Specific microprocessor maker intends to increase the market share of its chip products around the world by beginning to offer processors for servers where power efficiency is still a major concern.
Server market has always been a major and integral component of the IT industry. With the rapid development in recent times, slowly have directed the current server is to adopt the use of cloud-based technologies to provide the best storage solutions and even now has been supported by the hard drive is capable of automatically connecting to an online storage environment.
With the presence of various mobile devices that connect to the network web with a better way, the existence of tablets and smartphones and the other which has now increased in number also seems to have an impact for the players to keep myself busy networking with the existing Internet infrastructure.
So the rapid rate of use of the web in recent years reportedly feared the entire bandwidth of the world will become tense. So to anticipate and cope with such events, would need the support of servers and data centers with different levels of performance.
VIA itself has now decided to focus on the market designated for energy-efficient systems when setting up the development plan at its new server chip. 64-bit Nano E-series CPUs are available, have been based on the Isaiah architecture that supports security features virtualization and Via padlock. Range which will feature quad-core model for notebook and desktop (which is mostly on the nettop) is reported to have declared, and so it is with a server unit that reportedly also been developed.
"The processor we have used quite extensively in the handling of low power for data center applications, and we are evaluating the strategy and future roadmap Us", said Richard Brown, who currently serves as vice president of Via Technologies.
Joint ARM is expected to outperform existing server designs, and so did the possibility to collaborate with AMD, of course, would be a real competition in sight. But so far, unfortunately VIA itself has not commented officially linked it, so what will happen later, and how quickly, it seems still unclear.
Server market has always been a major and integral component of the IT industry. With the rapid development in recent times, slowly have directed the current server is to adopt the use of cloud-based technologies to provide the best storage solutions and even now has been supported by the hard drive is capable of automatically connecting to an online storage environment.
With the presence of various mobile devices that connect to the network web with a better way, the existence of tablets and smartphones and the other which has now increased in number also seems to have an impact for the players to keep myself busy networking with the existing Internet infrastructure.
So the rapid rate of use of the web in recent years reportedly feared the entire bandwidth of the world will become tense. So to anticipate and cope with such events, would need the support of servers and data centers with different levels of performance.
VIA itself has now decided to focus on the market designated for energy-efficient systems when setting up the development plan at its new server chip. 64-bit Nano E-series CPUs are available, have been based on the Isaiah architecture that supports security features virtualization and Via padlock. Range which will feature quad-core model for notebook and desktop (which is mostly on the nettop) is reported to have declared, and so it is with a server unit that reportedly also been developed.
"The processor we have used quite extensively in the handling of low power for data center applications, and we are evaluating the strategy and future roadmap Us", said Richard Brown, who currently serves as vice president of Via Technologies.
Joint ARM is expected to outperform existing server designs, and so did the possibility to collaborate with AMD, of course, would be a real competition in sight. But so far, unfortunately VIA itself has not commented officially linked it, so what will happen later, and how quickly, it seems still unclear.
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