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The performance, electrical performance and reliability edge servers with Intel Xeon make it the preferred choice for all applications or infrastructure that handle data intensely.

This is not promptly Intel practical innovation, but relentlessly. The new chips rely on radically new materials, including hafnium, are engraved in 45 nanometers and the door of their transistors consists of a metal alloy with a high dielectric constant.

Engraved in 45 nm, the second generation of Intel processors quad-core Xeon 5400 series is even more energy-efficient and displays performance multitasking necessary to pull, reliably, the most of virtualization. You can now manage your infrastructure ultraperformantes applications on the platforms servers reference face the challenges of cooling and density, which are also the most popular in the world.

Second generation quad and precursors of 45 nm, these chips are clocked up to 3.16 GHz and equipped with 12 MB of level 2 cache. Without changing technology or software and compatibility with the same level Socket, they boost performance of existing platforms by a factor of up to 25%. In addition, thanks to the Intel VT FlexMigration, a battery of virtualized server performance can benefit from this series with tipping live virtual machines on some existing Intel Xeon processors and all models to come.

• Quad Core

Four cores, on a single integrated DIE, run in parallel and can run multiple applications simultaneously heavy.

• Core Microarchitecture

Developed by Intel, the Core architecture is proving to be less greedy energy while providing vastly improved performance.

• 1333 MHz Bus

The bus speed high facilitates communication processor with other components of the system

• Intel Virtualization Technology

This technology is designed to create virtual machines and lets you run different operating systems simultaneously with a single physical computer.

• Compatible with 64-bit applicationsThis processor supports instruction set EM64T (Extended Memory 64 Technology) in order to respond to future software developments and ensure the sustainability of the processor with a maximum compatibility.