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Space Micro is a San Diego, California-based manufacturer of radiation-tolerant space electronics and subsystems, including command and data handling (C&DH) computers (Proton series single-board computers, CSP CubeSat Space Processor), RF communication products (X-band and Ka-band transmitters, S-band transponders, software-defined radios), laser communication terminals (uLCT series), and electro-optical sensors (star trackers, coarse sun sensors, cameras) for smallsat, cubesat and larger satellite missions.
Legacy 12MP space-qualified camera, 4096x3072, up to 24 fps, for Earth observation / SSA.
Legacy 12MP space-qualified camera, 4096x3072, up to 24 fps, for Earth observation / SSA.
A 12-megapixel space-qualified camera with a 4096 pixel by 3072 line frame capable of up to 24 frames per second. Suitable for Earth observation or space situational awareness. This legacy product predates Space Micro's SpaceCam line.
Compact 1U CubeSat-form-factor single board computer built around a Xilinx Zynq-7020 SoC, with radiation-hardened design for hybrid computing applications.
Compact 1U CubeSat-form-factor single board computer built around a Xilinx Zynq-7020 SoC, with radiation-hardened design for hybrid computing applications.
The Cubesat Space Processor (CSP) is a compact Single Board Computer designed around the Xilinx Zynq-7020 System on Chip. Radiation hardening utilizes Space Micro's patented mitigation technologies. It is built in a 1U CubeSat form factor, supports various interfaces, and serves as a robust hybrid computing platform for a wide range of applications with low SWaP-C.
Low-cost single-axis coarse sun sensor, 20 years flight heritage.
Low-cost single-axis coarse sun sensor, 20 years flight heritage.
A low-cost, single-axis, coarse-resolution sun sensor. USA-sourced and manufactured, the highly reliable CSS Coarse Sun Sensor has over 20 years of space flight heritage. It contains a single photodiode and its housing assembly serves as an aperture. Applications: Attitude Determination during Launch Vehicle Separation, Initial Attitude Acquisition, Emergencies and Off-Nominal Modes, Sun Vector Determination. Available in front-mount (CSS-01) and back-mount (CSS-02) configurations.
Forward error correction encoder/decoder module from Space Micro for improving reliability of satellite communication links.
Forward error correction encoder/decoder module from Space Micro for improving reliability of satellite communication links.
The Space Micro FEC Codec is a forward error correction (FEC) encoder/decoder module designed to improve the reliability and efficiency of satellite communication links. FEC coding reduces the bit error rate (BER) of transmitted data by adding redundancy that allows the receiver to detect and correct errors without retransmission. The Space Micro FEC Codec is engineered for use in space-grade communication subsystems, compatible with Space Micro's SDR and transponder product lines. Space Micro specialized in radiation-hardened electronics for space and defense applications. The company was acquired by Voyager Space (now Voyager Technologies) and the FEC Codec is part of this heritage portfolio.
| Type | Forward Error Correction (FEC) encoder/decoder |
|---|---|
| Application | Satellite communication link error correction |
| Function | Reduces BER by adding recoverable redundancy |
| Heritage | Space Micro (now Voyager Technologies) |
Compact 3-board radiation-mitigated image processing computer based on reconfigurable Virtex 7 FPGAs, for high-speed on-orbit image processing and storage.
Compact 3-board radiation-mitigated image processing computer based on reconfigurable Virtex 7 FPGAs, for high-speed on-orbit image processing and storage.
The IPC-7000 Image Processing Computer is a compact 3-board system based on reconfigurable radiation mitigated Virtex 7 FPGAs. Its high-performance processing and memory functions can process and store multiple complex image streams at aggregate speeds exceeding 30 Gbps, with individual sensor streams at 10 Gbps. The IPC has over 10 years on-orbit space flight heritage.
Reconfigurable image processing computer in a 3U or 6U Space VPX form factor, supporting high-speed multi-stream image processing and large-capacity solid state recording.
Reconfigurable image processing computer in a 3U or 6U Space VPX form factor, supporting high-speed multi-stream image processing and large-capacity solid state recording.
The IPC-8000 Image Processing Computer is based on a reconfigurable processing board. It features state-of-the-art processing and memory functions in a compact 3U Space VPX form factor, or 6U with larger on-board memory. The IPC-8000 can process and store multiple complex image streams at aggregate speeds exceeding 30 Gbps, with individual sensor streams at 10 Gbps. Solid state recorder sizes range from 64 GB to over 4 TB.
