ArticleField.comInternet's Fastest Growing Free Content Article Directory

Transceivers are vital elements that are required for flawless communication. Communication has become a priority in today’s fast paced and competitive world. It is with the help of these transceivers that signals can be transmitted and received. The advanced technological devices that are used such as cordless phones and cell phones require high frequency ranges so that the transceivers can operate efficiently without causing any disturbance to the customers. The demand for hazard free technology is increasing. Thus transceivers that pose no threat to the environment and eliminate all wasteful procedures are the ideal choice and they render positive and profitable results for the business.

Transceivers can be of various types such as GBIC, SPF, SPF+, XFP and XAUL and these are used in the fiber optic systems. The Cisco transceiver is a highly reliable product that renders some magnificent results. Cisco’s CWDM GBIC or Coarse Wavelength Division Multiplexing Gigabit Interface Converter is ideal for the modeling and deployment of multiservice networks. The Cisco CWDM GBIC transceiver can be used in campuses, data centers and metropolitan area access networks for Gigabit Ethernet and Fiber Channels as it is a commendable and cost-effective option.

The Cisco SFP (Small Form Factor Plugable) transceiver provides a good choice of protocols, reaches and speed options as well as supported transmission media due to the hot plugable interfaces. This is a hot-swappable input/output device that can be plug into an SPF port or into a Cisco router or switch slot. It links the port with the fiber optic network. The SPF module can support both Gigabit Ethernet and Fiber Channel.

The Cisco CWDM GBIC is basically made up of two parts. One part has a set of eight different plugable transceivers and the other part consists of a set of passive multiplexer. The transceivers and passive multiplexers are compliant with the ITU-T G 694 2 standard defined CWDM grid. The CWDM GBIC model has the capacity to transmit up to eight channels of Gigabit Ethernet or Fiber Channels over single mode fiber strands.

It can be fitted into a standard GBIC port without any issues, and supports the IEEE 802 3z standard. It neither requires any power nor any configuration process. The multichannel architecture helps to build links for easy availability. The two path link configurations in a ring architecture provides protection from fiber cuts. Transceivers provide immense opportunities for leveraging business prospects with their dedicated support and assistance.