
Cornelis Networks builds open interconnect systems for AI and high-performance computing.
Cornelis combines networking hardware and software as an integrated system for AI and high-performance computing environments. The CN5000 fabric brings together adapters, switches, cabling, and OPX software, with lossless delivery, adaptive routing, congestion management, and telemetry to help support communications across large compute clusters.
The company's product architecture is designed as a complete fabric rather than a standalone network component, and its open software stack supports established parallel-computing frameworks. Cornelis works through OEMs and channel partners, allowing its networking systems to be incorporated into configured computing infrastructure.
Source: cornelis.com
Cornelis specializes in networking equipment and software for AI and high-performance computing rather than broad enterprise networking categories. CN5000 is supplied as configured infrastructure, so buyers need to match adapters, switches, topology, cabling, and cooling choices to their compute environment and workloads.
The company states that pricing depends on the system configuration rather than a single list price, and it sells through OEMs and channel partners. Organizations evaluating a deployment therefore need to assess system design, compatibility, and configuration-specific commercial terms with Cornelis or its distribution partners.
Source: cornelis.com
Cornelis Networks develops purpose-built interconnect systems for artificial intelligence and high-performance computing. Its shipping CN5000 Omni-Path fabric integrates SuperNIC adapters, switches, cabling, and the open OPX software suite, serving as an end-to-end network for compute clusters. The product family includes edge and director-class switches and air- or liquid-cooled options.
The system uses lossless data delivery, adaptive routing, congestion controls, and telemetry to support demanding cluster communications. Cornelis offers configured systems through server OEMs and channel partners, with specifications selected to fit each buyer's scale, topology, and deployment requirements.
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