Intel power microserver market impact ARM ecosystem

ARM chip market, the traditional chip giant Intel face lost, and including AMD, Applied Micro, including a number of chip manufacturers to develop ARM architecture server chip more and more interested in, They expect to erode Intel's lucrative server chip business. The idea of ​​ARM and its partners is good, but the road to ARM's entry into the data center market is winding.

The x86 architecture puts Intel chips at an inherent disadvantage in power consumption. Although this is a good marketing opportunity for ARM chips, the reality is that the power-hungry advantage of ARM chips is almost negligible.

Intel has introduced Avoton for microservices and Rangley for communications devices, which use 22-nanometer processes. Applied Micro is still trying to introduce the first generation of X-Gene chips in the 40-nanometer process on the market, and AMD plans to launch this year at http://www.aliyun.com/zixun/aggregation/30439.html. "Q4 is introducing a 28nm process Micro-server chip.

Intel has considerable competitive advantage in this area, more interestingly, since the fourth quarter of last year, Intel has already introduced micro-server chip products. Seattle, the forthcoming 28-nanometer micro-server chip, should be more competitive than X-Gene, but its performance ratio is not much better than Intel's in performing common computing tasks.

AMD's chips integrate more accelerator and networking capabilities than the current Avoton chip, but recent details on Intel's forthcoming Broadwell-DE show that Intel will offset AMD's advantage.

Intel's current lead in the data center is hard to beat and is a combination of a huge R & D budget, first-rate manufacturing technology and economies of scale. No single company surpasses Intel in all of these areas. Lost in the mobile terminal market, Intel is more vigilant for the server market, although into the 3721.html "> ARM in the data center market in 2014 ecosphere construction steadily, but Intel will not sit back and take an ARM attack in the data center.