In-flight connectivity (IFC) is one of the most demanding operational environments for satellite communications. Aircraft move fast, antennae are constrained, and passengers expect broadband performance that matches what they experience on the ground. Delivering that QoS over a satellite link requires a physical layer that performs at the ceiling of what the standard allows - consistently, reliably, across every phase of flight.
IFC systems must maintain high-throughput, low-latency connectivity through constant satellite handovers, variable link geometry, and the interference environment of a commercial aviation platform. Every fraction of a decibel of link efficiency matters. Every reduction in BLER translates directly into a better passenger experience and lower retransmission overhead.
AccelerComm's LDPC and Polar FEC IP, combined with the AccelerComm EVK for system-level validation, gives IFC system developers the physical layer performance and integration confidence to deliver broadband-grade connectivity from orbit. The same technology is already proven in orbit on more than 100 commercial satellites — including platforms used in demanding mobility applications.