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Altera的14纳米(nm)三闸极晶体管(Tri-gateTransistor)制程可望于明年启动量产。面对赛灵思(Xilinx)即将于2014年采用台积电16纳米鳍式场效晶体管(FinFET)制程,生产首批现场系统单晶片可编程闸阵列(SoCFPGA),Altera亦不干示弱,于日前宣布将于2013年底前提供14纳米的SoCFPGA测试晶片,预计于2014年正式投产14纳米SoCFPGA。Altera资深产品行销总监PatrickDorsey表示,Altera正借助更先进纳米制程和高性能架构开发更高性能和更低功耗的高阶SoCFPGA。同时表示,为开发出更高效能与更低耗电量的高阶SoCFPGA,Altera与赛灵思无不分别加快14纳米和16纳米制程的量产脚步,也因此,从赛灵思预定
Altera’s 14-nm (nm) Tri-gate Transistor process is expected to begin volume production next year. In the face of Xilinx’s forthcoming introduction of the first field programmable gate array (SoCFPGA) in field devices by TSMC’s 16-nanometer FinFET process in 2014, Altera has also demonstrated its weakness and announced a few days ago The 14nm SoCFPGA test chip will be available by the end of 2013 and the 14nm SoCFPGA is expected to begin production in 2014. PatrickDorsey, Altera’s senior director of product marketing, said Altera is developing higher-performance and lower-power higher-order SoC FPGAs with more advanced nanotechnology and high-performance architectures. At the same time, said that in order to develop higher performance and lower power consumption of high-end SoCFPGA, Altera and Xilinx are accelerating the production of 14-nanometer and 16-nanometer process, respectively, and therefore, from Xilinx scheduled