If you’re a network administrator, then chances are your primary concern is keeping your network up and running 24 hours a day, seven days a week, 365 days a year. That’s a job that takes a good amount of dedication, a deep understanding of system protocols, and a sharp eye for the best hardware that can help you to meet your company’s digital needs. You’ve also got to be clear in your understanding of the demands that network users will place on the system, and you’ve got to make sure that the corporate enterprise is solidly designed and well maintained to sufficiently meet the service level agreements that guide the quality of network performance that you must ensure.
Chances are, if your firm is even a small- to medium-sized company, that the data network, which can include Internet, intranet, and voice communication, as well as a host of different rich media streaming applications, is a critical factor in the way you do business. Without an up-and-running network, employees cannot readily exchange files and messages and clients cannot easily communicate with your company’s employees, and, for many firms, online sales are shut down when the network goes on the blink. It’s a sobering experience to consider just how dependent we have become on the digital signals that flow through cables and are transferred via radio waves these days.
The computer network has indeed become the backbone of business, and in many cases, has been successfully adapted into various tools that allow firms to replace real-life meetings with virtual contact. Network hardware that can facilitate the kinds of data transfer speeds needed to accommodate the huge, mission critical demands we place on the enterprise must be blazingly fast. That’s why equipment such as XFP transceiver modules help transfer data quickly enough to accommodate the escalating demands that the corporate world continuously places on its digital network. Transceivers are important links in networks, and they help facilitate the back and forth flow of digital messages that constantly move from point to point.
Many network administrators choose and install SFP fiber optic modules because they are known as reliable, fast devices that can accommodate ultra-quick data transfers. Fiber optical cable is capable of transferring digital signals many times faster than copper cable is able to, because fiber optic material does not have the same properties of resistance that copper wire does. When your network is linked with fiber optic cable, the speed of transfer is greatly improved, and so is your network’s performance. You’ll be less likely to see service degrade in quality when heavier-than-usual demands are placed on the network.
When you break it down, your job is to be prepared for the inevitable increases in demand for more bandwidth and faster transfer speeds, and with fiber optic technology, you have a pretty good shot at keeping your entire network in good shape.