Different perspectives make people have different understandings of fiber optic transceivers:
For example, according to the transmission rate, it is divided into single 10M, 100M fiber optic transceiver, 10/100M adaptive fiber optic transceiver and 1000M fiber optic transceiver>
According to the working mode, it is divided into fiber optic transceivers working at the physical layer and fiber optic transceivers working at the data link layer.
In terms of structure, it is divided into desktop (stand-alone) optical transceivers and rack-mounted optical transceivers
Depending on the access fiber, there are two names: multimode fiber transceiver and single mode fiber transceiver.
There are also single-fiber fiber optic transceivers, dual-fiber fiber optic transceivers, built-in power fiber optic transceivers, and external power fiber optic transceivers, as well as managed and unmanaged fiber optic transceivers. Fiber optic transceivers break the 100-meter limit for transmitting data over Ethernet cables. Relying on high-performance switching chips and large-capacity cache, it not only truly realizes non-blocking transmission and switching performance, but also provides functions such as traffic balancing, conflict isolation, and error detection to ensure high data transmission. safe and stable.
