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@ 2012/10/17With ARM gaining a foothold in the micro-server market, with multi-core processors, Intel is stepping up its response. A key component of Intel's next-generation "Edisonville" micro-server platform, Atom "Avoton" will be designed with a formidable feature-set over what the current-generation Atom "Centerton" offers, according to a MyDrivers report based on a leaked company slide.
Atom "Avoton" will be built on Intel's 22 nm silicon fabrication process, with anywhere between 2 to 8 cores, backed by 1 MB to 4 MB L2 cache. The cores will be designed to support out-of-order processing, correcting a longstanding limitation of Atom processors. The cores will likely be designed with a balanced instruction set to maximize performance per Watt. Processors in the Atom "Avoton" series will be clocked around 2.40 GHz, and will support Turbo Boost technology, which drives core clock speed up to 2.70 GHz. Another big feature change is an expanded IMC, which will support dual-channel DDR3-1600 / DDR3-1600L memory. Enterprise features such as ECC memory and Intel VT, will be included. The chips will likely be built in FCBGA packages. TDP for these chips will be under 20W.
Atom "Avoton" will be built on Intel's 22 nm silicon fabrication process, with anywhere between 2 to 8 cores, backed by 1 MB to 4 MB L2 cache. The cores will be designed to support out-of-order processing, correcting a longstanding limitation of Atom processors. The cores will likely be designed with a balanced instruction set to maximize performance per Watt. Processors in the Atom "Avoton" series will be clocked around 2.40 GHz, and will support Turbo Boost technology, which drives core clock speed up to 2.70 GHz. Another big feature change is an expanded IMC, which will support dual-channel DDR3-1600 / DDR3-1600L memory. Enterprise features such as ECC memory and Intel VT, will be included. The chips will likely be built in FCBGA packages. TDP for these chips will be under 20W.
