Transceivers provide a way to build high-availability connections

The Small Form-Factor(SFP) is a compact and hot-pluggable optical transceiver wich can be used for data communication and telecommunication applications. SFP can be defined as the interface between copper or fiber optic network cable and the network device mother board. It can support the working of the Fiber Channel, SONET, Gigabit Ethernet, various other standards for communication. The SPF has now expanded to SPF+. This has helped to achieve the data rate of 10Gbit/s and also the 8 Gigabit Fiber Channel. The Xenpac which is also known as the XFP modules is on the inside, whereas in SFP+ modules you will find that some of the circuitry is left to be implemented on the host board even.    You can find a variation in the in the SFP transceivers, and different transceivers will have different transmitters and receivers. With the help of this user can customize and configure the transceivers with a purpose of getting perfect optical reach. This can be done with single-node fib

In this article, it is explained in detail about an essential part of a computer and technology known as SFP. In the end, you will know what SFP capabilities are and what it can offer. hpj9150a is one such SFP+ transceiver which is available at GBIC-Shop. Call 0208-7772478-0 to get detailed information on SFP+ transceivers. There is two type of Form-Factor Pluggable and they are SFP and XFP. If abbreviated SFP is Small Form-Factor Pluggable and XFP is 10 Gigabit Small Form-Factor Pluggable. The modules and transceivers are explained further Fiber Optic Transceivers Modules The optical fiber transceiver used in computer savvy people is known as fiber optic transmitter and receiver. The main purpose or function of the optical module is photoelectric conversion. The end of transmitter converts the electrical signal into light and then optical fiber transmission in the fiber cable plant acts as the receiver end which converts the light signal into electrical signal.