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RAM-transformed logic builds on a no-batteries foundation

机译:RAM转换的逻辑建立在无电池基础之上

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An increasing percentage of the program-mable-logic industry's players are turning to SRAM-based process technologies to build their latest products (see "Lithography advancements 'axcelerate' antifuse lineage," EDN, July 11, 2002, pg 22). In FPGAs, this trend has historical underpinnings: Aside from a brief antifuse experiment, market leader Xilinx (www.xilinx.com) has always built its chips on SRAM processes, and No. 2, Altera (www.altera.com), has exclusively relied on SRAM for successive generations of its Acex, Apex, Flex, Mercury, newest Stratix, and ARM-inclusive Excalibur parts.
机译:越来越多的程序逻辑逻辑行业的参与者正在转向基于SRAM的工艺技术来构建其最新产品(请参阅EDN,2002年7月11日,第22页,“光刻技术发展的“加速”反熔丝谱系”)。在FPGA中,这种趋势具有历史基础:除了简短的反熔丝实验,市场领导者Xilinx(www.xilinx.com)始终将其芯片构建在SRAM工艺上,Altera的第二名(www.altera.com)具有连续几代的Acex,Apex,Flex,Mercury,最新的Stratix和含ARM的Excalibur零件完全依靠SRAM。

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