Intel-born networking tech resurfaces as InfiniBand alternative for DoE supers

**TL;DR:** Intel-born networking tech resurfaces as InfiniBand alternative for DoE supers

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When it comes to networking supercomputers, Nvidia's InfiniBand rules the roost, but a new competitor is sneaking into the space with its own solution. This week the Department of Energy powered on a new cluster at Lawrence Livermore National Laboratory, and gluing it all together is Intel spinoff Cornelis Network’s Omni-Path interconnect tech. Lynx is a relatively modest bit of iron, at least as DoE supers go, packing 952 Dell Technologies PowerEdge nodes powered by Intel’s aging 4th-gen Xeon Scalable processors, codenamed Sapphire Rapids.

The system, commissioned by the National Nuclear Security Administration (NNSA) will provide additional compute capacity for some of America’s most secretive workloads. But what sets the machine apart isn’t the compute, but rather its choice of interconnect. Most DoE systems today either use HPE Cray’s proprietary Slingshot 11 or Nvidia’s InfiniBand networking. Lynx uses neither, instead opting for Cornelis Network’s CN5000-series Omni-Path switches and NICs. “The collaboration between the NNSA ASC program and Cornelis has been rooted in a shared commitment to advance high-performance computing.

Lynx reflects the results of that public-private R

Source: The Register

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Last updated: June 16, 2026.

Additional context: early-cycle stories often look bigger in headlines than in day-to-day impact. The useful move is to identify the smallest set of facts that would change your decision, then wait for those facts to land.

Additional context: early-cycle stories often look bigger in headlines than in day-to-day impact. The useful move is to identify the smallest set of facts that would change your decision, then wait for those facts to land.