/ppp_install_standalone. sh sudo chmod +x ppp_install_standalone. sh sudo . /ppp_install_standalone. sh wget https://raw. githubusercontent. com/sixfab/Sixfab_PPP_Installer/master/ppp_install_standalone. shsudo chmod +x ppp_install_standalone. shsudo . /ppp_install_standalone. sh You will be offered to choose among the mentioned shields/HATs. Then it will fetch the required scripts for you.   Base HAT and Super SIM were used in the tutorial. During the installation, the user will need to answer several questions, in order to complete the installation process. The questions are: Please choose your Sixfab Shields/HATsYou will be offered to choose among the mentioned shields/HATs. Then it will fetch the required scripts for you. pi@raspberrypi:~ $ sudo . /install. sh Please choose your Sixfab Shield/HAT: 1: GSM/GPRS Shield 2: 3G, 4G/LTE Base Shield 3: Cellular IoT App Shield 4: Cellular IoT HAT 5: Tracker HAT 6: 3G/4G Base HAT What is your carrier APN? It will then ask for APN. Type in your APN and then press ENTER. For me, it is super. pi@raspberrypi:~ $ sudo . /install. sh ... ... ... Setting up libpcap0. 8:armhf (1. 8. 1-6) ... Setting up ppp (2. 4. 7-2+4. 1+deb10u1) ... Created symlink /etc/systemd/system/multi-user. target. wants/pppd-dns. service → /lib/systemd/system/pppd-dns. service. Setting up wiringpi (2. 50) ... Processing triggers for systemd (241-7~deb10u5+rpi1) ... Processing triggers for man-db (2. 8. 5-2) ... Processing triggers for libc-bin (2. 28-10+rpi1) ... Known wiringpi issue is detected! Wiringpi is updating... ...... --- - Published: 2018-09-06 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/basic-udp-communication-tutorial-for-sixfab-arduino-cellular-iot-application-shield/ - Categories: General After the our first tutorial on Sixfab Arduino Cellular IoT Application Shield in which we mentioned monitoring sensors only. Since the shield have feature of LTE-M & NB-IoT & eGPRS, we will demonstrate each of them. In this tutorial we are going to show the UDP communication with the mentioned shield. (more... ) --- - Published: 2018-09-05 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/sensor-test-tutorial-for-sixfab-arduino-cellular-iot-application-shield/ - Categories: General Sixfab has came up with Arduino Cellular IoT shield that have combined LTE technilogies Cat. M1, Cat. NB1(NB-IoT) and eGPRS, which is based on Quectel BG96 module. It also have built-it sensors, LED and relay. Sixfab also has a RPi Cellular IoT Application HAT. Sixfab is also providing library to use the shield. To keep the it easy we will be showing how to install the library and access the sensor data in our first tutorial. (more... ) --- - Published: 2018-09-04 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/basic-udp-communication-tutorial-for-sixfab-rpi-cellular-iot-application-hat/ - Categories: General Our previous tutorial was about observing data from the available sensors on the Sixfab R. Pi Cellular IoT Application Shield. Since our shield is capable of combined LTE technologies Cat. M1, Cat. NB1 (NB-IoT) and eGPRS we will be demonstrating transmitting data over UDP. (more... ) --- - Published: 2018-09-03 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/sensor-test-tutorial-for-sixfab-rpi-cellular-iot-application-hat/ - Categories: General Sixfab is launching their new shield for Raspberry Pi named as Sixfab Raspberry Pi Cellular IoT Application Shield. The Shield uses Quectel BG96 module which gives this shield combined feature of LTE technologies Cat. M1, Cat. NB1 and eGPRS for your Raspberry Pi. (more... ) --- > In the Fourth Industrial Revolution, the machines began to manage, themselves and the production process, so they no longer needed manpower. In the future, technology will go where people use dark factories. The Dark Factories will not need people. This advanced technology, called the 'Internet of Things' (IOT). - Published: 2018-07-12 - Modified: 2018-10-10 - URL: https://sixfab.com/blog/iots-rise/ - Categories: General This article aims to answer the question, "Why IoT is important? ", from a different perspective. Every period has been the major revolutions and innovations in the field of industry. These revolutions occur with a power of new phenomena like the invention of steam engine, computers, and the internet. IoT which is the new phenomenon like these places the heart of “Industry 4. 0”. Let's return to our question again, "Why IoT is important? " It is necessary to talk about Industrial Revolutions in order to understand the answer to this question. (more... ) --- > In this article, you can read what the IoT is, where it is used, how it is developed, why it is important, and where it is the technology development. In addition, in the article, "big data" and briefly industrial revolutions were mentioned. - Published: 2018-06-28 - Modified: 2023-08-29 - URL: https://sixfab.com/blog/iot/ - Categories: General In this article, you can read what the IoT term is, where it is used, how it is developed, why it is important, and where it is the technology development. In addition, in the article, "big data" and briefly industrial revolutions were mentioned. (more... ) --- - Published: 2018-05-03 - Modified: 2023-08-29 - URL: https://sixfab.com/blog/sending-sms-with-sixfab-gsmgprs-shield/ - Categories: General We are back again with another tutorial on Sixfab GSM/GPRS Shield. This has been designed with Quectel M66 GSM/GPRS module which is based on 2G chipset and bears optimal performance for SMS and audio service. It basically work with AT commands. To know more about the AT commands of Quecctel M66 you may visit Quectel site. (more... ) --- - Published: 2018-04-26 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/sixfab-nb-iot-evb-with-ultrasonic-sensor/ - Categories: General Sixfab NB-IoT is another member of our Nb-IoT Shield family. This can be connected either with USB or you may also use any micro controller(Arduino, Raspberry Pi, Orange Pi etc. ). For this tutorial we are going to use Raspberry Pi. Here we will be sending data obtained by our Raspberry Pi from Ultrasonic Waterproof Range Finder(JSN-SR04T-2. 0) and send this data over UDP. Before you get started make sure you have done your router configuration as mentioned in previous tutorial step 1-10. (more... ) --- - Published: 2018-04-26 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/getting-started-with-sixfab-nb-iot-evb/ - Categories: General Sixfab NB-IoT is a tiny narrow band IoT (Nb-IoT) evaluation board. It comes with high performance Quectel BC95 NB-IoT module with no added sensors. Some technical details: – LTE BC95-B20 NB-IoT Module B20 800MHz – Micro SIM Socket – Built-in PCB Antenna – UFL socket for external antenna – Open pins – UART switching (USBOpen pins) (more... ) --- - Published: 2018-04-20 - Modified: 2023-08-29 - URL: https://sixfab.com/blog/all-sensors-of-sixfab-raspberry-pi-nb-iot-shield/ - Categories: General We are here again with our Sixfab Raspberry Pi NB-IoT Shield Tutorial. As mentioned in the product details that there are built-in Temperature, Humidity and Light sensors along with relay and USER led on the shield. So we will be showing you how to access all of them in this tutorial and sending the received data over local server. You can also try this with remote server. (more... ) --- - Published: 2018-04-20 - Modified: 2023-08-29 - URL: https://sixfab.com/blog/sensing-temperature-humidity-with-sixfab-rapsberry-pi-nb-iot-shield/ - Categories: General We are back again with second tutorial on our Sixfab Raspberry Pi NB-IoT Shield. In this tutorial we will be showing how to access a sensor of the shield among the available built-in sensors. We have selected temperature and humidity sensor for this demonstration. (more... ) --- - Published: 2018-04-19 - Modified: 2023-08-29 - URL: https://sixfab.com/blog/getting-started-with-sixfab-raspberry-pi-nb-iot-shield/ - Categories: General Sixfab Raspberry Pi NB-IoT shield is a narrow band IoT (NB-IoT) shield for Raspberry Pi. NB-IoT is very suitable for IoT applications with low power consumption. Shield also has the built-in 3-axis accelerometer, temperature, humidity, light sensors, optocoupler, and relay. If you like, you can also add your own sensors using the built-in 4 channel ADC. (more... ) --- - Published: 2018-04-06 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/built-in-sensors-of-sixfab-arduino-nb-iot-shield/ - Categories: General We are here again with our Sixfab Arduino NB-IoT Shield Tutorial. As you all know from the details of the product that there are built-in sensors, relay and USER led on the shield. So we will be showing you how to access all of them in this tutorial and sending the received data over local server (Note: Remote Server can be used too). (more... ) --- - Published: 2018-04-06 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/getting-started-with-sixfab-arduino-nb-iot-shield/ - Categories: General Sixfab Arduino NB-IoT shield is a Narrow-Band IoT(LTE CAT-NB1) shield for Arduino, based on Quectel’s BC95 module. NB-IoT is a Low Power Wide Area(LPWA) technology that is the latest cellular network option for low power connected projects. This shield has been designed with built-in temperature, humidity, light sensors, 3-axis accelerometer, relay, micro sim card slot and a built-in antenna. If there is a need for long-range, better signal quality, a U. FL antenna receptacle is placed, can be selected over RF Switch by the short-headers easily. (more... ) --- - Published: 2018-04-06 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/measuring-lux-with-sixfab-arduino-nb-iot-shield/ - Categories: General We are back again with another tutorial on Sixfab Arduino NB-IoT Shield. Previously we have learned how to connect the shield with local server and sent a string value. In this tutorial we are going to learn how we can access the sensor values of the built-in sensors of the shield and send them over local server. To keep it easy we are going to access single sensor which will be ambient light sensor(ALS-PT19). (more... ) --- - Published: 2018-04-06 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/external-sensor-with-sixfab-arduino-nb-iot-shield/ - Categories: General It is obvious that a single shield is never enough to design a project. You will definitely like to integrate different sensors in your NB-IoT projects. This is the reason we came up here with this tutorial. In this tutorial of Sixfab Arduino NB-IoT Shield, we are going to observe data from JSN-SR04T-2. 0 Ultrasonic Waterproof Range finder, which can measure 20cm-600cm of distance. (more... ) --- - Published: 2018-03-27 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/getting-started-with-sixfab-nb-iot-evo-board/ - Categories: General Now this Evolution Board is another member of our Sixfab NB-IoT family. First of all this is not a shield, so it can be used with desired controller. For this tutorial we will be using Raspberry Pi. Here we are trying to show how you can send data over UDP, So we need Sixfab NB-IoT EVB. Board, a Raspberry Pi and any sensor(we are using JSN-SR04T-2. 0). Lets start with making our circuit connection. Pinout of the NB-IoT EVO. Board are mentioned below the board itself. Here we will need TX and RX only. (more... ) --- - Published: 2017-12-04 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/gps-tracker-with-3g-4glte-shield/ - Categories: General In this tutorial we will learn how to get GPS data using 3G, 4G/LTE shield. GPS(Global Positioning System) also known as NavStar indicates the position of an individual on the earth. The Satellites orbiting around the earth sends precise details of their positions at a regular interval of time. Once information are received by a GPS receiver, a GPS receiver can pinpoint the location. There are also navigation systems which support in their in specific regions like GLONASS provided in Russia. For this tutorial we will need a. Raspberry Pi b. 3G, 4G/LTE Shield c. 3G, 4G/LTE module (for 3G UC20 and for 4G EC25 is used) d. PCB Mobile Antenna (2x) e. GPS Antenna Here it goes (more... ) --- - Published: 2017-06-28 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/updated-tutorial-2-make-a-ppp-internet-connection-with-sixfab-gprs-shield-on-raspberry-pi/ - Categories: General Following Tutorial is old. Please follow new PPP installer tutorial. Sixfab GSM/GPRS Shield is using Quectel M66 GSM/GPRS module. It bears the optimal performance in SMS, Data transmission and audio service. Due to the small size(equal to size of raspberry pi zero) it is easily embeddable in any project like video streamer, establishing Internet connection, security systems, tracking system etc. (more... ) --- - Published: 2016-11-08 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/tutorial-8-raspberry-pi-gps-tracker-with-sixfab-gps-shield-2/ - Categories: General - Formats: Image Do you want to make your own Car tracker? If say yes, This tutorial is for you. (more... ) --- - Published: 2016-11-04 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/tutorial-7-raspberry-pi-security-system-with-sixfab-3glte-shields/ - Categories: General - Formats: Image Make your RPi Security system easily with this tutorial using 3G, 4G/LTE Base Shield. (more... ) --- - Published: 2016-11-04 