▐ Products Description
一,Solution Overview
In today's smart factory environment, a single missed defect can cascade into costly recalls, line stoppages, and reputational damage. Our industrial vision solution integrates a 120 fps hard-triggered machine vision camera with a 2 million pixel global shutter into a complete, deployment-ready inspection framework - from image acquisition to PLC/SCADA-level decision output.
Whether you're upgrading a single inspection cell or rolling out a multi-line, multi-camera quality network, this turnkey solution delivers the speed, synchronization, and software interoperability your automation team needs.
二,Core System Capabilities
1. Software Platform Integration (PLC, SCADA)
Native compatibility with major industrial control platforms. The camera system supports hard-triggered acquisition synchronized to PLC commands, with direct data handoff to SCADA dashboards. No proprietary middleware lock-in - your controls engineers keep full oversight of every inspection node.
2. System Accuracy Levels
The 2MP global shutter sensor eliminates rolling-shutter distortion on fast-moving targets, ensuring pixel-accurate imaging at full line speed. Combined with multi-view inspection frameworks, the system achieves repeatable measurement accuracy suitable for dimensional verification, surface flaw detection, and presence/absence checks.
3. Latency Parameters
From trigger to processed output, the pipeline is engineered for deterministic response. At 120 frames per second, each frame is captured, transferred, and analyzed within millisecond-level latency budgets - enabling real-time reject decisions without buffering bottlenecks.
▐ Core Features
High-Speed 120fps Imaging
Global Shutter for Motion Capture
IO hard-triggered multi-channel synchronization within the same frame
Custom Optical & Mechanical Design
▐ Technical Specification
| Item | Specification |
|---|---|
| Image Sensor | SC233HGS |
| Video Output Format | MJPG / YUY2 |
| 640 × 360 | Up to 120 fps |
| 640 × 480 | Up to 120 fps |
| 800 x 600 | Up to 120 fps |
| 1024 x 576 | Up to 120 fps |
| 1280 x 720 | Up to 120 fps |
| 1280 x 960 | Up to120 fps |
| 1920 x 1080 | Up to 120 fps |
| Focal length |
3.1mm |
| F/NO | 2.6 |
| Field of view | D:132 H:97 D:70 |
| Structure | 1G3PM8 |
| TV Distortion | <26% |
| Default focusing distance of the head | 20cm |
| Noise reduction | supports 3D |
| IR-CUT | position reserved, hardware needs to be customized |
| cable | 1.5m TYPE-A connecting tail wire |
| Board Size | 32 × 32 mm |
| Power Supply | 5 V |
| Maximum Current | 0.10 A |
| Operating temperature and humidity | -20°C~50°C, humidity less than 90% (no condensation) |
▐ Sensor Introduction
SC233HGS is a 2.3MP global shutter CMOS image sensor from SmartSens, specifically designed for high-speed imaging and embedded industrial vision applications. It adopts a 1/2.6-inch optical format, boasts a resolution of 1920×1200, and utilizes 3.0 micron BSI back-illuminated SmartGS®‑2‑Plus pixel technology. This ensures clear and distortion-free images even when tracking high-speed moving objects, effectively eliminating the jelly effect. The sensor supports multiple output interfaces such as MIPI CSI‑2, DVP, and LVDS, facilitating flexible integration with various vision hardware platforms. At full resolution, it can achieve up to 120 frames per second of RAW image output. Leveraging excellent near-infrared sensitivity, single-frame knee HDR high dynamic range, built-in simple ISP, ultra-low latency, and hardware external trigger multi-camera synchronization capabilities, SC233HGS serves as an ideal domestic alternative solution for industrial barcode reading, high-speed inspection on assembly lines, AGV/AMR robot navigation and obstacle avoidance, 3D binocular stereo vision, SLAM, drone vision, and artificial intelligence vision systems that require precise and reliable image data
▐ Product Advantages
01
1920×1200 @120fps High-speed imaging
At a resolution of 1920×1200, the sensor can achieve a maximum frame rate of 120fps, enabling it to capture scenes with high-speed motion changes and short consecutive frame intervals. It is highly suitable for industrial vision systems that require high-speed image acquisition and real-time observation of equipment, such as capturing high-speed assembly line objects, real-time navigation for AGV/AMR, and high-speed barcode reading.
02
Global Shutter BSI Back-Illumination for Precise Motion Capture
SC233HGS utilizes SmartGS‑2‑Plus back-illuminated global shutter pixels, ensuring simultaneous exposure across the entire frame. This eliminates the jelly-like distortion caused by rolling shutters when capturing high-speed moving objects. Coupled with single-frame inflection point HDR technology, it delivers images with higher geometric consistency in backlight and strong light environments. It is suitable for devices with high requirements for motion imaging accuracy, such as 3D binocular vision, motion capture, and high-speed detection.
