e-CAM20_CUTX2 – 2MP HDR Jetson™ TX2/TX1 Camera Board

e-CAM20_CUTX2 is a 2MP HDR camera board for NVIDIA® Jetson™ TX2 /TX1 developer kit. It has an ability to stream seamlessly at wide temperature range (-40°C to 85°C). It enables an excellent low-light performance and can capture images even under 0.5 lux. e-CAM20_CUTX2 is based on 1/2.7" AR0230AT CMOS image sensor from onsemi@reg;. It has S-mount (M12) lens holder which allows customers to choose and use the lens according to their requirement.

This camera can be directly interfaced to camera connector(J22) on the NVIDIA® Jetson™ TX2 developer Kit. e-CAM20_CUTX2 is exposed as a standard V4L2 device and customers can use the V4L2 APIs to access this camera and control the same.

  • Houses e-CAM20_CU0230_MOD - 2 MP Camera Module with S-mount lens holder
  • High Dynamic Range(HDR) and Low light performance
  • High-speed 4-lane MIPI CSI-2 interface to connect with the CPU
  • Plugs in to NVIDIA® Jetson™ TX2 /TX1 developer kit
  • Maximum Image Transfer Rate
  • Resolution Maximum Frame Rate in UYVY
    640x480 60 fps
    960x540 58 fps
    1280X720 45 fps
    1280x960 34 fps
    1920x1080 30 fps
  • Operating Voltage - 5V +/- 5%, Current - 175mA
  • Temperature Range: -30°C to 85°C
  • Power Consumption:
    • Max : 0.87W
    • Min : 0.67W
  • Linux camera driver (V4L2) for 2 MP MIPI CSI-2 camera module
  • Sample application for image capture & Preview
  • Gstreamer-1.0 support for video recording and network streaming
  • Board size( L x W x H): 75.03 mm x 40.18 mm x 25.6 mm (without Lens)
  • RoHS compliant
  • Lightweight, versatile and portable two-board solution
  • Launched on:launch date

Sensor:1/2.7" Optical format CMOS Image sensor

Focus Type:Fixed focus

Resolution:2 MP

Sensor type:12-Bit RGB Bayer

Pixel size:3.0µm x 3.0µm

Sensor Active Area:1920 H x 1088 V

Responsivity:4 V/lux-sec

SNR:41 dB

Dynamic Range:Max upto 105 dB Output

Output Format:Uncompressed UYVY format

Shutter type:Electronic Rolling Shutter

ISP:On-board high performance ISP

Array Size:1920 x 1088 pixels

FOV:128.99°(D) [with the default lens provided by e-con]

Linux camera driver:

Full-fledged Linux camera driver for MIPI CSI-2 camera module. The driver supports e-con's e-CAM20_CUTX2 on Jetson developer kit. The camera driver source code can be ported to any NVIDIA® Jetson™ TX2/TX1 platform and even to support the secondary MIPI CSI-2 interface of TX2/TX1.

  • Supported Jetpack & L4T Version
    • NVIDIA® Jetson™ TX2 - JetPack 3.3 L4T28.2.1
    • NVIDIA® Jetson™ TX1 - JetPack 3.3 L4T28.2
  • V4L2 Linux driver for MIPI CSI-2 camera module
    • Video preview
    • Still Image capture
    • Camera controls via IOCTLs
  • Sample application with source Code for Linux:
    • Video Preview
    • Still Image capture at selected resolutions
  • Camera Controls
    • HDR
    • Brightness
    • Contrast
    • Saturation
    • Horizontal Flip
    • Vertical Flip
    • White balance
    • Sharpness
    • Exposure
    • Pan
    • Tilt
    • Gain
    • ROI Window Size
    • Special Effects
    • Denoise
    • Lens Correction
    • Color Kill
    • Power Line Frequency
    • Frame Sync
    • Flash Strobe

Please contact sales@e-consystems.com for any customization or porting of camera driver to your requirements.

Download e-CAM20_CUTX1 - Technical Documents:

 Bullat Arrow  Datasheet

pdf e-CAM20_CUTX2 Datasheet

pdf e-CAM20_CUTX2 Lens Datasheet

 Bullat Arrow  User Manual

pdf e-CAM20_CUTX2 Getting Started Manual

pdf e-CAM20_CUTX2 Linux App User Manual

pdf e-CAM20_CUTX2 Gstreamer Usage Guide

pdf e-CAM20_CUTX2 Release Package Manifest

pdf e-CAM20_CUTX2 GUVCView Build & Installation Guide

pdf e-CAM20_CUTX2 Developer Guide

Download Selected Documents

Kit Contents:

  • Hardware:
  • Software:
    • V4L2 - Linux driverSample
    • View finder Application with Source Code
  • Please contact sales@e-consystems.com for any customization or porting of camera driver to your requirements.
USD 149

»  Parking Lot Management

»  Drones

»  Autonomous Robotic Systems

»  Unmanned Aerial Vehicles (UAVs)

»  Mobile Medical Imaging

»  Intelligent Video Analytics (IVA)