Image Acquisition Electronics Design
We design low-noise image acquisition chains, from image sensor drivers and analog front ends to A/D conversion.
BITSECODEXCLPSROKITS— project experience
Drawing on our space mission experience, we develop electronics for optical payloads.
Observation reveals unseen phenomena and turns the unknown into knowledge.
WHAT WE DO
Every mission has different observation targets and operating environments. We analyze these conditions to develop payload electronics suited to each mission.
We design low-noise image acquisition chains, from image sensor drivers and analog front ends to A/D conversion.
BITSECODEXCLPSROKITS— project experience
We develop data processing systems that connect real-time image preprocessing with onboard storage and transmission through spacecraft communication interfaces.
CODEXIDHU (CAS500-3)— project experience
We verify interfaces with optics and sensors and validate operation under space environment conditions.
BITSECODEXROKITS— project experience
One team manages the entire process, from requirements analysis and circuit design to manufacturing, assembly, testing and delivery.
All projects— project experience
HOW WE WORK
Space hardware must be designed to operate without repairs after launch. Since 2015, I-TRIX has developed space mission hardware with engineers who consider operating conditions from the earliest design stages.
We identify observation targets and operating environments to define the electronics requirements.
We design image acquisition and data processing circuits to meet mission requirements.
We manufacture the circuit boards and assemble them into the payload.
We verify integration with optics and sensors and test under space environment conditions.
We provide technical support from delivery through mission operations.