03
Compact integration of industrial embedded devices
The sensor is specifically designed for embedded industrial integration, featuring a 1/2.6-inch target surface and supporting ROI windows and Binning modes, making it suitable for narrow installation spaces. It can be matched with various industrial equipment optical paths and mechanical structures, and is applicable to small industrial cameras, code readers, robot vision modules, drone vision, and compact AI vision terminals.
04
Flexible OEM/ODM Customized Configuration
The sensor supports MIPI/LVDS/DVP multi-interface outputs, hardware external trigger synchronization, and on-chip basic ISP functions that can be configured as needed. It allows for lens selection, infrared fill light adaptation, PCB layout, and connector scheme adjustments tailored to specific projects. It supports sample evaluation and image tuning, helping OEM customers quickly complete prototype verification and mass production implementation, reducing the difficulty of overall system integration.
▐ Why Choose Our Medical Camera Modules
Engineering support for industrial vision
We assess camera requirements from the perspective of the complete imaging chain, rather than just the sensor itself. This encompasses lens optical selection, infrared fill light matching, image tuning and correction, structural mechanical integration, as well as development requirements such as interfaces for industrial equipment docking and trigger synchronization. We provide a complete imaging solution and technical support for the project.
OEM/ODM Configuration for Device Integration
From customized optical lenses and infrared lighting matching, to module structure, FPC cable components, connectors, and PCB layout, the camera module can be flexibly adjusted according to the installation space, overall structure, and product development needs of your device, adapting to various devices such as barcode readers, robots, and binocular vision systems.
Controlled Production for Long-Term Supply
We support the complete project cycle, from prototype evaluation and sample verification to mass production, providing production inspection data and material traceability information for industrial projects. Domestic sensors ensure stable supply, reducing the risk of supply disruptions and providing reliable guarantees for supplier evaluation and long-term procurement planning.
▐ Application
▐ Certifications & Quality Assurance
ISO 9001
ISO 45001
ISO 14001
EMC Test
CE Certified
▐ Customization Service
Medical imaging projects often require modifications beyond the standard camera configuration. We can work from your mechanical drawings, optical requirements, target image performance, and production plan to develop a camera configuration suitable for your equipment. Custom options include lens selection, sensor matching, illumination fibers, enclosure structure, cable routing, connectors, and image parameter tuning.
Medical Lens
view more
Image Sensor
view more
Micro-Molded Enclosure
view more
Connector & Cable
view more
▐ Factory
▐ FAQ
Q: What type of image sensor is SC233HGS?
A: SC233HGS is a 2.3-megapixel BSI back-illuminated global shutter CMOS sensor from SITEL, with a resolution of 1920×1200. It is primarily designed for high-speed industrial vision, enabling imaging of moving objects without the jelly effect. It serves as a cost-effective domestic alternative to imported sensors.
Q: What is the maximum frame rate of SC233HGS at full resolution? What output interfaces does it support?
A: Full resolution 1920×1200, up to 120fps; supports multiple output interfaces such as MIPI, LVDS, and DVP, and can be adapted to FPGA, ARM, and various embedded main control platforms.
Q: What is the difference between the HDR function of SC233HGS and regular multi-frame HDR?
A: Utilizing **single-frame inflection point HDR technology**, there is no need for multi-frame exposure stacking, and it produces no motion artifacts in high-speed motion scenes. It can still output high dynamic images in backlight and strong light environments.
Q: How to choose between the black and white version and the color version of SC233HGS?
A: The mainstream products on the market are black and white versions, which have excellent near-infrared sensitivity and are more suitable for barcode reading, binocular 3D, and infrared fill light scenarios. Color versions are less available and are suitable for applications that require color image detection.
Q: Does SC233HGS support synchronous acquisition from multiple cameras?
A: Supports hardware external trigger synchronization EFYSYNC, enabling precise synchronized capture of multiple modules, making it ideal for binocular stereo vision and multi-camera detection devices.
Q: What are the practical application scenarios suitable for SC233HGS?
A: Applicable to industrial barcode reading, high-speed inspection on assembly lines, AGV/AMR robot navigation, 3D structured light, SLAM, drone vision, and AI embedded vision terminals.
Q: Does the SC233HGS have an integrated ISP that can directly output finished images?
A: The chip only integrates a simple on-chip ISP to achieve basic dead pixel correction, noise reduction, and lens shading correction; complex image processing still needs to be completed by the backend main controller/FPGA.
Q: What customization and engineering services can be provided if we choose your SC233HGS camera module?
A: We can provide lens matching, infrared lighting adaptation, structural FPC customization, and image parameter tuning. We support OEM/ODM customization, from prototype evaluation to mass production, providing material traceability and complete technical engineering support.
Hot Tags: industrial vision solution, China industrial vision solution manufacturers, camera catalog vision module, camera stock, night vision camera board, monitor camera vision module, video call usb webcam, with case webcam
