CesiumAstro

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CesiumAstro delivers scalable satellites, terminals, and software-defined systems for the missions that matter—built for performance, ready to deploy.

Products

PSM-28C531Space-qualified power supply module for satellite systems Request spec sheet PSM-28C531 is a TRL 8 power supply module designed to deliver reliable, regulated electrical power to SpaceVPX-based spacecraft systems operating in demanding mission environments. Built for high-reliability and rugged applications, it supports stable power distribution across payload, processing, and compute subsystems within integrated satellite architectures.

PSM-28C531 is a TRL 8 power supply module designed to deliver reliable, regulated electrical power to SpaceVPX-based spacecraft systems operating in demanding mission environments. Built for high-reliability and rugged applications, it supports stable power distribution across payload, processing, and compute subsystems within integrated satellite architectures. Source ↗

RDP-23FVReconfigurable digital processor for satellite payloads Request spec sheet RDP-23FV is a high-performance, reconfigurable digital processor engineered for demanding aerospace environments, delivering flexible compute to support advanced signal processing, AI-enabled workloads, and mission-specific algorithms. Designed as a compact, flight-ready module, it enables adaptable digital processing within next-generation satellite and communications architectures.

RDP-23FV is a high-performance, reconfigurable digital processor engineered for demanding aerospace environments, delivering flexible compute to support advanced signal processing, AI-enabled workloads, and mission-specific algorithms. Designed as a compact, flight-ready module, it enables adaptable digital processing within next-generation satellite and communications architectures. Source ↗

SBC-1461TRL 9 single-board computer for satellite systems Request spec sheet SBC-1461 is a compact single-board computer designed for LEO missions, providing reliable onboard compute, data handling, and system control within integrated satellite architectures.

SBC-1461 is a compact single-board computer designed for LEO missions, providing reliable onboard compute, data handling, and system control within integrated satellite architectures. Source ↗

SDR-1001 ‍ Software-Defined RadioTRL 9 software-defined radio for satellite communications Request spec sheet.

SDR-1001 is a high-performance, compact software-defined radio designed for LEO and airborne operations, supporting custom waveform development and standards-based modems including DVB-S2, DVB-S2X, and CCSDS. Source ↗

  • Highlights

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    4x 100 MHz Tx channels 4x 100 MHz Rx channels TDD and FDD operation Tunable from 300 MHz to 6 GHz Tx up to 500 Mb/s on single channel 1000BASE-X, UART, and SpaceWire interfaces FPGA Development Kit™ for user-customizable waveform development Redundant boot flash with automatic failover and watchdog timers Onboard telemetry sensing Compact design with thermal pillars

  • BPSK/QPSK DVB-S2(X) CCSDS Build your own

  • Design Standards

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    NASA GSFC-STD-7000A testing NASA EEE-INST-002 derating MIL-DTL-32139 connectors

SDR-2051 ‍ Software-Defined RadioUHF Radio for Lunar Surface Missions Request spec sheet.

SDR-2051 is a software-defined radio designed to enable communications on the Moon, supporting connectivity between lunar landers, rovers, spacesuits, and other surface assets. Source ↗

  • Single-Channel RF Operation

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    Supports mission-defined RF connectivity at 414.2 MHz or 417.1 MHz Provides a focused radio link for lunar point-to-point communications

  • SpaceVPX Integration

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    3U SpaceVPX form factor Supports deployment across a range of lunar platforms requiring ruggedized, space-ready communications capability

  • Compact Mission Payload Design

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    900 g mass 8 Gb non-volatile storage

  • RF Link Performance

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    Minimum transmit RF output power of 18 dBm Receive input power range from -90 to 0 dBm Coax antenna interface for direct RF integration with mission antenna systems

SDR-2104 ‍ Software-Defined Radio3U SpaceVPX SDR for 600 MHz to 12 GHz operation Request spec sheet.

SDR-2104 is a software-defined radio with 4 transmit and 4 receive channels in a ruggedized 3U SpaceVPX form factor, supporting RF operation across UHF through X-band. Source ↗

  • Multi-Channel RF Operation

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    Four transmit and four receive channels Simultaneous operation across RF links and mission functions Supports communications, sensing, and ranging in a common SDR architecture

  • Wideband RF Digitization

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    Sample rates up to 11.52 GS/s (Tx) and 2.88 GS/s (Rx) Enables multi-channel RF digitization and signal processing within defined instantaneous bandwidth limits

  • Reconfigurable Digital Architecture

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    AMD Versal Prime SoC-based processing FPGA-based waveform processing, filtering, and channelization On-orbit reconfiguration of signal processing chains

  • SpaceVPX Integration

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    3U SpaceVPX form factor VPX backplane interfaces for system integration Designed for modular spacecraft and distributed processing architectures

SDR-3104 Software-Defined Radio3U SpaceVPX SDR with extended low-frequency receive coverage Download two pager.
  • Multi-Channel RF Operation

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    Four transmit and four receive channels Supports communications, sensing, and ranging in a common SDR architecture

  • Wideband RF Digitization

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    Sample rates up to 48 GSam/sec IQ rates up to 1.5 GSam/sec Enables wideband signal capture and processing across supported RF ranges

  • Reconfigurable Digital Architecture

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    AMD Versal Prime or AI Core SoC-based processing FPGA-based waveform processing, filtering, and channelization On-orbit reconfiguration of signal processing chains

  • SpaceVPX Integration

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    3U SpaceVPX form factor VPX backplane interfaces for system integration Compatible with CesiumAstro’s Vireo-based system architectures

ElementRevolutionizing connectivity for defense and commercial applications.
SkylarkIdeal for military communications, tactical operations, and in-flight connectivity across defense and commercial sectors.
NightingaleThe Nightingale active phased array payload is a complete communications payload solution requiring only data and power connections. Built with modular, software-defined digital components, it provides maximum flexibility through standard software programming tools.
Reconfigurable Processing Unit (RPU)The CesiumAstro Ka-Band Reconfigurable Processing Unit (RPU) is a full-duplex, multi-channel satellite communications processor designed for the space environment.
Vireo Ka 288Vireo Ka 288 is a TRL 8 Ka-band communications payload designed for SDA Tranche-class proliferated LEO architectures. It combines transmit/receive AESA antennas with a reconfigurable processor to enable multi-beam uplink/downlink operations, electronic beam steering, and dynamic power allocation.
Vireo Ka 576The 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.

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