Intel Announces 6-Watt Centerton Processor

Intel introduced its Centerton server processor, formerly the Atom S1200, this morning, which is 64-bit support for the company's lowest-power server chip and the first low-power server chip. This is a big step forward for the concept of microservers. They are ideally suited for use in cloud computing environments where many small servers may make more sense than a smaller digitally larger processor with more CPU power. This is because, in some applications, the input function is more important than a mere number of CPU processor cores.
The company has been talking about microservers that will take a few years for such servers, but now the S1200 is the release I've seen, the first such processor with 64-bit support. The company claims that it runs x86 software on Intel chips, which may be a key difference to the fact that ARM-based processors are in this market.
Intel announced earlier this year that the processor is touted as "the world's first 6-watt server-class processor S1200", in fact, it is actually three versions, the speed range from 1.6GHz to 2GHz, TDP from 6.1 to 8.5 watts. The SoC contains two physical cores and a total of four threads that support 64-bit, ECC memory, virtualization technology, PCI Express 2.0, and up to 8GB of memory. Intel announced that it will support new processors in more than 20 low-power design companies.
Intel said that the chip can provide "a drastic increase in computing density up to 1,000 or more compute nodes per rack, and said that it may find it in the Web hosting market, but it will also be beneficial in the communications infrastructure." And low-end storage.
Looking ahead, Intel plans to announce the 22-nm SoC next year as Avoton's version. According to the company's "TriGate" technology, it should further reduce power consumption. It is expected that there will be new architectures, more cores, and fiber optic interconnections. In addition, the company said that next year will launch the third generation of Xeon E3 line based on "Haswell's" micro. In general, Intel's Xeon E3 supports up to twice as many transactions per minute per frame, while Avoton lets you install five times the number of nodes in a rack, which is the most important Web service.
In any case, the concept of all this should be legalized, using a lot of small servers. This seems to be a particularly attractive cloud computing company, such as Facebook and Google, but we will see if it can and gain a foothold in other markets. It will be interesting to see how the actual server works in production, whether it can be from theory to practice.

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