The standard corresponding to each index is the same optical module, according to the different manufacturers, the actual production of optical modules are also different. But in general, the same standard optical modules manufactured by various optical module manufacturers are fully functional, so why are the optical modules still incompatible when they are put into practical use?

　　The production of each optical module follows its corresponding standards, but it may not work normally in actual use. This is because each manufacturer encrypts the equipment used for the optical module. The matching of multiple brands of equipment is the compatibility of optical modules. If the optical modules of your own brand can use other people's equipment, the compatibility is good. If the optical modules of other brands cannot use their own equipment, the compatibility is poor.

　　We usually encounter different optical modules manufactured by different manufacturers with the same parameters in the same batch of equipment. The reason for the large difference in performance is the compatibility of the modules. If this issue is not taken seriously, it can have serious repercussions, both in terms of the quality and progress of the project.

　　Compatibility problems often occur on big brands, and other optical modules cannot be used on big brand equipment, but the price of brand optical modules is very high, and it can even be said that the price of multiple optical modules has exceeded the price of the device itself, so Compatible manufacturers will appear with market demand.

　　Compatibility manufacturers solve the adaptation problem by producing highly compatible optical modules, but remember to make compatibility adaptations of different brands of equipment before purchasing optical modules from compatible manufacturers. Their prices are much lower than those of brand optical modules. It not only reduces the cost of optical modules, but also meets the compatibility of different brands, killing two birds with one stone.

　　Optical modules can be said to be the core accessories in optical network communication. Through photoelectric and electro-optical conversion, the transmitting end converts electrical signals into optical signals and transmits them through optical fibers. After receiving the optical signals, the receiving end converts them into electrical signals. 5G, cloud computing, big data and other new technologies have emerged one after another, and the development of optical modules has also been accelerated, which has been updated from generation to generation in the transmission of optical networks such as data centers, enterprise networks, and base stations.