Fiber Conversion Process

Behind the Scenes: Understanding the Fiber Installation Journey

There are a variety of reasons behind our switch from copper to fiber for your internet needs. It is not a random decision but a strategic move propelled by significant technological advancements. While copper was once the sole and favored choice, the evolution of technology now enables us to lay fiber, delivering vastly improved speeds and performance. Fiber's superiority is evident in its ability to provide faster internet, stronger reliability, and a safer way of transmitting sensitive data. Let us explore why fiber is the better choice!

Step 1: Planning the Route

First things first, we need a game plan. Imagine a team of experts surveying your area, figuring out the best way to lay down the fiber-optic cables for maximum efficiency. It is like mapping out the fastest route from point A to point B. However, ensuring safety is our top priority before diving into the groundwork. We diligently submit an Okie811 locate request 72 hours in advance to guarantee a safe and successful project. This meticulous approach ensures that all other utilities are well-marked before we even begin thinking about digging. It is a proactive measure to avoid potential complications.

Step 2: Construction Phase

Throughout construction, we use specialized equipment, such as plows and bore rigs, to access hard-to-reach areas. This systematic approach ensures the efficient placement of the fiber-optic infrastructure. Our construction crews are careful not to disrupt the surrounding landscape any more than necessary to install the fiber-optic cables.

Step 3: Pedestal Placement

The next step involves our team strategically positioning fiber pedestals (PEDS) in the newly converted area. These pedestals, usually green in color, are crucial for deploying the fiber-optic network to your residence and providing smooth connectivity. We usually install these pedestals in the front or rear easements of the residence. On average, each pedestal can provide service to four houses, depending on how the neighborhood is designed.

Step 4: Fiber Splicing

The splicing process starts at the Fiber Distribution Terminal (FDT). An FDT is the main serving terminal that will have all the feeder fibers, splitters, and distribution cables. Like putting puzzle pieces together – we carefully connect multi-directional fiber cables, including the feeder fiber. This feeder fiber is pivotal as it feeds the splitter shelf before breaking out to houses via drop fibers, playing a crucial role in the distribution of services. This puzzle-solving moment ensures your internet works smoothly, ensuring data gets where it needs to go.

Step 5: Splicing Completion

The project then seamlessly transitions to our dedicated splicing team, where precision is paramount in preparing the PEDs. In this meticulous process, the outer layer of the fiber cable is delicately opened to access the inner tubes, and both sides are bonded for minimal loss on the fiber route. Each PED is then assigned a specific fiber, thoughtfully organized on trays for future customers. Our splicing team meticulously sets up each PED, ensuring the interconnected fibers are ready to create a seamless and vibrant digital experience for our customers.

Step 6: Customer Activation

Once all other phases are complete, it is time to switch to fiber! At this point, customers can fully take advantage of the fiber benefits. Of course, our team stays around to ensure everything keeps running smoothly. If any issues pop up, we are on it. When you are ready to get service, reach out to us! We are here to assist you every step of the way, ensuring a seamless and trouble-free transition to your new high-speed internet connection.  

 Conclusion

So, there you have it – a peek behind the curtain of the Fiber Conversion Process. It is not just about cables; it's about bringing you faster, more reliable internet. Stay tuned for updates as we work hard to make it happen! Remember that installation time can vary depending on several factors, but the estimated time is usually around 2 months.