🚛 A first visit to Multimodal 2026! We caught up with Gypsum Sena Ergul, Analyst at the Turkish Presidency, who attended Multimodal for the first time last month. Hear more about Gypsum’s experience at #Multimodal26# #transport# #logistics# #supplychain#

🤝 Dan Falvey of FargoGroup shares why they’ve exhibited at #Multimodal26# since day one — from meeting existing customers to connecting with new prospects and showcasing their business. 🎥 Watch: #Logistics# #SupplyChain#

Proud of a partnership 20 years in the making. 🤝 With @Teradyneinc Robotics, it's become symbiotic: Flex builds key robotics components for Teradyne, and runs their UR & MiR robots across our own factories. Flex's Dennis Kirkpatrick on the story: 📖 #Automation# #Robotics# #SupplyChain# $FLEX

Faster shipping can make a big difference for your eCommerce business. 📦 With CJ’s global fulfillment network and overseas warehouses, you can stock closer to your customers and get orders delivered faster. Faster delivery. Happier customers. Smoother fulfillment. See how CJ logistics can support your eCommerce business. 👆 #cjdropshipping# #dropshipping# #ecommerce# #fulfillment# #logistics# #shipping# #overseaswarehouse# #globalshipping# #ecommercebusiness# #onlineseller# #supplychain#

Disruption used to be the exception. Now it's the operating environment. The strongest supply chains are built before they're tested. Drawing on 50+ years of experience, we're sharing three lessons for designing resilience in from the start. Read more: $FLEX #SupplyChain#

Earlier, I noted that unreinforced PTFE (glass-free) is theoretically an engineering nightmare for stable PCB mass production. Looking at the latest architectural roadmap, here is how the split is actually playing out: 1️⃣ With GPU/Switch Silicon: Must stick to traditional fabric-reinforced solutions to meet strict mechanical & assembly requirements. 2️⃣ Pure Signal Transmission (e.g., Backplanes): Driven purely by electrical performance, designs can adopt unreinforced (glass-free) schemes, deviating from conventional PCB rules. End customers are definitively breaking away from legacy design logic. The supply chain has no choice but to adapt and execute. Time to move. 🚀 #PCB# #AI# #Hardware# #SupplyChain# #Semiconductor# #Materials#

The Low-DK Fabric Roadmap for AI Hardware (Gen 1 to Gen 4): • Gen 1 (Glass): NV Compute Tray • Gen 2 (Glass): NV Switch Tray • Gen 2.5 (Extreme Glass / NEZ-Grade): The physical limit of glass fiber • Gen 3 (1st Gen Quartz / Q-Glass): NV Next-Gen LPU (52-layer) • Gen 4 (2nd Gen Quartz): M10-grade CCL Gen 1–2.5 push traditional glass to its limit. Gen 3–4 leap into pure Quartz for the AI race. ⚡️ #PCB# #CCL# #NVIDIA# #Hardware# #SupplyChain# #QGlass#

Market capital has a funny blind spot: many assumed PTFE-related designs would phase out glass fabrics entirely. The ground reality? We are seeing more and more next-gen designs migrating back to fabric-based solutions. ​Right now, the winning playbook for high-layer AI architectures is a co-existence scheme: leveraging Q-glass paired with CH resin Prepregs (PP). This isn't a temporary workaround; it is the blueprint for the next wave of hyperscale networking infrastructure. ​ ​#PCB# #AI# #Hardware# #SupplyChain# #Semiconductor#

The Q-glass vs. PTFE debate is still raging, but the ground truth is clear: ultra-high layer count AI boards are locked in for the M9 + Q-glass setup. 🧵👇 PTFE materials cause severe processing bottlenecks in drilling and lamination. It’s so problematic that even Shengyi Tech had to alter its PP formulations. Looking into 2027, the volume ramp-up of next-gen LPUs (featuring massive 52-layer designs) will trigger a massive surge in Q-glass demand. PTFE will remain strictly confined to low-layer topologies. #PCB# #Semiconductor# #AI# #SupplyChain# #Hardware#