Integrated Avionics Unit

Key Features

The LuxSpace Integrated Avionics Unit (IAU) is a next-generation avionics solution that merges platform functions like On-Board Computer (OBC), Telemetry and Telecommand as well as Remote Terminal functions with Payload functions like Payload Data Handling Unit (PDHU) into a single, modular unit.

  • Modular & Scalable performance and dependability suitable for satellites >80 kg, from microsats to minisats and larger platforms. Supports a wide range of sensor interfaces through expandable processing modules.
  • High Performance – Built around advanced ‘System-on-Chips’ technology, enabling demanding tasks such as real-time Earth observation image processing, data compression, and on-orbit AI applications.
  • Multi-mission profile through function-agnostic architecture which can be reconfigured through software to support Earth observation, telecommunications, science, and defense missions.
  • Radiation-Resilient – through up-screening and heritage based proprietary ruggedization of COTS components with integrated Fault Detection, Isolation and Recovery (FDIR).
  • ESA Qualified – Tested and qualified under the Triton-X programme (TRL 8 in 2025, progressing to TRL 9 with flight heritage by 2026).
LuxSpace IAU

Benefits

  • Reduced Complexity – Combines OBC, telecommunication and payload data handling in one unit, cutting mass, power, and volume as well as integration time at satellite level.
  • Shorter Development Cycles – Ready-made, ESA-qualified unit reduces non-recurring engineering and accelerates mission timelines.
  • Easy Onboarding – Board support package and low level device drivers available, “Ready to use” development kit that can be extended to full EM.
  • Constellation-Ready – Designed for industrialized production at LuxSpace’s facilities in Luxembourg, with volume pricing available for constellation deployments.
LuxSpace Integrated Avionics Unit

Proven Heritage

The IAU builds on LuxSpace’s 15+ years flight heritage of avionics equipment and the wider OHB Group’s expertise. Its first in-orbit demonstration will be on a Triton-X Heavy mission, paving the way for adoption in a wide range of commercial, institutional, and defense programs.

Properties

FeatureProperties
Powerful processing capabilitiesUp to 0.5 TFLOPS with high performance SoC (uC + FPGA) per processing module
Interfaces support wide range of sensors, actuators and payloadsGbit Ethernet, RS485, SpaceWire, CAN, SPI, analog inputs
Large onboard memoryUp to 128 GB embedded mass memory per processing module
Compact footprint239 mm x 181 mm x 170/230/290 mm

3.9 to 7.5 kg

(for typical 4/6/8 blade assembly)
Environment-20°C to +50°C operating

-30°C to +70°C survival

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