Design and implementation of embedded concurrent multiply-accumulate (MAC) functional units on FPGA for fast processing and accurate throughput

Abstract

Nowadays, high speed unit MAC is the best needs of Very-large-scale integration digital systems and signal processing applications such as Finite impulse response filter, convolution , FFT and other. Application of Digital signal processing, it usually involves a lot of multiplication and accumulation. Thus, high-speed multiplier-accumulator (MAC) has always been an important element for achieving high performance for (DSP) digital signal processing applications [1]. This report is about design and implementation of embedded concurrent Multiply- Accumulate (MAC) Functional Unit on FPGA for Processing and Accurate Throughput.