A Novel Approach for Parallel CRC Generation for High-Speed Applications

this work is to develop a novel parallel CRC generation architecture that significantly improves throughput for high-speed applications while maintaining low hardware overhead. The proposed approach aims to exploit parallelism in polynomial division to compute CRC values over multiple input bits per clock cycle, thereby reducing latency compared to conventional serial CRC implementations. The design is implemented and verified using hardware description languages and evaluated in terms of speed, area, and power, demonstrating its suitability for high-speed communication, networking, and data integrity–critical applications.