The High Speed Multiplier by using Prefix Adder with MUX and Vedic Multiplication

In this paper, we propose a novel architecture to perform high speed Multiplier by using Kogge Stone Adders with Mux and Vedic Multiplication. The Adder employed in implementing the paper is Kogge Stone Adder by using MUX which is a parallel prefix form of Carry Look Ahead Adder & widely used adder in the industries of the present day. One of the most efficient sutra in vedic mathematics named as Urdhva Triyakbhyam strikes a difference in the actual multiplication process. Since the adder used generates the carry signal in O (logn) time, it is widely considered to be the fastest adder design possible. Proposing Kogge Stone Adder by using MUX provides less components, less path delay and better speed compare to other existing Kogge Stone Adder and other Adders. In this research, we have implemented KSA with Mux and Vedic Multiplication. This work estimates the performance of proposed design in terms of Logic and route delay. The experimental results show that the performance of KSA with MUX and Vedic Multiplication is faster compared to other Adders. The proposed algorithm is developed using verilog HDL. Implementation has been done using Xilinx 14.2, Spartan 6,