The fabric that binds the nodes.
A cluster is only as fast as its slowest link. Hermes is the interconnect itself, the fabric that turns racks and buildings into one machine, from in-rack links to coherent optics across cities.
Every Hermes tier carries the same three commitments. The fabric is designed around your science, not pulled from a switch catalog.
We shape the fabric around your traffic, rail-optimized and non-blocking where it counts, not a catalog switch list.
Coherent optics and co-packaged photonics carry your data between rooms and cities without losing coherence.
Congestion control and telemetry tuned so collective operations finish on time, every job, every time.
One continuous fabric. Connect what you have today; every tier above reaches farther, never a re-cable.
High-bandwidth host adapters, 400G to 800G per node, tuned for collective operations.
A rail-optimized top-of-rack fabric that keeps accelerators talking at full line rate.
A non-blocking InfiniBand or Ethernet spine, the backbone of a real cluster.
A campus fabric that fuses several buildings into one low-latency machine.
A full, non-blocking cluster fabric engineered for the largest collective jobs.
Coherent optical transport across a metro, two sites run as one coherent system.
Inter-city coherent links that carry data gravity between distant facilities.
Co-packaged and photonic front-ends, moving bits at the speed of light, from the port in.
Most clusters hit a wall when the fabric can’t grow with the compute. Hermes is designed as one fabric from node to nation, so adding capacity never means re-cabling the idea.
We model your collective patterns and data gravity before choosing a single cable.
Rail-optimized, non-blocking topology built and validated to line rate.
Coherent optics stretch the same fabric across metros and cities, one machine, many rooms.
“The shortest path between two ideas is a photon.”
Connect and Photon, the copper and the light. Hermes is where the ring’s edges become one continuous fabric that the other faces ride on.
