NileCAM87_CUOAGX - 4K Sony® Starvis™ 2 IMX585 GMSL camera for NVIDIA® Jetson AGX Orin™


  • Houses NileCAM87 - 8MP Sony® Starvis™ 2 IMX585 camera module
  • Larger pixel size - 2.9μm
  • Ultra Low light sensitivity
  • Plugs into NVIDIA® Jetson AGX Orin™ developer kits (up to 8 cameras)
  • GMSL interface to transmit power and data up to 15m

Sample Price


NileCAM87_CUOAGX is a 4K camera module that can be readily integrated with NVIDIA® Jetson AGX Orin™ developer kit. This camera is based on the 1/1.2" IMX585 CMOS sensor from Sony® Starvis™ 2. This 4K camera is ideal for applications that require monitoring a huge area such as Autonomous Mobile Robots, Sports Broadcasting & Analytics, Autonomous Tractors, People Detection, Crowd Analytics Systems, Telehealth Devices, etc. This camera contains NileCAM87 - an 8.4MP color camera module with GMSL serializer, a 15 meter coaxial cable and an GMSL deserializer board with 8 camera connectors.

Refer pdfDatasheet for complete frame rate details.

  • Key features:
    • Frame Rate:
      • Full HD @ 44 fps, 4K @ 44 fps
      Refer pdfDatasheet for complete frame rate details.
    • High-speed MIPI CSI-2 interface to connect with the CPU
    • Lightweight, versatile, and portable design
  • Interface:
    • Interface: GMSL2
    • Connector: FAKRA connector
    • Cable Length: 15m
  • Module features:
    • Sensor: IMX585 from Sony® Starvis™ 2
    • Focus Type: Fixed focus
    • Sensor Resolution: 8.4MP
    • Chroma: Color
    • Shutter Type: Electronic Rolling Shutter
    • Optical Format: 1/1.2"
    • Output Format: RGB RAW 10/12-bit
    • Pixel Size: 2.9 μm x 2.9 μm
    • Sensor Active Area: 3856 (H) x 2180 (V)
    • Array Size: 3856 (H) x 2200 (V)
    • Holder: C-Mount
    • FOV: 33° (D), 29° (H), 15° (V) (with the lens provided by e-con)
  • Electrical & Mechanical:
    • Operating Voltage: 5 to 15V with +/- 5%
    • Operating Temperature Range: -30°C to 70°C
    • Typical power consumption: 650mW
    • Size in mm (l x b):
      • Camera module: 30 x 30 mm
      • Deserializer board: 80.8 x 55 mm
  • Miscellaneous:
    • Compliance: RoHS
  • Launched on:
 Bullat Arrow  Datasheet
 Bullat Arrow  User Manual

Download Full HD USB Camera Documents

Linux camera driver:

Full-fledged Linux camera driver for NileCAM87_CUOAGX with NVIDIA® Jetson AGX Orin™ developer kit. The camera driver source code can be ported to any NVIDIA Jetson AGX Orin platform.

  • Supported Jetpack & L4T Version
    • Jetson AGX Orin™ - JetPack 5.1.2 L4T35.4.1
  • 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:
    • Exposure Time Range
    • Gain Range
    • ISP Digital Gain Range
    • Sensor Mode Index
    • Frame Rate
    • De-Noise Mode
    • De-Noise Strength
    • Edge Enhance Mode
    • Edge Enhance Strength
    • Auto Exposure (AE) Antibanding Mode
    • Auto White Balance (AWB) Mode
    • Exposure Compensation
    • AE Lock
    • AWB Lock
    • Output Size
  • Please contact for any customization or porting of camera driver to your requirements.
NileCAM87_CUOAGX - Customization and Porting Services for other Application Processor platforms:

e-con Systems™ provides camera driver development, customization and porting services for NileCAM87_CUOAGX on any application platform as per customer requirements.

NileCAM87_CUOAGX - Customization

e-con provides customization, development and porting services for the following requirements :

  • IP rated (IP67) enclosure and IP rated (IP67) cables for rugged applications.
  • Length of the co-axial cable
  • Change of lens to meet your FOV and other requirements
  • Support for other NVIDIA® Jetson™ platforms as well as carrier boards from other vendors built using NVIDIA platforms
  • Support for other processor platforms
  • Camera and features customization based on specific requirements. Please contact for customization requirements.


Targeted Applications