Ximea MC050YG-SY-UB 5MP Color USB3 Camera with Sony IMX250 Polarized CMOS Global Shutter Sensor, 76 FPS, 26.4 x 26.4 x 41.9 mm

The Ximea MC050YG-SY-UB is a compact industrial camera equipped with a high-performance 5 MP Sony IMX250 Polarized CMOS sensor. Engineered with Pregius™ global shutter technology, it captures detailed, motion-artifact-free images at a full resolution of 2464 x 2056 pixels and frame rates up to 76 FPS. The 3.45 µm pixel size ensures excellent light sensitivity and imaging precision across a wide spectral range of 400–1000 nm. With 8, 10, and 12-bit RAW pixel output, this model is optimized for accurate color reproduction and fine detail in dynamic imaging environments.

Designed for high-speed USB 3.0 data transfer at up to 5 Gbit/s, the MC050YGSYUB features a standard C-mount, robust 26.4 x 26.4 mm housing, and low power consumption of 3.1 W with natural convection cooling. It includes configurable GPIOs (3 in / 3 out), hardware/software triggering, ROI support, and onboard hot pixel correction for up to 5000 points. With flexible image processing tools such as de-Bayering, LUTs, auto exposure, and shading correction, it’s ideal for applications in machine vision, quality inspection, medical imaging, AR/VR capture, aerial mapping, and high-speed scientific research.

Feature:

• 5 MP Sony IMX250 Polarized CMOS sensor
• 2464 x 2056 resolution with 3.45 µm pixels
• Pregius™ global shutter for distortion-free imaging
• Up to 76 FPS over USB 3.0 (5 Gbit/s transfer speed)
• 8/10/12-bit RAW digital output
• Compact housing: 26.4 x 26.4 x 41.9 mm, 37.5g
• USB3 Micro-B with locking thread; optional Type-C
• Configurable GPIO: 3 inputs / 3 outputs
• Hot pixel correction (up to 5000 pixels)
• Onboard trigger support (hardware/software)
• Wide spectral sensitivity: 400 – 1000 nm
• Low power consumption (3.1 W, passive cooling)

Applications:

• High-speed machine vision systems
• Industrial quality inspection
• AR/VR and 360° motion capture
• Medical and scientific imaging
• Face and eye tracking systems
• UAV and aerial photogrammetry
• Broadcast replay and sports analysis
• Precision robotics and automation
• Low-latency education/presentation systems