Last weekend, Calxeda (formerly Smooth-Stone) announced the company's first product plan, a quad-core ARM SoC processor for the server market.
Similar to the previous server processor promoted by ARM, Calxeda's products are also focused on ultra-low-power multi-core applications. The new product can deploy 120 processors in a 2U rack space, a total of 480 cores, each processor plus the corresponding memory power consumption is only 5W, each core is only about 1W.
According to the data published by Calxeda, the performance-power ratio of ARM-based servers has reached 5-10 times that of x86, and the price factor can be further increased by 15-20 times.
Although the introduction of the product is in full swing, it is still unknown when the product is listed. This is just the product that Calxeda is designing.
Currently, the ultra-low-power server processors mainly include the AMD Opteron 4100 series. Based on the x86 architecture, the price is cheap and easy to deploy. Dell and IBM and other vendors have designed a variety of high-density rack-based servers based on this architecture. The well-known Dell C6145 is designed to use the 2U architecture to build 128 cores, which indicates the high computational density.
The ARM processor will be more energy-efficient than the traditional x86, the same number of core power consumption, more suitable for multi-tasking under lighter load. If deployed on a large scale to the data center, it will save a lot of electricity, so as to achieve a more efficient green environment.
In general, ARM-based multi-core ultra-low-power processors have distinct features and promising applications. However, there is still no formative product on the market, and some compatibility issues still need to be solved. Let's wait and see. It!
Similar to the previous server processor promoted by ARM, Calxeda's products are also focused on ultra-low-power multi-core applications. The new product can deploy 120 processors in a 2U rack space, a total of 480 cores, each processor plus the corresponding memory power consumption is only 5W, each core is only about 1W.
According to the data published by Calxeda, the performance-power ratio of ARM-based servers has reached 5-10 times that of x86, and the price factor can be further increased by 15-20 times.
Although the introduction of the product is in full swing, it is still unknown when the product is listed. This is just the product that Calxeda is designing.
Currently, the ultra-low-power server processors mainly include the AMD Opteron 4100 series. Based on the x86 architecture, the price is cheap and easy to deploy. Dell and IBM and other vendors have designed a variety of high-density rack-based servers based on this architecture. The well-known Dell C6145 is designed to use the 2U architecture to build 128 cores, which indicates the high computational density.
The ARM processor will be more energy-efficient than the traditional x86, the same number of core power consumption, more suitable for multi-tasking under lighter load. If deployed on a large scale to the data center, it will save a lot of electricity, so as to achieve a more efficient green environment.
In general, ARM-based multi-core ultra-low-power processors have distinct features and promising applications. However, there is still no formative product on the market, and some compatibility issues still need to be solved. Let's wait and see. It!
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