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Application of Gooxi customized micro-server in the Internet

Internet technology has gone through more than 40 years since its invention, from the ARPANET network in 1969, the NSFNET Internet with TCP/IP technology in 1986, and now the total number of Internet users in the world has reached 2.1 billion. The huge total number of Internet users has created a huge demand for Internet services, which requires super-large-scale data centers to serve them. According to statistics, there are 555 million websites running on the servers of these data centers around the world. This is a fully open and highly competitive market. While competing fully at the revenue level, Internet companies also attach great importance to the comparison and competition at the internal operation level. The leading companies in China's Internet industry have also widely used customized server products in their data centers. These leading companies have tasted the flexibility and low-cost sweetness brought by customization. In the foreseeable future, more and more Internet companies will put forward customized requirements for the servers in their data centers.

The Gooxi S312-S24R micro-blade server system can save about 50% of the power consumption of traditional high-performance computing equipment. When using the Intel E3 1240L processor, the processor power consumption is 25W, 4 cores and 8 threads, the main frequency Up to 3.0GHz, computing power 96Gflops, and an E5-2620 processor power consumption is 80W, main frequency up to 2.5GHz, computing power 120Gflops. Based on 3U12 nodes, the CPU power consumption is 25*12=300W, and the computing power is 12*96=1156Gflops; for 3U dual-socket E5, there are up to 4 nodes, 8*120=960Gflops, and the CPU power consumption is 640W; the overall calculation Come, half the power consumption can produce more computing power. In terms of overall computing, the low-power E3 processor is the biggest advantage. At present, Gooxi S312-S24R products support Intel's latest XEON E3 V3 products, the processor capacity has increased by 44% compared with the first generation, and it has a higher calculation energy consumption ratio.