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Cloud Tranceiver How To Maintain

Fiber optic transceivers are very common in weak engineering use, Cloud Tranceiver how to choose fiber optic transceivers? Fiber optic transceivers fail, Cloud Tranceiver how to maintain? These problems for the novice is a problem, today to share the knowledge of fiber optic transceivers.

Optical fiber transceiver, also known as photoelectric converter, is a short distance twisted pair electrical signals and long distance optical signal interchangeable Ethernet transmission media conversion unit. The difference in viewing angle gives a different understanding of fiber optic transceivers, Cloud Tranceiver such as 10M, 100M fiber optic transceivers, 10 / 100M adaptive fiber optic transceivers and 1000M fiber optic transceivers at transmission rates; Fiber optic transceivers operating in the physical layer and fiber optic transceivers operating at the data link layer; if the desktop (stand-alone) fiber optic transceivers and rack-mounted fiber optic transceivers are viewed from a structural point of view; There are multi-mode fiber optic transceivers and single-mode fiber optic transceivers called two. There are also single-fiber fiber transceivers and dual-fiber fiber transceivers, Cloud Tranceiver built-in power supply fiber optic transceivers and external power fiber transceivers and managed fiber optic transceivers and off-managed fiber optic transceivers. The fiber-optic transceivers break the 100-meter limit on Ethernet cabling, rely on high-performance switching chips and high-capacity caches, while providing true non-blocking transport switching performance while providing balanced traffic, isolation conflicts, and Detection error and other functions to ensure that the data transmission of high security and stability.

Essentially the fiber optic transceivers only complete data conversion between different media, Cloud Tranceiver can achieve 0--100Km two switches or computer connections between, Cloud Tranceiver but the practical application has more expansion.

1, to achieve the interconnection between switches.

2, to achieve the exchange between the switch and the computer.

3, to achieve the interconnection between computers.

4, transmission relay: When the actual transmission distance exceeds the nominal transmission distance of the transceiver, especially when the actual transmission distance of more than 100Km, Cloud Tranceiver in the case of field conditions permit, the use of two transceivers back to back relay, is a Very cost-effective solution.

5, single multi-mode conversion: When the network needs to be a single multi-mode fiber connection, you can use a multi-mode transceiver and a single-mode transceiver back-to-back connection to solve the single multi-mode fiber conversion problem.

6, wavelength division multiplexing transmission: When the long-distance cable resources, Cloud Tranceiver in order to improve the utilization of cable, reduce the cost, Cloud Tranceiver the transceiver and WDM can be used in conjunction with the two information on the same fiber transmission.

Also need to add is that many users in the use of fiber optic transceivers that: as long as the length of fiber in single-mode fiber or multi-mode fiber can support the maximum distance can be used normally. Cloud Tranceiver In fact, this is a wrong understanding, this understanding only in the connected devices are full-duplex equipment is correct, when there are half-duplex equipment, the optical fiber transmission distance there is a certain limit.

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