Radiation-tolerant voltage level shifter module for spacecraft electronics.
Radiation-tolerant voltage level shifter module for spacecraft electronics.
The Level Shifter is a radiation-tolerant voltage level-shifting electronics module from Space Micro used in spacecraft avionics and digital interface applications. Datasheet cover shown as product image.
Legacy low-cost, two-axis, passive medium-resolution sun sensor, 60 deg FOV, 36g, 20+ years flight heritage.
Legacy low-cost, two-axis, passive medium-resolution sun sensor, 60 deg FOV, 36g, 20+ years flight heritage.
Space Micro's Medium Sun Sensor is a low cost, two-axis, medium-resolution sun sensor with 20 years of flight heritage, designed to provide attitude determination information during launch vehicle separation, initial attitude acquisition, and emergency/off-nominal modes. Can also provide coarse sun vector determination as a backup to higher resolution sensors. Fully passive, drawing no power. Flown on ALEXIS, HETE, TERRIERS, and FASTSAT.
Small form factor (0.5U) dual-head integrated star tracker, radiation-tolerant, NDAA-compliant.
Small form factor (0.5U) dual-head integrated star tracker, radiation-tolerant, NDAA-compliant.
USA-sourced and manufactured, the radiation-tolerant MIST Miniature Integrated Star Tracker is a small form factor (0.5U) integrated star tracker featuring dual heads and a flight-proven high-performance processor, electronics and software. Compliant with NDAA domestic sourcing specifications. Applications: Satellite Attitude and Rate Determination, Satellite Orbits (LEO, MEO, GEO), Extended Missions with Radiation Hardened Optics and Electronics.
High-performance 1U space-grade software defined radio with Xilinx Zynq SoC, supporting 500 Mbps throughput, on-orbit programmable with encryption and network protocol support.
High-performance 1U space-grade software defined radio with Xilinx Zynq SoC, supporting 500 Mbps throughput, on-orbit programmable with encryption and network protocol support.
The Space Micro NanoCom-500™ is a high-performance variant of the NanoCom software defined radio family, offering 500 Mbps throughput capability in a miniaturized 1U form factor. Like the NanoCom, it is built around a Xilinx Zynq System-on-a-Chip (SoC) and is designed for reliable operation in extreme space environments. The NanoCom-500 is programmable on-orbit and features modular waveform architecture, supporting flexible modulation, channel frequency and data rate configuration without hardware changes. It supports encryption, network protocols and on-board storage. The NanoCom-500 is intended for missions requiring higher data throughput than the standard NanoCom, including high-rate downlink and inter-satellite link applications. Now listed under Voyager Technologies following the acquisition of Space Micro by Voyager Space.
| Form factor | 1U (miniaturized) |
|---|---|
| Throughput | 500 Mbps |
| Processor | Xilinx Zynq SoC |
| Programmability | On-orbit reprogrammable |
| Security | Encryption supported |
| Protocols | Network protocols supported |
| Storage | On-board storage |
| Operation modes | Narrowband or wideband |
| Environment | Extreme environmental conditions rated |
Miniaturized 1U space-grade software defined radio with Xilinx Zynq SoC, on-orbit programmable, supporting encryption, network protocols and on-board storage.
Miniaturized 1U space-grade software defined radio with Xilinx Zynq SoC, on-orbit programmable, supporting encryption, network protocols and on-board storage.
The Space Micro NanoCom™ is a miniaturized (1U), quick-to-field, cost-effective Software Defined Radio designed to perform in extreme environmental conditions. It is programmable on-orbit and contains a Xilinx Zynq System-on-a-Chip (SoC) whose large availability of programmable logic resources supports sophisticated waveform algorithms. NanoCom supports encryption, network protocols and on-board storage. Its modular design provides flexibility in modulation, channel frequency and data rate — all adjustable on-orbit without hardware modifications. NanoCom can be configured for narrowband or wideband operation, making it suitable for a wide range of satellite communication missions. Now listed under Voyager Technologies following the acquisition of Space Micro by Voyager Space.
| Form factor | 1U (miniaturized) |
|---|---|
| Processor | Xilinx Zynq SoC |
| Programmability | On-orbit reprogrammable |
| Security | Encryption supported |
| Protocols | Network protocols supported |
| Storage | On-board storage |
| Operation modes | Narrowband or wideband |
| Modulation | Flexible, on-orbit configurable |
| Environment | Extreme environmental conditions rated |
Radiation-hardened single board computer from Space Micro's Proton SBC family, designed for high-reliability space and defense edge computing applications.