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/tutorial-6-raspberry-pi-ds18b20-temperature-sensor-logger-with-sixfab-xbee-shield/ - Categories: General - Formats: Image You can connect to other nodes easily. Connect Xbee shield to Raspberry Pi and use ds18b20 sensor to log temperature information. (more... ) --- - Published: 2016-11-03 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/tutorial-1-raspberry-pi-kernel-update-for-sixfab-3glte-shields-usb-drivers/ - Categories: General - Formats: Image Original Raspbian Jessie kernel doesn't support Quectel EC25/UC20 modules, then we fixed kernel, you can replace your module files with new files. (more... ) --- - Published: 2016-10-24 - Modified: 2021-04-15 - URL: https://sixfab.com/blog/tutorial-4-raspberry-pi-youtubefacebook-live-video-streamer-with-sixfab-3glte-shields/ - Categories: General - Formats: Image Sixfab 3G, 4G/LTE Base Shield with appropriate module provides very high speed internet connection. Use Raspberry Pi camera and you can make live stream to Youtube and Facebook. You can use the following transactions for work. (more... ) --- --- ## Products - Published: 2026-01-28 - Modified: 2026-03-28 - URL: https://sixfab.com/product/quectel-rm520n-gl-5g-module/ - SKU: S159 - Price: 250.00 USD - Brands: Quectel - Product type: simple - Product categories: Cellular Modems - Product tags: Cellular Modem - Product AD priority: priority 1 - Product Brand: Quectel An industrial grade 5G module for IoT/eMBB applications, supporting both 5G NSA and SA modes. Compatible with Quectel's M.2 LTE-A module and provides global coverage across major carriers. Supports Qualcomm® IZat™ location technology Gen9C Lite and includes an integrated GNSS receiver for faster and more precise positioning. Overview The Quectel RM520N-GL is a cutting-edge 5G IoT module optimized for industrial and commercial applications. Compliant with the 3GPP Release 16 standard, this module delivers ultra-reliable, low-latency communication (URLLC) and massive connection density. Designed in the industry-standard M. 2 form factor, the RM520N-GL is the perfect solution for upgrading from LTE-A to 5G. It supports both 5G NSA and SA modes, ensuring compatibility with current infrastructure while future-proofing your devices for standalone 5G networks. With global band support, this single module covers nearly all mainstream carriers worldwide, making it ideal for global deployments in industrial routers, home gateways, robust laptops, and digital signage. Key Features & Benefits Global Connectivity: One module for the world. Supports comprehensive 5G NR (NSA/SA), LTE-FDD, LTE-TDD, and WCDMA bands. 3GPP Release 16: Features the latest 5G enhancements for better efficiency and coverage. High-Speed Data: 5G SA: Max DL 2. 4 Gbps / UL 900 Mbps. 5G NSA: Max DL 3. 4 Gbps / UL 550 Mbps. LTE: Max DL 1. 6 Gbps / UL 200 Mbps. Precision GNSS: Integrated multi-constellation receiver (GPS, GLONASS, BDS, Galileo, QZSS) for fast and accurate positioning in any environment. Versatile Interfaces: Supports USB 3. 1/3. 0/2. 0 and PCIe 3. 0 for flexible integration with Windows, Linux, and Android systems. Industrial Grade: Operates reliably in extreme temperatures ranging from -40°C to +85°C. Easy Migration: Pin-to-pin compatible with Quectel’s RM502Q-AE (5G) modules. Important Notes:There is no built-in SIM card slot. It must be connected externally. Antennas must be purchased separately. MHF4 socket antennas or cables should be used. It does not support millimeter-wave, only Sub-6 is supported. It is recommended to use a heatsink attached to the modem for cooling. While the module has Verizon and AT&T certifications, additional certification may be required when integrating it with these operators. Product Technical Specifications Best For5G IoT/eMBB applicationsRegionsGlobalMax. Data Speeds5G SA Sub-6: Max DL 2. 4 Gbps / UL 900 Mbps5G NSA Sub-6: Max DL 3. 4 Gbps / UL 550 MbpsLTE: Max DL 1. 6 Gbps / UL 200 Mbps5G NR Bands (NSA)n1/ 2/ 3/ 5/ 7/ 8/ 12/ 13/ 14/ 18/ 20/ 25/ 26/ 28/ 29/ 30/ 38/ 40/ 41/ 48/ 66/ 70/ 71/ 75/ 76/ 77/ 78/ 795G NR Bands (SA)n1/ 2/ 3/ 5/ 7/ 8/ 12/ 13/ 14/ 18/ 20/ 25/ 26/ 28/ 29/ 30/ 38/ 40/ 41/ 48/ 66/ 70/ 71/ 75/ 76/ 77/ 78/ 79LTE BandsFDD: B1-B5, B7, B8, B12-B14, B17-B20, B25, B26, B28-B30, B32, B66, B71TDD: B34, B38-B43, B46 (LAA), B48PositioningGPS, GNSS, BDS, Galileo, QZSSElectrical3. 135–4. 4 V, typical 3. 7 VOperating Temperature-30 °C to +75 °C , -40 °C to +85 °C (Extended)Dimensions30. 0 × 52. 0 × 2. 3 mmRegulatoryCCC, GCF, CE, PTCRB, FCC, IC, Anatel, KC, NCC, JATE, TELEC, RCM, ANRT, CoC, NTRA, SRRC, NAL, SRRC, NAL, UKCAComplianceRoHSCarrier CertificationsAmerica: Verizon/AT&T/T-MobileAustralia: Telstra --- - Published: 2025-11-03 - Modified: 2026-03-16 - URL: https://sixfab.com/product/alpon-x5-ai/ - SKU: X5AI_EA - Price: 50.00 USD - Product type: simple - Product categories: ALPON Edge Computers ALPON X5 AI is a rugged, fanless edge AI computer powered by the Raspberry Pi Compute Module 5 and the DeepX DX-M1 accelerator, delivering up to 25 TOPS of on-device AI inference. It features NVMe SSD storage, dual Ethernet ports, 4G LTE/eSIM connectivity and seamless integration with ALPON Cloud for remote management and OTA updates. Perfect for industrial, robotics or smart IoT applications, this next-generation edge device enables real-time AI processing directly on-site. Note: Your $50 deposit secures early access to the X5 AI from the first batch of shipments. Total product price is $750.You’ll be notified before shipping to complete the remaining $700 balance. Deposits are fully refundable before final payment. ALPON X4 → X5 AI Comparison See how ALPON evolves from classic edge computing to next-generation on-device AI performance. Feature / Use Case ALPON X4 ALPON X5 AI AI Processing CPU-only inferencing for lightweight models CPU + NPU hybrid inferencing up to 25 TOPS Computer Vision Supports USB cameras with CPU decoding CSI port with low-latency on-device vision AI Edge Connectivity Wi-Fi + eSIM + Dual Ethernet Wi-Fi + eSIM + Dual Gigabit Ethernet Storage & Data Logging eMMC NVMe SSD for high-speed data capture Deployment Type General-purpose Edge AI experiments Industrial, robotics and production-grade AI Product Specifications Full hardware and performance breakdown of ALPON X5 AI. ProcessorBroadcom BCM2712 quad-core 64-bit Arm Cortex-A76 (Armv8) SoC @ 2. 4GHz - Raspberry Pi Compute Module 5 RAM8GB, or 16GB LPDDR4-4267 SDRAM with ECC StorageCompute Module 5 eMMC (Optional) + NVMe SSD ConnectivityGlobal Cat4 LTEWi-Fi 2. 4/5GHzBluetooth 5. 0 BLEGigabit 2x 1 Gbps Ethernet Power InputUSB-PD Type-C InputScrew Terminal Block (9-30V DC)PoE+ IEEE 802. 3at (Optional) Input Voltage & PowerDC Input: 9-30V DC, 27WUSB PD: 15V DC 1. 8A, 27W PositioningGPS/GNSS, Cellular Geolocation Pre-Installed OSRaspberry Pi Compatible ALPON OS with DEEPX Runtime support Operating Temp-20 °C to +60 °C (-4 °F to +140 °F) Dimensions100x100x45 mm Real Time ClockCR1220 Coin Cell Battery SecurityInfineon Technologies SLB 9670VQ2. 0 TPM 2. 0 module SIM Type & SizeeSIM - eUICC SGP. 22 compatible Camera Module Interface1 × 4-lane MIPI port supporting both DSI(display) and CSI(camera) over mini HDMI port Switch1x Boot/Burn (DIP Switch)1x Watchdog Enable/Disable (DIP Switch) USB2x USB 3. 0, 1x USB Type-C OTG (boot/burn/power) Antennas2x LTE (Main, Diversity)1x GNSS/GPS1x WiFi/Bluetooth Mounting OptionsDIN Rail Mount (Optional)Wall Mount (Optional) Network & CarrierPTCRB, Verizon*, AT&T*, T-Mobile*, GCF* CertificationsCE, FCC, IC, UKCA, RoHS, WEEE, REACH, ICASA*, RCM* *In Progress ALPON X5 AI Pre-Order Now & Save $200 Next-generation edge AI performance — compact, rugged, and ready for deployment anywhere. Exclusive Early Access Reservation $50 Secure Your Spot. Risk-Free — Limited Time! Launch Price $750 Only 100 units available — secure yours today! Pre-Order Now Deploy It. Anywhere. Edge AI applications built for every environment — from factories to drones, cities, and creative projects. Smart Surveillance, Zero Latency Set up a camera system that not only watches, but understands — detecting intrusions or safety hazards instantly, even offline. Healthcare & Safety Monitoring Monitor people or environments safely, detecting falls or unsafe actions with on-device AI and minimal latency. Autonomous Robots & Vehicles Empower mobile platforms to see, understand, and react in real time — without depending on a cloud connection. Creative DIY Projects Prototype freely with open-source tools, from AI-powered gardens to voice-controlled installations and beyond. Key Features of ALPON X5 AI Explore next-generation edge computing capabilities — from real-time AI inference to industrial-grade reliability. Unmatched AI Performance Up to 25 TOPS of on-device AI processing CSI camera port for vision tasks High-speed USB 3. 0 connectivity NVMe SSD for scalable storage Seamless Remote Management ALPON Cloud for fleet management OTA updates & remote control Scalable multi-device deployment Real-time... --- > Unleash the full potential of your wireless network with this high-gain tri-band antenna. Specifically designed for WiFi 6E and WiFi 7 applications. - Published: 2025-10-17 - Modified: 2026-03-13 - URL: https://sixfab.com/product/tri-band-wifi-antenna/ - SKU: S158 - Price: 8.50 USD - Product type: simple - Product categories: Antennas Unleash the full potential of your wireless network with this next-generation, high-gain tri-band antenna. Specifically designed for WiFi 6E and WiFi 7 applications, it operates across the 2.4 GHz, 5.0 GHz, and the newly opened 6.0 GHz bands for maximum speed and minimal interference. Featuring a peak gain of up to 4.1 dBi and high efficiency, this antenna delivers superior range, throughput, and low-latency performance. The hinged RP-SMA-Male connector and omni-directional design make it a simple and effective upgrade for routers, access points, and other wireless devices. Overview This versatile antenna is engineered to provide a significant boost to your wireless communications. By supporting the 6 GHz band, it allows WiFi 6E/ WiFi 7 compatible devices to operate in a less congested spectrum, resulting in higher throughputs and lower latency—ideal for streaming, gaming, and demanding network applications. Its ground plane independent design ensures consistent, high-level performance regardless of the mounting surface. The antenna is also backwards-compatible and supports a variety of other ISM band standards, including Bluetooth and ZigBee, making it a flexible choice for any project. Key Features Tri-Band WiFi 6E/7 Support: Operates on 2. 4 GHz (2410-2490 MHz), 5. 0 GHz (4920-5925 MHz), and 6. 0 GHz (5925-7125 MHz) bands for comprehensive wireless coverage. High-Gain Performance: Achieves a peak gain of up to ~4. 1 dBi on the 2. 4 GHz band, extending the range and improving the stability of your wireless connection. Exceptional Efficiency: With efficiency reaching up to ~84. 5%, it ensures minimal signal loss and maximum signal strength for your devices. Omni-Directional Coverage: The omni-directional radiation pattern provides a 360-degree signal, ensuring reliable connectivity in all directions without requiring precise aiming. Flexible Hinged Connector: Features a standard RP-SMA-Male connector with a hinge, allowing the antenna to be positioned straight, at a 90-degree angle, or in between for optimal placement. Durable Construction: Built with a UV-stable ABS radome and rated for a wide operating temperature range of -40°C to +85°C for reliable performance indoors and outdoors. Technical Specifications SpecificationValueSupported StandardsWiFi 6E, BT, ZigBee, ISM, SigFox, LoRa Frequency Range2410-2490 MHz, 4920-5925 MHz, 5925-7125 MHz Peak GainUp to ~4. 1 dBi on 2. 4 GHz, ~3. 9 dBi on 5. 0 GHz, ~2. 8 dBi on 6. 0 GHzEfficiencyUp to ~75. 8% on 2. 4 GHz, ~84. 5% on 5. 0 GHz, ~73% on 6. 0 GHzVSWR≤ ~1. 4:1 on 2. 4 GHz, ≤ ~1. 7:1 on 5. 0 GHz, ≤ ~2. 0:1 on 6. 0 GHz, PolarizationLinearImpedance50 Ohm Max Input Power25 Watts ConnectorRP-SMA-Male StandardRadome MaterialABS UV Stable Operating Temperature-40°C to +85°C Dimensions (Straight)135 mm x 19 mm x 10 mm Dimensions (Right Angle)110 mm (H) x 42 mm (L) --- > Achieve fast and reliable positioning with this high-performance GNSS antenna. It supports GPS, GLONASS, BeiDou, and Galileo. - Published: 2025-10-17 - Modified: 2026-03-22 - URL: https://sixfab.com/product/multi-constellation-gnss-antenna/ - SKU: S157 - Price: 8.50 USD - Product type: simple - Product categories: Antennas Achieve fast and reliable positioning with this high-performance GNSS antenna. Engineered for precision, it supports all major global navigation satellite systems, including GPS, GLONASS, BeiDou, and Galileo. The antenna's omni-directional design and high efficiency ensure a strong and consistent satellite lock, even in challenging environments. Its hinged SMA-Male connector provides complete installation flexibility, making it an ideal choice for vehicle tracking, asset management, navigation systems, and other high-accuracy location-based applications Overview This connector-mount antenna is a robust and reliable solution designed to deliver exceptional positioning accuracy across the globe. It operates on the primary GNSS frequency bands, ensuring compatibility with a wide array of receivers and devices. Built to last, the antenna is housed in a durable ASA radome and is capable of operating in extreme temperatures, providing consistent performance wherever it's deployed. Its ground plane independent design means it can be installed virtually anywhere without a loss in performance, offering true plug-and-play convenience Key Features Universal GNSS Compatibility: Receives signals from all major constellations: GPS, GLONASS, BeiDou, QZSS, and Galileo. Exceptional Signal Reception: Features outstanding efficiency of up to ~73. 