摘要
基于HomePlug AV协议设计了一款在电力线载波通信SOC芯片中得到广泛应用的信道交织/解交织器,通过设置不同的文件顶层配置参数,可以使交织/解交织器以半双工方式工作在芯片中.该设计通过算法实现、寄存器级(RTL)设计并进行ModelSim和Synopsys仿真及DC综合后仿,成功地证明了设计的正确性.在100 MHz工作频率下运用DC综合工具进行时序时序分析可以得知,slack(MET)为2.45,面积为22 702.048 020μm^2,功耗为658.043 4μW.
On the basis of HomePlug AV socket protocol, designed a kind of Channel interleaver/deinterleaver is designed which can apply in the power line carrier communication SO(; chip. By setting the top configuration parameters for different files, we can get the half duplex mode working of channel interleaver / deinterleaver in the chip. Through the algorithm and RTL design and ModelSim subsequent Synopsys composite tools DC; comprehensive simulation, verify the correctness of the design. The timing results show that at 100 MHz clock, slack(MET) is 2.45,the total cell area: is 22 702. 048 020 μm2 ,and the power estimation results are 658. 043 4 μW.
出处
《微电子学与计算机》
CSCD
北大核心
2017年第5期59-62,共4页
Microelectronics & Computer