Power Effective Multiply Accumulation Configuration For Low Power Applications Using Modified Parallel Prefix Adders

This article illustrates low-power design and equally divisible design configurations by using modified bit-parallel ripple-carry adder, Power storage elements with broad definitions include adders, accumulators, and multipliers. The multipliers in this review are Vedic multipliers, while the parallel prefix adders are actually Brent-Kung adders, Kogge-Stone adders, hybrid Han-Carlson adders, and Han-Carlson adders. Using the toggle threshold prototype’s exclusive-or input can be achieved by pre-multiplier-and pre-adder phases for marketing XOR procedures. To add item sets, multiplication is used as correlation correction adder. The achievement of a large number of equally divisible configurations is rewarded with authority and a figure of merit. The suggested redesigned sum-of-products unit cuts the power consumption considerably while improving the figure of merit. Various architectures are designed using the Verilog Hardware Description Language. Xilinx Vivado Design Suite 2015 is used to simulate and synthesize the model. 2 at speed level −1 for the target device xc7a100tcsg324-1 and the Artix-7 Field Programmable Gate Array family.