Advanced Electronics & Space Technologies
Guidance, Navigation & Control, Space Situational Awareness
Guidance, navigation and control are critical to precise missions. Voyager’s collection of sun sensors, space cameras and star trackers offer high-performance, precision guidance for missions that require low-to-no-power, object identification and self-contained solutions.
VANTAGECam
Built for space situational awareness, VantageCam delivers low read-noise and high dynamic range for precise detection of dim objects at distance. Available with standard or custom lenses and optional CFE telescope integration.
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VANTAGEStar
VantageStar is a high-performance, American-made star tracker built from the VantageCam platform. Radiation-tolerant and self-contained, it delivers precise, low read-noise orientation determination for demanding missions.
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VANTAGESun
VantageSun is a zero-power, low-mass sun sensor with decades of spaceflight heritage — built in America to support attitude determination through launch separation, emergencies, and off-nominal modes.
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RF Communications
Voyager delivers flexible, radiation-hardened RF communications for any orbit — LEO to cislunar. Programmable on-orbit, anti-jamming capable and built for high data rates across civil, defense and commercial missions.
Nanocom Spectrum Sniffer
The Nanocom SDR is a low-SWaP, reprogrammable radio supporting commercial and military missions across low, medium, and high Earth orbits and beyond. Three RF channels enable spectrum monitoring, signal intelligence, and mission data transmission — all reconfigurable on-orbit.
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Nanocom SDRs
The Nanocom SDR packs on-orbit programmability, encryption, onboard storage, and narrowband or wideband flexibility into a compact 1U design — engineered to perform in the most demanding space environments.
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Nanocom Subsystem
Nanocom's SDR subsystem delivers encrypted X-Band and S-Band communications, three-channel spectrum sniffing, and 1.5TB high-speed onboard storage — with built-in redundancy for next-generation science and defense payloads.
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Nanocom SGLS
The Nanocom SGLS/USB Transponder is a miniaturized, cost-effective SDR built for extreme environments. Its modular design supports encryption, flexible modulation, and narrowband or wideband operation — ready to field fast.
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µKaTx-300 Ka-band Transmitter
Flight-proven on NASA's TESS mission for over five years, the μKaTx-300 delivers high-rate, on-orbit configurable Ka-Band transmission — built for reliability on the most demanding long-duration missions.
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μSTDN-100 Transponder
The μSTDN-100™ delivers high data rate S-Band communication for downlinks, crosslinks, and TT&C. Radiation hardened and flight proven — with 10+ years of continuous operation on NASA IRIS, LADEE, and SpaceIL.
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μXBT X-Band Transponder
A low-SWaP, radiation-hardened X-Band transponder with up to 6 Mbps downlink and a 12W SSPA. The μXBT™ builds on NASA IRIS and LADEE flight heritage to deliver proven performance in extreme space environments.
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μXTx-200 X-Band Transceiver
Engineered for long-duration missions, the μXTx-200™ delivers up to 3.5 Gbps with flexible modulation and encoding options. Radiation hardened and flight proven — with 10+ years of continuous operation on NASA IRIS.
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Power Management & Distribution
Voyager builds the power and navigation systems that keep spacecraft running. From managing batteries and processing power to measuring movement and enabling electric propulsion — our technology supports missions from Earth orbit to deep space.
μKaPA-5W Power Amplifier
The μKaPA-5W is a 5W Ka-Band power amplifier designed for long-term missions across LEO, MEO, GEO, and cislunar orbits. Radiation-tolerant and launch-ruggedized, it operates standalone or paired with the μKaTx-300 transmitter for simplified integration.
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Custom Power Electronics
Voyager's modular PDUs and PCUs provide high-reliability power distribution and control for the harshest environments with mission-critical protection proven through NASA's Commercial Crew program.
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Acceleration Measurement System (AMS)
Voyager's Acceleration Measurement System provides precise Delta-V and acceleration data for spacecraft maneuvers. Paired with Voyager's star and sun trackers, it forms a complete, high-performance inertial measurement and GN&C platform.
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Battery Management System
Voyager's space-grade Battery Management System protects Li-Ion power systems in the harshest environments — modular, radiation-hardened, and NASA safety-compliant for missions from Earth orbit to Mars and beyond.
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Digital Systems
Voyager’s radiation-hardened processors and mission computers provide robust Command & Data Handling, autonomous operations, and mission-critical processing — engineered to perform where reliability and radiation tolerance are non-negotiable.
IPC-8000 Image Processing Computer
The IPC-8000 delivers high-speed image and data processing for demanding space missions — handling multiple sensor streams at over 30 Gbps. Compact, radiation-tolerant, and reconfigurable on-orbit, with over 10 years of spaceflight heritage.
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ProtonVPX-Box Avionics Platform
A ruggedized, all-in-one avionics platform for demanding space missions. The ProtonVPX-Box combines high-speed processing, data storage, and flexible I/O in a modular design — built around the Proton600K multi-core processor and ready to scale.
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Proton2x-Box Avionics Platform
The Proton2X-Box is a modular avionics platform with proven mission heritage. Built around a dual-core processor with configurable I/O, it supports a wide range of sensors and instruments — delivering reliable onboard data acquisition, control, and storage.
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Proton600K Multi-Core Processor
The Proton600K is a radiation-hardened space computer built for the most demanding missions. Eight processing cores, integrated graphics, and a configurable FPGA deliver high-performance edge computing — with built-in security and proven resilience in harsh environments.
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CSP Space Processor
Born from collaboration with NASA's Goddard Space Flight Center (GSFC) and the NSF Center for High-Performance Reconfigurable Computing (CHREC), the Compact Space Processor delivers high-performance computing in a compact form factor — proven across science and defense missions worldwide.
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SSP Space Processor
Building on the proven heritage of the Compact Space Processor — developed with NASA GSFC and NSF CHREC — the Space Systems Processor advances that legacy with expanded memory, I/O, and multi-gigabit transceivers, purpose-built for high-speed science and defense missions.
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Pulsar Power Supply
PULSAR is a modular, radiation-tolerant power supply delivering 75W for 1U space missions. Designed to pair seamlessly with Voyager's space processors, it supports multiple boards and offers six switchable outputs for flexible device control.
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