The next-generation high performance computing (HPC) fabric includes robust architecture and feature sets, support for 100 Gb/s throughput, and scalability to exascale—and beyond.

Discover how Intel is driving exascale computing and HPC ›

Intel® Omni-Path Host Fabric Interface Products

  • Designed specifically for the Intel® Omni-Path Host Fabric Interface (Intel® OPA HFI)
  • Deliver performance that scales with high node and core counts
  • Support 100 Gbps per port

Intel® Omni-Path Edge Switch Products

  • Create fabrics that meet the needs of the most demanding set of applications
  • Include 24- and 48-port switches
  • Combine 48-port with other switches and directors to build large multi-tier fabrics

Intel® Omni-Path Director Class Switch Products

  • Based on next-generation Intel® 48-radix switch silicon
  • Supports as many as 768 100 Gb/s ports
  • Low, 20U footprint

Intel® Omni-Path Director Modules

  • Scales with high node and core counts
  • Supports 100 Gbps per port
  • Ideal for demanding application environments

Intel® Omni Path Cable Products

  • Support optical and copper types in numerous lengths
  • Provide highly reliable communication links
  • Deliver bit error rate (BER) performance

Silicon Photonics

  • Deliver 100G Connectivity
  • Provide the only fully integrated solution with Intel® hybrid laser technology
  • Count on industry-standard products adopted by cloud service providers

New and Noteworthy, HPC Fabric Highlights or Related Content

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Cray’s HPC supercomputer for Kyoto University services researchers worldwide.

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CU Boulder’s RMACC Summit Supercomputer Broadens Subatomic to Galactic Horizons with Dell EMC system.

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Lenovo expresses support for Intel® Omni-Path Architecture, which speeds up the data “commute” in HPC data centers like the MARCONI Supercomputer.

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Munira Hussain highlights Dell’s HPC solutions featuring Intel® Omni-Path Fabric and compares performance benchmarks on the Dell PowerEdge Server*.

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In the Tundra Extreme Scale* HPC solution, Penguin Computing selected Intel® Omni-Path Architecture for its performance and price.

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Hewlett Packard Enterprise introduces new solutions featuring Intel® Omni-Path Architecture to help organizations deploy HPC clusters faster.

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Japan reveals details of its next gen supercomputer—Oakforest-PACS—which includes Intel® Omni-Path Architecture for training in CSE and HPC.

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Intel’s Barry Davis chats about how today’s requirements for HPC fabrics are outstripping the capabilities of traditional fabric technologies.

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During Supercomputing Conference 2015 (SC'15), Intel announced advancements to the Intel® Scalable System Framework (Intel® SSF) to bring HPC capabilities and benefits to more industries.

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The COSMOS simulation at ISC 2015 showcases the huge bandwidth and low latency of Intel® Omni-Path Architecture.

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Argonne National Laboratory selects Intel's HPC scalable system framework to power the upcoming Aurora supercomputer.

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Take a look at how Intel® technologies, such as Intel® Omni-Path Architecture, and HP combine to bring high performance computing to new markets.

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Intel and HP announce development of high performance computing platforms based on Intel® Omni-Path Architecture and Intel® Xeon Phi™ processors.

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Compare the performance of Intel® Omni-Path to InfiniBand*, and see how Intel is developing its scalable high performance computing framework.

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Intel® Omni-Path Architecture adds scalability, higher bandwidth, and lower latency that could help the HPC community achieve Exascale performance.

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Watch as Barry Davis from Intel describes how the company is moving forward with Intel® Omni-Path Architecture for high performance computing.

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High performance computing Fabrics Builders

Intel® Omni-Path Fabric has a robust architecture and feature set to meet the current and future demands of HPC at a cost-competitive price to today's fabric. Intel® fabric builders members are working to enable world-class solutions based on the Intel® Omni-Path Architecture with a goal of helping end users build the best environment to meet their HPC needs.

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