Multibit soft error resilient SRAM based TCAM for FPGA

High efficiency in high-speed network transmission systems is possible with the implementation of SRAM based TCAMs on FPGAs. Some transition problems could happen in such high-speed network setups. Transitional mistakes occur when the transition from 0-1 to 1-0 can be replaced. These faults are referred to as soft errors. The system’s memory is where soft errors most frequently occur. Protecting the systems from soft errors is difficult. Multi bit parity can be added to the system’s memory to help find and fix these issues. When compared to the current systems, it takes less time to find and fix errors. Additionally, the suggested approach, which use a not gate to repair errors and parity bits to detect them, is straightforward, economical, and has a lower level of design complexity. The system is open for simultaneous search operations while the error correcting process is being run in the background.