TSMC 7nm process before the next city, chip makers TSMC AppliedMicro officially announced the 7-nanometer process technology to produce cloud computing and network communications chip.
AppliedMicro President and CEO Paramesh Gopi said the company is pleased to have the opportunity to expand partnership with TSMC, future efforts will be advanced technology will bring high-performance computing market, and more intensive cooperation with TSMC to promote its AppliedMicro silicon products, can benefit from TSMC’s excellent process technology. Meanwhile, the 7-nanometer process technology is introduced, it will is rapidly growing data center market has brought important changes to computing performance, network speed, energy efficiency and so will bring significant improvement, and reduce overall data center support cost.
TSMC Jinping, deputy general manager of business development, said, TSMC is also very pleased to be able to do something AppliedMicro success, TSMC advanced 7-nm process, allows customers access to key performance performance computing and web applications.
Cloud-to-server data center or related product performance, density and power consumption of an endless pursuit. Therefore, a good end-user experience, lower maintenance and operation costs, and environmental protection, will be more attention. AppliedMicro its products X-Gene and X-Weave is currently used in 16-nm FinFET potent version of the process (16FF +), while the new 7nmFinFET process, will provide more performance advantages under the same power consumption, or the same performance It offers lower power consumption.
AppliedMicro in 2015 ARM TECHNOLOGY (TechCon) published the X-Gene 3, combines 32ARMv8, up to about 550 SPECint rate. It is the product of the company’s product strategy after the change, the early X-Gene technology used in design 1 to 2 nodes process provides only a relatively small number of cores and high I / O consolidation. On the contrary, the use of 16FF + wafer manufacturing process with more number of cores, bigger L3 cache and more DDR4 memory interface.
Addition, the company in 2016 at the Optical Fiber Communication Conference (Optical Fiber Communications Conference) delivered a 100G X-Weave PAM4, which is a single wavelength, with mixed signal characteristics, using 4-order pulse amplitude modulation (PAM4). X-Gene and X-Weave goal is to provide a larger corporate or private cloud operating system and the environment. Common characteristics such as high-speed Internet and carrier-class reliability, or in existing data centers in the record, retrieve and have more computing power.
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