Omron Sentech STC-GPB250BPCL – 25 MP Monochrome Camera Link Industrial Camera

The Omron Sentech STC-GPB250BPCL is a high-performance 25 megapixel monochrome Camera Link industrial camera, designed for applications that demand maximum resolution and precision in machine vision, inspection, and automation systems. Powered by the advanced Gpixel GMAX0505 CMOS global shutter sensor, it delivers exceptional image quality with a 5120 × 5120 resolution and a frame rate of up to 30.7 fps (8-bit).

Its Camera Link interface (Base, Medium, Full, 80-bit modes) provides high-bandwidth, low-latency data transfer for demanding industrial imaging environments. With a C-mount design, compact 35 × 35 × 42.2 mm housing, and low power consumption (< 4 W), the STC-GPB250BPCL integrates seamlessly into inspection equipment, robotics, and factory automation systems.

The camera includes advanced features such as ROI (Region of Interest), image flip, decimation, defective pixel correction, and long exposure control (14 μs to 16.7 s), giving integrators flexibility for specialized applications. Built for 24/7 reliability, the STC-GPB250BPCL is an ideal solution for semiconductor inspection, quality control, and high-speed industrial imaging.

Key Features:

• 25 MP resolution (5120 × 5120 pixels) for ultra-high-precision imaging
• Monochrome Gpixel GMAX0505 CMOS global shutter sensor for accurate, high-speed capture
• Camera Link interface (Base, Medium, Full, 80-bit) for high-bandwidth, low-latency data transfer
• Frame rate up to 30.7 fps (8-bit) for efficient inspection and measurement
• Compact housing (35 × 35 × 42.2 mm) for easy integration into vision systems
• C-mount lens compatibility for flexible optical setups
• Advanced imaging functions: ROI, image flip, decimation, defective pixel correction, long exposure control (14 μs to 16.7 s)
• Low power consumption (< 4 W) with PoCL support or +12 V DC input
• Industrial-grade design for continuous 24/7 machine vision operation
• Trusted Omron Sentech build quality for long-term reliability