4% and a peak gain of ~2. 6 dBi, resulting in faster satellite acquisition and a more stable position lock. Omni-Directional Pattern: The omni-directional radiation pattern allows the antenna to receive signals from 360 degrees, simplifying installation as it does not require aiming. Flexible Hinged Connector: The integrated hinge allows the antenna to be positioned straight (0°), at a right angle (90°), or at a 45° angle to fit various device layouts and enclosures. Durable Construction: The radome is made from black ASA material for environmental protection. The antenna is rated for a wide operating temperature range from -40°C to +85°C. Technical Specifications SpecificationValueSupported StandardsGPS, GLONASS, BeiDou, QZSS, GalileoFrequency Range1561-1606 MHz Peak GainUp to ~2. 6 dBi EfficiencyUp to ~73. 4% VSWR≤ ~1. 4:1 PolarizationLinearImpedance50 Ohm Max Input Power25 Watts ConnectorSMA-Male Mounting TypeDirect Connector Mount Radome MaterialASAOperating Temperature-40°C to +85°C Dimensions (Straight)135 mm x 19 mm x 10 mm Dimensions (Right Angle)110 mm (H) x 42 mm (L) --- > Boost your connectivity with this high-performance, ultra-wideband cellular antenna.It provides excellent coverage across 5G, 4G/LTE, 3G, and 2G frequencies. - Published: 2025-10-17 - Modified: 2026-03-20 - URL: https://sixfab.com/product/5g-lte-cellular-omni-directional-antenna/ - SKU: S156 - Price: 8.50 USD - Product type: simple - Product categories: Antennas Boost your connectivity with this high-performance, ultra-wideband cellular antenna. Designed for superior reliability, it provides excellent coverage across 5G, 4G/LTE, 3G, and 2G frequencies. Its omni-directional design ensures a stable 360° signal reception, while the hinged SMA-Male connector allows for flexible positioning at 0°, 45°, and 90° angles. As a ground plane independent antenna, it maintains high performance in any installation environment, making it the perfect upgrade for cellular modems, routers, IoT devices, and communication terminals. Overview This versatile and powerful connector-mount antenna is engineered to deliver consistent and reliable performance for a wide range of wireless applications. It supports all major cellular standards, including 5GNR, 4G LTE, 3G, and 2G, ensuring backward and forward compatibility for your devices. The antenna's robust, UV-stable housing and wide operating temperature range make it suitable for deployment in demanding environments. Key Features Broad Cellular Compatibility: Fully supports 5G, 4G LTE, 3G, and 2G technologies, as well as CBRS, LPWA, and NB-IoT standards. Ultra-Wide Frequency Support: Operates across all key cellular bands from 617 MHz to 5925 MHz, ensuring comprehensive global coverage. Omni-Directional Performance: Provides a uniform 360-degree radiation pattern, simplifying installation as it captures signals from any direction without needing to be aimed. High Efficiency: Engineered for high efficiency, reaching up to 43. 3%, ensuring a strong and stable link for data transmission. Flexible Hinged Connector: The integrated hinged mechanism allows the antenna to be positioned straight, at a right angle, or at any point in between for optimal signal reception and to fit in tight spaces. Durable Construction: The radome is made from a black PC/ABS material that is UV stable, and the antenna is rated to operate in temperatures from -40°C to +85°C. Technical Specifications SpecificationValueFrequency Bands617-960 MHz, 1427-2690 MHz, 3300-5000 MHz, 5150-5925 MHzSupported Technologies5G, 4G, 3G, 2G Peak GainUp to ~0. 3 dBi EfficiencyUp to ~43. 3% VSWR≤ ~2. 6:1 PolarizationLinearImpedance50 Ohm Max Input Power25 Watts ConnectorSMA-Male Mounting TypeDirect Connector Mount Radome MaterialPC/ABS (UV Stable) Operating Temperature-40°C to +85°C Dimensions (Straight)135 mm x 19 mm x 10 mm Dimensions (Right Angle)110 mm (H) x 42 mm (L) --- - Published: 2025-09-01 - Modified: 2026-03-13 - URL: https://sixfab.com/product/mhf4-to-sma-female-adapter-cable/ - SKU: S147 - Price: 7.50 USD - Product type: simple - Product categories: Antennas Compact, low-loss 50 Ω pigtail that adapts an on-board MHF4 RF port to SMA Female connector. Ideal for routing radio modules to external antennas across cellular, Wi-Fi, GNSS and other RF applications up to 7.1 GHz. RoHS compliant. This cable assembly is built around an MHF4 plug to SMA Female bulkhead interface, using 0. 81 mm OD micro-coax for a slim, easily-routed install in space-constrained enclosures. It supports 0–7. 1 GHz operation at 50 ± 2 Ω characteristic impedance, with return loss up to −10 dB (max) specified at both the SMA and MHF4 ends. The SMA Female side includes a spring washer for secure panel mounting; the thread length is 11 mm, suitable for a wide range of wall thicknesses. RoHS compliant. Typical uses include connecting embedded radios to external antennas. Key features Low-loss micro-coax, OD 0. 81 mm. Frequency range: 0–7. 1 GHz Impedance: 50 ± 2 Ω Return loss (max): −10 dB Operating temp: −40 °C to +85 °C Panel hardware: spring washer included Cable Length: 200mm SMA thread length 11 mm RoHS compliant --- - Published: 2025-08-12 - Modified: 2026-02-15 - URL: https://sixfab.com/product/sixfab-edge-outdoor-kit-ip66-rated/ - SKU: S153 - Price: 190.00 USD - Product type: simple - Product visibility: rated-5 - Product categories: ALPON Edge Computers, Enclosures - Product AD priority: top priority - Product Brand: Sixfab Make your ALPON computers and electronics projects outdoor-ready, with versatile customization features.Rugged, UV-resistant IP66-rated enclosure kit designed to protect electronics in harsh outdoor environments. Pre-installed with combo antenna, cable management panel, and multiple mounting options — ideal for smart city, industrial IoT, and remote deployments. Designed for Extreme Conditions. Built for Long Lasting Performance The Sixfab Edge Outdoor Kit is a rugged, IP66-rated enclosure engineered to safeguard your ALPON edge computers and other sensitive electronics from harsh environments. Ideal for smart city projects, industrial IoT, and remote deployments, this kit ensures your devices stay protected, connected, and operational in any weather. With a pre-mounted combo antenna and versatile mounting hardware, the Edge Outdoor Kit offers a complete, plug-and-play solution for outdoor installations. Built from UV-resistant ASA and stainless steel components, it delivers durability and flexibility for both industrial and DIY applications. Product Specifications MaterialASA Main Body (UV-Resistant), Stainless-stell MetalsWaterproof RatingIP66Operating Temperature-20°C to +60°CMounting OptionsWall Mount / Pole MountEnclosure Dimensions272. 4 × 401. 1 × 152 mm (10. 72 × 15. 79 × 5. 98 in)Antenna SupportBuilt-in combo antenna with SMA portsCable EntryMulti-size cable glands with inserts Highlight Features IP66 Waterproof & Dustproof ProtectionKeeps out rain, snow, dust, oil, and debris — ideal for outdoor deployments. Superior Durability & Impact ResistanceTough, UV-resistant ASA construction and stainless steel hardware for long-term reliability. Air Ventilation for Moisture ControlIntegrated breathable membrane equalizes pressure and minimizes condensation inside the enclosure for extended device life. Plug & Play InstallationPre-mounted combo antenna, adaptable cable glands, DIN rail system, and mounting hardware included for quick setup. Versatile Mounting OptionsWall or pole mount using the included brackets and steel straps. All hardware is stainless steel and weather-resistant for outdoor use. Customizable for Your ProjectModular design lets you tailor the kit to your project's unique needs from ALPON edge computers to other electronics projects. Why Choose the Sixfab Edge Outdoor Kit? Engineered for ALPON edge computers and beyond. Provides IP66-rated protection from water, dust, and UV exposure. Pre-integrated antenna system saves time and space Fully modular and adaptable for different projects Built to last with industrial-grade materials --- - Published: 2025-07-09 - Modified: 2026-02-05 - URL: https://sixfab.com/product/usb-bridge-for-jetson-orin-nano/ - SKU: B101-B - Price: 7.50 USD - Product type: simple - Product visibility: outofstock - Product categories: Nvidia Jetson Cellular Kits The USB Bridge for Jetson Orin Nano is designed to enable full functionality of the Jetson Nano Cellular Modem KIT with the Jetson Orin Nano Developer Kit. This updated bridge ensures that all cellular features are operational when using the HAT on the Jetson Orin Nano, supporting both development, prototyping and proof-of-concept (PoC) use cases. Note: The product includes only the USB Bridge for Jetson Orin Nano. The Cellular HAT and Jetson Orin Nano shown in the images are for reference purposes only and are not included in the package. The USB Bridge for Jetson Orin Nano is designed to enable full functionality of the Jetson Nano Cellular Modem KIT with the Jetson Orin Nano Developer Kit. This updated bridge ensures that all cellular features are operational when using the HAT on the Jetson Orin Nano, supporting both development, prototyping and proof-of-concept (PoC) use cases. Mechanical Alignment Notes While functionally compatible, users should be aware of some minor mechanical differences due to the structural variations between the Jetson Nano and Jetson Orin Nano developer boards: Offset Placement: The HAT will appear slightly offset when mounted on the Jetson Orin Nano due to GPIO header positioning. Mounting Hole Alignment: The HAT's mounting holes do not align with those of the Jetson Orin Nano Developer Kit. These differences do not affect the operational performance of the HAT and are acceptable for testing and development purposes. Mechanical Alignment can be observed in the following images. --- - Published: 2025-01-08 - Modified: 2026-01-29 - URL: https://sixfab.com/product/alpon-terminal-dc-power-adapter/ - SKU: AL113 - Price: 9.90 USD - Product type: simple - Product categories: ALPON Edge Computers - Product tags: ALPON - Product AD priority: priority 2 - Product Brand: Sixfab The Terminal DC Power Adapter provides reliable and energy-efficient power delivery, suitable for various applications. This 30W adapter is fully compatible with the ALPON X4 micro-edge computer, ensuring optimal performance and seamless integration. Designed with safety and performance in mind, it supports a wide input voltage range and offers multiple plug options for global compatibility, making it an excellent choice for powering your ALPON X4 in diverse environments. This product features versatile EU, US, UK, and AU plugs, a wide 100–240V AC input range, Energy Star Level VI efficiency (86. 95%), robust safety protections (over-voltage, over-current, and short-circuit), and a durable build tested for 75 cm drops and extreme temperatures. Product Specifications Best Forto power ALPON X4Input Voltage100–240V ACFrequency50Hz / 60HzInput Current≤1. 0AStandby Power≤0. 1WOutput Voltage12V ± 5%Output Current2. 5A (Full Load)Output Power30W ContinuousEfficiencyMeets Energy Star VI (86. 95%)ProtectionsOver-Voltage, Over-Current (105%-200% of max load), Short-CircuitRipple & Noise≤200mV (Tested with specified capacitors under 20MHz bandwidth)Operating Temp. 0°C to 40°CStorage Temp. -25°C to 70°CPlug TypesEU, US, UK, AUCable Length1200mm ± 50mmWeightApprox. ±10g Dimensions All measurements in mm --- - Published: 2025-01-07 - Modified: 2026-02-03 - URL: https://sixfab.com/product/alpon-combo-antenna/ - SKU: AL112 - Price: 65.00 USD - Product type: simple - Product categories: ALPON Edge Computers - Product tags: ALPON - Product AD priority: top priority - Product Brand: Sixfab The Combo antenna is a versatile 4-in-1 combination antenna, designed for optimal performance in various wireless and digital communication systems. This cutting-edge solution integrates multiple technologies into a single compact design, providing seamless connectivity for high-demand environments. Key Features Compact Design: Combines multiple antennas in a single enclosure for space-saving deployment. Enhanced Signal Strength: Supports stable and reliable connectivity across various frequencies. Wide Compatibility: Designed for use in industrial, commercial, and digital applications. Robust Build Quality: Built to endure harsh conditions, ensuring long-term reliability. Product Specifications 4G & WIFI & GNSS 4-in-1 Screw Mount Combo Antenna Dimensions: Φ 103. 5 mm × 42. 5 mm Efficiency: Up to 42. 7 % (4G-1 FS) GNSS LNA Gain: 28 ±3 dB RoHS and REACH Compliant IP67 Electrical Specifications Frequency Range4G: 600–960 MHz, 1420–2690 MHz, 3300-4200 MHz, 4400-6000MHzWi-Fi: 2400–2500 MHz, 5150–5850 MHzGNSS: 1164–1189 MHz, 1565–1606 MHzRadiation Pattern4G & Wi-Fi: Omni-directionalGNSS: DirectionalPolarization4G & Wi-Fi: LinearGNSS: RHCPImpedance50 ΩIsolation FS: ≤ -9. 