Fiber Optic Transceivers Security And Stability

- Aug 09, 2017 -

The fiber transceiver, also known as the Photoelectric Converter, Fiber Optic Transceivers is an Ethernet transmission media conversion unit that swaps the short distance twisted-pair signals and long distance optical signals. The difference of observation angle makes people have different understanding to the fiber transceiver, for example, according to the transmission rate is divided into single 10M, 100M fiber transceiver, Fiber Optic Transceivers $number adaptive Fiber Transceiver and 1000M fiber transceiver; it is divided into optical transceivers working in the physical layer and optical transceivers working in the Data link layer, and if the desktop (independent) fiber transceiver and rack-type transceiver are viewed from a structural point of view; Fiber Optic Transceivers According to the different access optical fiber and multimode fiber transceiver and Single-mode fiber transceiver two kinds of names.

In addition, there are fiber optic transceiver and dual fiber transceiver, Fiber Optic Transceivers built-in power supply fiber transceiver and external power fiber transceiver, as well as network management type fiber transceiver and non-NMS optical transceiver. Fiber transceiver in data transmission to break the hundred-meter limitation of Ethernet cable, relying on high-performance switching chip and large-capacity cache, Fiber Optic Transceivers in the real implementation of non-blocking transport switching performance, but also provides a balance of traffic, isolation and detection of errors and other functions to ensure the high security and stability of data transmission.

The fiber transceiver, also known as the Photoelectric Converter, is an Ethernet transmission media conversion unit that swaps the short distance twisted-pair signals and long distance optical signals. Fiber Optic Transceivers The difference of observation angle makes people have different understanding to the fiber transceiver, for example, according to the transmission rate is divided into single 10M, Fiber Optic Transceivers 100M fiber transceiver, $number adaptive Fiber Transceiver and 1000M fiber transceiver; it is divided into optical transceivers working in the physical layer and optical transceivers working in the Data link layer, Fiber Optic Transceivers and if the desktop (independent) fiber transceiver and rack-type transceiver are viewed from a structural point of view; According to the different access optical fiber and multimode fiber transceiver and Single-mode fiber transceiver two kinds of names.

In addition, there are fiber optic transceiver and dual fiber transceiver, built-in power supply fiber transceiver and external power fiber transceiver, as well as network management type fiber transceiver and non-NMS optical transceiver. Fiber transceiver in data transmission to break the hundred-meter limitation of Ethernet cable, Fiber Optic Transceivers relying on high-performance switching chip and large-capacity cache, in the real implementation of non-blocking transport switching performance, but also provides a balance of traffic, Fiber Optic Transceivers isolation and detection of errors and other functions to ensure the high security and stability of data transmission.


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