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The developing of industrial camera cables
- Mar 09, 2023 -


The developing of industrial camera cables, such as 1394, USB, GigE, Camera Link, and Hirose, are widely used in many branches of industry. The cabling required to connect these cameras to the necessary vision processing systems is a crucial element in any automation system. In order to ensure the camera can complete its task correctly, we also should consider the type of cabling and connection between the vision processing system and the cameras. industrial camera cable The most common cabling used in connection with industrial cameras is IEEE 1394, USB, GigE, Camera Link, and Hirose. These cabling types have their own unique strengths and weaknesses and have become widely used in various areas of industrial automation.

Category introduction

IEEE 1394 FireWire is a cable type usually used for connecting digital cameras and other peripherals to a computer. It is a high-speed serial bus, providing a data rate of up to 800 Mbps. The main advantages of this cabling type are that it supports plug-and-play functionality and is relatively low-cost. However, it has a limited range and is not suitable for long distances. USB is another popular cabling type used in connection with industrial cameras. It provides a data rate of up to 10 Gbps. We also used it for powering and constructing industrial camera systems. One of the main advantages of USB is that it provides plug-and-play functionality, making it easy to use. However, it is not suitable for long distances and its maximum data throughput is much lower than other cabling types. GigE cabling is a cabling type initially developed for Ethernet networks. It supports data transmission speeds of up to 1000 Mbps, making it suitable for long-distance connections and high-speed applications. One of the main advantages of this cabling type is that it is relatively low-cost and widely available. However, it does not support plug-and-play functionality and may require additional configuration in order for it to work. In more complex industrial systems, we used Camera Link as a digital video standard normally. It transfers video and image data over a single cable and utilizes protocol-over-cable technology. Meanwhile, this cabling type supports maximum data throughputs of up to 10.2 Gbps, making it suitable for large industrial applications. One of the main advantages of Camera Link is that it supports a wide dynamic range. Besides, it allows digital signal transmission over long distances. The Hirose cabling type is primarily used in the power supply and IO trigger. Though it is not as popular as other cabling types, it is easy to use and connect safely. The main advantage of this cabling type is that it is relatively easy to use, making it versatile for a variety of applications.

Prospects

The increasing growth in industrial automation systems has placed greater demand on the use of industrial cameras. As such, the need for reliable and effective cabling solutions has become increasingly important. All of the cabling types discussed above have their own unique advantages and disadvantages, making them suitable for a variety of applications. Looking toward the future, the development of new technologies in this area will continue to make industrial cameras more reliable and user-friendly. Active optical fiber cable, could bring high EMI/EMC performance, and extend the maximum cable length. By understanding the strengths and weaknesses of the various cabling types available, users can ensure they are investing in an effective solution.
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