3 dBMP: ≤ -11. 9 dB Mechanical & Environment Antenna Dimensions Φ 103. 5 mm × 42. 5 mmCasing Material & Color PC & BlackCable Type & Color & Length4G: RG405 & Black & 3000 mmWiFi: RG405 & Black & 3000 mmGNSS: RG174 & Black & 3000 mmConnector Type4G & GNSS: SMA MaleWiFi: RP SMA MaleWeight445 g TypicalMounting Type Screw Operation Temperature-40 °C to +85 °CStorage Temperature -40 °C to +85 °CIngress Protection (IP) Rating IP67 RoHS & REACH CompliantYesHousing Flame RatingUL 94 V-0Housing UV Resistant UL 746c f1 --- - Published: 2025-01-07 - Modified: 2026-03-23 - URL: https://sixfab.com/product/alpon-x4/ - SKU: C83W0G1J111A - Price: 590.00 USD - Product type: simple - Product visibility: rated-5 - Product categories: ALPON Edge Computers - Product AD priority: top priority - Product Brand: Sixfab The ALPON X4 is a powerful and reliable edge computer tailored for IoT and industrial use, combining robust hardware with seamless cloud integration. Raspberry Pi CM4 Powered: Delivers fast and efficient data processing. Rugged Design: Fanless aluminum chassis for harsh environments. Flexible Connectivity: Ethernet, Wi-Fi, LTE, and eSIM for auto network switching and global coverage. Simplified Management: Manage devices easily via ALPON Cloud for remote updates, monitoring, and bulk provisioning. Enhanced Security: TPM 2.0 and encrypted communication for secure operations. Build and validate your PoC in days. Enter LAUNCH30 at checkout and save 30% on your first ALPON series order. One use per customer. High-Performance Edge Computing for Industrial IoT The ALPON X4 is a versatile and durable edge computing solution, purpose-built to meet the demands of modern industrial IoT applications. Designed for real-time data processing at the edge, it ensures low-latency decision-making while reducing reliance on constant cloud connectivity. With support for Ethernet, Wi-Fi, and cellular eSIM connections, the ALPON X4 offers unmatched flexibility for deployment in diverse environments. Its rugged, fanless design withstands harsh industrial conditions, while its advanced multi-core processing and extensive connectivity options enable seamless integration with IoT devices. Ideal for use in manufacturing, smart cities, and remote monitoring, the ALPON X4 combines reliability, security, and scalability, making it the perfect choice for critical edge computing needs. Product Specifications ProcessorQuad-core Cortex-A72 @ 1. 5GHz - Compute Module 4RAM8GB LPDDR4 (Optional: 2GB, 4GB)Storage32GB eMMC Flash storage (Optional: 8GB, 16GB)ConnectivityCat4 LTE, Wi-Fi 2. 4/5GHz, Bluetooth 5. 0 BLE, Gigabit EthernetPower InputUSB-PD Type-CScrew Terminal Block (9-30V DC)PoE+ IEEE 802. 3at (Optional)Operating Temp-20 °C to +60 °C (-4 °F to +140 °F)Dimensions111. 16 x 99. 9 x 33 mm (4. 37 x 3. 93 x 1. 30 in) (Without Antennas)Mounting OptionsDIN Rail Mount (Optional)Wall Mount (Optional)Network & CarrierPTCRB, Verizon*, AT&T*, T-Mobile*, GCF*CertificationsCE, FCC, IC, UKCA, RoHS, WEEE, REACH, ICASA*, RCM*,*In Progress ALPON CLOUD - All You Need for IoT Edge ALPON Cloud offers powerful tools for seamless IoT device management, real-time monitoring, and scalable deployment. Subscribe for just $6 per device/month, with the first three months free for up to five devices. Effortlessly manage fleets and optimize operations from one platform. Check pricing details here. Customization Options for Volume Orders FeaturesOptionsRAM2GB, 4GB, 8GB (default)Memory8GB, 16GB, 32 GB (default) eMMC FlashAdaptorUSB Type-C (default) , Terminal AdaptorAntennaLow-Profile External (default), IP67 Outdoor CombinationPoEYes / No (default)Accesories (Optional)DIN Rail Mount Kit, Wall Mount Kit, Port Protection Cover Kit Please contact our sales representative regarding product variants for assistance and a personalized solution. Optional Accessories DIN Rail Mount Kit: Securely attach the ALPON X4 to a DIN rail using pre-drilled mounting holes, ideal for industrial environments with organized, space-efficient setups. Wall Mount Kit: Affix the ALPON X4 to a wall effortlessly using two mounting holes. Perfect for offices, workshops, or other wall-mounted configurations. IP67 Outdoor Combo Antenna: This multi-purpose antenna (LTE, Wi-Fi, GNSS) is suitable for outdoor use or installation inside the ALPON X4 metal casing without compromising signal strength. It is rain-resistant but not fully waterproof. GPIO Expansion: Expands the ALPON X4’s input/output capabilities with additional GPIO pins, enabling custom integrations and advanced applications. GPIO Expansion with Cable: Expands the ALPON X4’s input/output capabilities with additional GPIO pins, enabling custom integrations and advanced applications. Terminal DC Power Adapter: Provides secure, stable wiring connections with screw terminals, tailored for industrial applications requiring robust electrical setups. Port Protection Cover Kit: Protects the ALPON X4's connectors and ports from dust, ensuring reliable operation in dusty or harsh environments. Ideal for maintaining long-term device performance. Please contact our sales representative regarding accesories for ALPON X4 Edge Computer. Discover the Full Potential of ALPON X4... --- - Published: 2025-01-07 - Modified: 2026-02-03 - URL: https://sixfab.com/product/alpon-din-rail-mount-kit/ - SKU: AL110 - Price: 6.00 USD - Product type: simple - Product categories: ALPON Edge Computers - Product tags: ALPON - Product AD priority: top priority - Product Brand: Sixfab For industrial applications, the DIN rail mounting option provides a robust and efficient solution. The ALPON X4 device can be directly attached to a DIN rail using the mounting holes. This method is ideal for environments where multiple devices need to be organized and accessed easily. The DIN Rail Mount provides a secure and efficient way to install your ALPON X4 in industrial environments. Designed for reliability, it ensures that your device stays securely mounted, even in challenging conditions. Key Features Effortless Installation: Mount your ALPON X4 device in seconds with the included adapter and screws. Space-Saving Design: Ideal for environments with limited space or multiple devices. Durable Construction: Built to withstand industrial settings with high durability. How to Install Attach the Adapter: Align the DIN rail adapter with the mounting holes on the back of the ALPON X4 device. Fasten the Screws: Secure the adapter to the device using the provided screws. Mount on the Rail: Slide the device onto the DIN rail and ensure it locks into place. Dimensions --- - Published: 2025-01-07 - Modified: 2026-03-20 - URL: https://sixfab.com/product/alpon-gpio-expansion/ - SKU: AL114 - Price: 5.00 USD - Product type: simple - Product categories: ALPON Edge Computers - Product tags: ALPON, GPIO - Product AD priority: top priority - Product Brand: Sixfab This innovative Ethernet RJ45 Male Plug Terminal Block combines a standard RJ45 Ethernet port with an 8-pin terminal block, offering a convenient and efficient solution for various network applications.Designed with ease of use in mind, it eliminates the need for soldering and provides a secure, reliable connection. An ideal accessory for expanding the functionality of your ALPON X4 in diverse application scenarios. Fully compatible with the ALPON X4 micro-edge computer, it provides seamless integration for GPIO access and custom extensions. Product Specifications ColorBlackInterfaceRJ45 Eight-Core InterfaceMaterialPVC Eco-Friendly ShellFunctionProlongs and stabilizes network signalDimensions52mm x 36mm (2. 05” x 1. 42”) --- - Published: 2025-01-07 - Modified: 2026-02-03 - URL: https://sixfab.com/product/alpon-wall-mount-kit/ - SKU: AL111 - Price: 6.00 USD - Product type: simple - Product categories: ALPON Edge Computers - Product tags: ALPON - Product AD priority: top priority - Product Brand: Sixfab The wall mount option allows for straightforward installation. The device can be directly affixed to the wall using the two mounting holes. This method ensures the stable and secure positioning of your ALPON X4 product in various settings, including office environments, workshops, or any location where wall mounting is preferable. The Wall Mount Kit is the perfect solution for securely positioning your ALPON X4 device on walls, whether in offices, workshops, or industrial settings. With all necessary components included, installation is quick and hassle-free. Achieve a neat and organized setup with this durable and easy-to-install wall mount. Perfect for environments where floor or desk space is limited. Specifically designed for the ALPON X4, but also compatible with similar devices using standard mounting configurations. Key Features Versatile Installation: Suitable for various environments, from offices to rugged industrial spaces. Sturdy and Reliable: Ensures your ALPON X4 remains securely mounted. Comprehensive Kit: Includes all necessary components for an easy setup. How to Install Prepare the Wall: Select the desired mounting location on the wall and mark the positions where the screws will go. Drill Holes: Use a drill to create holes in the wall according to the size of the provided wall plugs. Insert Wall Plugs: Push the plastic expansion wall plugs into the drilled holes until they are flush with the wall surface. Align the Wall Mount: Position the wall mount over the two mounting holes on the device. Secure with Screws: Using the provided screws, fasten the wall mount to the device through the mounting holes. Ensure the screws are tightened sufficiently to hold the weight of the device securely. Mount to the Wall: Finally, align the wall mount with the installed wall plugs and drive the screws through the wall mount's fixing points into the wall plugs. Dimensions --- - Published: 2025-01-07 - Modified: 2026-03-20 - URL: https://sixfab.com/product/alpon-gpio-expansion-with-cable/ - SKU: AL115 - Price: 11.00 USD - Product type: simple - Product categories: ALPON Edge Computers - Product tags: ALPON, GPIO - Product AD priority: top priority - Product Brand: Sixfab This RJ45 Male to 8-Pin Screw Terminal Block Cable is a versatile adapter designed for Cat7, Cat6, and Cat5 Ethernet cables. With its compact, durable, and user-friendly design, it ensures secure connections and stable data transmission for a wide range of applications, including CCTV systems and digital networks. A perfect accessory to enhance the functionality of your ALPON X4 in industrial and professional environments. Fully compatible with the ALPON X4 micro-edge computer, it ensures seamless integration for GPIO access and custom extensions.   Product Specifications Connector 1RJ45 MaleConnector 2Screw 8-Pin Terminal BlockConnector PlatingNickel Plated / Gold PlatedPin PlatingGold FlashWire CompatibilityUL 28–24 AWGConductor MaterialBC (Bare Copper), TC (Tinned Copper)Jacket MaterialPVCPin LayoutStandard (EIA/TIA 568B Wiring Standard)CertificationRoHS, REACHDimensions16x16x5 cm (Package Size)Weight0. 3 kg (Single Gross Weight) --- > Sixfab Pico LTE is an IoT development board designed by Sixfab, Inc. It combines the power of Raspberry Pico W and the Quectel BG95-M3 modem, providing a comprehensive platform for IoT evaluation and development purposes. With its integrated components and feature-rich design, Sixfab Pico LTE enables users to explore and experiment with Pico W and LTE technologies. - Published: 2024-12-01 - Modified: 2026-03-22 - URL: https://sixfab.com/product/sixfab-pico2-lte/ - SKU: S155 - Price: 49.00 USD - Product type: simple - Product visibility: rated-5 - Product categories: Raspberry Pi Cellular HATs - Product AD priority: top priority - Product Brand: Sixfab - Product MPN: S145 Hardware· Designed for Raspberry Pi Pico 2 W· Global LTE-M connectivity modem· Development ready interfacesMiddleware – Sixfab Pico LTE SDK· Enhanced official Raspberry Pi Pico 2 W SDK with cellular connectivity· Pre-integrated IoT platforms (AWS, Azure, ThingSpeak… )Embedded IoT SIM· Global coverage· First year offer – 1GB data and SIM activation included. Check-out our flexible pricing after first year. Sixfab Pico LTE 2 Features Key Features & Benefits New version of Sixfab Pico LTE, updated with Pico 2 W Soldered Raspberry Pi Pico 2 W onto the PCB for seamless integration Supports CAT-M1 cellular IoT global connectivity with Quectel BG95-M3 module Additional micro USB connector for easy firmware and modem debugging during development Onboard LTE antenna for optimal performance. Also includes a uFL connector for passive GPS/GNSS antenna (GPS/GNSS antenna not included. Need to purchase separately. You can find compatible antenna here) Includes a Neopixel LED, user button, user LED, LTE Status LED, Qwiic connector, and Pico W reset button to enhance user interaction for prototyping and testing Embedded SIM with MFF2 form factor allows fast connectivity to global cellular networks via Sixfab Connectivity Services Pre-integrated with IoT platforms and services such as AWS IoT, Azure IoT, Telegram API, ThingSpeak, Slack API, Scriptr. io and more. What's the differences from older version Sixfab Pico LTE? Enhanced Processing Power: Flexibility with the RP2350 chip, offering a choice between 2 Arm Cortex-M33 cores or 2 Hazard3 RISC-V cores. High Speed: Each core operates at up to 150 MHz. Improved Security: Features Arm TrustZone for advanced security. Bluetooh 5. 