A complete solution for uplink and downlink operations from LEO, the Vireo payload supports to 8-beam operation with independently steerable, shapable beams. Jam resistant and reconfigurable on-orbit to meet evolving threats.
Up to 16 independently steerable beams allow for maximum frequency reuse and throughput for seamless connectivity with many simultaneous users.
Near instant beam hopping further divides each beam in time, allowing capacity to be shared and focused across the field of view maximizing throughput and quality of service to specific regions.
A dedicated box for transmit and another for receive enable simultaneous uplink and downlink to every user. Additional boxes increase the total number of beams and polarizations.
The payload is controlled by a rich software experience that controls beam planning, steering, shaping, and hopping, as well as power optimization that can be updated dynamically and combined with any onboard baseband processor.
Providing options that support both commercialand defense Ka-band frequencies,Vireo is uniquely suited for a wide range ofmissions across multiple domains
Vireo offers a scalable architecture for multiple orbits, meeting unique customer requirements for element spacing, power levels, and environmental performance.
DRA-8AR1-12
Recieve KA-Band
direct radiating array
Integrates the beamforming network, low-noise amplifiers, and control circuitry with a focus on sensitivity, power management, and thermal design.
RPU-4A1G1
KA-BAND RECONFIGURABLE
PROCESSING UNIT
The Ka-Band Reconfigurable Transceiver is full-duplex, multi-channel satellite communications processor designed for the space environment.
DRA-8AT1-12
TRANSMIT ka-band
direct radiating array
Integrates the beamforming network, power amplifiers, and control circuitry with a focus on efficiency, power management, and thermal design.
A full suite of documentation is available to support integration of Vireo into your mission. Our team stands ready to support you. Contact us for technical specifications or to discuss your programming challenges.
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