MDR Plug to MDR Plug Camera Link Cable Assemblies with Screw Lock for Industrial Machine Vision
- Supports high-speed data transfer and is capable of transferring large amounts of image data.
- With anti-interference and anti-jamming ability, it can work in industrial environment.
- Suitable cable lengths and connector types can be selected practically to meet the requirements of their systems.
- Compatible with cameras and image acquisition devices from different vendors, realizing interoperability between devices.
A Camera Link cable is a type of high-speed data cable used to connect cameras and frame grabbers in machine vision and imaging applications. It provides a reliable and high-bandwidth connection between the camera and the image acquisition device.
Camera Link is a standard interface for transmitting digital video data from a camera to a frame grabber. It supports high-speed data transfer and is commonly used in industrial and scientific imaging systems. The Camera Link cable carries both video data and control signals, allowing for synchronized image capture and control of the camera settings.
Application
- Industrial imaging technology
- Machine Vision System
- Industrial cameras
- Scan on pipeline processing
- Product testing
- Image recognition
- Factory Automation System
Conversion Style | MDR to MDR |
---|---|
1st Connector Series | MDR Plug |
1st Connector Number of Positions | 50 Pin |
1st Connector Orientation | Straight |
2nd Connector Series | MDR Plug |
2nd Connector Number of Positions | 50 Pin |
2nd Connector Orientation | Straight |
Shielding | Shielded |
Operating Temperature | -40℃ – +105℃ |
Camera Link cables are available in a variety of configurations, including different cable lengths and connector types, with the most common connector types being SDR (Standard Data Rate), which typically has a maximum data rate of 255 MB/s, and MDR (Medium Data Rate), which supports a maximum of 850 MB/s.
SDR Male
SDR Male
MDR Male
MDR Female
When selecting a Camera Link cable, it’s important for you to consider the required cable length, data rate, and connector compatibility with your camera and frame grabber. We recommend that you choose a cable that meets the specific requirements of your imaging system to ensure reliable and error-free data transfer.