RidgeRun Linux Camera Drivers - Examples - RB5

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RidgeRun Linux Camera Drivers

Table of Contents [Sticky]

• Introduction
  • An Introduction to Linux Camera Drivers
  • Popular Camera Sensors
  • RidgeRun Driver Development Services
• Available Camera Drivers
  • List of Tested Camera Sensors
  • Custom Driver Development
  • Supported Platforms
• Examples
  • Case Studies
  • Jetson
    • Jetson Capture SubSystem
    • Argus Examples
    • OpenCV Examples
    • GStreamer Examples
    • RidgeRun Product Use Cases
  • i.MX8
    • i.MX8 Capture SubSystem
    • OpenCV Examples
    • GStreamer Examples
    • RidgeRun Product Use Cases
  • RB5
    • RB5 Capture SubSystem
    • OpenCV Examples
    • GStreamer Examples
    • RidgeRun Product Use Cases
• Expert Camera Driver Services
  • Services Provided
  • Driver Delivery
  • Client Requirements
• Understanding Camera Drivers and V4L2 Controls
  • What is a driver?
  • Understanding Camera Drivers and Interfaces
  • Exploring V4L2 Controls
• Contact Us
• Sponsor your Favorite Feature

RB5 Capture SubSystem

The next figure shows the basic hardware modules of the RB5 capture subsystem and their interconnections.

• Camera Sensor

Communicates with the mainboard via MIPI CSI-2 protocol interfaces using C-PHY or D-PHY layers.

• Image Front-End (IFE)

The ISP contains 2 Full IFEs for processing 25MP input resolution sensors and 5 IFE_lite for 2MP input resolution sensors. This modules provide Bayer processing for video/preview.

• Bayer Processing Segment (BPS)

Processes the image data from the IFE, handle Bayer processing and downscaling, also support multiple format for flexible hybrid of hardware and software.

• Image Processing Engine (IPE)

Further processes the image data, for example, image correction and adjustment, noise reduction, temporal filtering.

You can find more information on the hardware and software components of the capture subsystem in the following wiki.

RidgeRun Product Use Cases