Radiation-hardened single board computer from Space Micro's Proton SBC family, designed for high-reliability space and defense edge computing applications.
The Space Micro Proton100k is a radiation-hardened single board computer from the Proton SBC family, designed for high-reliability, mission-critical space and defense computing. Part of Space Micro's proven Proton series, the Proton100k delivers robust processing capability with radiation tolerance, latch-up immunity and patented H-Core™ mitigation technology for SEU/SEFI resilience — the same hardening architecture used across the Proton family. It supports broad operating system compatibility including Linux and real-time OS options, and is designed for harsh space environments. The Proton series includes the Proton100k, Proton200k and the advanced multi-core Proton600K, all sharing a common radiation-hardening philosophy developed by Space Micro. Now listed under Voyager Technologies following the acquisition of Space Micro by Voyager Space.
| Type | Radiation-hardened single board computer |
|---|---|
| Product family | Proton SBC series (Space Micro) |
| Radiation hardening | Latch-up immune, H-Core™ SEU/SEFI mitigation |
| Memory | ECC-protected |
| OS support | Linux and real-time OS options |
| Application | Space and defense mission-critical edge computing |
Radiation-hardened DSP-based processor delivering up to 4000 MIPS for command and data handling, payload, and satellite control applications.
Radiation-hardened DSP-based processor delivering up to 4000 MIPS for command and data handling, payload, and satellite control applications.
A radiation hardened Digital Signal Processing (DSP)-based high-performance processor with a speed of up to 4000 MIPS that supports Command & Data Handling (C&DH), Payload and other satellite control applications, available in fixed or floating point calculation. Radiation hardening utilizes Space Micro's patented mitigation technologies. Capacity, speed and power requirements are suitable for use as the sole computer for micro- and nano-satellites handling both housekeeping and payloads.
DSP-based radiation-tolerant single board computer, flight configuration.
DSP-based radiation-tolerant single board computer, flight configuration.
The Proton200k-Flt is a DSP-based, radiation-tolerant single board computer from Space Micro's Proton family, in flight configuration, used for spacecraft command, data handling, and onboard processing. Datasheet cover shown as product image.
DSP-based radiation-tolerant single board computer, Fx configuration.
DSP-based radiation-tolerant single board computer, Fx configuration.
The Proton200k-Fx is a DSP-based, radiation-tolerant single board computer from Space Micro's Proton family, in Fx configuration, used for spacecraft command, data handling, and onboard processing. Datasheet cover shown as product image.
High-performance, low power, radiation-hardened multi-core payload processing SBC based on a 45nm dual-core NXP PowerPC.
High-performance, low power, radiation-hardened multi-core payload processing SBC based on a 45nm dual-core NXP PowerPC.
The Proton400K is a radiation-hardened, multi-core payload processing Single Board Computer (SBC) with solid space flight heritage. This high-performance, low power SBC is built around an advanced 45nm dual-core NXP PowerPC. SEU and SEFI performance are enhanced by patented Hardened-Core watchdog mitigation technology. Applications include High-Performance Computing, Payload Electronics, Image Processing, Signal Processing, and Command & Data Handling.
Advanced radiation-hardened 3U SpaceVPX single board computer built around an 8-core FD-SOI ARM Cortex processor with patented SEU/SEFI mitigation.
Advanced radiation-hardened 3U SpaceVPX single board computer built around an 8-core FD-SOI ARM Cortex processor with patented SEU/SEFI mitigation.
The Proton600K is an advanced, radiation-hardened 3U SpaceVPX Single Board Computer whose design includes a Fully Depleted Silicon on Insulator (FD-SOI) processor incorporating eight ARM Cortex cores. SEU and SEFI performance is enhanced by patented Hardened-Core mitigation technology.
Modular digital avionics platform with a baseline 5-slot 3U SpaceVPX mesh backplane, configurable to meet a range of mission objectives.
Modular digital avionics platform with a baseline 5-slot 3U SpaceVPX mesh backplane, configurable to meet a range of mission objectives.
ProtonVPX-Box is a modular digital avionics platform designed to accommodate multiple configurations to meet mission objectives. The baseline 5-slot system utilizes a high-speed 3U SpaceVPX mesh backplane.
Space-qualified 5MP scientific-CMOS camera for space situational awareness and high-resolution imaging.
