Why do we use carrier-grade gigabit fiber optic transceivers to access the network? Since the maximum transmission distance of the network cable is very limited, it is generally 100 meters. Therefore, when we are deploying a larger network, we have to use relay equipment. Of course, other types of routes can also be used for transmission. At this time, optical fiber is generally selected. The transmission distance of optical fiber is very long, the maximum distance of single-mode fiber can reach 10km, and the maximum distance of multi-mode fiber can reach 2km. When using optical fibers, we often use industrial-grade transceivers, so how do industrial-grade transceivers connect to the network?
Carrier Grade Gigabit Fiber Optic Transceiver
A basic security person knows that a network needs to be composed of various optical devices, and industrial-grade fiber optic transceivers are an important part of it. When talking about the access network of the industrial optical fiber transceiver, the optical cable should be introduced from the outdoor first, and the optical cable should be spliced in the optical cable box, that is, the terminal box. When splicing the optical cable, it is necessary to strip the optical cable, splicing the thin fibers and pigtails in the optical cable, and put them in the box after welding. When the pigtail is pulled out, it is connected to the ODF (a kind of shelf, connected with a coupler), then it is connected to the jumper with the coupler, and finally the jumper is connected to the industrial fiber optic transceiver. Next, connect in the order of router-switch-LAN-host, and finally realize the access network of the optical transceiver.
Carrier-class gigabit fiber optic transceivers break the limitations of Ethernet in data transmission. Relying on high-performance switching chips and caches, it truly realizes non-blocking transmission, and also provides the functions of balancing traffic, isolating conflicts and detecting errors. The security and stability of data transmission are guaranteed.
Carrier-grade Gigabit fiber optic transceiver application scenarios
Through today's introduction, I believe that everyone has a certain understanding of how carrier-grade gigabit fiber optic transceivers are connected to the network. If you want to know more about fiber optic transceivers, customers are welcome to come and consult.
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