A REVIEW OF DESIGN AND SIMULATION OF PARALLEL CRC GENERATION ARCHITECTURE FOR HIGH SPEED APPLICATION

Abstract

High speed data transmission is the current scenario in networking environment. Cyclic redundancy check (CRC) is essential method for detecting error when the data is transmitted. With challenging the speed of transmitting data, to synchronize with speed, it’s necessary to increase speed of CRC generation. Starting from the serial architecture identified a recursive formula from which parallel design is derived. For simulation and functional verification we will use modelSim and alteraQuartus 2. High speed data transmission is the current scenario in networking environment. Cyclic redundancy check (CRC) is essential method for detecting error when the data is transmitted. With challenging the speed of transmitting data, to synchronize with speed, it’s necessary to increase speed of CRC generation. Starting from the serial architecture identified a recursive formula from which parallel design is derived. This paper presents 64 bits parallel CRC architecture based on F matrix with order of generator polynomial is 32