Space Hardware Marketplace

GSP2022 GEESATCOM Satellite Communication Chip

• Manufacturing process22nm
• ProcessorIntegrated ARM Cortex-A7
• DesignRF and baseband integrated

22nm SoC satellite communication and navigation chip with integrated RF and baseband.

DAMA/IW Protocol Component

Embedded DAMA protocol software components for tactical and closed-network satcom terminals

DAMA/IW Network Controller

MIL-STD-compliant mobile UHF DAMA satcom network controller for tactical defense operations

UAV Satcom Test Tools

Digital-twin off-air test tools for validating satellite connectivity on UAVs and unmanned vehicles

BGAN Protocol Stack

Reference UMTS NAS/Inmarsat Access Stratum protocol stack for BGAN terminals

5G NTN Feasibility Study

Technical feasibility analysis for planned 5G NTN (NB-IoT, eMTC, NR) satellite services

5G NTN Network Emulator (NEMU)

Software emulator for off-air and in-orbit validation of 5G NTN link performance

5G New Radio for Non-Terrestrial Networks (5G NR NTN)

5G NR NTN NodeB physical layer software for satellite operators and partners

5G NB-IoT NTN UE Software

5G NTN NB-IoT terminal (UE) protocol software for SDR-based devices

5G NB-IoT NTN NodeB Software

3GPP-compliant 5G NB-IoT NTN NodeB protocol stack for satellite operators

GATE Thruster L

High-precision chemical thruster with closed-loop pressure control, 20-200 N thrust range.

GATE Thruster M

Mid-size high-precision chemical thruster with closed-loop pressure control, 5-50 N thrust range.

GATE Thruster S

Compact high-precision chemical thruster with closed-loop pressure control, 2-20 N thrust range.

GATE Jetpack L

Largest plug-and-play high-thrust propulsion module for ESPA-class satellites, full-port XL configuration.

GATE Jetpack M

Mid-size plug-and-play high-thrust propulsion module for ESPA-class satellites, full-port configuration.

GATE Jetpack S

Plug-and-play high-thrust chemical propulsion module for ESPA-class satellites, half-port configuration.

Magnetorquer

• Magnetic dipole moment to mass ratioHigh
• Power consumptionUnder 1W per A·sqm
• DesignCompact and lightweight

High-performance magnetic torquer for precise attitude control of CubeSats and SmallSats.

ADCS Unit

• Control axesTriaxial
• IntegrationMagnetorquers + reaction wheels + controller in single 3D-printed chassis
• Control approachAI-powered dynamic in-space control

Advanced AI-powered Attitude Determination and Control System combining magnetorquers, reaction wheels and controller in one 3D-printed chassis.