1. Does it support full duplex and half duplex?

Some chips on the market can only use full duplex environments and cannot support half duplex. If they are connected to other brands of switches (SWITCH) or concentrators (HUB) and use half duplex mode, it will definitely cause serious conflicts and packet loss.

Have you conducted connection tests with other fiber optic transceivers?

At present, there are more and more fiber optic transceivers on the market. If the compatibility between transceivers of different brands has not been tested before, it can also cause packet loss, long transmission time, and fluctuations in speed.

3. Is there a security device to prevent packet loss?

Some manufacturers use the Register data transmission mode to reduce costs when manufacturing fiber optic transceivers. The biggest drawback of this method is unstable transmission and packet loss. The best approach is to use a buffer circuit design, which can safely avoid data loss.

4. Temperature adaptability?

When using fiber optic transceivers themselves, they will generate high heat. When the temperature is too high (not as high as 50 ° C), will the fiber optic transceivers work properly? It is a very worthwhile factor for customers to consider!

5. Is it compliant with the IEEE802.3u standard?

If the fiber optic transceiver complies with the IEEE802.3 standard, that is, the delay time is controlled at 46 bits. If it exceeds 46 bits, it indicates that the distance transmitted by the fiber optic transceiver will be shortened!!!

6. After sales service: In order to ensure timely and early response to after-sales service, it is recommended that customers choose professional companies with strong capabilities, advanced technical capabilities, and good reputation in their respective regions. Only technical engineers from professional companies have rich experience in troubleshooting and advanced tools for detecting faults!