The EOB Camera is a compact, space-ready wide-angle imaging payload engineered for high-reliability space missions. By combining a high-resolution global shutter CMOS sensor with an embedded hardware encoder, it supports both H.264 video compression and uncompressed RAW video output — delivering high-quality, wide field-of-view imagery while optimizing downlink bandwidth and onboard data handling.

Its flexible architecture can be customized for smart camera applications such as star-tracking or object detection, and the modular interface set enables seamless integration into a wide range of satellite buses and advanced embedded platforms.

Applications: Lunar Orbiter, LEO EO imaging

The VREC Video Recorder is a space-qualified, high-reliability payload image and video recording unit designed for mission-critical applications. With support for real-time H.264 or H.265 compression, the system optimizes storage efficiency while maintaining high image quality.

All video and communication interfaces are configured in a redundant architecture. Its flexible design enables seamless integration with payload cameras and spacecraft platforms, while providing scalable memory capacity and reliable data management for demanding space missions.

The EOBPr Engineering & Simulation Development Unit is a ground-based platform designed for camera integration, simulation and laboratory testing. It receives image data from the camera system and outputs either RAW video or H.264 compressed streams through configurable interfaces. The modular architecture enables flexible system integration, performance evaluation and validation during development and engineering model activities.

Typical Applications:

• Satellite avionics simulation and integration
• Camera-to-OBC interface verification
• Algorithm development and validation
• End-to-end data flow testing in laboratory environments

The EYDE development, test and simulation system is an electronic ground support equipment platform designed for integration, simulation and validation in laboratory environments. It supports engineering model activities and complies with EMI/EMC and environmental standards.

The system manages incoming video streams and supports both RAW and H.264 compressed formats, enabling flexible data processing, routing and bandwidth optimization. Thanks to its modular architecture and configurable communication interfaces, it supports configuration, control, telemetry exchange and system-level verification under simulated mission conditions.

Typical Applications:

• Satellite avionics integration and simulation
• Video data handling and routing validation
• Compression performance and bandwidth analysis
• Engineering model integration support
• Protocol and interface validation under simulated mission conditions

The SOM-Zy is a compact, radiation-tolerant System-on-Module designed for high-performance space applications. Based on the AMD Zynq® UltraScale+™ MPSoC, it combines quad-core ARM Cortex-A53 processing, real-time Cortex-R5 control and advanced programmable logic for efficient high-throughput data processing.

With ECC-protected memory, a redundant storage architecture, up to 1 TB of mass storage and high-speed transceivers up to 12.5 Gbps, it enables reliable integration with demanding payloads and communication systems.

To enhance system reliability and fault tolerance, a flash-based Microchip ProASIC3 FPGA provides an independent, radiation-resilient control path for power management, system monitoring and fail-safe operation.

The SOM-Pf is a compact, radiation-tolerant System-on-Module designed for demanding space applications. Built around the Microchip PolarFire® SoC FPGA, it combines quad-core 64-bit RISC-V processing with a non-volatile FPGA fabric, ensuring deterministic operation and instant-on capability.

With ECC-protected DDR4 memory, a redundant flash architecture and up to 1 TB of mass storage, the module provides reliable and high-capacity onboard data handling. High-speed transceivers up to 10.3 Gbps and flexible Ethernet interfaces enable seamless integration with payloads and communication systems.