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Intel dual-core processors have two complete processor cores in one physical package running at the same frequency. The cores shre the same interface with the chipset and memory but each core has its own set of registers and cache for truly parallel computing. 2 x 2MB Level 2 Cache Each processor core has its own 2MB L2Cache (4MB Total) enabling improved overall system perfomance by allowing each core to have faster access to larger amounts of the most often used data. More...

Full server specifications (PDF Format)
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Intel dual-core processors have two complete processor cores in one physical package running at the same frequency. The cores shre the same interface with the chipset and memory but each core has its own set of registers and cache for truly parallel computing. 2 x 2MB Level 2 Cache Each processor core has its own 2MB L2Cache (4MB Total) enabling improved overall system perfomance by allowing each core to have faster access to larger amounts of the most often used data. More...

Full server specifications (PDF Format)
Full server specifications (Word Document)

This new class of computing was designed to be directly in the evolutionary path of x86, allowing the technology industry to build a unified 64-bit computing infrastructure fully compatible with the ubiquitous x86 architecture. The AMD64 computing platform allows the latest in processor innovation to work smoothly with the existing installed base of 32-bit applications and operating systems, and builds momentum towards an increasing installed base of native 64-bit environments. AMD64 Technology enables the industry to advance software development on all fronts, with x86 compatibility, while providing the capability of delivering 64-bit technology benefits. More...

Full server specifications (PDF Format)
Full server specifications (Word Document)