2: Better compatibility for newest IoT ecosystems. Memory: Increased memory. SHA-256 Accelerator: Enhances secure communication with fast cryptographic hashing. TRNG: Generates unpredictable encryption keys for strong data security. Secure Boot: Ensures only authenticated firmware runs, preventing tampering and unauthorized access. Product Specifications Best ForKickstarting Raspberry Pi Pico 2 Wbased remote applicationsRegionsGlobalMax. Data SpeedsCAT-M1: 588 kbps (DL) / 1119 kbps (UL)Power and DataPico 2 W micro USB connectorOperating Temp. -20°C to 70°CBoard Dimensions60 mm x 75 mmOnboard InterfacesNeoPixel LED, user LED, user button, LTE status LED, Qwiic Connector (x2), SPI (Camera Support)ComplianceRoHS --- - Published: 2024-01-10 - Modified: 2026-02-19 - URL: https://sixfab.com/product/quectel-5g-module-rm502q-ae/ - SKU: S142 - Price: 285.00 USD - Product type: simple - Product visibility: outofstock - Product categories: Cellular Modems - Product tags: Cellular Modem - Product AD priority: priority 1 - Product Brand: Quectel An industrial grade 5G module for IoT/eMBB applications, supporting both 5G NSA and SA modes. Compatible with Quectel's M.2 LTE-A module and provides global coverage across major carriers. Supports Qualcomm® IZat™ location technology Gen9C Lite and includes an integrated GNSS receiver for faster and more precise positioning. The Quectel RM502Q-AE has been superseded by the Quectel RM520N-GL Important Notice: End of Life AnnouncementDue to Qualcomm discontinuing the chipset used in the Quectel RM502Q-AE modem, this product is no longer in production and has reached its End of Life status. The Quectel RM502Q-AE has been superseded by the Quectel RM520N-GL. The new model features the upgraded Snapdragon X62 chipset, 3GPP Release 16, and broader global band support. Key Features & Benefits M. 2 form factor optimized for IoT and eMBB applications. Worldwide 5G and LTE-A coverage (Except for China). Both NSA and SA modes are supported. Multi-gigabit data rates, up to 5. 0Gbps. GNSS Receiver: Multi-constellation GNSS receiver available for applications requiring fast and accurate fixes in any environment. Additional Features: Feature refinements: DFOTA. DL 4 × 4 MIMO for 5G NR and LTE-A bands. USB 3. 1/PCIe 3. 0 High-Speed Interface. Quectel Enhanced AT Commands. Important Notes:There is no built-in SIM card slot. It must be connected externally. Antennas must be purchased separately. MHF4 socket antennas or cables should be used. It does not support millimeter-wave, only Sub-6 is supported. It is recommended to use a heatsink attached to the modem for cooling. While the module has Verizon and AT&T certifications, additional certification may be required when integrating it with these operators. Product Specifications Best For5G IoT/eMBB applicationsRegionsGlobal (Except for China)Max. Data Speeds5G SA Sub-6: DL 4. 2 Gbps; UL 450 Mbps5G NSA Sub-6: DL 5. 0 Gbps; UL 600/650 MbpsLTE: DL 2. 0 Gbps; UL 200 MbpsWCDMA: DL 42 Mbps; UL 5. 76 MbpsPositioningGPS, GNSSElectrical3. 135–4. 4 V, typical 3. 7 VOperating Temperature-30 °C to +70 °C , -40 °C to +85 °C (Extended)Dimensions30. 0 × 52. 0 × 2. 3 mmApprovalsFCC, CE, IC, PTCRB,GCF, JATE/TELEC, RCMComplianceRoHS/WHQLCarrier CertificationsAmerica: Verizon/AT&T/T-MobileAustralia: Telstra --- - Published: 2023-09-27 - Modified: 2026-03-28 - URL: https://sixfab.com/product/sixfab-5g-modem-kit-for-raspberry-pi-5/ - SKU: B92 - Price: 350.00 USD - Product type: simple - Product visibility: outofstock - Product categories: Raspberry Pi Cellular HATs - Product AD priority: top priority - Product Brand: Sixfab Hardware· Sixfab 5G HAT Designed for Raspberry Pi 5 (Raspberry Pi 5 is not included)· Integrated Quectel RM502Q-AE 5G Sub-6Ghz· Patent-pending Sixfab designed internal antenna for Sub-6 frequency bands· Sixfab USB 3.0 bridge connector Middleware· Recent drivers support Windows 10 and Linux (refer to modem datasheets) Important Notice: End of Life AnnouncementDue to Qualcomm discontinuing the chipset used in the Quectel RM502Q-AE modem, this product is no longer in production and has reached its End of Life status For your upcoming projects requiring 5G connectivity, we highly recommend purchasing our upgraded alternative: the Sixfab 5G Development Kit for Raspberry Pi. Key Features & Benefits Worldwide 5G coverage (SIM is not included) NSA and SA modes supported, Sub-6 GHz only Enhanced internal antenna performance for 5G frequencies All inclusive high speed 5G/LTE indoor CPE/gateway 3x LEDs, help as indicators High Speed USB 3. 0 interface between modem and Raspberry Рі 5 Supports TCP/UDP/FTP/HTTP/HTTPS/PING/SMS networks protocols Low latency with 5G cellular connectivity 5G communication support Important Note for US Customers: Sixfab 5G Modem Kit for Raspberry Pi 5 works with only T-Mobile right out-of-box without requiring device registration in the US. Due to complex registration requirements, only advanced users may proceed with Verizon and AT&T networks registration. Product Specifications Best For5G network test and applicationRegionsGlobal (except China)Max. Data Speeds5G SA Sub-6: Max. 4. 2 Gbps (DL)/Max. 450 Mbps (UL)5G NSA Sub-6: Max. 5 Gbps (DL)/Max. 650 Mbps (UL)Depending on location, signal coverage, network operator limits and Raspberry Pi's bandwidths, these data rates varyElectrical5V DC, 3AOperating Temp. -10°C to 50°CDimensions88. 1 x 57. 7 x 21. 7 mmApprovalsFCC, IC, CE, UKCA are in progressComplianceRoHS --- - Published: 2023-09-08 - Modified: 2026-03-28 - URL: https://sixfab.com/product/sixfab-jumpstart-5g/ - SKU: B90 - Price: 495.00 USD - Product type: simple - Product visibility: outofstock, rated-4 - Product categories: Raspberry Pi Cellular HATs - Product AD priority: top priority - Product Brand: Sixfab Hardware Sixfab 5G modem Carrier HAT powered by Raspberry Pi 4 Model B - 8GB RAM (included) Sixfab designed internal 5G 2x2 MIMO Antenna as HAT Quectel RM502Q-AE 5G Sub-6Ghz Module Raspberry Pi 4 Model B - 8 GB RAM Custom design compact ABS enclosure Sixfab USB 3.0 bridge connector Custom heatsinks with a cooling fan Sandisk 32GB Ultra microSDHC UHS-I Memory Card Important Notice: End of Life AnnouncementDue to Qualcomm discontinuing the chipset used in the Quectel RM502Q-AE modem, this product is no longer in production and has reached its End of Life status For your upcoming projects requiring 5G connectivity, we highly recommend purchasing our upgraded alternative: the Sixfab 5G Development Kit for Raspberry Pi. Key Features & Benefits PTCRB certified tech tester for 5G viability Worldwide 5G coverage Currently supports only T-Mobile NSA and SA modes supported, Sub-6 GHz only Enhanced internal antenna performance for 5G frequencies All inclusive high speed 5G media streaming/LTE indoor CPE/gateway High Speed USB 3. 0 interface between modem and Raspberry Рі 4 3x LEDs, help as indicators Supports TCP/UDP/FTP/HTTP/HTTPS/PING/SMS networks protocols Low latency with 5G cellular connectivity Product Specifications Best For5G network test and applicationRegionsGlobal (except China)Max. Data Speeds400 Mbps (DL) / 400 Mbps (UL)Electrical2x 5V DC, 3AOperating Temp. -10°C to 50°CDimensions104. 36 x 63. 4 x 51. 5 mmApprovalsFCC, IC, CE, UKCA, PTCRB, GCF, Safety, CB**Currently in progressComplianceRoHS --- - Published: 2023-08-29 - Modified: 2026-03-13 - URL: https://sixfab.com/product/passive-gnss-gps-antenna-u-fl-plug-100mm/ - SKU: S146 - Price: 9.90 USD - Product type: simple - Product categories: Antennas - Product AD priority: priority 2 - Product Brand: Antenova This passive GNSS/GPS antenna has self-adhesive, 100mm cable withu.FL connector. Key Features & Benefits REFLECTOR Technology Antenna for GNSS applications (GPS, GLONASS, Beidou and Galileo) 1. 13mm diameter RF cable with IPEX MHF connector Self-Adhesive mounted (FR4 - 3M 468MP) Minimalist Design Product Specifications Frequency1559 – 1609 MHzPolarizationLinearImpedance50 ΩWeight< 0. 5 gMax. Op. Temp. -40°C to +85°CDimensions23 x 16 x 1. 6mm, 100mm Cable LenghtConnectionu. FL(IPEX)ComplianceRoHS --- > Sixfab Pico LTE is an IoT development board designed by Sixfab, Inc. It combines the power of Raspberry Pico W and the Quectel BG95-M3 modem, providing a comprehensive platform for IoT evaluation and development purposes. With its integrated components and feature-rich design, Sixfab Pico LTE enables users to explore and experiment with Pico W and LTE technologies. - Published: 2023-08-04 - Modified: 2026-03-13 - URL: https://sixfab.com/product/sixfab-pico-lte/ - SKU: S145 - Price: 49.00 USD - Product type: simple - Product visibility: rated-5 - Product categories: Raspberry Pi Cellular HATs - Product AD priority: top priority - Product Brand: Sixfab - Product MPN: S145 Hardware· Designed for Raspberry Pi Pico W· Global LTE-M connectivity modem· Development ready interfacesMiddleware – Sixfab Pico LTE SDK· Enhanced official Raspberry Pi Pico W SDK with cellular connectivity· Pre-integrated IoT platforms (AWS, Azure, ThingSpeak… )Embedded IoT SIM· Global coverage· First year offer – 1GB data and SIM activation included. Check-out our flexible pricing after first year. Sixfab Pico W Features Key Features & Benefits Soldered Raspberry Pi Pico W onto the PCB for seamless integration Supports CAT-M1 cellular IoT global connectivity with Quectel BG95-M3 module Additional micro USB connector for easy firmware and modem debugging during development Onboard LTE antenna for optimal performance. Also includes a uFL connector for passive GPS/GNSS antenna (GPS/GNSS antenna not included. Need to purchase separately. You can find compatible antenna here) Includes a Neopixel LED, user button, user LED, LTE Status LED, Qwiic connector, and Pico W reset button to enhance user interaction for prototyping and testing Embedded SIM with MFF2 form factor allows fast connectivity to global cellular networks via Sixfab Connectivity Services Pre-integrated with IoT platforms and services such as AWS IoT, Azure IoT, Telegram API, ThingSpeak, Slack API, Scriptr. io and more. Product Specifications Best ForKickstarting Raspberry Pi Picobased remote applicationsRegionsGlobalMax. Data SpeedsCAT-M1: 588 kbps (DL) / 1119 kbps (UL)Power and DataPico W micro USB connectorOperating Temp. -20°C to 70°CBoard Dimensions60 mm x 75 mmOnboard InterfacesNeoPixel LED, user LED, user button, LTE status LED, Qwiic Connector (x2), SPI (Camera Support)ComplianceRoHS --- - Published: 2022-08-04 - Modified: 2025-08-04 - URL: https://sixfab.com/product/5-1v-3a-power-supply-for-raspberry-pi-4/ - SKU: S141 - Price: 9.90 USD - Product type: simple - Product visibility: outofstock - Product categories: Accessories - Product AD priority: priority 2 - Product Brand: Sixfab This USB-C power supply is specially designed and tested for the Raspberry Pi 4. You can use it in different regions with interchangeable US, UK, EU, and AU plugs. This universal power supply can be used with our modem kits and base HATs. Product Specifications Best Forto power Raspberry Pi RegionsUS, UK, EU, and AU plugs are incluededElectricalInput: 100-240V AC 50/60 Hz 0. 4A MaxOutput: 5. 1 VDC 3. 0A 15. 3W with USB-CWeight105 grDimensions58 x 39. 5 x 36 mm(without plug), 118cm Cable LenghtComplianceRoHS, CE, FCC, UL. CB --- - Published: 2022-02-07 - Modified: 2026-03-28 - URL: https://sixfab.com/product/raspberry-pi-5g-development-kit-5g-hat/ - Price: 195.00 USD - Product type: variable - Product categories: Raspberry Pi Cellular HATs - Product AD priority: top priority - Product Brand: Sixfab Hardware Designed for Raspberry Pi Compatible with Quectel RM520N-GL M.2 Module Enclosure, antenna and modem(optional) are included Development friendly hardware, modification-ready HAT can be used via USB cables as standalone dongle Middleware Compatible via USB cable with NVIDIA Jetson Nano Developer Kit, Beaglebone, Asus Thinkerboard, NXP i.MX 8 architectures and also PCs Recent drivers support Windows 10 and Linux (refer to modem datasheets) Key Features & Benefits Fully compatible with Raspberry Pi 4, easy-to-use, simple setup 5G/4G communication support, optimized for IoT and eMBB applications depending on the M. 2 module Provides heat dissipation with indoor project enclosure and cooling fan and heat sink and comes with it. Support Windows/Linux/Android operating systems Enhanced AT commands support Micro SIM Card socket can easily be reachable on the upside of the HAT Airplane mode and resetting functions can be accessed over GPIO pins For low-power consumption use cases, the power of the whole board electronics can be disabled Product Specifications Best For5G network test and trials with Raspberry PiRegionsGlobal (except China)Max. Data Speeds2. 1 Gbps (DL) / 450 Mbps (UL)Depending on location, coverage, operator limits and Raspberry Pi limits, these data rates varyPositioningGPS, GNSSElectrical5V DC, 3. 