The performance of every 5G network ultimately depends on the quality of the physical layer implementation embedded in its radio hardware. For chipmakers, RAN vendors, and infrastructure OEMs, the FEC and signal processing IP at the heart of their designs determines how close to the standard's ceiling their products can perform — and how efficiently they can do it in silicon.
5G NR places demanding requirements on LDPC and Polar FEC implementations — high throughput, low latency, high coding gain, and efficient silicon area utilisation across a wide range of configurations. Software-based approaches cannot meet these requirements at the performance levels that competitive terrestrial 5G products demand. AccelerComm's IP is designed from the ground up for hardware implementation.
AccelerComm's LDPC and Polar IP cores are proven across leading chipmakers and RAN vendors, with production deployments in terrestrial 5G infrastructure. FPGA- and ASIC-ready, they integrate cleanly into existing design flows and deliver measurable performance advantages — the same algorithmic depth and implementation efficiency that AccelerComm brings to NTN now applied to the ground infrastructure that 5G is built on.