SCALABLE SYSTEM FRAMEWORK
Let Koi Computers Architect your next High Performance Computing Solution
With data volumes exploding and workloads becoming increasingly complex, let Koi Computers deploy your next HPC System with the Intel® Scalable System Framework (SSF). The Intel® SSF brings together Intel’s latest compute, fabric, memory, storage, and software technologies for the next wave of high performance computing to tackle all of your a computational needs. As an Intel® Technology Provider HPC Data Center Specialist, Koi Computers has demonstrated excellence in deploying HPC solutions and has had several systems listed on the Top 500 and Green 500. Contact us to begin your next HPC system design.
Intel Scalable System Framework
Intel® Xeon® processors and Intel® Xeon Phi processors include technologies that help improve parallel throughput while reducing energy consumption.
Memory and Storage
Intel® Enterprise Edition for Lustre Software can unleash the performance and scalability of parallel file system take storage performance to new heights.
Intel® Omni-Path Architecture offers scalability and cost advantages that will increase with every new Intel platform generation.
Speed your time to insight with Intel® HPC Orchestrator and boost application performance with Intel's software developer tools.
Certified Intel® Scalable System Framework Configurations
Certified Intel® Scalable System Framework Configurations, based on either the Intel® SSF Architecture Specification or on validated Intel® SSF Reference Designs, are high-performance, balanced systems with broad application compatibility. With these configurations, application portability across systems is easier and faster– and you have the capability to speed system validation and accelerate insight.
- Compute performed by Intel® Xeon® processor E5-2600 v4 product family and/or Intel® Xeon Phi™ processor
- Message fabric using Intel® Omni-Path Fabric or Intel® Ethernet Server Adapters (1Gbit or higher)
- Compliance with an Intel® SSF Architecture Specification with HPC system validation or using a validated Intel® SSF Refence Design