Space Hardware Marketplace

Storm MA410 4-in-1 GNSS, LTE MIMO & Iridium Antenna

• Frequency range698-3600 MHz
• GNSS bandsGPS, GLONASS, Galileo, BeiDou
• LTE4G/3G/2G MIMO (2 antennas)

Low-profile IP67 waterproof telematics antenna combining GNSS, LTE MIMO, and Iridium L-band satellite connectivity.

CGSP457.A GNSS + Iridium SatCom Patch Antenna

• TechnologyEmbedded GNSS + SatCom antenna
• GNSS typePassive
• BandsL1/L-Band

Ceramic patch antenna combining multi-constellation GNSS positioning with Iridium/NTN satellite communication.

AHP54510 Levity Series Active L1/L5/L-Band GNSS High Precision Antenna

• ModelAHP54510.07.0100C
• GNSS typeActive
• BandsL1/L5/L-Band

Active multi-band L1/L5/L-Band GNSS antenna enabling centimeter-level correction-service positioning.

GVLB208 Series Ultra-Compact Dual-Band L1/L5 GNSS Antenna

• Dimensions20 x 20 x 8 mm
• GNSS bandsL1/L5 dual-band
• Peak gainup to 1.5 dBi

Ultra-compact 20mm dual-band L1/L5 GNSS antenna for centimeter-level positioning.

AHP5354A Active Multiband L1/L5 GNSS High Precision Patch Antenna

• GNSS typeActive
• GNSS bandsL1/L5
• Frequency range1176-1610 MHz

Multi-band active GNSS patch antenna delivering high-precision positioning for GPS/BeiDou/GLONASS/Galileo.

SatCHAT

• InterfaceNatural language query
• Imagery sourcesOptical and SAR
• Detection capabilitySub-pixel detection

AI-driven geospatial intelligence platform enabling natural-language search and analysis of satellite imagery.

TetraPLEX

Onboard AI edge-processing computer developed with NVIDIA for real-time in-orbit satellite data analysis.

Chouette-TMA

Very-high-resolution optical Earth observation payload using a three-mirror-anastigmat (TMA) design for micro-satellite platforms.

BlueBON

World's first blue-carbon monitoring satellite, a 6U electro-optical smallsat launched on SpaceX Transporter-12.

Backend Quantum Unit (BQU)

• Form factorCompact (small form factor)
• Power requirementsLow power
• InterfacesStandard interfaces

Plug-and-play quantum receiver module for retrofitting existing optical ground stations to receive quantum signals and integrate into a…

SQUINT

Space-qualified polarization-entangled photon pair QKD system in 1U form factor, generating up to 45 million entangled photon pairs…

SpooQies

• Payload typesEntanglement-based QKD and Prepare-and-Measure QKD
• HeritageBased on SpeQtral-1 satellite design
• DeliveryOrbital delivery included

Turnkey QKD satellite or constellation based on the flight-proven SpeQtral-1 design, supporting entanglement-based and prepare-and-measure QKD payloads for…

InGaAs PIN Photodetector Die

• MaterialInGaAs P-I-N on InP substrate
• Active Area Sizes25 µm to 1 mm diameter
• Wafer Sizes2", 3", and 4" InP substrates

Telcordia-qualified InGaAs P-I-N photodetector device dies for telecom, laser power monitoring, and test systems, available in 25 µm…

Space Solar Arrays

• IntegrationFully integrated and tested — delivered assembly-ready
• Cell TechnologyXTE and XTJ family multijunction cells
• Test CapabilityLAPSS II large area pulsed solar simulator (up to 12 ft diameter panels)

Fully integrated and tested space solar arrays delivered to satellite primes for direct spacecraft integration, manufactured with Spectrolab's…

2V GaAs Laser Power Converter

• Output Voltage2 V
• Junction ConfigurationDual junction
• MaterialGaAs

Dual-junction GaAs photovoltaic converter optimized for 810 nm laser light, achieving 50–55% conversion efficiency for power-over-fiber and laser…

XTJ Prime Solar Cell

• BOL Efficiency (average)30.7%
• EOL Efficiency at 1e15 fluence26.7%
• Cell TechnologyHeritage upright lattice matched XTJ triple-junction

Spectrolab's proven heritage triple-junction solar cell with 30.7% average BOL efficiency, dual-qualified under AIAA-S111 and AIAA-S112, available in…

Space Solar Panels

• IntegrationMultijunction solar circuits bonded to customer-furnished substrate
• OptimizationEngineered for maximum EOL performance per mission profile
• Cell TechnologyXTE or XTJ family multijunction cells

Fully assembled space solar panels built to customer specifications, integrating Spectrolab's multijunction solar cells for maximum EOL performance…

XTE+ LEO Solar Cell

• BOL Efficiency33%
• EOL Efficiency at 1e14 fluence30.6%
• Cell TechnologyGaInP/GaAs/Ge lattice matched triple-junction (3J)

Spectrolab's 33% BOL efficiency triple-junction solar cell optimized for LEO missions with lower radiation fluence (<1e14), achieving 30.6%…