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A Low Power Area Efficient Full Custom 3-Read 3-Write General Purpose Register in 65nm Technology

机译:低功耗面积高效全定制3-读取3写入通用注册65nm技术

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The design of a full custom 32×32 bit general purpose register (GPR) file with three read ports and three write ports for a microprocessor in SMIC 65nm Logic Low-Leakage CMOS technology was presented. During the design process, a full custom method with specific circuit construction including robust cell array and optimized decoder circuit was proposed in order to control power consumption and design area. For test mode only, an internal circuitry was built to resolve multiple write-port address collisions. With respect to conventional semi-custom solution, the full custom approach achieves 28% saving of power as well as 43% of area. Its operating frequency can reach up to 900MHz, the occupied area is 0.0311mm2 and the average power dissipation comes to 5.83mW at 1.2V supply voltage which is also superior to some previous designs.
机译:介绍了具有三个读取端口的完整定制32×32位通用寄存器(GPR)文件的设计和SMIC 65NM逻辑低泄漏CMOS技术中的微处理器的三个写端口。在设计过程中,提出了一种具有特定电路结构的全定制方法,包括坚固的单元阵列和优化的解码器电路,以控制功耗和设计区域。仅对测试模式,构建内部电路以解决多个写入端口地址冲突。关于传统的半定制解决方案,完整的定制方法实现了28%的功率,以及43%的区域。其工作频率可达900MHz,占用面积为0.0311mm2,平均功耗达到5.83mW,电源电压为5.83MW,也可以优于一些先前的设计。

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