Revolution Pi

Your #RevolutionPi knows which modules are connected,💡before you write a single line of code. How does that work? That's the PiBridge at work, the internal bus that connects your RevPi base module to up to 10 expansion modules. At startup, modules are detected and configured automatically. No manual addressing. No extra data cabling. What the PiBridge handles: ⚡ Fast RS485 channel for I/O modules 🔗 Two 100 Mbps Ethernet channels for fieldbus gateways 📦 Up to 512 bytes/cycle per gateway Whether you're building a soft PLC, an edge device/IIoT gateway, or an edge device: The PiBridge keeps your system modular and ready to scale. Full technical breakdown via the link on the last slide. 👇

Exchange data between CODESYS (PLC) + Node-RED (edge device) on the Industrial Raspberry Pi: To build web dashboards, 📊 or edge computing applications 🔄️ in industrial #automation, you need to integrate OT with IT systems. This tutorial shows you how to bridge both layers using #RevolutionPi's process image for bidirectional data flow. 🔃 Swipe through this #tutorial to learn more. 👇 🔸🔸🔸 Follow us for more insights on the #IndustrialRaspberryPi!

📣 News for all CODESYS developers: We've just released the Revolution Pi Library for CODESYS V2.5.0.0 for CODESYS Development System V3.5 SP21. 👉 You can find it on our website: Support > Downloads. What's Fixed in V2.5.0.0: ✅ Counter Reset & Log Flooding Fixes counter resets for digital input modules with high address offsets and resolves "ErrorCode 8455" log saturation. A logging guard prevents future log file flooding. ✅ BOOL Handling in Channel Mapping Fixes symbolic bit-level read/write access to RevPi DIO, RevPi DI and RevPi DO variables, resolving output write errors and "Bad" status indicators for inputs in CODESYS.

Are you paying for #PLC speed you don't need? These engineers just said what most spec sheets won't: MEEKEE's take: A #RevPi Connect + #CODESYS at 200 Hz (5 ms cycle time) tracks and corrects force curves with sub-2% error across press, crimping, and pharma applications. You're not losing precision because of loop speed. You're losing time because of everything locked behind a PLC vendor's paywall. 🚧 HMI, data logging, IIoT connectivity, configuration – open on a soft PLC like #RevolutionPi. Paid modules on a classic PLC. 200 Hz is enough. What you build around it is what matters. 👇 Full breakdown in the original post. *** What's your take on that?

Security is not a one-time task. With Revolution Pi, your systems stay secure continuously. 🔐 Connected systems are increasingly targeted by cyberattacks. The risks: downtime, data loss, and compliance issues. Therefore, we test Revolution Pi continuously: 🛡️ Simulating real-world attacks Before every release, we test Revolution Pi against attack scenarios together with the security experts at dissecto GmbH. 🔄 Ensuring updates don’t break your system We test security updates to ensure your application keeps running reliably. 🔍 Detecting and fixing vulnerabilities early (CVEs) We continuously scan our OS for newly disclosed vulnerabilities and address issues promptly. Your benefits: ✔️ Long-term security updates (LTS) for free ✔️ Stable, secure operation ✔️ A verifiable basis for your compliance documentation 👉 Learn more via the link on the last slide.

What's essential for YOUR industrial tech stack? Leave us your vote or a comment! 👇 👍 Node-RED for visual programming 👏 CODESYS for PLC programming ♥️ Python for powerful coding 😃 Docker for running containerized apps 💡Something else: Leave a comment! We believe you should be able to use your favorite tools and programming languages – also in industrial environments. That's why we've developed Revolution Pi.

#LogiMAT 2026 Recap – AGV is giving way to AMR fast. Here's what we saw on the floor: ➡️ AGV-to-AMR shift accelerating: Autonomous systems demand more compute power than guided ones. 📦 AMR shuttles booming: Small transport platforms handling different loads, with manipulators on top. Flexible I/O options are key here. 🤖 Video processing becoming popular: AI accelerators are a core hardware requirement for AMR controllers. Our key take-away: More autonomy means more software complexity. Flexible, open platforms like our #IndustrialRaspberryPi for AGV & AMR are no longer optional. Curious? Register for product updates – link in the comments. 👇 *** Foto: EuroExpo GmbH, LogiMAT Trade Show

🆕 Revolution Pi Toy Brick Set – Still looking for a last-minute Easter present? We've got you covered. It's perfect to introduce your little ones to industrial automation and IIoT. Why wait until university? 🎓 The toy brick set includes: 🧱 1x Revolution Pi 🧱 1x DIN Rail 🧱 1x Control Cabinet Assembly time: ~2 hours (parental guidance recommended) Safety notice: often Dad ends up finishing it on his own Comment if you want to place a last-minute order! Happy Easter from the Revolution Pi team. 🐰

One of my personal highlights at LogiMAT 2026 last week: I had a really inspiring conversation with Boris Crismancich from Revolution Pi. What stood out most to me: the potential of their I/O modules to simplify the digitalization of AMR periphery. In many projects, a real entry barrier isn’t the robot itself – but everything around it: Doors, gates, conveyor interfaces, signals, manual triggers… Making these touchpoints easy to connect, control, and scale is a huge lever for enabling automation in real-world environments. That’s exactly where I see strong potential – a more straightforward, modular way to bring AMRs into existing processes. And as a small highlight: I even had the chance to get my hands on their upcoming vehicle control 👇 Curious to explore this further and evaluate concrete use cases together with my colleagues. #LogiMAT2026 #AMR #Intralogistics #Automation #IndustrialIoT #Integration #RevolutionPi

Go industrial, but keep your tech stack. The Industrial Raspberry Pi runs your code, reliably in industrial environments. ❌ No proprietary IDE. ❌ No vendor lock-in. ✅Raspberry Pi OS-based OS – on hardware built for the factory floor. Revolution Pi – saving developers days of work since 2016. 😉