NetraVis_USB

NetraVis_USB Measure Depth. Detect Instantly. All On-Camera.

Launching Soon

1MP Active Stereo USB Camera

  • Active stereo depth camera with dual global-shutter sensors
  • 720p depth at 50 fps
  • On-camera NPU for Edge AI processing
  • Plug-and-play USB 3.0 Type-C connectivity
  • 100 mm stereo baseline

Highlights

Reliable Depth in Challenging Environments

Accurate depth on reflective and dark/black surfaces.

Consistent Depth Measurements

High precision and repeatability across measurements.

Dense Point Cloud Reconstruction

Delivers detailed point clouds for enhanced 3D reconstruction.

Depth + AI on One Chip

Stereo depth, object detection, and segmentation run on the integrated NPU.

Real-Time AI Processing

Enables fast object detection and segmentation at the edge.

Full SDK & ROS 2 Support

Python/C++, OpenCV and ROS 2 packages for rapid development.

NetraVis in Action

NetraVis original image 1

Original

NetraVis depth image 1

Depth

NetraVis original image 2

Original

NetraVis depth image 2

Depth

Specifications

The NetraVis 1MP Global Shutter Stereo Depth Camera gives indoor robots and automated systems the precise 3D vision they need to accurately navigate their surroundings. Built with twin 1MP global shutter sensors on a 100 mm baseline alongside an integrated 6-axis IMU, it delivers depth data up to 6 meters. By keeping depth error under 1% @ 2m and wiping out motion blur, it provides steady, reliable spatial mapping and obstacle detection even in fast-moving operational environments.

It hooks up easily over USB 3.0 Type-C and plays nicely with Linux. Its compact, low-power design makes it ideal for AMRs, ASRS, collaborative robotic arms, and industrial tasks requiring precise Depth-to-Color (D2C) registration.

Parameter Value
3D Technology Active stereo
Depth sensors Two monochrome, global shutter
Baseline 100 mm
Depth accuracy ≤1% @ 2 m
Depth range 0.38m - 6m
Depth FOV (H × V) 88° × 67°
Depth full resolution 1080 × 720
Depth frame rate 50 fps @ 1080×720
Depth output format 16-bit Z-depth map (mm, unsigned short); disparity / point cloud / colorized depth via SDK
Depth compute On-board ASIC
Wavelength 850 nm IR filter
Parameter Value
RGB sensor Single, global shutter, 1 MP
RGB resolution 1280 × 720 @ 30 fps
RGB FOV (H × V) 97° × 67°
RGB output format BGRa
Module output Depth, IR and RGB
AI accelerator 3.2 TOPS on-camera NPU
Supported model types Object detection, segmentation, classification* & face detection*
Model support YOLO26
IMU 6-axis
Interface USB 3.0, Type-C
Focus Fixed focus

Mechanical & Environmental

Parameter Value
Dimensions 124 × 27 × 25.5 mm (±0.5 mm)
Weight 109 g
Parameter Value
Operating voltage 1.2 A or 1.5 A @ 5 V
Typical power consumption ≤4.5 W
Operating temperature 0°C to 50°C

* - Under Developement

Software & Integration

Python wrapper & examples

Depth, IMU, RGB and point-cloud sample code using the our SDK, plus OpenCV demos.

C++ sample code

Applications covering depth, IMU, RGB, OpenCV, point cloud and on-camera AI model inference.

ROS 2 support

Full ROS 2 packages

Documentation

README files and setup/API documentation for fast bring-up.

Target Applications

Autonomous mobile robots

Autonomous mobile robots (AMR) / AGVs

Autonomous forklifts

Automated Storage and Retrieval System (ASRS)

Delivery robots

Humanoid robots

Obstacle detection

Robotic Arms

FAQ

≤1% deviation at 2 meters.

0.38m - 6m in full resolution mode.

Yes. A 3.2 TOPS on-camera NPU runs object detection, classification, segmentation and face-detection models -including YOLO26 -independently of the host processor.

USB 3.0 over a Type-C connector.

A Python wrapper, C++ sample applications, ROS 2 packages, and OpenCV demos, with accompanying documentation.

Ask eVA - The Vision Expert