Gigabit industrial camera enters the fast "lane", becoming a new driving force for the industry

There are many types of industrial cameras. According to the interface, they can be divided into Gigabit industrial cameras, 1394 industrial cameras, USB industrial cameras, and Camera Link industrial cameras. The products have their own functional characteristics. Today, Microvision will take you to appreciate the performance of Gigabit industrial cameras, and see it become a new driving force in the industry.

First of all, Gigabit Industrial cameras not only have the standard functions of GgiE Vision industrial cameras, but also built-in functions, automatic exposure, automatic gain, automatic aperture, automatic white balance adjustment; real-time channel balance; flat field correction and compensation; Gamma lookup table; Dead pixel correction, etc., can meet the needs of users to develop different machine vision application systems such as electronic police, industrial inspection, security monitoring and so on.

Second, Gigabit Ethernet cameras have become an important part of image processing in the industrial field. In addition to IEEE1394 and Camera Link technology, Gigabit Ethernet technology has successfully established its own position. In applications, this technology has achieved considerable market share and has demonstrated its advantages.

14MP industrial camera

Although initially questioned, whether it is suitable for industrial needs, data transmission, CPU load capacity, etc., customers quickly accepted this new interface technology. The reasons for being accepted are not just the following advantages, such as the simple design of the camera, the cable length of up to 100 meters, and sometimes significant cost savings. In terms of the number of installations, Gigabit Ethernet is the fastest-growing category in digital camera interfaces for professional data processing applications. In addition, some future development trends of Gigabit Ethernet technology have been recognized, and these development trends are driven by user needs.

The emerging Gigabit Ethernet line scan industrial cameras benefit from the existing area scan camera use standards. Correspondingly, through the processing of the database, the integration of image processing software has become possible. Through its own logical processing, this usage standard guarantees that Gigabit Ethernet vision-based cameras support real-time use and automatically detect and correct data transmission errors. For example, data transmission errors are corrected by resending the erroneous data packet. In addition, each captured picture has a naming method that will not be confused, which also has the possibility of continuous detection. It can be said that Gigabit Ethernet vision-based cameras represent a reliable image processing solution.