The supplier of beyond state-of-the-art custom designed CMOS image sensors
FTG is a pixel concept that enables non-destructive readout in plain CMOS (CIS) pixels. By repeating the measurement multiple times, the accuracy of the photocharge readout improves with the square root of the number of repetitions. Figure 1 illustrates schematic cross section of a FTG pixel next to NFTG.
Caeleste’s Faintstar2 sensor, a critical component on the Hera Asteroid mission.
ESA’s Hera asteroid mission for planetary defence is about to gain its sight with the help of Caeleste’s Faintstar2 sensor.
On March 12th, 2025, European Space Agency – ESA’s HERA spacecraft, on its way to the Didymos asteroid system, completed a Mars fly-by and successfully tested its instruments on the red planet and its moon Deimos.At the heart of HERA’s
Visit our stand at VISION, where our team are ready to discuss your sensing project at the machine vision industry’s premier international event! Discover our latest advancements in cutting-edge image sensor technology, and enjoy some Belgian chocolate while you’re here.
We are thrilled to announce that Caeleste will present our paper, “Voltage Domain TDI with Diffusion Enhanced Pixels,” at the 2025 International Image Sensor Workshop (IISW25). The workshop is scheduled for June 2–5, 2025, at the Awaji Yumebutai International Conference
Introducing Claudia3: A Revolutionary Innovation by Caeleste! At Caeleste, every time a new image sensor we designed and developed arrives from the foundry, it undergoes rigorous testing to ensure it meets all requirements and expected performance. But there’s one moment
Caeleste is excited to announce its participation in Image Sensors Europe 2025 in London on March 18-19! 🎉This event is one of the leading industry gatherings for image sensor innovation, bringing together experts from across the imaging ecosystem, including CMOS
We were delighted to present our latest research at the SPIE Sensors + Imaging conference in Edinburgh last week, titled “Voltage Domain TDI with Diffusion Enhanced Pixels.” Presented by Ben De Brabanter, the paper demonstrates an analogue voltage domain implementation
The Caeleste team gathered last week to celebrate the successful first image of one of our most recently tested projects, a flash-LIDAR image sensor for space applications, code-named ‘FLAMES’. Developed in collaboration with SINTEF, and under European Space Agency –
Fantastic to learn that the Caeleste hyperspectral sensor used in the AMOS ELOIS Spectrometer has completed its development phase and is now fully space-flight qualified! 🚀🌌🛰 With a mass of 40 kg, this instrument is dedicated to small-sats and offers