كاميرا وحدة VEYE MV-XAVITER-ORIN-nCAM-IMX264M

Get professional image quality for the most demanding computer vision applications. The VEYE MV-XAVITER-ORIN-nCAM-IMX264M camera module is designed specifically for the Nvidia Jetson line of modules, including Jetson TX2, AGX Xavier and Orin. The device is equipped with a high-quality monochrome SONY Pregius IMX264LLR-C ​​sensor with global shutter. This allows you to take clear pictures of fast moving objects without geometric distortion.

The camera supports simultaneous connection of 1 to 6 modules to create multi-camera systems. Choose a professional solution for your industrial vision projects. Order MV-XAVITER-ORIN-nCAM-IMX264M now from our store.

• High-quality SONY Pregius IMX264LLR-C sensor with global shutter and 5.06 MP resolution.

• Fully compatible with Nvidia Jetson TX2, AGX Xavier and Orin platforms.

• Supports connecting up to 6 cameras simultaneously to create complex machine vision systems.

• Flexible output formats: Mono-8, Mono-10 and Mono-12 for the optimal balance of speed and quality.

• Two operating modes: video stream (Free Running) and external hardware or software trigger mode.

Operating principle and image quality

The camera is built on a SONY Pregius monochrome sensor with global shutter technology. Unlike a rolling shutter, it reads the signal simultaneously from all pixels of the matrix. This eliminates the appearance of geometric distortions and the “jelly” effect when shooting fast-moving objects. The pixel size of 3.45 micrometers provides high light sensitivity and an excellent signal-to-noise ratio. The monochrome sensor, without a Bayer color filter, captures more detail and light, which is critical for computer vision tasks.

The device transmits data via the MIPI CSI-2 interface, which guarantees minimal latency and high throughput. Camera settings are controlled via a 3.3V I2C bus. You can programmatically adjust analog and digital gain in 0.1dB increments, precisely control exposure time, and set a region of interest (ROI) to improve frame rates.

Technical characteristics and interfaces

Explore detailed camera parameters. The SONY IMX264LLR-C ​​Pregius sensor has an optical format of 2/3 inches and a pixel size of 3.45×3.45 microns. The maximum resolution is 2464x2056 pixels at 35 frames per second. Analogue gain range from 0 to 24 dB, digital up to 24 dB in 0.1 dB steps.

The MIPI CSI-2 connection interface uses two data lines with speeds of up to 1.5 Gbps per line. For synchronization, there is one external hardware trigger input and two multifunctional 3.3 V outputs with adjustable delay, filtering and polarity. Powered by 5V DC, power consumption is only 1W.

Overall dimensions 29x29x11 mm with C-MOUNT lens mount. Operating temperature from -30 to +60 degrees Celsius with humidity up to 95 percent.

Specifications

• Technical Details (main parameters)
• Sensor type: CMOS
• Shutter type: Global Shutter
• Sensor: SONY IMX264LLR‑C Pregius
• Color: mono
• Image size: 1/1.8″
• Pixel size: 3.45 µm × 3.45 µm
• Resolution: 2464(H)×2056(V)
• Maximum frame rate: 2464 × 2056 @ 35 fps
• Gain:
• 0–24 dB: analog gain (0.1 dB steps)
• 24.1–48 dB: 24 dB analog + 0.1–24 dB digital (0.1 dB steps)
• Exposure time: ≤ 1/(frame rate)
• Exposure modes: AE, ME, AE Once
• ISP: dead pixel correction, 8‑bit gamma, custom LUT
• ADC width: 12 bits
• Pixel formats: Mono8, Mono10, Mono12, UYVY 8‑bit
• ROI: supported
• Mirror/Flip: Mirror and Flip

Modes and specifics of work

• Operating modes: hardware trigger, software trigger, video streaming (Free Running)
• Trigger mode: filtering, delay, polarity control
• Strobe mode: strobe output control, delay, polarity
• Electrical characteristics
• Data interface: CSI‑2, 2 data lines, speed 1.5 Gbps per line
• Control Interface: I²C 3.3V
• Digital IO: non-isolated, 1 trigger input, 2 multi-function outputs, 3.3 V level
• Power: 5 V DC
• Power Consumption: 1 W @ 5 V DC
• Structure / Operating conditions
• Size: 29 × 29 × 11 mm
• Lens mount: C‑MOUNT01
• Operating temperature: –30…+60 °C
• Humidity: up to 95% non-condensing.