Fibre Systems

Everyone agrees fiber is critical. But the real challenges aren’t talked about enough: How do you scale deployment efficiently? Where do AI and automation actually deliver ROI? What does “future-proof infrastructure” really look like? These are exactly the kinds of questions being tackled at Fiber Connect 2026. With sessions covering everything from deployment strategies to digital equity and workforce development, it’s built for people actually delivering networks — not just talking about them. If you're moving from strategy → execution, this is worth your time. Register: https://lnkd.in/evkTNKzQ #FTTH #TelecomInfrastructure #Broadband #NetworkEngineering #FutureOfConnectivity

AI clusters are breaking traditional network architectures. As systems scale to tens of thousands of GPUs, electronic packet switching is hitting hard limits: ❌ Latency bottlenecks❌ Power constraints❌ Unsustainable cabling density The question isn’t whether this model works. 👉 It’s how long it can work. Photonic switching is emerging as the next step—but how close are we really to deployment? 📅 May 14 | Live webinar 👉 Register here: https://lnkd.in/gQtThFYZ #Photonics #HPC #DataCentres #Networking #AI AFL iPRONICS

Breaking the bandwidth barrier: 500 Gbit/s on a single channel. 🚀 Researchers at the Paderborn University have unveiled a silicon-germanium track-and-hold circuit that sets a new world record for the combination of sampling rate and bandwidth. Why does this matter for the optical communications industry? - Next-gen transceivers: It enables 500 Gbit/s single-channel processing, with a roadmap toward 100 Tbit/s multi-channel systems. - AI bottleneck removal: High bandwidth ensures AI models can communicate in real time without network lag. - Energy efficiency: Faster switching speeds combined with lower power consumption. This PACE project milestone proves that silicon-germanium is a key technology for the future of high-speed sensors, 6G, and hyperscale data centres. Read the story: https://lnkd.in/e5DWuh_z #OpticalCommunications #Photonics #5G #6G #Semiconductors #UniversityOfPaderborn #FibreSystems

USA vs Europe: Who is winning the fibre race? The recent FTTH Conference in London hosted a fascinating transatlantic showdown. While Europe leads in penetration (thanks to stars such as Spain), the US is seeing a massive surge driven by private capital and light-touch regulation. OECD - OCDE Fiber Broadband Association Onivia Radius Global Infrastructure NexTech FTTH Council Europe Key takeaways from the panel: - Spain's Secret: Regulated duct access has been the backbone of 90 per cent of deployments. - The US Engine: 91.3% of recent US fibre investment came from private sources, not government subsidies. - Regulatory Friction: Industry leaders are calling for Europe to move past 1990s-style regulation to improve return on investment. - The BEAD Debate: Frustration is growing in the US as satellite technology begins to compete for fibre subsidies. As we look toward 2030, the goal is the same: universal connectivity. But the roadmaps could not be more different. Read our write-up: https://lnkd.in/eqVmiqCh #FibreOptics #FTTH2026 #BroadbandPolicy #DigitalDivide #Telecoms #FibreSystems

A new total solution player enters the AI optical race Seoul Viosys is stepping out from the component supply chain to challenge the status quo in AI data centre interconnects. Best known for its dominant share in UV LEDs, the KOSDAQ-listed firm is now targeting a $60bn total addressable market with a full-stack transceiver offering. Is it a potential threat to established vendors? Well... - The patent wall: With 21,000 group patents and a recent US court injunction win, they are ready to defend their WICOP wire-free architecture. - m1µm-class innovation: Partnering with Nobel laureate Shuji Nakamura, they are shrinking optical devices to levels copper simply cannot match. - Vertical integration: Moving beyond discrete devices to handle design, drivers, and modules in-house. As AI clusters hit the copper wall, is Seoul Viosys' micro-LED approach the scalable answer the industry needs? Read the story on Fibre Systems: https://lnkd.in/eH6vR55t #SiliconPhotonics #AIInfrastructure #SeoulViosys #VCSEL #DataCentre #FibreSystems #OpticalCommunications

