| Featured Space and Satellite Products |
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| Surface Mount Diplexer for GPS Applications | |
Space Qualified RF Diplexer
from Mini Circuits
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| The LDP-1050-252+ from Mini Circuits is a Space Qualified Diplexer designed to operate over a combined frequency range of 1-2500 MHz with defined passbands from 1–1050 MHz (low pass) and 1650–2500 MHz (high pass). It features low insertion loss of 0.6-2.9 dB. This diplexer has a mass of 0.02 g and measures 3.2 x 1.8 x 0.86 mm. It is ideal for applications such as satellite systems, cellular, GPS, multiband communication systems and WCDMA networks. |
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| GNSS Receiver for LEO and GEO Orbits | |
GNSS Receiver
from General Dynamics Mission Systems
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| The Sentinel M-Code GPS Receiver from General Dynamics Mission Systems is a Space-Qualified GNSS Receiver that is designed for LEO, GEO, MEO, and HEO applications. This rad-hardened receiver is immune to single-event latch-up and is suitable for velocities up to 16,000 m/s. It has GEO sidelobe acquisition and tracking algorithms that enable continuous PNT availability and a fast acquisition processor that enables rapid cold start capability. |
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| 512K x 8-bit Monolithic Radiation Hardened Static RAM | |
Space Qualified Memory
from Honeywell Aerospace
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| The HX6408 from Honeywell Aerospace is a Space Qualified Memory with a configuration of 512K x 8-bit memory. It has a write access time of 20 ns. It has a junction temperature of 175 deg C and a power consumption of 710 mW. It is single event upset hardened with multi layer metal power busing and small collection volumes of SOI provide superior single event effect and dose rate hardening. It is designed for use in systems operating in radiation environments. |
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| Non-Pyrotechnic Space Vehicle Separation System | |
Separation System
from Rocket Lab
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| The 2003336B from Rocket Lab is a Separation System that is designed to separate space vehicles from launch vehicles. The separation system has a total mass of 3000 Kg and has integrated springs, switches and connectors that streamline mission design. It requires a supply voltage of 24-32 V. It has a deployed life of 20 years and is suitable for commercial, government, private and university customers for LEO, GEO and interplanetary orbits. |
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| 17.7-20.2 GHz Ka-Band SATCOM Low Noise Amplifiers | |
SATCOM Amplifier System
from Orbital Research
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| The WB Ka LNA from Orbital Research is a SATCOM Amplifier System with a frequency range of 17.7-20.2 GHz and a low noise temperature of 120 K. It requires a power supply of 10-28 V and has a maximum power consumption of 2 W. This SATCOM amplifier system has a mass of 250 g and measures 111.5 x 41.3 x 31.9 mm. It is designed for satellite teleports and gateways, telemetry, tracking and command applications (TT&C) and airborne terminals. |
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| 30-31 GHz Ka-Band SATCOM On-The-Move Terminal | |
Satellite Terminal
from General Dynamics Mission Systems
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| The M20-24M Ka MIL from General Dynamics Mission Systems is a Satellite Terminal with a Tx frequency range of 30-31 GHz and a Rx frequency range of 20.20-21.20 GHz. It measures 28.9 inches (height), 28.6 inches (radome diameter), and 27.5 inches (diameter footprint at base). It was specifically designed for ground vehicle command, control and communications missions where beyond the line of sight SATCOM capabilities are mission critical. |
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| 28-118 W Solar Arrays for 6U/12U CubeSats | |
Satellite Solar Panel
from Blue Canyon Technologies
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| The Solar Arrays 6U/12U from Blue Canyon Technologies is a Satellite Solar Panel with carbon fiber and honeycomb structures. It has an array power of 48-118 W and has a DC voltage of 17 or 34.1 V. This double/triple panel solar arrays pair with GN&C for maximum performance with release mechanisms and solar array drive assemblies (SADAs) for optimum sun-pointing operations. This solar panel is suitable for CubeSats and minisatellites. |
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| Sponsored by GLOBAL MILSATCOM 2025 | | |
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| Satellite Deployers for CubeSats Missions | |
Satellite Deployer
from ISISPACE
