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A hardware specification called Camera Link unifies the connection between cameras and frame grabbers. It specifies a whole interface with features for data transfer, camera timing, serial connections, and real-time camera signalling.
Camera Link is a serial communication protocol standard based on the National Semiconductor interface Channel-link that was designed for camera interface applications. It was created to standardise scientific and industrial video products such as cameras, cables, and frame grabbers.
The 28 bits and a clock are then sent to the board by the receiver once it has accepted the four LVDS data streams and the LVDS clock. These 28 bits must be transmitted over 4 serialised differential pairs with a serialisation factor of 7 according to the camera link specification. Along with the data, the parallel data clock is transmitted.
The Global Cameralink camera market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Camera Link HS Standard. The High-Speed Interface for the Future of Imaging and Machine Vision. The most difficult high-speed vision and image applications are specifically catered to by Camera Link HS (CLHS), which was created for them.
Rapid technological advancements are present in the machine vision landscape as they adapt to satisfy growing and new client needs. Machine vision interface standards must progress as sensor and camera manufacturers create imaging devices with lower pixel sizes, steadily increasing pixel counts, and greater frame rates.
Currently in version 1.2, CLHS has established itself as a leader in terms of bandwidth, development ease, speed, and dependability. It also constantly upgrades its features to keep up with demand.
Camera Link HS transmits real-time signals between a camera and a frame grabber that are high-bandwidth, low-latency, low-jitter, and carry both image and configuration data. Along with high-speed transfer, CLHS offers standardised connectivity with inexpensive cables, support for both copper and fibre cabling, and—most importantly—intellectual property (IP) cores for simple product development.
