A Novel Design of High Speed Multiplier Using Hybrid Adder Technique

Electronic devices are necessary in small spaces in order to provide fast speed and low power consumption. Arithmetic operations determine how quickly electronics operate. In many applications involving VLSI signal processing, multiplication is a necessary arithmetic operation. Thus, to create any kind of signal processing module, a high-speed multiplier is a prerequisite. Every individual has different needs and goals, which has led to the development of different multipliers according to the need of application. In this paper, a Hybrid multiplier is proposed and designed using hybrid adders which is a mixture of Brent Kung adder and Kogge Stone adder which results in less delay i.e. 4.062ns compared to other multipliers existed.