Do you know what FTTX is? FTTX stands for Fibre to the X, and it is a solution that has streamlined the way we use and access the internet. FTTX can provide increased speeds and reliability through fiber optic cables, which are scalable and more resilient than copper-based networks.
If you are looking for an affordable, sustainable, and future-proof network for your home or office, fiber rollout services have introduced the latest way of providing high-speed broadband connection to customers by using fiber optic cables.
FTTX means Fibre to the X where X could be a node in your home, town, local school, shopping center, or other public building. FTTX has many benefits like reduced costs of service delivery and maintenance as well as reduced operations expenditure. FTTX makes it possible to offer high-speed internet connections up to 1 gigabit per second through a coaxial cable with fiber optics technology that will allow you to download movies in seconds!
This blog post will discuss the need for an FTTX solution in today’s digital and modern world.
What is FTTX?
FTTX is Fibre to the X, which is a common term for any broadband network infrastructure that uses optical fiber for providing all or part of the local node used for last mile telecommunications. Since fiber optic cables can carry more data than copper cables, FTTX has a huge advantage over traditional network cables.
Fiber to the X is a generalization for numerous fiber deployment configurations. It is usually arranged into two groups – FTTH/FTTB/FTTP and FTTC/FTTN.
● FTTH – Fibre to the home
● FTTP – Fibre to the premise
● FTTC – Fibre to the curb/ cabinet
● FTTN – Fibre to the node/neighborhood
● FTTB – Fibre to the building/ basement
Nevertheless, copper wires are used to complete the connections.
FTTX solution is the key method used for driving next-generation access by upgrading broadband to make changes in the speed and quality of the service.
What are the benefits of FTTX?
FTTX offers many benefits like reduced costs of service delivery and maintenance as well as reduced operations expenditure.
- FTTX makes it possible to offer high-speed internet connections up to one gigabit per second through a coaxial cable!
● Another key benefit is the ability of FTTX networks to provide improved reliability. FTTX uses glass cables instead of copper, which are more efficient and more reliable.
● Most importantly, fiber works well across long distances, which means FTTX can provide broadband internet access to people without signal degradation. This means that users won’t have to boost the signal every other day just to get the internet connectivity and speed straight.
● Above all, the deployment of fiber optics is straightforward. Because of its formation, fiber can be packed into a range of cable profiles, ensuring that it remains hidden and safe.
● The best thing about FTTX is that fiber can be easily customized or upgraded in performance post-installation. There is no need to remove the entire line or cable. Only the electronics that create and receive the optic signal have to be changed or replaced.
● Moreover, fiber optic cables are resilient to electromagnetic interference, ensuring that users enjoy uninterrupted internet connectivity with high speeds while being secure.
● Finally, FTTX allows for the use of less power than copper as well as offering lower EMF emissions (which are better on sensitive equipment such as medical monitors).
The need for FTTX solution
The sole purpose of introducing the new fiber rollout services is to solve the increasing bandwidth challenges. With the advancement in technology, the number of users using the internet has increased significantly. The increase in demand has led to uncontrollable global internet traffic, causing the servers and portals to shut down.
Gone are the days of downloading. People nowadays prefer live streaming. With the rise of OTT platforms like Netflix, Amazon Prime, HBO Max, etc., the quality of video content has also improved. Thus, to watch a movie or a TV show in 4k or ultra-HD, you need effective internet connectivity.
This is where FTTX fills in the gap.