Original price was: $ 4,115.50.$ 3,165.75Current price is: $ 3,165.75.
Evaluate industrial AI vision with the IDS NXT rio Experience Kit. Global shutter imaging, GigE connectivity, and a 6-month evaluation period for real deployments.
The IDS NXT rio Experience Kit 6 Months is a complete industrial AI vision evaluation solution designed for professionals who need to validate intelligent image processing in real production scenarios. Centered on an IDS NXT rio camera with a global shutter CMOS sensor, it enables reliable image capture of moving objects without distortion. The kit is intended to solve early-stage development challenges by providing a ready-to-use platform for testing AI vision workflows, system responsiveness, and image quality before committing to permanent hardware investments.
Designed for real-world industrial environments, the IDS NXT rio Experience Kit 6 Months supports hardware triggering, industrial Ethernet connectivity, and advanced image preprocessing to ensure stable performance under changing lighting and motion conditions. Its compatibility with standard C-mount optics and industrial I/O allows seamless integration into automation and inspection setups. By offering a six-month evaluation period, the kit helps engineers reduce technical risk, accelerate proof-of-concept development, and make data-driven decisions for scalable AI vision deployments.
1.6 MP Global Shutter CMOS Sensor – 1456 × 1088 resolution ensures distortion-free imaging of fast-moving objects in industrial environments
Up to 41 fps with Hardware Triggering – Supports reliable capture in high-speed inspection and automation workflows
GigE Vision Interface – Stable, long-distance Ethernet connectivity with secure locking for industrial network integration
Wide Exposure Control (0.035 ms – 2000 ms) – Enables precise tuning for both high-speed motion and low-light imaging scenarios
Industrial I/O via 12-pin M12 Connector – Opto-isolated trigger inputs, digital I/O, and flash control for synchronized vision systems
On-Camera Image Preprocessing – Auto exposure, auto gain, white balance, color correction, and decimation to reduce host CPU load and improve system efficiency
| Feature | Details | Application Advantage |
|---|---|---|
| Sensor Brand & Model | Sony IMX273LQR-C CMOS, Global Shutter, Color | Distortion-free image capture for moving objects and dynamic industrial scenes |
| Interface | GigE Vision (RJ45, screw-lock) | Stable, long-distance data transmission suitable for industrial networks |
| Interface Speed | Gigabit Ethernet (1 Gbps) | Reliable bandwidth for real-time image streaming and AI processing |
| Resolution (H × V) | 1456 × 1088 pixels (1.58 MP) | Balanced resolution for AI inference, inspection, and automation tasks |
| Optical Area (H × V) | 4.968 mm × 3.726 mm | Efficient sensor coverage for compact optical setups |
| Optical Format | 1/3″ (Diagonal approx. 6.21 mm / 1/2.9″ class) | Broad compatibility with standard industrial lenses |
| Lens Mount | C-Mount | Flexible lens selection for various fields of view and working distances |
| Pixel Size | 3.45 µm × 3.45 µm | Improved sensitivity and signal stability under challenging lighting |
| Image Memory | 128 MB | Smooth image buffering during high-speed or triggered acquisition |
| Frame Rate @ Max. Resolution | Up to 34 fps (freerun), up to 41 fps (triggered) | Supports responsive inspection and motion analysis |
| Shutter | Global Shutter | Eliminates motion artifacts in fast or synchronized processes |
| Exposure Time | 0.035 ms – 2000 ms | Precise control for both high-speed capture and low-light imaging |
| Trigger & Flash I/O | 12-pin M12 with opto-isolated inputs/outputs | Accurate synchronization with sensors, encoders, and lighting |
| Power Supply | 12–24 V DC or Power over Ethernet (PoE) | Simplified cabling and flexible industrial installation |
| Software Tools | IDS software ecosystem with image preprocessing support | Faster development, reduced host CPU load, easier system integration |
| Environmental Tolerance | Operating: 0 °C to 55 °C, Storage: −20 °C to 60 °C | Reliable operation in factory and embedded environments |
| Housing Protection | IP30, aluminum housing | Durable design for protected industrial installations |
| Size & Weight | 34 × 44 × 73 mm, aluminum body | Compact form factor for space-constrained systems |
In automated manufacturing lines, products move continuously and often at high speed, making conventional imaging prone to blur and distortion. A global shutter camera captures the entire scene at once, allowing each product to be imaged sharply as it passes the inspection point. Hardware triggering ensures image acquisition is precisely synchronized with conveyor movement. This makes it possible to reliably detect surface defects, missing components, or incorrect orientations while maintaining high throughput. The result is stable inspection performance, fewer false rejects, and improved overall quality control in demanding production environments.
Robotic pick-and-place systems rely on accurate visual data to calculate object position and orientation. When items are moving or the robot itself is in motion, image distortion can lead to placement errors. Global shutter imaging eliminates this issue by preserving true geometry in every frame. With balanced resolution and fast image capture, AI algorithms can process visual data quickly without sacrificing precision. Adjustable exposure and gain allow the system to handle reflective or low-contrast parts, improving grasp reliability and reducing cycle time in automated assembly lines.
Electronic assemblies such as printed circuit boards require consistent and repeatable imaging for defect detection. Global shutter sensors provide uniform exposure across the entire image, which is essential for accurate comparison between components. Flexible exposure control helps manage reflections from solder joints and metallic surfaces. On-camera image preprocessing reduces noise before analysis, increasing detection confidence. This approach enables dependable automated optical inspection, supporting early fault detection and higher yield in electronics manufacturing processes.
In factories and logistics facilities, fast-moving equipment and vehicles must be monitored to ensure operational safety. Distorted images can lead to incorrect object positioning and unreliable tracking. Global shutter capture preserves object shape during motion, allowing accurate tracking and zone-based analysis. Combined with triggered image acquisition, the system consistently detects objects as they enter or exit defined areas. This supports safety monitoring, access control, and traffic flow management in controlled industrial environments.
Packaging lines often require inspection of labels, codes, and seals on products moving rapidly through the line. Motion blur can reduce code readability and inspection accuracy. Instantaneous image capture ensures sharp visualization of printed information even at high speeds. Precise exposure control maintains contrast across different packaging materials, including reflective films and cartons. This enables reliable code verification and visual checks, reducing packaging errors and supporting traceability requirements in regulated production sectors.
C-Mount Lenses – Optimized for 1/3″ global shutter sensors
GigE Vision Cables – Screw-lock Ethernet cables for stable industrial data transfer
PoE Injectors / Industrial PoE Switches – Single-cable power and data delivery
12-pin M12 I/O Cables – Hardware trigger, opto-isolated I/O, and flash control
Industrial LED Machine Vision Lighting – Flash-synchronized illumination for high-speed imaging
As an authorized distributor of IDS products, we offer certified expertise and technical support to ensure you get the most out of your IDS NXT rio Experience Kit 6 months. 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.
