Explore the High Performance Computing Fabrics library, a collection of white papers, case studies, animations, and product information about Intel® Omni-Path Architecture and Intel® True Scale Fabric.
This matrix displays the product codes, names, and technical characteristics of Intel® Omni-Path Cables, which provide highly reliable communication links with superior bit error rate performance.
Intel® Omni-Path Director Class Switches (DCS) are constructed utilizing Intel’s next generation 48 radix switch silicon which possesses many innovative features meant to provide optimum performance for both small and large fabrics.
The next generation of High performance computing (HPC) fabrics use the Intel® Omni-Path Architecture to create fabrics that meet the needs of the most demanding set of applications.
Intel® Omni-Path Host Fabric Interface (Intel® OPA HFI) uses an advanced connectionless design that delivers performance that scales with high node and core counts.
Solution Brief: Stretch your organization’s HPC budget further with Intel® OPA, a fast, scalable HPC fabric framework that can help maximize cluster performance with options to reduce infrastructure requirements.
Discover the benefits of Intel® Omni-Path Director Class Switches, which support HPC clusters of all sizes, delivering high performance with breakthrough cost models, while simultaneously reducing space and power requirements.
Experience how Intel® Omni-Path Fabric and Traffic Flow Optimization, Packet Integrity Protection, built-in error detection, and Dynamic Lane Scaling features help maximize HPC performance and scalability while minimizing costs and complexity.Vollständige Ansicht >
White Paper: Provides a high-level overview of Intel® OPA, identifying key HPC features and outlining the economics of faster and more cost-effective end-to-end product offerings that make it a superior HPC fabric at every scale.
Delivering flexibility and efficiency in demanding HPC platforms, Intel® True Scale Fabric products maximize scalability in core performance.