Fiber optic transceiver breaks the 100-meter limitation of Ethernet cable in data transmission. The function of fiber optic transceiver is to convert electrical signals into optical signals, realize the performance of non-blocking transmission and exchange, while not providing balanced flow isolation conflict, ensure the security and stability of data transmission. I believe that the future fiber optic transceiver will With high intelligence and stability, the direction of network management can continue to develop.
More and more optical transceivers of different brands are compatible with each other on the market. Previous tests have resulted in the phenomenon of long transmission time loss, fast and slow transmission. Some manufacturers often use registers when manufacturing optical transceivers to reduce costs. The biggest disadvantage of this method is the unstable loss of packets in transmission. And the best way is to use buffer design, no data loss, the optical transceiver itself will generate high heat when used, when the temperature is too high (not higher than 85 degrees C), whether the optical transceiver works properly is a very important factor for us to consider.
The last kilometer of the optical fiber line connecting to the sincere area network and the external network also plays a huge role. At the same time, it can input the received optical signal to our receiving end so as to adapt to the random changes of the channel.