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Intel® Scalable System Framework Optimizes HPC

The Intel® Scalable System Framework offers breakthroughs in performance, integration, and scalability to optimize high performance computing.

Server Refresh Planning Guide

Learn why it is important to update your IT infrastructure every two to four years, and how to plan and implement your next server refresh cycle.

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UrFU and Intel—Partners in High Performance Computing

Case Study: See how Intel® Parallel Studio Cluster Edition is helping enrich the high-performance computing curriculum at Ural Federal University.

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Rocketing the Development of Hypersonic Vehicles

Moscow Institute of Physics and Technology Creates Faster and More Accurate Computational Fluid Dynamics Software.

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Data Center Architecture

Data Center Architecture - This paper shows how Intel enables high-density computing and lower facility costs using the latest Intel Xeon processors.

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High-End Server Processors Deliver Maximum IT Value

Solution Brief: Study shows how high-end server processors maximize IT value by delivering superior throughput while lowering total cost of ownership.

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Data Center Requirements: Refresh for Operating Efficiency

An overview about how upgraded data center technology can help IT spend less time managing the data center and more time serving the business.

Intel® True Scale Fabric Cable Products

Tested for performance, reliability, and signal integrity, Intel® True Scale Fabric Cables exceed IBTA* standards and lead BER performance.

Texas Advanced Computing Center Systems and Technologies

The Texas Advanced Computing Center discusses how Intel® Omni-Path Architecture can advance supercomputing with performance boosts and larger fabrics.

As part of a multiyear strategy, Intel IT began migrating mission-critical computing environments from proprietary systems to Intel® architecture. These environments included silicon design, manufacturing, and global enterprise resource planning (ERP). As a result of a meticulous planning process and following best practices, the migrations turned out to be less difficult—and the benefits greater—than originally anticipated.

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