The Reed Solomon Erasure Code by Secantec is designed for applications requiring robust data integrity, especially in RAID and data center environments. This code operates using zero latency and a low gate count due to its asynchronous, combinatorial logic framework which eliminates cyclical dependencies and clock requirements. Notably, it does not utilize traditional storage methods such as SRAMs, ROMs, or flip-flops, ensuring efficient and rapid error correction. The design focuses on all Galois Field operations using m bit symbol sizes, offering programmability for a variety of parameters like the degree of primitive polynomial and maximum correctable errors. Applications include correcting known erasure locations and recovering data accurately in high-speed communication channels and storage systems. The IP stands out for its configurable RTL parameters that adapt to various error correction needs, maintaining lint-clean code for assured operational fidelity.
