Cloud computing for Cloud computing server incomplete collection

There is no way to define a "http://www.aliyun.com/zixun/aggregation/14082.html" > Cloud server, which is literally a kind of "cloud-fit" server, Instead of being a specific server type, servers that are suitable for cloud computing applications, such as racks and blades, can be called cloud computing servers. Cloud computing requires a large scale deployment, and the computing power of each node is not demanding, but requires a server with a higher deployment density, more energy-efficient, and easier to manage. The common server has to adapt to a variety of applications, such as performance, scalability, it is difficult to balance energy consumption and cost. As a result, a custom cloud server application for cloud computing, which is designed to optimize the application characteristics of cloud computing, is generally characterized by high-density deployment, energy saving and easy management, and the price per node is lower relative to the rack server.

Today, more and more server providers are launching cloud servers, such as the Dell PowerEdge C Series, the HP ProLiant SL series, the Fujitsu CX1000 series, and the "cloud-born" sky and cloud servers.

Dell PowerEdge C Series: Dell is a hands-on vendor in the course of a cloud computing server. In April 2010, Dell Data Center Solutions (DCS) launched the PowerEdge C Series for HPC, Web2.0, social networking, and cloud computing vendors, designed to be "high-density, low-power, and cost-efficient", a large-scale deployment environment for cloud computing. For example, the C6145 server, which has two quad nodes, can accommodate 8 12 core AMD Opteron 6100 series processors in 2U space, reaching 96 core computational densities, of course, such core densities are useful in scientific calculations, But it is also ideal for high-density deployed cloud computing environments. In addition, c5125 and c5220 also use high-density design, in 3U space can accommodate 8~12 independent server nodes, sharing power and cooling facilities, while saving space while reducing costs.

HP ProLiant SL Series: HP SL series servers are also designed for large data centers, using a "seamless modular" system architecture with higher densities than rack servers, green energy saving, easy expansion, and lower costs than racks and blades. HP SL Series Server support platform is the SL6500 rack server chassis, with 4U design, can support 8 half-width server, deployment density is much higher than the rack, close to the blade. Its power and fan modules are shared, much like blades, but lower cost than blades.

Fujitsu CX1000 Series: The CX1000 series is a high-density server designed for cloud computing, which encapsulates 38 server nodes in a rack with centralized power and cooling infrastructure, with lower costs than rack servers. An internal channel is used to assemble the hot air flowing through the top of the standard size rack to ensure the cooling effect of the multi node design. Rather, CX1000 can enable services on servers that are unresponsive for reasons such as failure, easily switched from software to another server, and restart unresponsive servers, a design that is better suited to a large-scale deployment environment such as cloud computing.

Super Cloud server: Super Cloud is a rapid rise in the last two years of a server brand, compared to other vendors, the Super cloud is indeed a real hit the "Cloud Computing server" slogan. "Born for the Cloud," is the characteristics of the Super Cloud server, although other old server manufacturers launched a cloud computing server, but its main business or general server, if the cloud server of these vendors is just test aquatic products, then the Super cloud product is to put all the energy into the cloud, fully customized for the cloud computing design. Super Cloud Server has been introduced to the author, the Super Cloud server with High-performance, high-density, high reliability, high customizable, low carbon, low energy consumption, low-cost seven major features, covering single, dual, four-way and high-density multi-node products to meet the needs of all levels of cloud computing.

(Responsible editor: The good of the Legacy)