Open Compute Project(@OpenComputePrj):Don’t miss tomorrow’s OCP Educational Webinar: Breaking Through the AI Network Wall with High-radix Switching Date: July 28, 2026 Time: 12 - 1pm ET Location: Virtual (ON24) The “network wall” has become one of the primary bottlenecks in large-scale AI training and inference. While compute FLOPS have doubled every 18 months, merchant Ethernet switch ASIC capacity and radix (the number of compute devices that can be connected) has historically doubled in steps longer than two years. State-of-the-art switches support ~100 Tbps today and are only expected to reach ~200 Tbps by 2028. Switch radix in turn limits the single-hop domain size, which either limits the scale or extends the training time of sparse Mixture-of-Experts (MoE) models. A new switch technology and network architecture is required to deliver an order-of-magnitude increase in radix, breaking the network wall, and enabling AI to scale more effectively. Learn more and register for free here:

2026.07.27 18:20

Don’t miss tomorrow’s OCP Educational Webinar: Breaking Through the AI Network Wall with High-radix Switching Date: July 28, 2026 Time: 12 - 1pm ET Location: Virtual (ON24) The “network wall” has become one of the primary bottlenecks in large-scale AI training and inference. While compute FLOPS have doubled every 18 months, merchant Ethernet switch ASIC capacity and radix (the number of compute devices that can be connected) has historically doubled in steps longer than two years. State-of-the-art switches support ~100 Tbps today and are only expected to reach ~200 Tbps by 2028. Switch radix in turn limits the single-hop domain size, which either limits the scale or extends the training time of sparse Mixture-of-Experts (MoE) models. A new switch technology and network architecture is required to deliver an order-of-magnitude increase in radix, breaking the network wall, and enabling AI to scale more effectively. Learn more and register for free here: