Vireo Ka 288 Payload

Multi-Beam, Multi-User Operation

• Up to 4 simultaneous electronically steered beams
• Supports concurrent links to multiple users or ground terminals

Integrated RF and Digital Processing

• APA antennas combined with onboard processing
• Supports communications, sensing, and ranging in one system

Software-Defined Payload

• Reconfigurable waveforms, beam patterns, and resource allocation
• Adapts on orbit to changing mission and traffic demands

Dynamic Beam and Power Allocation

• Adjustable beam count, bandwidth per beam, and RF power distribution
• Enables efficient use of spectrum and payload resources

Built for LEO Constellations

• Optimized for proliferated LEO architectures and deployment at scale
• Designed for repeatable, cost-efficient manufacturing

Vireo Ka 288 RPU Interface Emulator

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.