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SFP Tranceivers Conversion Unit

The mobile communication system is mainly composed of mobile station (MS), SFP Tranceivers base station subsystem (BS) and network subsystem. The BS consists of the base station transceiver station (BTS) and the base station controller (Base Station Controller), BSC in the operator's room, the two BTS is the tower we see.

A complete BTS includes a wireless transmit / receive device, SFP Tranceivers an antenna, and a signal processing section specific to all wireless interfaces. BTS can be seen as a wireless modem, responsible for the mobile signal reception and transmission processing. In general, SFP Tranceivers in a certain area, a number of sub-base stations and transceivers to form a cellular network, by controlling the transceiver and the transceiver between the signal transmission and reception, to achieve the transmission of mobile communication signals.

Fiber optic transceivers are the networking equipment commonly used in our intelligent weak projects. We can classify fiber optic transceivers according to fiber type and transmission type.

According to the type of fiber can be divided into multi-mode fiber optic transceivers and single-mode fiber optic transceivers, but because of the high cost of multimode fiber, and the light attenuation than single-mode fiber, determines the multi-mode fiber transmission distance, SFP Tranceivers To single-mode fiber-based.

From the transmission type can be divided into single-core transceiver and dual-core transceiver, from the name we can distinguish between single-core transceiver data reception and transmission are done through a core fiber, and dual-core transceiver is through The RX and TX of the receiver and the transmitter must be cross-connected to send and receive data normally, that is to say, the RX of the receiving end must be connected to the TX of the sending end.

Optical fiber transceiver, SFP Tranceivers also known as photoelectric converter, is a short distance twisted pair electrical signals and long distance optical signals interchangeable Ethernet transmission media conversion unit.

The difference in viewing angle gives a different understanding of fiber optic transceivers, SFP Tranceivers 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; SFP Tranceivers 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.

In addition, SFP Tranceivers there are single-fiber fiber optic transceivers and dual-fiber fiber optic transceivers, built-in power supply fiber optic transceivers and external power supply fiber optic transceivers and managed fiber optic transceivers and off-managed fiber optic transceivers. Fiber-optic transceivers break the 100-meter limit on Ethernet cabling, rely on high-performance switching chips and large-capacity caches, SFP Tranceivers 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.

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