0 AOperating Temp. -25°C to 70°COnboard Interfaces4x LEDS as indicatorsComplianceRoHS --- - Published: 2021-10-29 - Modified: 2026-03-14 - URL: https://sixfab.com/product/4g-lte-cellular-modem-for-nvidia-jetson-nano-developer-kit/ - SKU: B101 - Price: 129.00 USD - Product type: simple - Product categories: Nvidia Jetson Cellular Kits - Product AD priority: top priority - Product Brand: Sixfab Hardware ·Designed for NVIDIA® Jetson Nano™ Developer Kit·Compact design with special USB connector·All-in-one connectivity kit·Development friendly hardware, modification-ready ·HAT can be used via USB cables as standalone dongle   IoT SIM ·Global or regional coverage options·Get a quick start on your IoT project by saving costs with the $25 data credit coupon code included in the kit. The power of modern AI  NVIDIA® Jetson Nano™ Developer Kit is an affordable & powerful computer for running multiple neural networks in parallel. The popular use cases include computer vision, AI, machine learning, image processing, object detection and speech recognition. Jetson Nano LTE Modem Kit is an add-on for the NVIDIA Jetson Nano Developer Kit. This kit is designed to adapt your AI projects onto a networked IoT device. It's enabling you to create machine learning models that can be connected to the internet in real-time. The USB Bridge for Jetson Orin Nano is now available in our store — recommended for users planning to use the Jetson Nano Cellular Modem Kit with the Jetson Orin Nano Developer Kit. High-Speed CAT 4 mini PCIe Module Specifications LTE CAT4 LTE-FDD: 1, 2, 3, 4, 5, 7, 8, 12, 13, 18, 19, 20, 26, 28, 66 LTE-TDD: 38, 40, 41 WCDMA: 1, 2, 3, 4, 5, 6, 8, 19 GSM: 850, 900, 1800, 1900 MHz FDD-LTE Cat. 4 Downlink: max. 150 Mbps, Uplink: max. 50 Mbps GNSS: GPS/BeiDou/GLONASS/ Galileo Antenna: U. FL onboard connectors for GNSS, Main and RX-Diversity antennas Region: Global Regulatory: RED, GCF, CE, FCC, PTCRB, IC, UL, CCC, IFETEL, UKCA, Anatel, JATE, TELEC --- - Published: 2021-09-20 - Modified: 2025-06-23 - URL: https://sixfab.com/product/ncr-18650b-protected-button-top-battery/ - SKU: S138 - Price: 11.90 USD - Product type: simple - Product visibility: outofstock - Product categories: Accessories - Product AD priority: priority 2 - Product Brand: Panasonic Panasonic NCR18650B 3400mAh Protected Button Top Battery is the suitable battery for Raspberry Pi Power Management & UPS HAT v2. Product Specifications ModelNCR18650BSize18650StyleButton TopChemistryNCRNominal Capacity3400mAhContinuous Discharge Rating4. 9ANominal Voltage3. 6 VProtectedYes, PCBRechargeableYesApproximate Dimensions18. 90mm x 69. 41mmApproximate Weight48. 1g Panasonic NCR18650B 3400mAh Protected Button Top Battery is the suitable battery for Raspberry Pi Power Management & UPS HAT v2. This product is only available for US customers. --- - Published: 2021-07-31 - Modified: 2026-01-16 - URL: https://sixfab.com/product/raspberry-pi-indoor-project-enclosure/ - SKU: S133 - Price: 49.00 USD - Product type: simple - Product visibility: outofstock - Product categories: Enclosures - Product AD priority: priority 1 - Product Brand: Sixfab Every single IoT project includes different types of inputs and outputs, physically. This enclosure brings flexibility to add/remove cable interfaces to your Raspberry Pi-based IoT projects in seconds with customizable side panel openings. Includes heatsinks, cooling fan, and necessary accessories. Key Features & Benefits Accelerated Product Development: Fast-track product creation with durable, customizable plastic enclosures. Versatile Use: Suitable for housing electronics, protecting prototypes, or achieving a production-ready look without metal enclosures in Raspberry Pi projects. Spacious and Cable-Friendly: Offers ample space for Raspberry Pi, batteries, sensors, and easy cable management with customizable slots. RF Compatibility: Supports internal antennas or external antennas with ready-to-use connectors. Cost-Effective Prototyping: Enables cost-efficient experimentation and rapid testing of different products for designers. Important Note:This enclosure is not assembled. Raspberry Pi and antennas are not included. Product Specifications Best ForIndoor Raspberry Pi projects requiring multiple hardware assemblyMaterialABSFeaturePolycarbonate clear coverWall mountInner base plateIP RatingN/AApplicationIndoorWidth212 mmLength123 mmHeight60 mm --- - Published: 2021-06-08 - Modified: 2026-02-03 - URL: https://sixfab.com/product/telit-le910c4-mini-pcie-cat4-lte-module/ - Price: 65.00 USD - Product type: variable - Product categories: Cellular Modems - Product AD priority: priority 1 - Product Brand: Telit Telit LE910C4 Mini PCIe is an LTE category 4 module adopting the standard PCI Express MiniCard form factor (Mini PCIe). It is optimized for LTE low category networks and is available in single-mode and 3G fallback. Raspberry Pi cellular connectivity can be established after installing this Mini PCIe module to 3G-4G/LTE Base HAT, LTE and GPS/GNSS antennas. For this module only USB communication is available on Base HAT. Key Features & Benefits LTE FDD Cat. 4, 3GPP release 10 compliant Rx Diversity and MIMO DL 2x2 Single Rx option SMS over IMS Built-in UDP/TCP/FTP/SMTP stack IPv4/IPv6 stack Control via AT commands according to 3GPP TS 27. 005, 27. 007 and Telit Custom AT commands OMA-DM Telit Software Management Simultaneous support of GPS, Glonass, Bei-dou, Galileo, QZSS Best-in class 3GPP rel10 platform Easy to integrate with peripherals and actuators using USB 2. 0 HS and user-definable GPIOs Battery-friendly 1. 8V GPIO Internet friendly with integrated TCP/IP and UDP/IP stacks Simple drop-in migration and technology design reuse path to 2G and 3G with any xE910 module Over-the-Air firmware update Product Specifications Best ForIdeal platform for IoT applications and mobile data and computing devices with ultra-compact design and extended operating temperature rangeRegionsGlobal or RegionalMax. Data SpeedsLTE Cat. 4 : 150 Mbps (DL) / 50 Mbps (UL)DC-HSPA+ : 42 Mbps (with 3G fallback)PositioningGPS, GNSSElectricalNominal: 3. 3 VDCRange: 3. 3 - 4. 2 VDCOperating Temp. -40°C to +85°CDimensions51 x 30 x 3. 2 mmApprovalsFCC /IC, PTCRB , GCF (North America)RCM (Australia)JRL/JTBL(Japan)RED/GCF (Europe)CCC (China)ComplianceRoHS, REACH Key Applications Smart Metering High-speed GPS Tracking Environmental Monitoring Smart City & Agriculture Applications Smart Parking Security & Asset tracking Alarm System Automotive & Transportation VariantsLE910C4-NFLE910C4-EULE910C4-APFrequencies4G Bands(MHz): B12, B14, B4, B2, B5, B13, B66, B713G Bands(MHz): B2, B4, B54G Bands(MHz): B1, B3, B7, B8, B20, B28A3G Bands(MHz): B1, B3, B82G Bands(MHz): B3, B84G Bands(MHz): B1, B3, B5, B8 B9, B18(B26), B19, B283G Bands(MHz): B1, B5, B6 B19, B8 --- > The kit includes items for an instant LTE-M connectivity. LTE-M signals travel 2x far from the tower and are 4x better in buildings than mid-band LTE. - Published: 2021-06-04 - Modified: 2026-02-20 - URL: https://sixfab.com/product/raspberry-pi-cellular-iot-kit-lte-m/ - Price: 80.00 USD - Brands: Telit - Product type: bundle - Product visibility: outofstock - Product categories: Raspberry Pi Cellular HATs - Product AD priority: top priority - Product Brand: Sixfab Build Industrial IoT. Your Way LTE-M signals coverage is twice as far from the cell tower and is four times better indoors than mid-band LTE, offering extended coverage and capacity. But it is suitable for low-bandwidth applications like telemetry or sensor monitoring. This kit combines the globally certified Telit ME910C1-WW module with the robust Sixfab Base HAT to give your Raspberry Pi professional-grade cellular connectivity. Designed for engineers and integrators who require a clean slate, this kit provides the raw hardware infrastructure—LTE-M, NB-IoT, and GNSS—without the bloat of pre-packaged software. Whether you are coding in Python or C++, this is the reliable hardware stack your code deserves.If you require streaming high-volume data, we recommend using the Cellular Modem Kit instead Product Description The "Bare Metal" Advantage Stop fighting against "easy" software wrappers that hide the details you need to control. We believe the best application for your project is the one you write. This kit is a hardware-first solution. It exposes the raw power of the Telit module directly to your Raspberry Pi via USB. There are no vendor-locked dashboards, no mandatory cloud subscriptions, and no black-box scripts. You get: Direct AT Command Access: Full control over network registration and data context. Protocol Freedom: Implement MQTT, COAP, HTTP/S, or TCP/UDP exactly how your architecture requires. OS Independence: Compatible with Raspberry Pi OS, Ubuntu, or any Linux distro. Fully compatible with Raspberry Pi models: 40-pin GPIO (such as 5, 4, 3, 2, B+, A+, Zero). Industrial Grade Hardware This isn't a hobbyist toy; it's a prototyping engine for mass production. Telit ME910C1-WW: The gold standard for Low Power Wide Area (LPWA) networking. It features global frequency bands, making your device ready for deployment anywhere from North America to Australia. Sixfab Base HAT: A battle-tested bridge that manages power delivery efficiently, preventing the dreaded "brownouts" common with cheaper USB dongles. Ideal For OEM Integrators: Retrofitting legacy machines with LPWAN connectivity. Embedded Engineers: Developing low-power remote monitoring systems. Fleet Management: Utilizing the built-in GNSS (GPS/GLONASS) for precise asset tracking. Technical Specifications Best ForLow-bandwidth applications like telemetry or sensor monitoringCellular ModuleTelit ME910C1-WW (Mini PCIe)Network TechnologyLTE-M (Cat M1) & NB-IoT (NB1)Global BandsB1, B2, B3, B4, B5, B8, B12, B13, B18, B19, B20, B26, B28Max. Data SpeedsLTE Cat M1:300 kbps (DL)/375 kbps (UL)*NB-IoT: 32 Kbps (DL)EGPRS:296 kbps (DL)/236 kbps (UL)PositioningIntegrated GNSS (GPS, GLONASS, Beidou, Galileo)Electrical5V DC, 3. 0 AOperating Temp. -25°C to +70°CDimensions57 x 65 x 07 mm - no header57 x 65 x 14 mm - short header57 x 65 x 20 mm - long header * The SIM card provided in the KIT doesn't support NB-IoT --- - Published: 2020-12-30 - Modified: 2026-04-01 - URL: https://sixfab.com/product/raspberry-pi-ip65-outdoor-iot-project-enclosure/ - SKU: S132 - Price: 69.00 USD - Product type: simple - Product visibility: rated-5 - Product categories: Enclosures - Product AD priority: priority 1 - Product Brand: Sixfab Every single IoT project includes different types of inputs and outputs, physically. This enclosure brings flexibility to add/remove cable interfaces to your project in seconds. IP65 rated lid and grommets enable your project's environmental robustness. Protects against dust, rain, and snow. It has a tough clear polycarbonate lid, built-in gasket seal, mounting earing, and four different grommets for different types of cables. Key Features & Benefits Simplified Ingress Protection: Provides a reliable solution for ingress protection, crucial for various IoT project needs, eliminating the need for complex machining. Versatile Compatibility: Compatible with Raspberry Pi, Beaglebone, Tinker Board, and stackable HATs, ensuring adaptability to a wide range of projects. Weatherproof Design: Water/weatherproof with a robust plastic structure, protecting electronics from outdoor elements like moisture, rain, snow, wind, and dust. Easy Mounting Options: Mount it on walls, poles, or any desired location, with all necessary mounting components included in the package. Spacious and Cable-Friendly: Offers ample space for batteries, sensors, Raspberry Pi Camera, and various electronics, with sealed grommets for accommodating cables of different diameters. RF-Friendly Material: Made from RF-friendly plastic (ABS), allowing for antenna placement within the enclosure or external antenna use through grommets. Includes dual SMA jacks for wireless projects Important Note: This enclosure is not assembled. Raspberry Pi and antennas are not included. Product Specifications Best ForOutdoor Raspberry Pi projects requiring environmental protectionMaterialABSFeaturePolycarbonate clear cover with gasket sealCustomizable IP-65 cable grommetsWall mountInner base plateIP RatingIP-65ApplicationOutdoorHeavy DutyWidth212 mmLength123 mmHeight60 mm --- - Published: 2020-12-21 - Modified: 2026-04-02 - URL: https://sixfab.com/product/telit-me910c1-ww-mini-pcie-lte-m-module/ - SKU: S135 - Price: 25.50 USD - Product type: simple - Product categories: Cellular Modems - Product AD priority: priority 1 - Product Brand: Telit The ME910C1 series mini PCIe (mPCIe) modules are optimized for LTE-M and NB-IoT networks and are available with 2G fallback options. This product only includes the Telit ME910C1 Mini PCle LTE Module. Building a Raspberry Pi Cellular Kit? This module is the core engine. Pair it with our Base HAT and LTE antenna for a complete setup. Key Features & Benefits Worldwide Coverage LTE UE Category M1/NB1 3GPP release 13 compliant 2G fallback support Single Rx, single LTE antenna 3GPP Rel. 12 Power Saving Mode (PSM) 3GPP Rel. 13 Extended Discontinuous Reception (eDRX) 3GPP Rel. 13 Extended coverage SMS Internet friendly with integrated TCP/IP and UDP/IP stacks, IPv4/IPv6 OMA Lightweight M2M (LWM2M) Standard mini PCIe data card form factor Best-in-class 3GPP Rel. 13 platform Easy to integrate with peripherals and actuators using USB 2. 0 HS, UART and user-definable GPIOs Battery-friendly 1. 8 V GPIO Firmware Over-the-Air (FOTA) update Simple drop-in migration and technology design reuse path to 2G and 3G with any xE910 module Benefit from Rel. 13 features for LTE-M and NB-IoT, such as Power Saving Mode (PSM), extended Discontinuous Reception (eDRX), enhanced coverage Product Specifications Best ForIoT applications and mobile data and computing devices with ultra-compact design and extended operating temperature range requirementsRegionsGlobal or RegionalMax. Data SpeedsLTE Cat M1 : 300 kbps (DL) / 375 kbps (UL) LTE Cat NB1: 21 kbps (DL) / 62. 