A novel design of divider and structure for FPGA implementation in P code generator
Yi Zhong, Huaxia Zheng, Jun Wang, Wenfei Gong, Jiaqi Li, Wei Gao, Xiaoyan Gui · 2014
The P-code generator is a critical component in P-code acquisition. The model of the generator is used to determine the register's initial states. Consider the model is mainly consisted of six dividers, all of which have fixed width of dividend and divisor; two novel designs of divider based on the digit-recurrence division algorithm are presented that can improve the area-consuming and latency compared with the IP-based design. Moreover, a novel structure of the model is proposed and achieves more than half resources reduction compared with the original structure. The algorithms have been synthesized on a Xilinx Virtex-5 FPGA and implementation results are given.