Information Technology

Cornelis Networks provides the industry's leading Gateways.

Cornelis Omni-Path Express Gateways are part of an end-to-end product family providing purpose-built fabrics for High Performance Computing (HPC), High Performance Data Analytics (HPDA), and Artificial Intelligence (AI) that deliver high performance with breakthrough value. The Cornelis Omni-Path Express Gateways leverage investments in existing storage systems and network resources requiring access to a Cornelis Networks Omni-Path Express fabric.

Cornelis Omni-Path Express scale-out interconnect

Unprecedented demands on the scale-out interconnect are being driven by advances in artificial intelligence, high performance data analytics, and traditional modeling and simulation environments, coupled with extremely capable processing and storage infrastructures.

Cornelis Omni-Path Express is the next generation of high performance fabrics, a proven hardware foundation combined with the OpenFabrics Interfaces (OFI) framework, that delivers the industry's lowest latency, highest message rate, and best collectives performance, all at the industry's lowest CPU utilization.

Cornelis Omni-Path Express to Ethernet or InfiniBand Gateway Solutions

Cornelis Omni-Path Express Gateways offer multiple connectivity options to enable bridging to Ethernet networks and InfiniBand fabrics. Storage systems deployed with either interface can now be easily connected to an Omni-Path Express fabric with a cost-effective turnkey appliance. Other Ethernet- or InfiniBand-enabled systems can also leverage this capability to connect to Omni-Path Express fabrics through the Gateway.

The Cornelis Omni-Path Express Gateway Ethernet-connected solutions contain a 2 x 100 GbE interface enabling forwarding of IP traffic using standard IP protocols to and from two Omni-Path Express Host Fabric Adapter (HFA), supporting up to 200 Gb/s speeds. LNET protocols are also supported by the Ethernet-connected Gateway solutions..

The Cornelis Omni-Path Express Gateway InfiniBand-connected solutions are offered with either a 2 x 100 Gb/s EDR interface or a 1 x 200 Gb/s HDR interface enabling forwarding of IP traffic using standard IP protocols to and from two OmniPath Express HFAs, supporting up to 200 Gb/s speeds. LNET is also supported by the InfiniBandconnected Gateway solutions.

Fault tolerance is readily configurable on Cornelis Omni-Path Express Gateways employing IP protocols with the capability to enable port-to-port and Gateway-to-Gateway failover. Failover and high availability are implemented using standard network protocols across multiple IP gateways to suit system requirements. The LNET protocol is also readily configurable for fault tolerance and load sharing.

ornelis Networks provides the industry's leading accelerated host fabric adapters.

Omni-Path Express adapters cost-effectively deliver high bandwidth and use advanced technologies to meet the key challenges to application performance, maximizing cluster scalability and message rate while minimizing average and tail latency.

Cornelis Omni-Path Express scale-out interconnect

Unprecedented demands on the scale-out interconnect are being driven by advances in artificial intelligence, high performance data analytics, and traditional modeling and simulation environments, coupled with extremely capable processing and storage infrastructures.

Cornelis Omni-Path Express is the next generation of high performance fabrics, a proven hardware foundation combined with the OpenFabrics Interfaces (OFI) framework, that delivers the industry's lowest latency, highest message rate, and best collectives performance, all at the industry's lowest CPU utilization.

Accelerated application performance at scale

Cornelis Omni-Path Express Accelerated Host Fabric Adapters provide a perfect semantic match between the requirements of real-world applications and the scale-out fabric, maximizing scalability and performance at the industry's lowest price point.

These adapters ensure optimal application performance by delivering key features for efficiency, including dispersive routing and congestion control. These features are complemented by a unique sub-link layer architecture that enables Packet Integrity Protection (zero latency protection against bit transmission errors).

These features, together with advanced Virtual Fabrics support, provide the unique interconnect capabilities to deliver industry-leading application performance and manageability at scale.

CORNELIS OMNI-PATH EXPRESS ACCELERATED HOST FABRIC ADAPTERS

Cornelis Omni-Path Express Accelerated Host Fabric Adapters are designed to provide a perfect semantic match between the requirements of real-world HPC applications and the scale-out fabric, maximizing performance at scale.

Cornelis Networks provides the industry's leading accelerated host fabric adapters.

Omni-Path Express adapters cost-effectively deliver high bandwidth and use advanced technologies to meet the key challenges to application performance, maximizing cluster scalability and message rate while minimizing average and tail latency.

Cornelis Omni-Path Express scale-out interconnect

Unprecedented demands on the scale-out interconnect are being driven by advances in artificial intelligence, high performance data analytics, and traditional modeling and simulation environments, coupled with extremely capable processing and storage infrastructures.

Cornelis Omni-Path Express is the next generation of high performance fabrics, a proven hardware foundation combined with the OpenFabrics Interfaces (OFI) framework, that delivers the industry's lowest latency, highest message rate, and best collectives performance, all at the industry's lowest CPU utilization.

Accelerated application performance at scale

Cornelis Omni-Path Express Accelerated Host Fabric Adapters provide a perfect semantic match between the requirements of real-world applications and the scale-out fabric, maximizing scalability and performance at the industry's lowest price point.

These adapters ensure optimal application performance by delivering key features for efficiency, including dispersive routing and congestion control. These features are complemented by a unique sub-link layer architecture that enables Packet Integrity Protection (zero latency protection against bit transmission errors).

These features, together with advanced Virtual Fabrics support, provide the unique interconnect capabilities to deliver industry-leading application performance and manageability at scale.