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Introducing our first custom multi-orbit, multi-waveform software defined radio (SDR) modem, the 450mp. This modem features an innovative three board modular design: Compute (Digital) module, Radio (RF) module, and Carrier Board (optional). The modular design allows integrators to build their own carrier board, allowing for maximum flexibility in terminal design.
Efficiency- Maximized SWaP and maintains the ability to operate air-gapped systems. Cloud enabled datapath and NMS.
The 4-Series Suite of SDR modems are multi-purpose, multi-orbit, and multi-waveform platforms with support for the following waveforms and technology: • Evolution Defense ATDMA • SES mPower • Telesat Lightspeed (Future) • Stand-Alone Digitizer • MIL-STD-188-165B (EBEM) (Future) • DVB-S2X SCPC • DVB-S2X SCPC Return • LPx • Anti-Jam (CSIR) • MXDMA MRC (future)
The 450 SDR increases system flexibility while minimizing sustainment costs, providing users with increased resiliency. Users can select the best available waveform to meet mission requirements while benefitting from the most efficient SWaP.
Introducing our first custom multi-orbit, multi-waveform software defined radio (SDR) modem, the 450mp. This modem features an innovative three board modular design: Compute (Digital) module, Radio (RF) module, and Carrier Board (optional). The modular design allows integrators to build their own carrier board, allowing for maximum flexibility in terminal design.
Efficiency- Maximized SWaP and maintains the ability to operate air-gapped systems. Cloud enabled datapath and NMS.
The 4-Series Suite of SDR modems are multi-purpose, multi-orbit, and multi-waveform platforms with support for the following waveforms and technology: • Evolution Defense ATDMA • SES mPower • Telesat Lightspeed (Future) • Stand-Alone Digitizer • MIL-STD-188-165B (EBEM) (Future) • DVB-S2X SCPC • DVB-S2X SCPC Return • LPx • Anti-Jam (CSIR) • MXDMA MRC (future)
The 450 SDR increases system flexibility while minimizing sustainment costs, providing users with increased resiliency. Users can select the best available waveform to meet mission requirements while benefitting from the most efficient SWaP.
