Discover the Future of Space Imaging with 3D PLUS CASPEX 

The 3D PLUS CASPEX family (CAmera heads for SPace EXploration) is a breakthrough serie of camera heads designed to elevate space imaging to new heights. Using 3D PLUS proven stacking technology and extensive experience in electronic module design and manufacturing, these high-performance camera heads are designed to meet the specific demands of space exploration.

Why Choose CASPEX?
The CASPEX family integrates high-resolution image sensors with a radiation-hardened by design FPGA-based processing architecture, all within a compact module. This design ensures high reliability, genericity, and density, making CASPEX products ideal for space instrument cameras and their associated space constraints.

Our Product Range

CASPEX 4M VIS-NIR	Features: 4 Megapixels CMOS image sensor. Benefits: Offers mid-resolution and mid-performance imaging with a limited power budget. Options: Available with panchromatic or RGB sensors.
CASPEX 12M VIS-NIR	Features: 12 Megapixels high-performance CMOS image sensor . Benefits: Enables high frame rates imaging and advanced image processing, such as image compression. Options: Available with panchromatic or RGB sensors.
CASPEX 1.3M SWIR VIS-SWIR Spectrum	Features: 1.3 Megapixels InGaAs VIS-SWIR image sensor, sensitive to wavelengths between 400 and 1700 nm. Benefits: Expands the CASPEX family’s applications into the SWIR domain.

IRIS Cameras

The CASPEX family is also at the core of our IRIS cameras, which combine our optoelectronic cores with optics and casing to provide full turn-key space camera solutions.

Applications

• Monitoring of Payload, Spacecraft, or direct environment.
• Guidance, Navigation, and Control
• Space Domain Awareness and Surveillance
• Scientific Imaging ( Mineralogy, spectrometry, and more.)

Radiation Data

• CASPEX 4M: TID > 30 krad (Si)
• CASPEX 12M and CASPEX 1.3M SWIR: TID > 40 krad (Si)
• SEL LET th > 62.5 MeV.cm²/mg

Availability

All CASPEX products are available in both engineering and flight grades, ensuring they meet the rigorous standards required for space missions.