SDR-3104
Direct Sampling Software-Defined Radio for Wideband Missions
Direct Sampling Software-Defined Radio for Wideband Missions
The SDR-3104 introduces a direct sampling architecture, digitizing RF signals closer to the antenna to reduce analog complexity and expand instantaneous bandwidth. The result: higher data throughput, improved signal fidelity, and greater flexibility in waveform processing, supporting more demanding missions.
Access wider bandwidth to support higher data rates and more complex signals. Direct RF sampling expands instantaneous bandwidth and reduces analog stages.
Improve signal fidelity by minimizing distortion across the RF chain. Fewer analog conversions preserve signal integrity.
Handle higher data volumes and more complex waveforms without bottlenecks. Digital-first architecture enables high-performance FPGA processing.
SEE immunity up to 37 MeV cm2/mg and TID tolerance of 30 krad (Si), ensuring reliable operation inorbit and minimizing radiation-induced errors
Deploy within existing systems without custom redesign. SpaceVPX (VITA 78.0) compliant form factor.
Direct sampling architecture enables access to wider spectrum and higher data rates.
Best suited for wideband communications, high-throughput links, and missions that demand greater processing capacity and scale.
Designed for missions that require reliable, deterministic performance across communications, sensing, and ranging.
Best suited for defined frequency operation, multi-function payloads, and on-orbit adaptability without hardware redesign.
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