Omnivision has introduced two new global shutter CMOS image sensors, the OG12S10 and OG05D. Both devices target industrial imaging, factory automation, intelligent transportation and machine vision. They combine high-speed image capture with high dynamic range (HDR) and near-infrared (NIR) sensitivity.The OG12S10 offers 12MP resolution for demanding industrial inspection tasks. Meanwhile, the OG05D delivers 5MP resolution in a smaller format with higher frame rates. These features give equipment manufacturers more options for developing advanced machine vision and AI vision systems.
Global Shutter Technology Improves Industrial Machine Vision
Both sensors use backside-illuminated (BSI) global shutter CMOS technology. Unlike rolling shutter sensors, global shutter devices capture all pixels simultaneously. This approach reduces image distortion when cameras track fast-moving objects.This capability matters in factory automation and industrial inspection. Production lines often move components at high speeds. Therefore, cameras must capture accurate images without motion-related distortion.Moreover, both sensors integrate Omnivision's Nyxel near-infrared technology and HDR functions. These features help cameras handle changing light conditions and low-light environments. As a result, they support more demanding machine vision applications.
OG12S10: 12MP Global Shutter Sensor for Industrial Inspection
The Omnivision OG12S10 targets high-resolution industrial imaging and intelligent transportation systems. It delivers a 4096 × 3072 resolution with 3.45 µm pixels. Its PureCel Plus-S stacked BSI architecture supports high-speed image capture and improved light sensitivity.The sensor offers exposure times as short as 1 µs. This feature helps industrial cameras capture fast-moving components with reduced motion blur. It also supports accurate image acquisition in automated inspection and traffic monitoring systems.
OG12S10 Frame Rates and HDR Performance
The OG12S10 provides different frame rates depending on its output mode:
75 fps at 10-bit output
50 fps at 12-bit output
37.5 fps with dual conversion gain (DCG) HDR
The sensor also provides a 74 dB dynamic range and 20,000-electron full-well capacity. Its read noise reaches 2.8 electrons in DCG mode.HDR helps cameras retain details across bright and dark image areas. In addition, DCG improves image performance under different lighting conditions. These functions benefit industrial inspection systems with uneven illumination.
Nyxel NIR Technology Supports Low-Light Imaging
The OG12S10 incorporates Omnivision's Nyxel near-infrared technology. It achieves 60% quantum efficiency at 850 nm and up to 40% at 940 nm.This sensitivity helps cameras capture useful image information under infrared illumination. Therefore, the sensor suits inspection systems that operate with limited visible light. It also supports intelligent transportation equipment that uses infrared imaging.Furthermore, the OG12S10 offers 106 dB shutter efficiency. It supports 10-bit, 12-bit and 14-bit RAW output. Available interfaces include sub-LVDS and four-lane MIPI.Typical applications include:
3D machine vision systems
Industrial barcode scanners
Automated optical inspection equipment
Intelligent transportation systems
High-speed industrial cameras
Omnivision expects OG12S10 sampling to begin in November 2026. The company plans to start mass production in the fourth quarter of 2026.
OG05D: Compact 5MP Sensor for Robotics and AI Vision
The Omnivision OG05D focuses on compact machine vision cameras and robotics. It features 2592 × 1944 resolution and 2.2 µm pixels. According to Omnivision, it is the industry's first global shutter HDR sensor with this pixel size.Its smaller pixels allow manufacturers to develop compact cameras without sacrificing 5MP resolution. The sensor combines global shutter imaging, HDR and Nyxel NIR technology. Consequently, it offers a practical option for space-constrained industrial vision equipment.
OG05D Frame Rates and Camera Specifications
The OG05D uses a 1/2.525-inch optical format and a 56-pin chip-scale package. Omnivision reports a 30% smaller size and 143% higher speed than previous-generation sensors.Its maximum frame rates depend on the operating mode:
146 fps in linear mode without crypto processing
130 fps in linear mode with crypto enabled
60 fps with single-exposure DCG HDR
60 fps with three-exposure HDR
These frame rates support fast image acquisition in robotics and automated inspection. Moreover, the compact package helps manufacturers reduce camera size.
RGB-IR Processing and Low-Power Operation
The OG05D combines Nyxel NIR sensitivity with on-chip RGB-IR processing. It supports color, monochrome and RGB-IR configurations. Its HDR RAW output options include 10-bit, 12-bit, 14-bit and 16-bit formats.The sensor also focuses on low power consumption. This characteristic benefits compact cameras and battery-powered equipment. In addition, HDR helps maintain image details when robots move between bright and dark environments.Its target applications include:
Industrial barcode scanning equipment
Logistics and warehouse automation
Compact AI vision cameras
Robotic vision systems
Humanoid robot cameras
Machine vision data collection systems
Omnivision has already started sampling the OG05D. The company plans to begin mass production in Q4 2026.
OG12S10 vs. OG05D: Key Differences for Industrial Imaging
Both sensors target industrial machine vision, but they address different design requirements. The OG12S10 prioritizes resolution and short exposure times. In contrast, the OG05D emphasizes compact dimensions and higher frame rates.The following table summarizes their main specifications.
Specification
OG12S10
OG05D
Manufacturer
Omnivision
Omnivision
Sensor Type
Global Shutter CMOS
Global Shutter CMOS
Resolution
12MP
5MP
Image Resolution
4096 × 3072
2592 × 1944
Pixel Size
3.45 µm
2.2 µm
Technology
PureCel Plus-S BSI
BSI
Maximum Frame Rate
75 fps
146 fps
HDR Support
DCG HDR
DCG HDR and three-exposure HDR
NIR Technology
Nyxel
Nyxel
Main Applications
Industrial inspection and transportation
Robotics and compact machine vision
Sampling
November 2026 expected
Underway
Mass Production
Q4 2026 planned
Q4 2026 planned
What These Sensors Mean for Industrial Automation
The introduction of the OG12S10 and OG05D reflects growing demand for faster industrial vision systems. Manufacturers increasingly use machine vision for quality inspection, product identification and automated handling.In factory automation, global shutter imaging helps cameras capture moving components accurately. Meanwhile, HDR and NIR capabilities support applications with changing illumination. These functions can improve image acquisition for industrial inspection equipment.The OG12S10 suits applications that require higher resolution and very short exposure times. For example, industrial barcode inspection and transportation monitoring can benefit from its 12MP imaging capability.The OG05D offers another option for compact robotics and AI vision equipment. Its small pixels, high frame rates and RGB-IR processing support space-constrained camera designs.Although these image sensors do not directly control PLC or DCS systems, they can serve as important components in industrial vision architectures. Vision cameras can provide inspection results and identification data to PLC-based control systems. This information helps automate sorting, material handling and production quality checks.For system integrators, sensor selection should consider resolution, frame rate, exposure time, lighting conditions and interface requirements. Camera optics and image-processing capabilities also affect the final system performance.
Conclusion
Omnivision's OG12S10 and OG05D expand the options available for industrial imaging and machine vision development. The OG12S10 focuses on high-resolution imaging and short exposure times. The OG05D combines compact dimensions with higher frame rates and advanced HDR functions.Both sensors integrate global shutter technology and Nyxel NIR capabilities. Therefore, they address different requirements across factory automation, intelligent transportation and robotics. Their planned Q4 2026 production schedules also make them relevant to upcoming industrial camera designs.
