Triumphing the Communication Barriers with Transceivers
Technology development has manifested in faster and improved modes of communication. The traditional communication devices were replete with numerous faulty processes resulting in delayed and expensive transmission and reception processes. The futility of these processes was evident in the form of unfavorable results, and this led to the hunt for technologies that could foster faster and accurate communication.
Gradually the world was introduced to enhanced and faster communication practices through cell phones and internet with the inception of transceivers. A transceiver is a device used for transmitting and receiving signals for communication purposes. They are used for communicating wirelessly through cell phones, cordless phones, two-way handheld and mobile radios. These are also used in optical fiber systems.
Nowadays progress in a business without effective communication is an unthinkable proposition. There is a high demand for transceivers that can provide dedicated support to businesses in a dynamic environment. Businesses need transceivers with reliable and intelligent features that can help convert their weaknesses into strengths. These transceivers can provide unconditional support so that the businesses can execute their processes effortlessly without any flaws. The transceivers of today have the capabilities to discard all wasteful processes and enforce a lean process which helps elevate the efficiency levels and make impressive gains.
Businesses are provided with a variety of choices and they can select the best transceiver that is optimal for the business. The advent of internet has facilitated businesses to progress by leaps and bounds. This has been possible due to the optical transceivers such as GBIC, SPF, XFP and XAUL. The top notch name in transceivers is Cisco. The Cisco Xenpak is a fiber optic transceiver which is compatible with IEEE 802.3ae standards for 10G Ethernet. They weigh less than 300 g and boast of a dual SC fiber interface. The Xenpak transceivers can operate with multi mode and single mode optical fiber line and they can work from a maximum range of 10 km to 80 km.
Another quality transceiver is the Cisco SPF, which is an abbreviated form of Small Form-factor Pluggables. The SPF is an advanced version of GBIC transceiver and has a LC interface with a space saving body. The SPF is easy to change and maintain compared to the older models. The fiber Ethernet network is easy to upgrade and maintain due to the SPF fiber model. It provides the facility of replacing a single SPF module rather than replacing the entire board.
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