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Flexible, entry 1U rack-optimized, one-socket value board designed to minimize cost.
Animated overview and diagram showcasing the technology, specifications, features, and benefits of the Intel® Server Board S2600GZ.
Flexible entry one-socket, 1U rack-optimized systems with four 3.5” fixed or hot-swap HDDs for embedded environments.
Energy-efficient 2U, 2-socket system, HDDs not included, six PCIe* Gen 3 risers (four x8, two x4), four integrated 1 GbE NICs, and Intel® RMM4.
Energy efficient 2U, 2-socket system, with 24 2.5” HDDs, 6 PCIe* Gen3 risers (4 x8, 2 x4), 4 integrated 1 GbE NICs, and Intel® RMM4.
Energy efficient 2U, 2-socket system, with 12 3.5” HDDs, 6 PCIe* Gen3 risers (4 x8, 2 x4), 4 integrated 1 GbE NICs, and Intel® RMM4.
2U rack-optimized systems with 4-socket board and eight 2.5” HDDs to maximize density and performance while minimizing TCO.
Read real IT case studies and business success stories from some of the world’s leading companies.
Intel IT discusses their data center strategy and the complexity of providing service to a wide array of needs in multiple geographies.
Guide: Intel® server platforms help IT organizations deliver more efficient, dependable, and responsive solutions for business.
White Paper: DuPont tests encryption performance on Intel-based servers with built-in Intel® AES-NI, rapidly accelerating enterprise data security.
Editor’s Pick: data center bridging and convergence, current standards, adoption processes, and best practices for test methodologies.
Welcome to the home of Intel® IT Center events. Register for upcoming events or check out the archive.
Case study: UC Irvine, Dell, and Intel design and build an HPC solution using Dell PowerEdge* servers with Intel® Xeon® processor 5600 series.
Success brief: California University of Pennsylvania uses Intel® Core™ vPro™ processors to reduce operational costs and achieves 144 percent ROI.
Case Study: Université Montpellier 2 uses Intel® Xeon® processor 5600 series and IBM for future proof, high performance, energy efficient computing.
Case Study: University of Minnesota fuels research, building new supercomputing clusters with Intel® Xeon® processor 5500 and 7500 series.
Designed for cost-effective execution, the Intel® Server Board S1600JP is perfect for applications requiring a powerful, reliable server solutions.