Space-qualified 5MP scientific-CMOS camera for space situational awareness and high-resolution imaging.
SpaceCam 5MP is a low read noise imaging solution ideal for applications such as space situational awareness and high-resolution imaging. It has a radiation tolerant design with rad-hard glass rated at better than 800 MRads (Si). Multiple fields of view are available with an option to obtain custom lenses. Applications include Space Situational Awareness, Earth Imaging, and Lunar Missions. Key features include radiation tolerant design (parts up to 100 krads), rad hard glass (>800 Mrad), very low read noise based on a Scientific CMOS imager, space heritage lens designs available, and an external telescope integration option.
Advanced space situational awareness camera with built-in processor and SpaceWire/CameraLink interface.
Advanced space situational awareness camera with built-in processor and SpaceWire/CameraLink interface.
SpaceCam 9MP is an advanced space situational awareness camera with a built-in processor and industry standard SpaceWire or CameraLink interface. The high SNR, enabled by low read noise and high dynamic range, allows SpaceCam to more accurately detect and identify dim objects at long distances.
Space-qualified GaN Solid State Power Amplifier, 5-20 watts RF output, radiation hardened to 100 krads.
Space-qualified GaN Solid State Power Amplifier, 5-20 watts RF output, radiation hardened to 100 krads.
SpacePower-20 is part of a line of space-qualified Solid State Power Amplifiers (SSPA), leveraging Gallium Nitride (GaN) technology. This SSPA ranges from 5 watts to 20 watts of RF output power and is radiation hardened with no SEL, mitigated SEU, with a total dose of up to 100 krads (Si).
First in Space Micro's line of space-qualified GaN Solid State Power Amplifiers, 5-50 watts RF output, radiation hardened to 100 krads.
First in Space Micro's line of space-qualified GaN Solid State Power Amplifiers, 5-50 watts RF output, radiation hardened to 100 krads.
SpacePower-50 is the first in a new line of space-qualified Solid State Power Amplifiers (SSPA), leveraging Gallium Nitride (GaN) technology. This SSPA ranges from 5 watts to 50 watts of RF output power and is radiation hardened with no SEL, mitigated SEU, with a total dose of up to 100 krads (Si).
Single Aperture Optical Head Assembly laser communication terminal for GEO applications, full duplex GEO-to-GEO crosslinks at 80,000 km.
Single Aperture Optical Head Assembly laser communication terminal for GEO applications, full duplex GEO-to-GEO crosslinks at 80,000 km.
The uLCT Laser Communication Terminal is a complete solution comprising an optical modem, optical power amplifiers, pointing, acquisition and tracking (PAT) electronics and a Single Aperture Optical Head Assembly capable of providing full duplex GEO-to-GEO crosslinks at 80,000 km. Based on space-qualified, Telcordia-grade 1550 nm telecom components, it can be used as an OISL (Optical Inter-Satellite Link), a spacecraft-to-ground link, or a spacecraft-to-UAV link. Applications: LEO, MEO and GEO; constellation crosslinks; single hop data delivery; space-based data aggregation.
Dual Aperture Optical Head Assembly laser communication terminal ideal for LEO, MEO and wide field-of-regard applications.
Dual Aperture Optical Head Assembly laser communication terminal ideal for LEO, MEO and wide field-of-regard applications.
The uLCT Laser Communication Terminal is a complete solution comprising an optical modem, optical power amplifiers, pointing, acquisition and tracking (PAT) electronics and a Dual Aperture Optical Head Assembly, ideal for most LEO and MEO applications. Proven high throughput connectivity to 400+ Gbps, based on space-qualified, Telcordia-grade 1550 nm telecom components. Can be used as an OISL, a spacecraft-to-ground link, or a spacecraft-to-UAV link.
Flight-proven S-Band transponder for TT&C links between STDN/DSN ground systems and NASA, ESA or commercial satellites.
Flight-proven S-Band transponder for TT&C links between STDN/DSN ground systems and NASA, ESA or commercial satellites.
Flight proven S-Band transponder providing telemetry, tracking and command (TT&C) links between STDN and DSN ground systems, via NASA, ESA or commercial satellites. High performance options for output power, ranging and modulation available. Flight heritage: 100,000+ hours on DoD programs.
High-performance sCMOS star tracker for LEO/MEO/GEO, <2 arcsec accuracy, NDAA-compliant.
High-performance sCMOS star tracker for LEO/MEO/GEO, <2 arcsec accuracy, NDAA-compliant.
