High-Capacity Commercial and Military Ka-Band Connectivity
Processor supporting multi-channel satellite communications and on-orbit adaptability.
Ka-band receive arrays for dense LEO environments.
Ka-band transmit arrays for multi-beam LEO operation, delivering precise beam control and mission-ready performance.
The Vireo Ka 576 communications payload builds on the architecture and production heritage of the Vireo Ka 288 system, scaling aperture and beam capacity to support high-throughput Ka-band communications missions.
Active electronically steered array (AESA) antennas enable multi-beam operation for simultaneous uplink and downlink connectivity, while FPGA-based RF and signal processing support waveform flexibility and on-orbit reconfigurability across mission sets. The large aperture architecture enables high user density and expanded network capacity while maintaining common processing and manufacturing foundations across the Vireo Ka payload family.
Processor supporting multi-channel satellite communications and on-orbit adaptability.
Ka-band transmit array for multi-beam LEO operation, delivering precise beam control and mission-ready performance.
Ka-band receive array for dense LEO environments.
The RPU Interface Emulator enables flight-like digital validation of Vireo payload architectures before RF integration, allowing teams to develop, test, and integrate with confidence.
With direct access to SpaceVPX interfaces, onboard processing, and system interconnects, teams can prototype and refine mission configurations in a controlled lab environment. Removing RF hardware from the loop enables focused development of digital signal chains, data flow, and control software ahead of full payload integration.
The result is faster iteration, reduced integration risk, and a clearer path from development to flight.
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