What is fiber optic Internet? | AsamBoi

infoJune 8, 20214min00

Fiber-optic Internet, more commonly referred to as fiber Internet or just “fiber,” use to be a broadband connection that might reach speeds of up to 940 Mbps (Megabits per second), with little delay. The technology makes use of fiber optic cable that can surprisingly send data at a speed of approximately 70% the light speed. Additionally, fiber optic cables happens not to be as susceptible to harsh weather conditions as other traditional cable types, minimizing service interruptions. They also resist electrical interference more effectively.

Fiber is ideal for multiple users to connect to multiple devices at the same time. With tm unifi Fiber service, you can:

  • Upload and download files quickly
  • Enjoy lag-free online games and video chat with friends and family
  • Back up your hard drive to the cloud, including heavy photos and videos, in minutes instead of hours

Download a 2-hour HD movie in a few seconds, compared to waiting 30 minutes or more with a traditional 20 Mbps internet service

How does fiber optic Internet work?

The fiber optic Internet is a complex technology that allows the transmission of information in the form of light, rather than electricity. Many components make up this advanced technology, but two of the main ones ayre fiber optics and what is called the “last mile” of the fiber optic network.

Optical fibers

Optical unifi pakej fibers are tiny, about 125 microns in diameter or just slightly larger than a human hair. Many of these fibers are grouped together for forming cables (not to be disordered with coaxial cables, which use to be made of copper). Optical fibers conduct beats of laser or LED light down the line, conveying info in “binary” form, alike to the 0’s and 1’s used in microchip technology.

How does fiber optics differ from other types of the Internet?

The main difference is that fiber optics do not use electrical current like other types of Internet connections. It uses light, which is transmitted through the core of the optical fiber.

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