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| The DuoPack from ISISPACE is a Satellite Deployer that is designed for CubeSats up to 6UXL. It has a release speed of 0.8–1.8 m/s and a payload mass of up to 12 kg. This deployer delivers optimal performance for missions requiring smaller payload configurations. It has a lightweight and compact structure that ensures seamless integration with launch vehicles while minimizing impact on payload mass. It measures 272 x 193.4 x 445.7 mm. |
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| Two Stage Supersonic Suborbital Launch Vehicle | |
Satellite Launch Vehicle Platform
from Skyrora Ltd
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| The Skylark Micro from Skyrora Ltd is a Satellite Launch Vehicle Platform with a two-stage supersonic suborbital launch system designed to conduct scientific experiments and payload validation under real flight conditions. This launch vehicle has a total length of 3.32 meters. It is designed to reach high-altitude trajectories for the testing of electrical systems, material coatings, payload integrity as well as for educational and research purposes. |
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| 10 mm Space Camera for Monitoring and In-orbit Servicing | |
Satellite Camera
from Sodern
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| The Auricam D80 from Sodern is a Satellite Camera with a camera resolution of 2048 X 2048 pixels. It has a programmable integration time of 60μs-30s and a sun exclusion angle of 64 degrees. This camera requires a supply of 4.6-6 V, which has a power consumption of less than 2W. It has a design life of 10 years in LEO and 15 years in GEO. This flight-proven camera is designed for space surveillance and detection, In-Orbit Services and Navigation. |
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| 18 Ah Capacity Li-ion Battery For LEO and GEO Missions | |
Satellite Battery
from Saft
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| The VES16 8s4p battery from Saft is a new Li-ion Satellite Battery with a capacity of 18 Ah and has a nominal energy range of 512 Wh. The battery features an Aluminium plate with individual cell balancing system and has a battery voltage range 25-32.8 V. It has individual cell balancing system with high DoD range and provides long life of up to 18 years in-orbit. It has a mass of 5.8 kg and measures 308 x 180 x 90 mm. It is designed for LEO and small GEO applications. |
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| NASA Space Qualified Thermistor Temperature Sensors | |
Space Qualified Temperature Sensor
from Variohm Eurosensor
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| The 311P18-09 from Variohm Eurosensor is a Space Qualified Temperature Sensor that has a zero-power resistance of 30,000 ohms and has a resistance tolerance of 0.68-2.66 %. This sensor features a distinctive orange/brown color code for identification and is ideal for temperature compensation, control and measurement over the specified temperature range during extended flight in space. |
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| Software Defined Radio for Satellite Communications | |
Software Defined Radio
from GomSpace
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| The SDR MK2 from GomSpace is a high-performance Software Defined Radio (SDR) platform engineered for flexible and scalable satellite communication applications. It supports frequency coverage from 70 MHz to 6 GHz with configurable channel bandwidths ranging from 200 kHz to 56 MHz. It is ideal for a wide range of missions from high-data-rate downlinks and intersatellite links to SIGINT, spectrum monitoring and IoT communication payloads. |
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| Hermetically Sealed High Gain Logic Gate Optocouplers | |
Space Qualified Optocoupler
from Broadcom
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| The 5962-8876905K from Broadcom is a space-qualified optocoupler with a forward voltage range of 1.0-1.8 V and an insulation leakage current of 1 µA. It has a low output voltage of 0.5 V and a peak input current requirement of 20 mA. This 2-channel optocoupler is designed for military and space, transportation, high-speed line receiver, isolated bus driver, pulse transformer replacement, ground loop elimination and computer-peripheral interface. |
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| Optical Communication Terminal for LEO Constellation | |
Satellite Laser Communication Terminal
from Tesat-Spacecom GmbH & Co. KG
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| The SCOT80 from Tesat-Spacecom GmbH & Co. KG is a Satellite Laser Communication Terminal with a range of up to 8,000 Km. It has a bidirectional channel data rate of 2.5 Gbps/10 Gbps and supports Ethernet interface for data and TM/TC. The terminal features reliable pointing, acquisition, tracking, and communication with over 75,000 links performed. It is compliant with SDA OCT standards and is ideal for low-earth orbit broadband constellations. |
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