IDS Imaging U3-3082SE Rev.1.2 is a 5 MP USB3 global shutter camera delivering distortion-free imaging at up to 79 fps for industrial vision systems.
Original price was: $ 2,057.50.$ 1,582.75Current price is: $ 1,582.75.
IDS Imaging U3-3082SE Rev.1.2 is a 5 MP USB3 global shutter camera delivering distortion-free imaging at up to 79 fps for industrial vision systems.
The IDS U3-3082SE Rev.1.2 is a compact 5 MP USB3 industrial camera developed for high-speed and precision machine vision applications. Built around a Sony IMX250 global shutter sensor, it captures distortion-free images at a resolution of 2464 × 2056 pixels, making it ideal for inspecting fast-moving objects and time-critical processes. Available in mono and color versions, the camera delivers consistent and repeatable imaging performance, while its lightweight board-level design and USB Type-C interface enable straightforward integration into embedded and space-constrained systems.
With a 2/3″ optical format and 3.45 µm pixel size, the U3-3082SE balances sensitivity and resolution for accurate detail capture under varying lighting conditions. Frame rates up to 79 fps support rapid inspection cycles, while advanced features such as hardware triggering, long exposure, and on-camera image preprocessing help reduce system complexity and host CPU load. These characteristics make the camera well suited for automated optical inspection, electronics manufacturing, motion analysis, and precision measurement applications.
5.07 MP Global Shutter CMOS Sensor – 2464 × 2056 resolution for distortion-free imaging of fast-moving objects
Up to 79 fps at Full Resolution – Enables high-speed, high-throughput industrial inspection
USB3 Type-C Interface – High-bandwidth, low-latency data transfer for real-time vision systems
Global Shutter Architecture – Prevents motion artifacts in dynamic and time-critical applications
Advanced Image Control – Programmable exposure, gain, trigger modes, and region of interest
On-Camera Image Processing – Binning, decimation, LUT, and denoising to optimize image quality and system load
| Feature | Details | Benefit |
|---|---|---|
| Sensor Brand & Model | Sony IMX250 (Color: IMX250LQR / Mono: IMX250LLR) | Proven global shutter sensor ensures stable, distortion-free imaging |
| Interface | USB3 (USB Type-C connector) | Easy integration with high bandwidth and plug-and-play operation |
| Interface Speed | USB 3.0 SuperSpeed | Supports real-time image transfer for high-speed applications |
| Resolution (H × V) | 2464 × 2056 pixels (5.07 MP) | High-detail capture for precision inspection and measurement |
| Optical Area (H × V) | 8.473 mm × 7.086 mm | Efficient sensor coverage for industrial lenses |
| Optical Format | 2/3″ (Diagonal 11.05 mm) | Broad compatibility with common C-mount optics |
| Lens Mount | No mount (board-level camera) | Flexible integration into custom and embedded systems |
| Pixel Size | 3.45 µm × 3.45 µm | Balanced sensitivity and resolution for varied lighting conditions |
| Image Memory | 128 MB onboard memory | Ensures stable acquisition during burst and triggered capture |
| Frame Rate @ Max. Resolution | Up to 79 fps (freerun), up to 87 fps (triggered) | Enables high-throughput inspection and fast motion analysis |
| Shutter | Global Shutter | Eliminates motion artifacts on fast-moving objects |
| Exposure Time | 0.025 ms to 2000 ms (long exposure up to 90 s) | Supports both high-speed capture and low-light imaging |
| Trigger & Flash I/O | Hardware trigger, software trigger, opto-isolated trigger & flash | Precise synchronization with external sensors and lighting |
| Power Supply | Via USB (typ. 1.6 W to 3.7 W) | Low power consumption for embedded and mobile systems |
| Software Tools | IDS peak SDK, GenICam compliant | Simplifies development, configuration, and long-term maintenance |
| Environmental Tolerance | Operating: 0 °C to +55 °C, non-condensing humidity | Reliable operation in industrial environments |
| Housing Protection | Open board-level design (IP not rated) | Ideal for enclosed systems and OEM integration |
| Size & Weight | 29.5 × 40.0 × 25.0 mm, approx. 20 g | Compact and lightweight for space-constrained designs |
In modern electronics manufacturing, printed circuit boards move rapidly through automated lines, making image distortion a critical risk. A camera based on the Sony IMX250 global shutter sensor captures the entire scene at once, preventing skew or blur when components are in motion. With 5 MP resolution, fine details such as solder bridges, lifted leads, and component misalignment can be detected reliably. Precise hardware triggering combined with strobed lighting ensures consistent capture timing, while high frame rates allow inspection to keep pace with production without becoming a bottleneck.
Logistics centers depend on fast and accurate reading of barcodes, text, and symbols on parcels moving at different speeds. The global shutter sensor freezes motion, producing sharp images even when packages accelerate or change orientation. High frame rates enable multiple captures per item, increasing the chance of successful identification. Flexible exposure control helps maintain readability under uneven or mixed lighting. These features support real-time sorting decisions, reducing errors and minimizing the need for manual handling in high-volume distribution environments.
When analyzing mechanical movement, even slight image distortion can lead to incorrect measurements. The IMX250 sensor’s global shutter ensures geometric accuracy when observing fast-moving parts such as gears, belts, or robotic arms. Consistent frame geometry allows engineers to calculate speed, displacement, and vibration with confidence. Region-of-interest settings focus processing power on critical areas, while triggering aligns image capture with specific motion events. This makes the camera suitable for equipment validation, durability testing, and predictive maintenance analysis.
Semiconductor fabrication requires stable and repeatable imaging to identify small defects on wafers and substrates. The sensor’s uniform pixel response and high dynamic range help reveal fine surface anomalies, particles, or pattern irregularities. Global shutter operation maintains accurate feature geometry during stage movement, while high bit depth preserves subtle contrast differences. Compact camera design supports integration into dense inspection tools where multiple viewpoints are required. These characteristics contribute to consistent quality control throughout advanced manufacturing processes.
In controlled industrial environments, monitoring vehicles and mobile equipment demands clear imaging under variable lighting and speed conditions. Global shutter capture prevents distortion when vehicles move quickly through checkpoints or loading areas. Long exposure capability supports low-light operation without sacrificing clarity, while high frame rates enable continuous observation. Accurate image timing helps analytics systems track movement and identify objects reliably. This makes the camera suitable for access control, safety monitoring, and traffic analysis within smart industrial facilities.