2013 Cloud World Congress Sky Super Cloud push high temperature energy-saving server

With the rapid growth of IDC data Center, the annual IT hardware consumption and energy consumption occupy the most of it costs, in the IDC room generated 50% of the energy consumption from the infrastructure, 40% from refrigeration energy consumption, the last 10% from UPS and lighting equipment costs. In the context of the energy crisis, users with a large number of servers are feeling the pressure. In order to reduce the refrigeration cost, the data center is developing to the high temperature, as the most basic and universal hardware equipment in the data center, high temperature resistance will become one of the most important metrics of the server equipment.

The survey shows that the world's current server installed capacity of about 35 million units, the annual server consumption of electricity costs about 29 billion U.S. dollars. The huge cost of energy consumption has accounted for 30% to 50% of the operating costs of the IT industry. Currently, the industry's widely used methods of reducing energy consumption generally include three aspects, first, consolidation and virtualization, which can increase the original CPU utilization from 20%, 30% to more than 80%, followed by low-power devices, such as 64-bit ARM server is Low-power representative products And finally improve the server's operating temperature.

In view of this kind of situation, the domestic server manufacturer Heaven and Earth Ultra Cloud proposed the high density, the low energy consumption, the easy management, the customization hero strategy. In Beijing also held the 2013 Third Cloud World Congress (CVW2013) on top of heaven and Earth Super Cloud Senior vice president Strictly introduced, Super Cloud Server is able to achieve high temperature energy saving, benefit from the innovative exploration in design. First in the motherboard design, by optimizing the placement of the CPU layout, the thermal projection is avoided and the temperature range of its operation is widened; Secondly, in the selection of key components, high temperature components are adopted to reduce the heat source. Third, in the system design, the use of shared power, the whole system can be run in the power of the best output power point, The design of the front IO makes the server more ventilated and more heat efficient. In addition, the use of high Efficiency VR module and high efficiency radiator, also makes the machine power consumption can be continuously reduced.

World Super Cloud Senior Vice president Strictly said high-temperature servers are more suitable for use in Internet users, although there is no large-scale deployment, but has been widely favored by Internet industry users, the future will be for the government, Cloud computing center and other large-scale applications to do more promotion, High-temperature server will have greater development.

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