Analysis of 8x8 Bit Various Multiplier Using Look-Up Table and Implementation in Fir Filter

Project Code :TVMAFE694

Objective

The objective of this project is to design and analyze 8×8-bit multipliers using look-up table (LUT) techniques and implement them in FIR filters for efficient digital signal processing. It focuses on optimizing multiplication operations to reduce hardware complexity, delay, and power consumption. Different multiplier architectures will be compared and evaluated based on performance metrics such as speed, area, and power efficiency. The design will be integrated into FIR filter implementation and simulated to verify functional accuracy and performance improvement. The overall goal is to develop a high-speed, low-power multiplier-based FIR filter suitable for real-time signal processing applications.

Abstract

Abstract:

In VLSI, the usage of multiplier in hardware for designing and implementing it in an application. In this paper the comparison of various 8x8 bit multipliers, including the Booth, Wallace tree, and binary multipliers, using look-up tables, or luts, in order to satisfy requirements related to performance and power usage. These elements are essential for determining which VLSI design is the most efficient. We have looked at the propagation delay and power dissipation. The propagation delay and power dissipation of our developed clock logics are minimal, according to the simulation results. When it comes to filters, the wallace tree multiplier works better with FIR filters. To generate schematic representations of the multipliers and obtain time, speed, and area characteristics, verilog code is implemented using the Xilinx ISE tool. MATLAB software is then employed to implement the FIR filter.

NOTE: Without the concern of our team, please don't submit to the college. This Abstract varies based on student requirements.