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IDS Imaging UI-3202SE 12MP Global Shutter USB Camera

IDS Imaging UI-3202SE is a 12MP global shutter USB camera delivering distortion-free, high-resolution imaging for precision industrial and OEM vision systems.

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Product Description

IDS Imaging UI-3202SE Global Shutter USB Camera – 12 MP Precision Vision Core

Product Overview

The IDS Imaging UI-3202SE Global Shutter USB Camera is a high-resolution board-level machine vision camera designed to eliminate motion distortion in demanding imaging tasks. Using a 12.34-megapixel Sony global shutter sensor, it captures sharp, geometrically accurate images even when objects move at high speed. The compact form factor and USB 3 connectivity make it well suited for embedded systems and space-limited equipment. This model is ideal for engineers who require reliable synchronization, stable image quality, and precise timing control in industrial, laboratory, and OEM vision solutions.

 


Product Description

In practical applications, the IDS Imaging UI-3202SE delivers consistent results where accuracy and repeatability are critical. Its global shutter ensures moving components are captured without skew, while the fine pixel structure supports detailed inspection and measurement tasks. Flexible triggering, extended exposure options, and line-based acquisition allow the camera to adapt to changing process speeds and lighting conditions. Low power consumption and USB-powered operation reduce system complexity, helping integrators build compact, efficient vision systems that maintain dependable performance over long operating periods.

 


Why UI-3202SE?

The UI-3202SE is chosen when image accuracy matters more than anything else. Its global shutter architecture ensures every pixel is captured at the same instant, preserving true object geometry even at high speeds. With a high-resolution 12 MP sensor in a compact, board-level design, it enables engineers to build space-efficient systems without compromising detail. The camera’s stable triggering, flexible exposure control, and USB power simplify integration, making it a dependable core component for precision-driven industrial and scientific vision systems.

 


What problem does it solve?

The UI-3202SE solves the fundamental challenge of motion distortion and timing uncertainty in high-resolution imaging. Traditional rolling shutter cameras can introduce skew and shape errors when objects move or when precise synchronization is required. By using a global shutter sensor with robust triggering support, this model captures distortion-free images with consistent timing. It also addresses integration complexity by reducing power and cabling requirements, helping system designers achieve reliable inspection, measurement, and analysis results in real-world production environments.

 


Key Features & Specifications – IDS Imaging UI-3202SE [Color: AB02352 | Mono: AB02353]

Feature Details Benefit
Sensor Brand & Model Sony IMX304 (Color: IMX304LQR / Mono: IMX304LLR) Industrial-grade Sony sensor ensures stable image quality and long-term availability
Interface USB 3 (USB Type-C connector) High compatibility and simple integration with modern vision systems
Interface Speed Pixel clock up to 395 MHz Supports high data throughput for large image sizes
Resolution (H × V) 4104 × 3006 pixels (12.34 MP) Enables fine detail capture for inspection and measurement tasks
Optical Area (H × V) 14.159 × 10.371 mm Large active area supports wide field-of-view imaging
Optical Format 1.1″ (Diagonal 17.55 mm) Compatible with high-performance industrial lenses
Lens Mount No mount (board-level design) Maximum flexibility for custom optics and compact integration
Pixel Size 3.45 µm × 3.45 µm Balanced sensitivity and resolution for precision imaging
Image Memory 128 MB onboard Stable image buffering during high-load acquisition
Frame Rate @ Max. Resolution Up to 24 fps Reliable full-resolution capture for moving processes
Shutter Global shutter Eliminates motion distortion and rolling shutter artifacts
Exposure Time 0.027 ms to 999 ms (long exposure up to 30 s) Supports both high-speed capture and low-light conditions
Trigger & Flash I/O Opto-isolated trigger input and flash output Precise synchronization with external devices and lighting
Power Supply USB powered, 5–15 V Reduces external power requirements and cabling
Software Tools IDS peak SDK, image pre-processing support Simplifies configuration, control, and image optimization
Environmental Tolerance Operating: 0 °C to 55 °C, non-condensing Reliable performance in industrial environments
Housing Protection Board-level camera (no enclosure) Ideal for embedded and OEM system designs
Size & Weight 29.5 × 40.0 × 25.0 mm, approx. 22 g Extremely compact and lightweight for space-limited systems

Download IDS UI-3202SE-C (AB02352) Datasheet
Download IDS UI-3202SE-M (AB02353) Datasheet
Download IDS UI-3202SE Technical Drawing

 


The Applications

1. High-Speed PCB Inspection and Solder Joint Analysis

In electronics manufacturing, circuit boards often move continuously along conveyors, making accurate inspection difficult with conventional cameras. Systems using the Sony IMX304 global shutter sensor can capture distortion-free images even at high transport speeds. The 12-megapixel resolution allows inspection algorithms to detect fine defects such as solder voids, micro-bridges, or component shift with high confidence. Precise hardware triggering aligns image capture with board position, while short exposure capability minimizes blur. This enables manufacturers to maintain high throughput without sacrificing inspection reliability or slowing down production lines.

2. Precision Metrology for Industrial Measurement Systems

Industrial metrology applications demand reliable geometry and consistent scale across every image. Cameras based on the IMX304 sensor are well suited for measuring dimensions, edge positions, and surface features on moving or stationary parts. The large sensor format supports high-quality optics, reducing distortion at the edges of the field of view. Global shutter exposure ensures vibration or motion does not affect measurement accuracy. Combined with fine pixel resolution, this allows software to perform stable sub-pixel measurements in demanding factory environments.

3. Robotics Vision for Pick-and-Place Automation

Modern robotic systems rely on vision feedback to locate, identify, and orient objects in real time. The IMX304 global shutter sensor enables robots to capture sharp images of parts in motion, preventing shape distortion that could lead to positioning errors. High resolution improves object recognition and orientation detection, even when components are small or densely packed. Synchronization with external lighting ensures consistent image brightness despite changing ambient conditions. This results in faster robot decision-making and improved pick-and-place accuracy.

4. Traffic and Intelligent Transportation Monitoring

Traffic monitoring systems must handle fast-moving vehicles under variable lighting and weather conditions. The global shutter design of the IMX304 sensor allows clear capture of vehicles without skew or motion artifacts, even at high speeds. High image resolution supports accurate detection of vehicle outlines, lane usage, and movement patterns. Flexible exposure control helps maintain visibility in low-light or night scenarios when paired with controlled illumination. These characteristics support reliable data collection for traffic analysis and infrastructure monitoring.

5. Scientific Imaging and Laboratory Automation

In laboratory and research environments, repeatable image capture is essential for data comparison and analysis. Vision systems using the IMX304 sensor provide stable performance for applications such as automated sample inspection, experimental observation, and test automation. Linear sensor response supports quantitative analysis, while long exposure capability enables imaging of low-contrast samples. Global shutter timing ensures synchronized capture during experiments involving motion or sequencing, helping researchers maintain data consistency and confidence in their results.

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