Software Defined Radios

Anywaves’ VILSA Software-Defined solutions provide flexible, high-performance signal processing for space RF systems. Designed for wideband operation and reconfigurability, they support demanding communication and payload missions requiring adaptability and seamless onboard system integration.

Built on the VILSA platform, Anywaves’ Software Defined Radio is designed for demanding space missions requiring flexible RF architectures and advanced onboard processing capabilities. Its programmable multi-channel design enables mission-specific waveform implementation, synchronous RF operation and in-flight reconfiguration within a compact, space-qualified platform.

Supporting frequencies from VHF to X-band, the VILSA SDR addresses a wide range of applications including telecommunications, radar, scientific payloads and experimental missions.

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VILSA Software Defined Radio

Discuss your SDR architecture

Looking for a flexible and space-qualified SDR platform? Our engineers can help you configure the VILSA SDR to match your mission, RF architecture and onboard processing requirements.

Space Software Defined Radios for Flexible RF Payloads and Communications

Software Defined Radios (SDRs) are increasingly used in satellite missions requiring adaptable communication systems, advanced signal processing and multi-band RF capabilities. Unlike traditional fixed-function architectures, SDR platforms enable waveform programmability, in-flight reconfiguration and mission-specific RF chain configuration within a single hardware platform.

The VILSA SDR developed by Anywaves combines synchronous multi-channel RF operation, high-performance digital processing and flexible software-defined architectures in a compact, space-qualified platform. Covering frequencies from VHF to X-band, it supports telecommunications, radar, scientific payloads and experimental space missions.