Both types of coaxial cable and fiber optic cable can be used to transmit video, audio, and other forms of data, and both can provide you with significant advantages and disadvantages when establishing a network.

    Deciding which is best for your situation depends on the distance of the connection and the amount of data to be sent. Before repeaters are needed, fiber-optic cables carry data signals. Coaxial cables have higher signal losses, so they should be used for shorter distances. Fiber optic cables carry more information. Fiber optic cables are also significantly more expensive. Compared to coaxial cables, fiber optic cables are found to be less frequent in the environment in which they are used.

    Coaxial cable assembly are easy to install and very durable. Because optical fibers have higher and faster data transmission than coaxial cables, they are best suited for professional networks, such as those found in business parks or universities. If you are working on a home installation or a medium-capacity data transmission network, it is best not to use coaxial cables.

    Many companies today use cable adapter for their commercial broadband services. The biggest drawback of wired Internet is speed fluctuations. Looking at fiber optic Internet and wired Internet, wired Internet services are usually shared among many users. This means that if a large number of users in the cable area use the Internet to run all bandwidth-intensive applications at the same time, everyone's speed may vary between 100% and 25% of the promised speed.

    Many companies today use cable connections for their commercial broadband services. The biggest disadvantage of wired Internet is speed fluctuations. Looking at fiber optic Internet and wired Internet, wired Internet services are usually shared among many users. This means that if a large number of users in the cable area use the Internet to run all bandwidth-intensive applications at the same time, everyone's speed may vary between 100% and 25% of the promised speed.