5 kbps (UL) EGPRS : 296 kbps (DL) / 236 kbps (UL) *DL= Downlink , UL=UplinkPositioningGPS, GNSSElectricalNominal: 3. 3 VDC Range: 3. 0 - 3. 6 VDCOperating Temp. -40°C to +85°CDimensions51 x 30 x 3. 2 mmApprovalsPTCRB, GCF, RED, FCC/IC, RCM,Jate, Telec, CCC, AT&T, Verizon, NTT DoCoMo, Deutsche Telekom, Anatel, Telstra, Ifetel, Rogers, Telus, US CellularComplianceRoHS, REACH Key Applications Smart Metering High-speed GPS Tracking Environmental Monitoring Smart City & Agriculture Applications Smart Parking Security & Asset tracking Alarm System Infrequent Data Transfer Variant(s)ME910C1-WWFrequencies4G Bands(MHz): B1 (2100), B2 (1900), B3 (1800), B4 (AWS 1700), B5 (850), B8 (900), B12 (700), B13 (700), B18 (800), B19 (800), B20 (800), B26 (850), B28 (700) 2G Bands(MHz): B2 (1900) B3 (1800) B5 (850) B8 (900) --- - Published: 2020-10-23 - Modified: 2026-03-30 - URL: https://sixfab.com/product/lte-5g-sma-high-performance-blade-antenna/ - SKU: S134 - Price: 14.90 USD - Product type: simple - Product categories: Antennas - Product tags: LTE Antennas - Product AD priority: priority 2 - Product Brand: Sixfab Constructed with an ergonomic blade design to blend well to the outside of a device. Hinged swivel-mounted design to work with various orientations or in free space for ease of integration. Performs great for LTE-M and 5G applications. Rotatable connector mount for the user to find the best orientation for the use case. SMA connector and most of the LTE socket modems have u.FL connector type. If the connector on the user’s device u.FL, SMA to u.FL adapter cables should be used. Key Features & Benefits Terminal antenna for 5G/4G/3G/2G applications. LTE, HSPA+, WCDMA, CDMA, GSM, GPRS, DCS1800, PCS1900 LTE bands: 1-21; 23-30; 33-41, 71 High-performance dipole design Cellular IoT: LTE-M (Cat-M1) and NB-IoT AT&T: bands 12, 17 T-Mobile: band 71 Verizon: band 13 Europe: bands 8, 20 Latin America: bands 5, 28 Asia Pacific: bands 5, 8, 20, 28 Product Specifications FrequencySee below for detailsPolarizationLinearImpedance50 ΩWeight< 21gMax. Op. Temp. -20°C to +70°CDimensions13. 5 x 22. 5 x 143. 7mmConnectionSMA Plug (Standard)ComplianceRoHS Frequency617-960 MHz1420-1660 MHz1710-2170 MHz2300-2400 MHz2500-2690 MHz3200-3800 MHzPeak Gain(dBi)0. 412. 422. 513. 875. 003. 89Average Gain(dBi)-3. 55-1. 88-2. 17-1. 43-0. 93-1. 42Average Efficiency(%)>45>65>60>70>80>75Maximum Return Loss(dB) --- > This product includes default components for easy connection to 4G networks. With the Raspberry Pi 4G/LTE Modem Kit, your Raspberry Pi based projects will access data networks all around the world. - Published: 2020-02-07 - Modified: 2026-03-26 - URL: https://sixfab.com/product/raspberry-pi-4g-lte-modem-kit/ - SKU: B40 - Price: 125.00 USD - Product type: variable - Product visibility: rated-5 - Product categories: Raspberry Pi Cellular HATs - Product AD priority: top priority - Product Brand: Sixfab Hardware Designed for Raspberry Pi 4 & 5 Pre-certified carrier board - Sixfab Base HAT 4G LTE modem IoT SIM Global or regional coverage options Get a quick start on your IoT project by saving costs with the $25 data credit coupon code included in the kit.   Notice: Due to warehouse system adjustments, all EG25G kit orders will be shipped after April 17. Sixfab Cellular IoT Edge Platform Key Features & Benefits Tailored for Raspberry Pi: Designed exclusively for Raspberry Pi, the kit offers seamless 4G LTE network integration. Certified Connectivity: Utilize the pre-certified Sixfab Base HAT for reliable carrier board support. Sixfab IoT SIM: Choose global or regional data plans to suit your project's needs (pricing details). Cost-Efficient Start: The kit includes a $25 data credit coupon code; no commitment is required. All-in-One Kit: With antennas, cables, headers, and spacers, it's ready to connect right out of the box! Product Specifications Best ForEdge computing projects requiring high speedsRegionsGlobal or RegionalMax. Data Speeds150 Mbps (DL) / 50 Mbps (UL)PositioningGPS, GNSSElectrical5V DC, 3. 0 AOperating Temp. -25°C to 70°CApprovalsUS: FCC Part 15 Class BCA: ICES-003 Class BEU: CEComplianceRoHS Sixfab CORE Service Discontinuation Sixfab CORE Service Discontinuation Notice: Sixfab CORE will be discontinued on December 31, 2025. After this date, users of the Raspberry Pi 4G/LTE Cellular Modem Kit will need to follow the ECM (Ethernet Control Model) tutorial on our website for setting up cellular connectivity without Sixfab CORE. --- > It is designed to solve the problem the majority of IoT projects faced, the reliable power supply. Make your device always powered, this UPS(uninterruptible) HAT will manage sources between batteries and adapters intelligently. Without letting your Pi hang up or reset switches seamlessly. - Published: 2019-11-14 - Modified: 2025-08-04 - URL: https://sixfab.com/product/raspberry-pi-power-management-ups-hat/ - SKU: S127 - Price: 69.00 USD - Product type: simple - Product visibility: outofstock, rated-5 - Product categories: Obsolete - Product AD priority: priority 1 - Product Brand: Sixfab This product is designed to solve the problem of power supply, a persistent challenge for the majority of IoT projects. The uninterruptible HAT will manage sources between batteries and adapters intelligently, ensuring that your device always stays powered without letting your Pi hang up or reset switches seamlessly. RTC featured integrated MCU allows you to schedule and to have full control over the power on/off tasks remotely, timely, and securely. Extensive input range and options - solar included - will provide flexibility to choose the best power options to fit your device needs.This product is retired because of supply problems with power components. The Raspberry Pi needs to be always powered up on edge which is why the HAT will take care of your device, keeping it powered. You will have full control over its power! The true uninterruptible power supply for Raspberry Pi automatically switches between different power sources without causing a reset or failure on your board. At power-sensitive applications, the device can be entered deep sleep modes and save battery. Dynamic power management means will share the load between the main source and the battery while protecting the circuit. Do not use it for production purposes, development purposes only! FAQ Complete Documentation Ask a Question Features True Uninterruptible Power Supply(UPS) battery rechargeable solution without Failing the Raspberry Pi. 5V to 21V Input Operating Voltage Range and Open Circuit Voltage (Voc) up to 24V Supports Solar Panels. Protected 18650 Li-on Separable Battery Holder. 1-cell 3. 7V External Battery Input. Compatible with Raspberry Pi USB-C Power Supply. Onboard Microcontroller manages scheduled power tasks, calendar events with Real-time Clock (RTC), hard shutdown or wake-up controls. Parallel Charging up to 3 Amps while powering the system. Input, System and Battery current monitor. Watchdog Timer keeps the system alive when the Raspberry Pi freezes up. Control over current limits of batteries and sources with 50mA resolution. Battery protection circuit enhanced with integrated temperature sensors. Thermal Shutdown and Input, System, Battery Overvoltage Protection. Dynamic power management boost the system output from the battery if the needed power is more than the input supply provides. Only I2C pins of Raspberry Pi is used by HAT. Onboard STEMMA QT/Qwiic/JST SH connector. Battery level indicator LEDs with charging/discharging status. Slot for Raspberry Pi Camera Cable. Optional Pogo Spring Pins for hardware shutdown or wake up(only for RPi4). Python API Install and use Python API to integrate the UPS HAT in your project. Sixfab Power Management & UPS HAT v2 Release Notes The battery Holder has been changed for protected 18650 batteries. In cases of deep charge, overvoltage, overcurrent the protected battery will remain safe. A battery switch has been added. The HAT can be switched ON and OFF without removing the battery. Micro USB Power input has been removed. The pogo pin for RPi 3 has been removed. SMD Terminal has been replaced by classic Terminal Block. Logo and Fonts have been changed. Sixfab Power Management & UPS HAT v1 Access the documents of Sixfab Power Management & UPS HAT v1 from the links below. IntroductionGetting StartedTechnical DetailsFAQTroubleshootingPython API --- > You can insert 3G/4G & LTE mini PCIe modules and this Base HAT becomes a bridge between Raspberry Pi and modem. This cellular HAT provides simplified data connection for remote IoT projects, on the field, across the globe, everywhere. Start using a high-speed LTE connection with low power consumption in a slim form factor with all necessary software for Raspberry Pi. You will definitely need to get a miniPCIe module to make it works. It is a newer version of the Base Shield, find a comparison below. - Published: 2019-09-05 - Modified: 2026-04-02 - URL: https://sixfab.com/product/raspberry-pi-base-hat-3g-4g-lte-minipcie-cards/ - SKU: S121 - Price: 45.00 USD - Product type: simple - Product visibility: outofstock, rated-5 - Product categories: Raspberry Pi Cellular HATs - Product AD priority: priority 1 - Product Brand: Sixfab As soon as 3G-4G & LTE mini PCIe modules are inserted, this base HAT becomes a bridge between Raspberry Pi and the modem. This cellular HAT provides simplified data connection for remote IoT projects across the globe. Offers a high-speed LTE connection with low power consumption in a slim form factor with all necessary software for Raspberry Pi. Mini PCIe module is required with this product. Notice: Due to warehouse system adjustments, orders placed from Europe will be shipped after April 17. Key Features & Benefits Global IoT Connectivity: Seamlessly link Raspberry Pi to Mini PCIe modem modules Plug-and-Play Setup: Easily integrate with various Pi models (A+/B+/Pi 2/Pi 3/Pi 4/Pi 5/Zero) Fast LTE Data: High-speed connectivity between modem with optimized power efficiency Unlocked SIM Compatibility: Exposed micro SIM card slot for flexible data options Certified & Ready: Pre-certified with FCC, CE, ROHS for hassle-free deployment. Ideal for Development: Suitable for PoC, prototyping, and pilot production Product Specifications Best ForEdge computing projects requiring high-speed internet connectivityRegionsGlobal or Regional mini PCIe modem compatibilityMax. Data Speeds150 Mbps (DL) / 50 Mbps (UL) with CAT-4 LTE modemsPositioningGPS, GNSS with suitable modemsElectrical5V DC, 3. 0 AOperating Temp. -25°C to 70°COnboard InterfacesUS: FCC Part 15 Class BCA: ICES-003 Class BEU: CEComplianceRoHS, Safety --- - Published: 2018-11-22 - Modified: 2026-03-16 - URL: https://sixfab.com/product/lte-main-diversity-gnss-triple-port-u-fl-antenna-100mm/ - SKU: S78 - Price: 12.50 USD - Product type: simple - Product categories: Antennas - Product tags: GNSS, LTE Antennas - Product AD priority: priority 2 - Product Brand: Sixfab Main and Diversity LTE antennas combined with a GNSS antenna in a single formed antenna. Direct fit for Quectel EC25 , Telit LE910C1 and Telit LE910C4 Mini PCIe LTE Module. Key Features & Benefits 2G / 3G / 4G MiMo 2G/3G/4G LTE coverage Global LTE bands: B1-B23, B25-B29, B33-B42 ( North America, Europe and Asia included Japan) Foldable for tight spaces Peak gains are between 3. 4dBi-4. 2dBi at the LTE bands (1695 -3600 MHz) and 0. 8dBi for the GNSS (1570-1610MHz) Adhesive tape Product Specifications Frequency698-960 / 1427. 9-1510. 9 / 1559-1610 / 1695-2200 / 2300-2700 / 3400-3600 MHzPolarizationn/aImpedance50 ΩWeightn/aMax. Op. Temp. n/aDimensions224 x 20. 4mm (+6. 4mm) , 100mm Cable LenghtConnectionu. FLCompliancen/a --- - Published: 2018-11-12 - Modified: 2026-03-26 - URL: https://sixfab.com/product/lte-full-band-pcb-antenna-u-fl-plug-100mm/ - SKU: S77 - Price: 7.90 USD - Product type: simple - Product categories: Antennas - Product tags: LTE Antennas - Product AD priority: priority 2 - Product Brand: Sixfab This 4.6dBi peak gain full band LTE antenna has self-adhesive, 100mm cable with u.FL connector. A great option for 3G/4G-LTE applications. It works with Cellular Modems and 3G/4G and LTE Base HAT perfectly. Key Features & Benefits 2G/3G/4G coverage LTE 700, GSM850, GSM900, DCS1800, PCS1900, WCDMA2100, LTE B7 (2500-2690 MHz), LTE B40 (2300 – 2400 MHZ) FPC Dimension: 110*20*0. 15mm 100mm cable length 3M Self-adhesive Product Specifications Frequency698~960 / 1710~2690 MHzPolarizationLinearImpedance50 ΩWeightn/aMax. Op. Temp. -40°C to +85°CDimensions110 x 20 x 0. 15mm. 100mm Cable LenghtConnectionu. FL(IPEX)ComplianceRoHS --- - Published: 2018-08-15 - Modified: 2026-03-18 - URL: https://sixfab.com/product/lte-antenna-3-meter-sma-2-5dbi/ - SKU: S71 - Price: 12.90 USD - Product type: simple - Product categories: Antennas - Product tags: LTE Antennas - Product AD priority: priority 2 - Product Brand: Sixfab The perfect antenna for outdoor LTE applications. 2.5 dBi with 3 m cable with SMA plug   Key Features & Benefits Outdoor antenna for LTE applications Comes with a long cable for ease-of use Includes adhesive tape Product Specifications Frequency824-960 / 1710-2655 MHzPolarizationLinearMax. Op. Temp. n/aDimensions126 x 124 x 8. 