The uSTAR-250 is a high-performance, American-made star tracker based on state-of-the-art Scientific CMOS (sCMOS) technology. This durable self-contained unit is suitable for LEO, MEO, and GEO applications. The radiation-tolerant uSTAR-250 features high reliability and accuracy, and very low read noise. Space Micro star trackers and cameras are fully compliant with NDAA 2021 domestic sourcing specifications. Applications: Satellite Attitude and Rate Determination, Space Situational Awareness, Long-Duration High-Reliability Missions. Software features: space-flight-proven algorithms, star identification based on pyramid code, real-time quaternion output, integrated systematic error correction, real-time on-orbit calibration.
High-reliability, low-SWaP S-Band SDR for downlinks, crosslinks and TT&C, flown on NASA IRIS and LADEE.
High-reliability, low-SWaP S-Band SDR for downlinks, crosslinks and TT&C, flown on NASA IRIS and LADEE.
The uSTDN-100 is a high-reliability, low-SWaP Software Defined Radio (SDR). This high data rate S-Band SDR supports various applications including downlinks of critical mission data, crosslinks and TT&C. Flight heritage: NASA IRIS and LADEE, Space IL.
X-Band transponder product from Space Micro's communications systems line.
X-Band transponder product from Space Micro's communications systems line.
X-Band transponder from Space Micro's communications systems catalog. Detailed specifications were not recoverable from the archived site (page description text and datasheet were not preserved), so this listing is limited to what could be verified: product identity, category, and product image.
Flight-proven Ka-Band transmitter providing high data rates up to 4 Gbps with 32QAM, frequency agile and on-orbit configurable. In continuous operation on NASA TESS for over five years.
Flight-proven Ka-Band transmitter providing high data rates up to 4 Gbps with 32QAM, frequency agile and on-orbit configurable. In continuous operation on NASA TESS for over five years.
The Space Micro μKaTX-300™ is a high-reliability Ka-Band transmitter providing high data rate downlink capability up to 4 Gbps using 32QAM modulation. The μKaTX-300 has been in continuous operation aboard NASA's TESS (Transiting Exoplanet Survey Satellite) for over five years, demonstrating exceptional on-orbit reliability. The transmitter is frequency agile and on-orbit configurable, allowing operators to adjust frequency and modulation parameters in real time without hardware changes. Designed for high-reliability space applications, it is qualified for LEO and deep-space missions. Now listed under Voyager Technologies following the acquisition of Space Micro by Voyager Space.
| Band | Ka-Band |
|---|---|
| Maximum data rate | 4 Gbps |
| Modulation | 32QAM |
| Frequency | Agile (on-orbit configurable) |
| Heritage | NASA TESS — over 5 years continuous operation |
| Configuration | On-orbit reconfigurable |
Miniature laser communication terminal for high-bandwidth optical downlink.
Miniature laser communication terminal for high-bandwidth optical downlink.
The μLCT™100 is a miniature laser communication terminal from Space Micro, providing high-bandwidth optical inter-satellite and downlink communication for smallsat and cubesat missions. Datasheet cover shown as product image.
Compact C-band software-defined radio from Space Micro for flexible, reconfigurable satellite communication links.
Compact C-band software-defined radio from Space Micro for flexible, reconfigurable satellite communication links.
The Space Micro μSDR-C™ is a compact, software-defined radio (SDR) operating in the C-band frequency range, designed for flexible and reconfigurable satellite communication links. As part of Space Micro's μSDR product family, it leverages programmable logic resources to support a variety of waveforms and modulation schemes. The μSDR-C is designed for use aboard spacecraft requiring high-reliability C-band communication links with the ability to reconfigure the radio in orbit. Space Micro specialized in radiation-hardened electronics for space and defense applications. The company was acquired by Voyager Space (now Voyager Technologies) and the μSDR-C product line is part of this heritage portfolio.
| Type | Software Defined Radio (SDR) |
|---|---|
| Frequency band | C-band |
| Architecture | Programmable (software-defined) |
| Application | Satellite communication links |
| Heritage | Space Micro (now Voyager Technologies) |
Miniature X-band transmitter for satellite downlink communications.
Miniature X-band transmitter for satellite downlink communications.
The μXTX-200™ is a miniature X-band transmitter from Space Micro, designed for satellite downlink communication in Earth observation and other high-data-rate missions. Datasheet cover shown as product image.
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