Underground DeploymentĬlients and local authorities often prefer that utility companies bury their fiber cables underground because it is not only hidden but also more reliable. Additionally, since aerial cables are outdoors and not shielded, they can succumb to extensive weather damage like hurricanes or landslides and dramatic temperature changes. This can pose a significant inconvenience for your company. While aerial cable installation may be essential for some businesses, it's crucial to keep in mind that these methods are typically governed by local rules and regulations to preserve the community's infrastructure. Aerial cables are an optimal choice because they are quite durable, having a lifespan of 25 years. Aerial cables are some of the most cost-effective deployment methods, as operators can use existing pole infrastructure, avoiding digging up roads to bury cables or ducts.Īlso, since you can visually see problem areas, repairs are easier. Aerial DeploymentĪn aerial cable, typically composed of all the fibers necessary for a telecommunication line, is an insulated telecommunications line suspended between utility poles or electricity pylons. Fiber-optic cables are usually installed in one of two ways: through aerial or underground deployment. This process can be quite daunting as it requires obtaining permits, funding the project, inspections, etc. More often than not, the ISPs are in charge of procuring and installing fiber optic equipment. With the internet being such a big part of our lives, who wouldn't want a support system that can handle large capacities? A fiber cable can carry much more network bandwidth than a copper cable of similar thickness. Many people use fiber-optic cables because they are less likely to experience interference. Usually, fiber optic cable has a speed of 10 Gbps, but it can also run at 40 or 100 Gbps in some instances. With data being transported via light pulses as opposed to electrical signals, fiber optic cables are excellent for long-distance communication and high-speed data transfer. As a result, the price of fiber optic cables is much higher than that of copper cables. It is similar to an electrical cable in terms of assembly, but it uses light instead of electricity to carry data. Let's go over them one by one.įiber-optic cable is a type of network cable that consists of one or more optic fibers used to transmit data. While fiber internet does not require a modem, it does need specific equipment to function properly. Instead of a modem, fiber technology makes use of an optical network terminal (ONT) – we'll get into the specifics of that later. So does fiber internet need a modem? The answer is NO. In the same way that a human translator helps two people who don't speak the same language, a modem serves as a translator between the two, so they can communicate effectively. It's essential to understand that routers and ISPs cannot communicate directly with each other because they utilize different types of signals or languages. Whether you're a light or heavy user, fiber internet is sure to meet your needs. Plus, fiber internet is perfect for gamers ! You can join in on the action without delays and no dropped connections. With no buffering or loading times, you can chat, surf the web, and watch videos simultaneously without any interruptions. With speeds up to 1,000 megabits per second, it can handle multiple online activities at once with little to no lag time - making it perfect for streaming services.įiber internet is great for people who like to stay connected with friends and family online. " Fiber internet is the quickest high-speed connection that exists and uses optical fibers instead of copper cables. There's a good reason fiber internet is often called the " future of the internet. So does fiber internet need a modem? We’re here to help you find out. We can help you figure out the best way to get the most out of your fiber-optic connection with the right equipment. We get it - nobody wants to spend money on something they don’t need! But don’t worry - it doesn’t have to be complicated. So understandably, when consumers shift to fiber internet, they often wonder if their old modems would still be needed or if they still need a modem in the first place. One reason is that when new technology comes out, sometimes old accessories still work with it, and other times they don't. For a lot of people, new technology is challenging to understand.
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