VEYE-RAW-MIPI-IMX462M board

Order the VEYE-RAW-MIPI-IMX462M monochrome industrial camera for machine vision tasks!

Get a clean RAW image for the most accurate processing. The VEYE-RAW-MIPI-IMX462M camera is a professional industrial module with a monochrome SONY STARVIS sensor. The absence of a Bayer color filter ensures maximum light sensitivity and clarity, which is critical for computer vision applications.

The device transmits uncompressed data in Mono-10 and Mono-12 formats via the high-speed MIPI CSI-2 interface. You will be able to receive a video stream with a resolution of 2 MP at a frequency of up to 120 frames per second for analysis of the fastest processes. Choose a professional solution for your projects. Order VEYE-RAW-MIPI-IMX462M now from our store.

• Monochrome SONY STARVIS IMX462LLR-C sensor with maximum light sensitivity for machine vision.

• High frame rate up to 120 fps in 4lane mode at a resolution of 1944x1096 pixels.

• MIPI CSI-2 interface with support for 2lane and 4lane modes and a throughput of 891 Mbit/s per line.

• Compact board size 29x29x7.5 mm for integration into limited space.

• Flexible settings for exposure, gain, ROI and support for external synchronization via XVS/XHS signals.

Operating principle and design of the camera

The VEYE-RAW-MIPI-IMX462M is a dedicated camera for machine vision systems and embedded applications . It is based on a monochrome version of the SONY STARVIS sensor, which registers only light brightness without color information. This allows for greater detail and sensitivity, especially in low light conditions. The camera transmits RAW data directly, without any processing, which gives full control over the image for subsequent analysis.

The camera is controlled via an I2C bus with a level of 3.3 V. You can programmatically adjust analog and digital gain, exposure time, and set a region of interest (ROI) to improve frame rates. The module supports horizontal and vertical image mirroring for easy installation in any position.

Technical characteristics and interfaces

Explore the detailed parameters of the VEYE-RAW-MIPI-IMX462M camera. The SONY IMX462LLR-C ​​STARVIS sensor has an optical format of 1/2.8 inches and a pixel size of 2.9×2.9 microns. The maximum resolution is 1944x1096 pixels. In 4lane mode with a bit depth of 10 bits, the camera produces up to 120 frames per second. In 2lane mode up to 60 frames per second.

The analog gain range is from 0 to 29.4 dB in 0.3 dB steps. Additional digital gain allows you to raise it to 71.4 dB. Exposure time is limited only by the maximum frame rate. The camera supports two output formats, Mono-10 and Mono-12, to choose between speed and color depth.

The connectivity interface includes a 22-pin header for MIPI CSI-2 with 3.3V power supply and a separate 3-pin header for XVS and XHS clock signals. Power consumption is only 625 mW at 3.3 V. Operating temperature from -30 to +60 degrees Celsius.

Areas of application and operation

The board is ideal for machine vision, predictive analytics and robotics applications. The high sensitivity of the monochrome sensor allows it to be used in low light conditions for security and surveillance applications. The camera is widely used in UAVs for obstacle avoidance and navigation. Also in industrial quality control systems. Support for XVS/XHS sync signals allows you to synchronize multiple cameras to create stereo or multi-camera systems. The compact size of 29x29 mm makes it easy to integrate into limited spaces.

Specifications

• Sensor type: CMOS
• Shutter type: Rolling Shutter
• Sensor: SONY IMX462LR‑C STARVIS
• Color: mono
• Image Size: 1/2.8″
• Pixel size: 2.9 × 2.9 µm
• Resolution: 1944 (H) × 1096 (V).