Fiber optic internet is here to stay. All the underground wires running across continents, cities and data centers will remain fiber. All the pipes connecting the main access points to the thousands of distribution points are now fiber and will remain so for a long time.
At present, fiber optic internet has gained the favor and approval of many internet subscribers. The innovations of ISPs (ISPs) also ensure that they keep up with the demands of their consumers. But satellite internet is also catching up with the demands of modern technology. This type of internet access is important to provide internet access in rural areas, telecommunication cables and wires could not reach.
Fiber and satellite internet: A superficial look
Fiber internet has gained approval from many internet subscribers because of its speed and reliability. But in remote rural areas where broadband internet is inaccessible, internet from heaven is indispensable.
Several countries have moved towards fiber optic broadband. The use of satellite broadband is becoming rare. Laying fiber optic cables for homes is expensive, but the telecommunications companies are coping with the change.
Meanwhile, efforts to deliver broadband internet via satellite continue.
Satellite Internet is unlimited in terrestrial infrastructure. It is the fastest way to provide internet access, especially to rural or parts of the world where cables are challenged.
Fiber and satellite internet: Difference in infrastructure
“Fiber” refers to the thin plastic or glass wires encapsulated by a protective cable. “Optics” refers to the method of data transfer.
Fiber optic internet transmits data in whole or in part via fiber optic cables by sending light signals through the fibers.
Meanwhile, satellite communications use artificial satellites between transmitter and receiver in different locations and directions.
Internet connection via satellite is provided via telephone lines.
These telephone lines are made of copper wires. And although copper is a good conductor, data cannot travel through it as fast as in fiber optics.
Fiber and satellite internet: A quick comparison
Satellite internet has more latency than fiber internet. This means that there is a slight delay between an action performed and the expected result seen.
Satellite internet is sufficient for activities such as the Internet and sending and receiving emails. It does not work well with online gaming or live streaming where more bandwidth is required.
Upload and download speeds are slow for satellite internet.
Fiber internet, meanwhile, is compatible with activities that require more bandwidth. Live streaming and online games are not interrupted by fiber optic internet connection.
A single link can also support multiple devices used simultaneously.
More interference is experienced when using a wireless internet connection or satellite internet.
Weather conditions, such as thunderstorms and lighting, can also affect the reliability of satellite internet.
Other obstacles such as buildings and trees also compromise the signal strength and reliability of satellite internet connection.
The reliability of the fiber internet is not affected by weather conditions that normally affect satellite connections. Fiber optic cables are buried deep in the ground. In the event of thunderstorms, lightning, rain or even wildlife, these cables can continue to work efficiently.
In terms of accessibility, satellite connection is easy to access anywhere as it has no cables or wires.
The signal comes from outer space and can be picked up by any device almost anywhere. In some remote areas, the satellite is the primary source of communication.
In contrast, fiber optics may not be available in some areas.
Fiber optics cannot be made available in some areas where the terrain is complex and it is impossible to lay cables and wires.
In some areas, satellite internet may be more expensive, especially in remote locations.
Compared to other internet types that offer the same speed, satellite internet tends to be expensive in most places.
Fiber internet can be more affordable, depending on your ISP. ISPs also offer competitive packaging options that you can choose from depending on your needs.
The current fiber internet has top speeds measured in Gbps (GigaBytes per second), one billion bytes per second. Yet studies suggest that existing fiber cables can still transmit or carry far more data than measured.
Researchers are constantly developing new ways to increase bandwidth.
Fiber optics will be more beneficial for increasingly sophisticated devices, user populations and more complex procedures.
The telecommunications industry has a crucial role to play. Competitiveness is sound so that telecommunications companies can innovate.
So far, fiber optic cables do not appear to be degraded compared to copper-based infrastructures. So it is more likely that fiber optic internet will survive the copper based satellite internet system over time.