The growing telecommunication and Internet needs of enterprises are prompting many to consider network redesigns. Not only is there increasing demand for network speed and bandwidth, but security protections are also needed. Understanding this, many companies are choosing to invest in fiberoptic network development projects. This is certainly true as the nation moves toward broadband.
Fiber optics offer a number of advantages over copper-wire and Ethernet networks. However, tackling such a fiberoptic network conversion project can be overwhelming and daunting. Many companies therefore choose to outsource these projects to fiberoptic network specialists. But before making a selection, it helps to have a good understanding of what fiberoptic network development requires.
Why Fiberoptics in the First Place?
For some companies, the need for fiberoptics network development may not be apparent. In order to appreciate how it may help the company, however, it helps to understand how fiberoptics work. In essence, fiberoptic cables transmit data using light rather than electricity.
In typical copper wires, an electrical signal is carried most commonly using ethernet connections. But in fiberoptics, light impulses are used and travel along hair-like fibers of plastic or glass. Basically, content, videos, and images are converted to binary data. This binary data is then transferred throughout a fiberoptics network with light pulses indicating a “1” and no light indicating a “0.” And these networks transmit data at an incredible speed of 10 Gbps while providing greater reliability. For major enterprises with significant telecommunications and Internet demands, fiberoptic network conversion is therefore something to consider.
Appreciating the Perks of Fiberoptic Networks
While speed is a major reason for investing in fiberoptic network development, many others exist as well. Given the way data is transmitted through optical fibers, fiberoptics have a much greater bandwidth capacity. In fact, its bandwidth exceeds six times that of electrical and Ethernet networks.
At the same time, effective fiberoptic network development and design has minimal signal deterioration. And it is resistant to interference from outside influences while being inherently safer than electricity overall.
Lastly, fiber optics actually is more cybersecure since unauthorized access is more easily detected. Based on all of these benefits in total, it’s clear why many firms are redesigning their telecommunications networks. Fiberoptic network conversion is often required to better compete within many sectors today.
Developing the Right Fiberoptics Network
It’s not surprising that a fiber optic network conversion takes a significant amount of time and planning. Fiberoptic network development is a major undertaking for complex enterprises, and therefore, requires extensive research and design. Developing the right network begins with extensive research that explores current infrastructures as well as physical barriers.
Based on this research, a design is created which maps out the network virtually and physically. Existing structures, such as existing water and electrical systems, must be negotiated. Natural obstacles also may require different solutions. The design process also explores any permitting and approval requirements as well. Only after all this is finalized is installation pursued, which may involve underground or aerial options. And after installation is completed, extensive testing of the fiberoptic network conversion is performed to ensure optimal performance. It’s easy to appreciate why enterprises rely on fiberoptic network experts when it comes to these tasks.
Choosing the Right Fiberoptics Partner When it comes to fiberoptic network development, there are a number of things to consider. In addition to all the key issues that must be addressed during planning, it’s equally important to choose the right partner. Specialists with experience and expertise in fiberoptic network conversion can greatly help a company. Not only can they define and meet specific telecommunications needs, but they can do so with cost and value in mind. They can identify both short-distance and long-distance network requirements and provide best recommendations accordingly. And they can better demonstrate how a firm can leverage fiberoptic network development to their best advantage. These represent the main issues that companies should explore when examining a fiberoptics network change.