our technology
At Luxima Technology, innovation begins at the pixel level and extends through the entire imaging pipeline. Our expertise covers every critical component of high-speed CMOS image sensor and solution design, enabling unmatched performance in demanding applications.
Core Technologies
Global Shutter Excellence – Precision capture of high-speed motion without distortion, essential for machine vision, industrial inspection, and scientific imaging.
Advanced Pixel Design – Proprietary architectures optimized for high quantum efficiency, low noise, and wide dynamic range, even at small pixel sizes.
High-Speed Readout Circuits – Custom readout architectures supporting frame rates to thousands of frames per second, without sacrificing image quality.
Integrated ADC and interface solutions – High-speed, low-power ADC designs paired with flexible output interfaces, including LVDS, SLVS, and MGT.
Complete Chip Integration – End-to-end expertise from sensor architecture and analog/digital design to layout, packaging, and test ensures performance and reliability.
Custom Imaging Solutions – Tailor-made designs for unique customer requirements, leveraging our deep IP portfolio for pixel, uLens, CFA, readout, ADC, image signal processing, and interface.
By controlling the entire design and integration process in-house, Luxima delivers sensors that push the boundaries of speed, resolution, and image quality.
Distinguished Features
Multiple Random Region of Interest (RoI) with different exposure – Up to eight RoIs at random positions with random size
Higher Frame Rate with smaller X window – Higher frame rate from less column. Around 2x frame rate with half of full column
Max frame rate in 8, 10, and 12-bit mode – No frame rate reduction to support 10 or 12-bit
2-to-1 and 4-to-1 MUX mode – Easy to support half or quarter channels using register setting
Charge Binning – Around 4x sensitivity from 2×2 binning
Time Delayed Integration (TDI) – TDI is an advanced imaging technique used in line scan cameras to significantly improve image quality and sensitivity, particularly when imaging fast-moving objects or in low-light conditions.
Particle Image Velocimetry – PIV is a non-intrusive, optical method used in fluid dynamics and other fields to measure the velocity of a fluid, such as air or water. The technique provides an instantaneous, whole-flow-field measurement of velocity vectors in a specific cross-section of the flow.
Even/Odd Line Exposure – Support different exposures for even lines and odd lines