8mm, 3 Meter Cable LengthConnectionSMA PlugEnvironmentalIP67 --- - Published: 2018-08-03 - Modified: 2025-06-22 - URL: https://sixfab.com/product/passive-gps-antenna-4db-peak-gain-u-fl-plug/ - SKU: S67 - Price: 5.90 USD - Product type: simple - Product visibility: outofstock - Product categories: Antennas - Product tags: GNSS - Product AD priority: priority 2 - Product Brand: Sixfab This 4dB peak gain passive GPS antenna has self-adhesive, 100mm cable with u.FL connector. Key Features & Benefits Average gain: -1. 2dBi Average efficiency: >75% V. S. W. R: --- - Published: 2018-08-03 - Modified: 2024-09-23 - URL: https://sixfab.com/product/internal-active-gps-antenna-15db-25mm-x-25mm-u-fl-plug/ - SKU: S66 - Price: 6.90 USD - Product type: simple - Product visibility: outofstock - Product categories: Antennas - Product tags: GNSS - Product AD priority: priority 2 - Product Brand: Sixfab This 15dB gain GPS antenna has adhesive mount, 40mm cable with u.FL connector. This product is retired. Please check the category page for other antennas. Key Features & Benefits LNA Gain: 15±2 dB Noise Figure: 1. 5dB Gain(Zenith): 5dBic V. S. W. R: --- - Published: 2018-08-03 - Modified: 2026-03-31 - URL: https://sixfab.com/product/external-active-gps-antenna-29db-sma-plug/ - SKU: S65 - Price: 11.90 USD - Product type: simple - Product visibility: outofstock - Product categories: Antennas - Product tags: GNSS - Product AD priority: priority 2 - Product Brand: Sixfab This 28dB gain outdoor GPS antenna has a sticky mount, and a 3-meter cable with an SMA connector. Key Features & Benefits Radome Material: ABS LNA Gain: 29±1 dB Noise Figure: 1. 5dB Gain(Zenith): 3dB V. S. W. R: --- - Published: 2018-08-02 - Modified: 2026-04-02 - URL: https://sixfab.com/product/lte-gnss-dual-u-fl-antenna/ - SKU: S64 - Price: 6.50 USD - Product type: simple - Product categories: Antennas - Product tags: GNSS, LTE Antennas - Product AD priority: priority 2 - Product Brand: Sixfab This single form antenna consists both primary LTE and GPS antennas. Key Features & Benefits 2G/3G/4G coverage Global LTE bands: B1-B23, B25-B29, B33-B42 ( North America, Europe and Asia included Japan) Peak gains are between 3. 2dBi-4. dBi at the LTE bands (1695 -3600 MHz) and 0. 8dBi for the GNSS (1570-1610MHz) Adhesive tape Product Specifications Frequency698 - 3600 MHzPolarizationn/aImpedance50 ΩWeightn/aMax. Op. Temp. n/aDimensions120. 4 x 26. 80mm , 100mm Cable LenghtConnectionu. FLCompliancen/a --- - Published: 2018-08-01 - Modified: 2026-03-13 - URL: https://sixfab.com/product/sma-to-u-fl-rf-adapter-cable-150mm/ - SKU: S61 - Price: 5.90 USD - Product type: simple - Product categories: Antennas - Product tags: connector - Product AD priority: priority 2 - Product Brand: Sixfab This is an interface adapter between SMA and u.FL connectors. The cable has a panel-mount Female SMA connector on the end, used for adding external cellular or GNSS/GPS antennas. The other end of the cable is an u.FL connector. It's used on most of our shields and the modules. It's also known as uFL, IPEX, IPAX, IPX, MHF. Key Features & Benefits 1. 13mm OD cable type LTE bands: 1-21; 23-30; 33-41, 71 Comes with nut, washers and a protective cap for SMA connector Product Specifications Impedance50 ΩDimensions150mm Cable LengthConnectionSMA to u. FL --- - Published: 2018-08-01 - Modified: 2026-03-30 - URL: https://sixfab.com/product/waterproof-sma-to-u-fl-rf-adapter-cable/ - SKU: S59 - Price: 5.90 USD - Product type: simple - Product categories: Antennas - Product tags: connector - Product AD priority: priority 2 - Product Brand: Sixfab This adapter stops ingress of the moisture, water, and dust particles through SMA female connector holes. There is a plastic O-ring that prevents them from entering the enclosure. It lets you add external antennas to devices while handling the tough outdoor conditions. Key Features & Benefits The cable has a panel-mount SMA female connector Suitable for external cellular or GNSS/GPS antennas 1. 13mm OD cable type Comes with nut, washer and o-ring Product Specifications Impedance50 ΩDimensions150mm Cable LengthConnectionSMA to u. FL --- > An easy-to-use Narrowband IoT HAT for Raspberry Pi for M2M and IoT applications. This IoT HAT has built-in temperature, humidity, light sensors, accelerometer, relay. Features extremely low power Quectel BC95 NB-IoT Module. With lots of tutorials, isn't is a better way than hulky NB-IoT development boards from vendors? - Published: 2018-02-01 - Modified: 2024-03-20 - URL: https://sixfab.com/product/raspberry-pi-nb-iot-shield/ - SKU: S52 - Price: 89.00 USD - Product type: simple - Product visibility: outofstock - Product categories: Obsolete - Product tags: LPWA - Product Brand: Sixfab Obsolete Product (Not for new designs). Please check the new Cellular IoT Kit as an alternative LPWAN solution. This product is a narrowband IoT (NB-IoT) shield for Raspberry Pi. NB-IoT is very suitable for IoT applications with its low power consumption feature. The shield also has the built-in 3-axis accelerometer, temperature, humidity, light sensors, optocoupler, and relay. It is also possible to add your own sensors using the built-in 4 channel ADC. LTE Cat NB1(NB-IoT) is a more modern and advanced way of Machine-to-machine communication than legacy GPRS connection. In comparison with GPRS, the NB-IoT connection has extremely low power consumption and is much more efficient. This Narrowband-IoT shield allows you to connect your Raspberry Pi to this new cellular network with the help of Quectel’s BC95 NB-IoT module. Quectel BC95 is a high-performance LTE NB-IoT module offering a maximum data rate of 21. 25Kbps downlink and 15. 625kbps uplink. The NB-IoT shield has built-in temperature, humidity, light sensors, 3-axis accelerometer, a relay and more. Built-in SMD antenna lets you establish the connection right out of the package. Features Fully compatible with Raspberry Pi models that have the 40-pin GPIO header (3, 2, B+, A+, Zero) Supported Protocol Stacks: IPv4/UDP/CoAP/LwM2M/Non-IP Frequency Band: EUROPE region coverage with the B20-800MHz band 12-Bit 4 Channel ADC 3-axis Accelerometer Humidity and Temperature Sensors Ambient Light Sensor Isolated Optocoupler Inputs 1-Wire Sensors Interface 3GPP TS 27. 007 V14. 3. 0 and Quectel Enhanced AT Commands over UART port to Raspberry Pi is available Efficient and low quiescent current regulator circuit can hold up to 3. 6A Micro SIM Card socket is easily reachable on the upside of the shield. Working temperature range: -30°C to +80°C Key Applications Smart farming sensor Smart cities sensor Smart home sensor Internet of Things (IoT) sensor Smart door lock Smart lighting Smart metering Smart parking Smart city Home appliances Agricultural and environmental monitoring Technical Details Connection Types UART: The UART pins are available to use, with 3. 3V power domain, directly connected the 9600bps baud rate. The default data frame format is 8N1 (8 data bits, no parity, 1 stop bit). Data Speeds Downlink: 21. 25Kbps @Single Tone Uplink: 15. 625kbps @Single Tone Power Consumption (Typical) 3. 6uA @PSM 2mA @Idle Mode, DRX=1. 28s LTE Cat NB1 Connectivity: 220mA @Radio Transmission, 23dBm (B8/B5/B20) 100mA @Radio Transmission, 12dBm (B8/B5/B20/B28) 70mA @Radio Transmission, 0dBm (B8/B5/B20/B28) 65mA @Radio Reception SMS Point-to-point MO and MT Text and PDU Mode Enhanced Features DFOTA: Delta Firmware Upgrade Over the Air RAI: Release Assistance Indication Warnings Do not apply higher voltages and currents than those specified absolute electrical value for sensor inputs and relay connections. Electrical Pinout Pin Descriptions Pin Number BCM Pin Pin Name Description 2 5V 5V PWR This pin is connected to the 5V power net. 3 GPIO 2 SDA I2C Serial Data 4 5V 5V PWR This pin is connected to the 5V power net. 5 GPIO 3 SCL I2C Serial Data 7 GPIO 4 1-WIRE Data line to communicate with 1-Wire sensors. 8 UART RX BC95 TX This pin functions as the serial data input to the module for UART communication. 10 UART TX BC95 RX This pin functions as the serial data output from the module for UART communication 29 GPIO 5 IN-2 When the voltage in the range 3. 3-12V(max 15V! ) is applied from the IN-2 input, this pin goes to LOW state. The default state is HIGH(pulled-up). 31 GPIO 6... --- - Published: 2016-11-07 - Modified: 2025-07-03 - URL: https://sixfab.com/product/quectel-uc20-mini-pcie-3g-module/ - SKU: S16 - Price: 35.00 USD - Product type: simple - Product categories: Cellular Modems - Product AD priority: priority 1 - Product Brand: Quectel This product only includes the Quectel UC20-G Mini PCle 3G Module. In order to use this with a Raspberry Pi, you need to use a Base HAT and an antenna. Key Features & Benefits Worldwide UMTS/HSDPA+ and GSM/GPRS/EDGE coverage with single module With the Sixfab Base HAT, you can easily integrate UC20 with your RPi projects. High-quality data and image transmission even in a harsh environment GNSS receiver available for applications requiring fast and accurate fixes in any location MIMO technology meets demands for data rate and link reliability in modem wireless communication systems 3GPP E-UTRA Release 11 Bandwidth: 1. 4/3/5/10/15/20MHz 3GPP TS27. 007 and Enhanced AT Commands Text and PDU Mode SMS Cell Broadcast Point-to-point MO and MT USB 2. 0 with High Speed up to 480Mbps Digital Audio through PCM (Optional) 1. 8V/3. 0V (U)SIM Card Interface STATUS for Power ON/OFF Status Indication UART × 2: Main UART, Debug UART RTC Backup SD Card Interface Key Applications Video/Music Streaming Large Data Downloads and Uploads LTE Dongle/Router Mobile Internet Hotspot High-speed GPS Tracking Real-time Environmental Monitoring Smart City & Agriculture Applications Smart Parking Security & Asset tracking Product Specifications Best ForIdeal platform for IoT applications and mobile data and computing devices with ultra-compact design and extended operating temperature rangeRegionsGlobalMax. Data Speeds(DL: Downlink, UL: Uplink)HSDPA: Max. 14. 4Mbps (DL)HSUPA: Max. 5. 76Mbps (UL)WCDMA: Max. 384Kbps (DL) / Max. 384Kbps (UL)EDGE: Max. 236. 8Kbps (DL) / Max. 236. 8Kbps (UL)GPRS: Max. 85. 6Kbps (DL) / Max. 85. 6Kbps (UL)CSD: Max. 14. 4Kbps (DL) / Max. 14. 4Kbps (UL)PositioningGPS, GNSSElectricalNominal: 3. 3 VDCRange: 3. 0 - 3. 6 VDCOperating Temp. -40°C to +80°CDimensions51 x 30 x 4. 9 mmApprovalsRoHS Compliant GCF/Vodafone (Global) CE (Europe) FCC/PTCRB/AT&T (North America) RCM (Australia & New Zealand) JATE/TELEC (Japan) IC/Rogers (Canada)Anatel (Brazil) NBTC (Thailand)ComplianceRoHS --- - Published: 2016-11-07 - Modified: 2026-02-03 - URL: https://sixfab.com/product/quectel-ec25-mini-pcie-4g-lte-module/ - SKU: S60 - Price: 40.00 USD - Product type: variable - Product visibility: outofstock, rated-4 - Product categories: Cellular Modems - Product AD priority: priority 1 - Product Brand: Quectel This product only includes the Quectel EG25 Mini PCle 4G/LTE Module. In order to use this with a Raspberry Pi, you need to use a Base HAT, LTE and GPS/GNSS antennas. Key Features & Benefits With the Sixfab 3G-4G/LTE Base HAT, you can easily use EG25-G with your projects EG25-G is fallback compatible with UMTS/HSPA+ UC20 module and multi-mode LTE EC20/EC25 module in the compact and unified form factor, providing a flexible and scalable platform for migrating from UMTS/HSPA+ to LTE. Multi-constellation GNSS/GPS receiver available for applications requiring fast and accurate fixes in any environment MIMO technology meets demands for data rate and link reliability in modem wireless communication systems 3GPP E-UTRA Release 11 3GPP TS27. 007 and Enhanced AT Commands USB 2. 0 with High Speed up to 480Mbps 1. 8V/3. 0V (U)SIM Card Interface LED_WWAN for Network Status Indication W_DISABLE for Disabling RF Function DFOTA*: Delta Firmware Upgrade Over the Air eCall, DTMF, (U)SIM Card Detection UART × 1 PERST# for Module Resetting Antenna: DL MIMO, Support Rx-diversity/GNSS Antennas Protocols: TCP/ UDP/ PPP/ FTP(S)/ HTTP(S)/ NTP/ PING/ QMI/ CMUX/ SMTP(S)/ MMS/ SSL/ FILE / NITZ Key Applications Video/Music Streaming Large Data Downloads and Uploads LTE Dongle/Router Real-time Environmental Monitoring High-speed GPS Tracking Smart City & Agriculture Applications Mobile Internet Hotspot Smart Parking Security & Asset tracking Product Specifications Best ForIoT applications and mobile data and computing devices with ultra-compact design and extended operating temperature range requirementsRegionsGlobalMax. Data SpeedsLTE: LTE FDD: Max 150Mbps (DL)/Max 50Mbps (UL) LTE TDD: Max 130Mbps (DL)/Max 30Mbps (UL)UMTS: DC-HSDPA: Max 42Mbps (DL) HSUPA: Max 5. 76Mbps (UL) WCDMA: Max 384Kbps (DL)/Max 384Kbps (UL)GSM: EDGE: Max 296Kbps (DL)/Max 236. 8Kbps (UL) GPRS: Max 107Kbps (DL)/Max 85. 6Kbps (UL)Note: The speed highly depends on the in-use antenna, environment and distance to base stations. PositioningGPS, GNSSElectricalNominal: 3. 3 VDCRange: 3. 0 - 3. 6 VDCOperating Temp. -35°C to +75°CDimensions51 x 30 x 4. 9 mmApprovalsCarrier Certification: Deutsche Telekom/Verizon/AT&T/Sprint/U. S. Cellular/Telus/Rogers*Regulatory Certification: SRRC/NAL/CCC/GCF/CE/FCC/PTCRB/IC/Anatel/IFETEL/KC/NCC/JATE/ TELEC/RCM/NBTC/ICASA/IMDAOthers: WHQL*Click here for detailed table. ComplianceRoHS, REACH --- ---