Fiber optics are the future of communication. They are the most efficient and cheapest way to send information. High-speed internet almost always runs on fiber optics. This is because fiber optic cables can carry more data both farther and faster. They use light instead of electricity, thus utilizing the speed of light to your advantage. They also are not as easily affected by harsh weather conditions, which is especially important in our modern world where a lot of what we do is online.
All of this considered, you may be wondering how fiber optics can be added to your neighborhood so you can enjoy the benefits. Microtrenching is the best way to install these cables without digging up the road or stopping traffic. Here's a quick overview of why fiber optics in your neighborhood makes sense and how microtrenching is the most efficient way to do it.
Fiber optics brings enterprise-level networking to your neighborhood. Microtrenched cables can hold 276 fibers. There's a lot of advantages to this technology over other forms of communication because it doesn't have physical constraints like distance, weather, or electromagnetic interference.
Fiber optic lines are strands of glass or plastic that transmit information as light pulses. Often, they're used for long-distance communication and when radio waves could be distorted by traveling too far. With high-speed data transmission, they're perfect for the internet age.
Using microtrenching, an innovative technology developed by the University of Illinois, fiber-optic cables can be buried underground without digging up roads and sidewalks. Here's how it works:
First, a GPR, which is a ground penetrating radar, scans the whole street to find utilities. This is so that when the microtrenching equipment digs a trench sixteen inches deep and two inches wide at one hundred feet per hour, they won't hit any utility lines. After that, the cable is laid on the ground. The trench is then filled with cement, epoxy seal, and stone.
Microtrenching installation obviates the need for digging up streets to lay cables, a process that takes days of construction work. Using this fast, efficient way of installing cables has many benefits: less environmental impact, lower costs, minimal disruption of street traffic, and faster installation
Micro trenching technology has enabled the installation of fiber optic cables in underground trenches for faster and more reliable connections. This is done with fewer maintenance costs and less disruption to neighborhoods.
The advantages of fiber optics over other forms of communication include the fact that they are not limited by physical factors like distance, weather, or electromagnetic interference. They are also superior to other types of cables. For instance, fiber optic cables are thinner and lighter than copper cables. Although copper cables are flexible, they are prone to corrosion. By comparison fiber is not corrosive and it's even more flexible. If you want to upgrade the technology in your home or neighborhood, fiber optics can be the perfect solution. Look into how you can have this installed to enjoy its numerous benefits.