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Flexibility, Low Power Drive Mixed-signal Ics, Whether An Fpga Or Custom Asic

机译:灵活的低功耗驱动混合信号集成电路,无论是Fpga还是定制的ASIC

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Industry experts still debate the field programmable gate array (FPGA) vs. custom application specific integrated circuit (ASIC) argument, but designers of both devices agree that flexibility and power efficiency drive current mixed-signal designs.rnThat argument will probably always exist, says Ken O'Neil, director of military marketing for FPGA designer Actel Corp. in San Jose, Calif. The only difference between now and 20 years ago is that FPGA gate count and power efficiency have tremendously increased, he adds.rnPower efficiency and flexibility are key attributes of the company's first mixed-signal line of FPGAs-called Fusion, O'Neil continues. The device combines mixed-signal analog, flash memory, and programmable logic fabric in a monolithic device. It meets small-size requests by putting functionality on one chip, O'Neil says.
机译:行业专家仍在争论现场可编程门阵列(FPGA)与定制专用集成电路(ASIC)的论点,但两种器件的设计者都同意灵活性和能效驱动当前的混合信号设计。他补充说,FPGA设计师Actel Corp.位于加利福尼亚州圣何塞的军事营销总监Ken O'Neil。现在和20年前的唯一区别是FPGA的门数和功率效率得到了极大的提高。 O'Neil继续介绍了该公司的第一条FPGA混合信号线Fusion的主要特性。该器件在单片器件中结合了混合信号模拟,闪存和可编程逻辑结构。 O'Neil说,它通过将功能集成到一个芯片上来满足小型化的要求。

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