In this video Minvydas sets up a simple experiment: can industrial machine vision cameras double as tools for everyday video content creation and live streaming?
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While there are countless MIPI CSI-2 camera cables, the most common ones are 15-pin / 1mm pitch or 22-pin / 0.5mm pitch, compatible with Raspberry Pi and NVIDIA Jetson platforms.
07/08/2025
C3 camera gets embedded connectivity
It’s been a while since you’ve asked for a more robust USB camera connector for embedded integration. Here it comes – all C3 USB cameras with M12/M12L lens mounts can now be assembled with a locking JST-GL connector.
04/08/2025
20M IMX283 1″ CSI-2 Camera Module
It’s been just a few weeks since the “coming soon” teaser in our last CSI-2 camera family update, and the promise is now a product: meet the 20M, 1-inch IMX283 camera module.
14/07/2025
New camera modules with CSI-2 MIPI interface
We are working non-stop to offer the best cameras for your next projects! Today we’re unveiling three new board level cameras powered by image sensors: Onsemi AR0822, Onsemi AR0234, and Sony IMX477.
16/03/2025
L078-2.78-M12
2.78mm M12 wide angle low distortion fixed focus lens
14/03/2025
Cameras
Kurokesu range of cameras is designed for precision, flexibility, and performance. From high-resolution industrial cameras to compact solutions for educational and DIY projects.
14/03/2025
Controllers
Kurokesu controllers are built to integrate seamlessly with a range of devices and systems, providing robust performance and easy compatibility.
14/03/2025
Lenses
The selection of these lenses complements Kurokesu cameras to ensure sharp, clear, and accurate imagery.
14/03/2025
Motorized zoom cameras
Take control of your vision with Kurokesu motorized lenses, offering smooth and precise adjustments for focus and zoom.
21/10/2022
Gazelė 2022
Thank you, everyone! We could not be here without you. Received a formal National recognition from Verso Žinios – KUROKESU has been recognized as one of Lithuania’s most successful and fastest-growing companies.
Developing firmware for an embedded device requires a lot of testing. Processors capable of running full-featured operating systems are much more complicated than smaller controllers (but obviously also are more flexible).