IDS U3-30C1SE USB3 global shutter camera with 2.35 MP resolution and 166 fps for high-speed, distortion-free industrial machine vision.
The IDS U3-30C1SE is a high-speed USB3 industrial camera engineered for applications that require distortion-free imaging of fast-moving objects. Built on a Sony IMX392 global shutter sensor, it delivers a 1936 × 1216 resolution with frame rates up to 166 fps, ensuring precise capture of dynamic scenes. Available in mono or color versions, the camera provides consistent and repeatable imaging performance, while its compact design and USB Type-C interface enable straightforward integration into industrial vision systems.
With a 1/2.3″ optical format and 3.45 μm pixel size, the U3-30C1SE balances sensitivity and speed for reliable operation under challenging lighting conditions. Advanced triggering, long-exposure capability, and onboard image processing features help optimize image quality while reducing system complexity. These characteristics make it well suited for high-speed inspection, robotics guidance, electronics manufacturing, and real-time quality control applications.
2.35 MP Global Shutter CMOS Sensor – 1936 × 1216 resolution for distortion-free imaging of fast-moving objects
Up to 166 fps at Full Resolution – Supports high-speed inspection and motion analysis
USB3 Vision Interface (USB Type-C) – High-bandwidth, low-latency data transfer for real-time processing
Global Shutter Architecture – Prevents motion blur and geometric distortion in dynamic scenes
Advanced Image Control – Adjustable exposure, gain, long exposure, and region-of-interest settings
Industrial SDK & GenICam Support – Enables reliable integration within professional machine-vision systems
| Feature | Details | Application Advantage |
|---|---|---|
| Sensor Brand & Model | Sony IMX392 (Color: IMX392LQR / Mono: IMX392LLR) | Proven industrial sensor delivering stable image quality and long-term availability |
| Interface | USB3 Vision (USB Type-C) | Simple plug-and-play integration with high compatibility across industrial PCs |
| Interface Speed | USB 3.0 SuperSpeed | Supports high data throughput for real-time imaging |
| Resolution (H × V) | 1936 × 1216 pixels (2.35 MP) | Balanced resolution for accurate inspection and fast processing |
| Optical Area (H × V) | 6.679 mm × 4.195 mm | Optimized sensor area for compact optical setups |
| Optical Format | 1/2.3″ (Diagonal 7.89 mm) | Wide lens availability and cost-effective optics |
| Lens Mount | C-Mount | Flexible lens selection for industrial and laboratory use |
| Pixel Size | 3.45 µm × 3.45 µm | Good sensitivity with reduced noise at high frame rates |
| Image Memory | 128 MB onboard memory | Ensures stable image transfer during burst or triggered capture |
| Frame Rate @ Max. Resolution | Up to 166 fps | Ideal for high-speed inspection and motion analysis |
| Shutter | Global Shutter | Eliminates motion blur and geometric distortion |
| Exposure Time | 0.023 ms to 2000 ms (long exposure up to 30 s) | Adapts to fast motion and low-light conditions |
| Trigger & Flash I/O | Hardware trigger, software trigger, opto-isolated flash output | Precise synchronization with external devices and lighting |
| Power Supply | Via USB cable | Reduces wiring complexity and system cost |
| Software Tools | IDS peak SDK, GenICam compliant | Fast system integration and long-term software support |
| Environmental Tolerance | Operating: 0 °C to +55 °C, 20–80% RH non-condensing | Reliable operation in industrial environments |
| Housing Protection | Industrial camera housing (IP not rated) | Suitable for enclosed machine vision systems |
| Size & Weight | 34 × 44 × 31 mm, approx. 46 g | Compact and lightweight for space-constrained installations |
In electronics assembly lines, components travel at high speed, making motion distortion a major inspection risk. The global shutter sensor captures all pixels at the same instant, preserving the true shape of solder joints, connectors, and chips even when the conveyor is moving quickly. High frame rates allow several images to be taken for each part, increasing inspection confidence without reducing throughput. Hardware triggering aligns image capture with encoder signals, while selective image regions reduce processing load. This approach improves defect detection consistency across varying product sizes and changing line speeds.
Robotic systems rely on precise visual feedback when positioning or transferring parts at speed. A global shutter prevents skew and blur during rapid robot motion, ensuring accurate object localization. Frequent image updates support real-time correction of robot paths, improving placement accuracy. The camera’s compact and lightweight design simplifies mounting on robotic arms or gantries, minimizing mechanical impact. Adjustable exposure and gain help maintain stable images under uneven lighting or reflective surfaces, supporting reliable gripping and alignment in automated assembly cells.
In traceability systems, labels and codes often move past cameras at high velocity. Motion blur can make codes unreadable, leading to tracking errors. Global shutter imaging preserves code geometry, while short exposure times freeze motion for clear symbol capture. High frame rates increase the chance of successful decoding, even when labels are partially obscured or misaligned. Synchronization with external lighting further improves contrast. This combination enables dependable code reading in logistics, packaging, and pharmaceutical production where accuracy and speed are equally critical.
Measuring parts while they are in motion reduces inspection bottlenecks but requires accurate image geometry. Global shutter operation ensures edges and contours are recorded without distortion, enabling reliable dimensional analysis. High resolution supports detailed feature extraction, while region-of-interest functions keep data volumes manageable. Long exposure capability allows optimized lighting for reflective or low-contrast materials. These features support inline measurement of machined, stamped, or molded components, helping manufacturers maintain quality control without interrupting production flow.
Laboratory automation often involves moving samples, trays, or slides that must be imaged consistently. Distortion-free capture ensures repeatable results when samples are transferred or scanned at speed. High frame rates shorten analysis cycles, supporting higher throughput. Flexible triggering allows precise coordination with mechanical stages or handling mechanisms. The compact form factor fits easily into enclosed instruments, while adaptable exposure settings accommodate different sample properties, making the camera suitable for automated analysis and scientific screening environments.
C-Mount Lenses – Optimized for 1/2.3″ sensors and global shutter imaging
USB3 Vision Cables (Type-C) – High-bandwidth, low-noise data transmission
Trigger & I/O Cables (8-pin Hirose) – Hardware trigger and flash synchronization
Industrial LED Strobe Lighting – Short exposure illumination for high-speed capture
U3-30C1SE Series – 2.35 MP Sony IMX392 global shutter USB3 cameras
U3-3271LE Series – 3.2 MP Sony IMX265 in compact USB3 format
As an authorized distributor of IDS products, we offer certified expertise and technical support to ensure you get the most out of your U3-30C1SE camera. We stand by the quality of our products and provide comprehensive warranty services. Our team can also assist with special services like custom integration and creating pre-configured kits tailored to your specific needs.