Broadband momentum and record EBITDA: Verizon starts 2026 on a high Verizon’s Q1 2026 results are in, and the impact of the Frontier acquisition is becoming clear. With its highest quarterly adjusted EBITDA in company history, the operator is showing strong momentum in its transition to a fibre-first future. Key takeaways for the industry: - Broadband growth: 341,000 total net adds, including a significant jump in fibre connections following the Frontier deal. - Debt management: Verizon has already cleared half of the debt acquired through the Frontier merger, with plans to retire the rest by year end. - Postpaid recovery: The first positive Q1 postpaid phone additions since 2013, signalling a major turnaround in customer loyalty. - As the operator holds steady on its $16bn capex guidance, its focus on scaling both fibre and fixed wireless access (FWA) continues to reshape the US connectivity landscape. Read the story: https://lnkd.in/eZH8guba #Verizon #Broadband #FibreOptics #FWA #TelecomsFinance #FrontierCommunications #FibreSystems

AI is rewriting the rules of data centre connectivity. The question is: are you keeping up? It’s not just about bandwidth anymore. AI is redefining power limits, compressing development cycles, and making first-pass reliability non-negotiable. In the first Fibre Systems Technology Spotlight eBook, industry leaders break down what comes next: 🔹 Power becomes performance — insights from Nokia 🔹 Optical I/O rises — Ayar Labs on next-gen GPU interconnects 🔹 Design resets — Marvell Technology on why iteration is no longer an option 🔹 Testing at scale — VIAVI Solutions on the hidden complexity behind 800G From advanced fibre to chip-level optics, discover the technologies enabling AI at global scale. No single roadmap. Just a rapidly expanding toolkit. 👉 Download it now: https://lnkd.in/gk8VeFkr 📩 Want to contribute to a future edition? Get in touch.

The future of AI networking won’t be built on electronics alone. As demand scales, the industry is turning to optical circuit switching, co-packaged optics, and programmable photonic fabrics to deliver predictable, low-latency performance. But how ready are these technologies—really? In this upcoming webinar, we explore: 🔹 How silicon photonics is reshaping switching architectures 🔹 Where optical networks outperform electronic alternatives 🔹 What’s still standing in the way of mass adoption 🔹 The role of all-optical fabrics in next-gen AI clusters 🎤 Hear from Ana González 📅 14 May 2026 | 3pm BST 👉 Register here: https://lnkd.in/gTQw-MNZ #Photonics #OpticalNetworking #AIInfrastructure #DeepTech #FibreSystems iPRONICS

We’re pleased to welcome Ted Lichoulas, Engineering Director, Data Center & Cloud Business Unit at AFL, as a featured speaker in our upcoming live webinar: The Photonic Switching Revolution: OCS, CPO & the Future of Optical Networks 📅 14 May 2026 With more than 27 years at AFL, Ted brings deep expertise in optical connectivity, from product development and qualification through to deployment in hyperscale environments. His recent focus? High-density connectivity solutions designed for next-generation AI infrastructure. And that’s exactly what this discussion is about. As AI clusters scale to tens of thousands of GPUs, traditional electronic switching is hitting its limits. The industry is now at a turning point—where silicon photonics and optical circuit switching are moving from theory to real-world deployment. 🔍 In this session, we’ll explore: • How programmable silicon photonics is redefining network flexibility • The role of high-density fibre connectivity in all-optical architectures • Practical pathways from electronic to photonic switching Alongside Ted, hear from Dr. Ana González (iPRONICS) as we tackle the real-world challenges—and opportunities—behind the shift to optical networking. If you're working in data centres, HPC, or optical systems, this is a conversation you’ll want to be part of. 👉 Register now to secure your place: https://lnkd.in/gpTqCG2C #Photonics #DataCentres #OpticalNetworking #SiliconPhotonics #HPC #AIInfrastructure

Optical switching is reaching a turning point. As AI clusters scale, the limitations of electronic packet switching—latency, power, and throughput—are becoming impossible to ignore. So how close are we to real deployment? Join this upcoming Fibre Systems webinar to explore: 🔹 Silicon photonics maturity and manufacturing realities 🔹 Optical vs electronic switching performance at scale 🔹 The reinvention of wavelength-selective switching in ROADMs 🔹 The rise of programmable, all-optical architectures We’ll also take an honest look at the “deployment gap”—and what’s needed to close it. 🎤 Featuring Ana González, moderated by Keely Blakeman Portway 📅 14 May 2026 | 3pm BST 👉 Save your place: https://lnkd.in/gTQw-MNZ #SiliconPhotonics #OpticalSwitching #AI #DataCentres #Innovation iPRONICS