If you have an Internet connection at home, there must be a line of fibre-optic or coaxial cable coming straight from your Internet Service Provider. Both the types of cables are different in nature and you must know their pros and cons, as this directly impacts the speed of Internet connectivity.
What is Fiber-optic cable?
A fiber-optic cable has small, flexible strands of plastic or glass. It uses light for data transmission, thus have more bandwidth than coaxial cables. The bandwidth with fiber-optic cable is high because the connection isn’t shared with another in the same area. This means, even if there’s congestion, the fiber Internet should work fine and transmit high-speed data to your house.
A fibre-optic cable can offer speed of up to 1 Gbps, however, it depends on the Internet Service Provider and equipment they are using. To make the most out of this blazing speed, make sure you have an advanced wi-fi router at home. If you have a mesh wifi router installed as well, it should again be able to support the speed.
What is Coaxial cable?
A coaxial cable transmits data through electricity. It is made of copper and this technology is most ISPs using after DSL and dial-up technologies went out of fashion. Though cable Internet is prevalent in many parts, it has no comparison with fibre-optic Internet transmission.
Data speed is slow in coaxial cables, but some ISPs are able to delivery speed up to 1Gbps (which is rare). Another reason for slow data speed could be that a coaxial cable connection might be shared in your area. When multiple customers are on the same line, this will reduce the speed.
Last Words
We can see that coaxial cable Internet is not as fast as fibre-optic cable. The former, however, is more economical. As the need for speed increases, there will be a steep decrease in coaxial cable connections. If you are planning to get an Internet connection at your home, make sure it is fibre-optic cable.
Wednesday, November 11, 2020
Understanding the Difference Between Fibre-optic and Coaxial Cables
Subscribe to:
Post Comments (Atom)
No comments:
Post a Comment