Fiber optic internet providers deliver the internet connection to the premises of subscribers over fiber optic cable lines that transmit signals as light pulses. The technology has allowed organizations and businesses to send data at higher speeds and cost-efficiently than precursors to fiber optic cable technology.
The fiber optic cables serve several purposes besides the fact that ISPs use them for telecommunications and data transmission. For instance, in medical facilities, practitioners use fiber optic cables as part of diagnosis using imaging tools or laser surgery. When it comes to internet service though, there are several types of fiber optic cable connections, which are used for distinct methods of data transfer.
Below are 3 of the common types of fiber optic cables. So, depending on your data requirements or business purposes, you can contact fiber optic internet providers who can deliver reliable connections in your area.
Single Mode Fiber Optic
This type of connection is used for cable runs that cover long distances since it allows only one stream of data transmission. The stream of data gets transmitted via a light pulse that carries a considerable amount of bandwidth and provides faster data transmission. Such connection technology is used for Ethernet services that necessitate long distance for transmission of data.
Multimode Fiber Optic
Multimode fiber connection allows light pulses to travel via a multiple of distinct paths. Since it transmits the data via a light pulse, the connection allows more data to be travelled over a fiber optic line. Even though this type of fiber optic technology allows more data to be transmitted, the available bandwidth is less as opposed to single mode cable connection. Due to that, this one is used for transmission of data over distances that are shorter such as LAN.
Plastic Fiber Optic
This one differs from the aforementioned fiber optic connections since the cables for this is not glass but plastic. Nowadays, most of the internet providers offer fiber optic connection for data transmission using optical fiber composed of glass materials, as that is more reliable in comparison to plastic.
Instead of data transmission, the fiber optics made up of plastic is used to create light displays as well as for other purposes that can be termed as ornamental in nature. This is not to say that tech companies have not tested plastic fiber optic for the purpose of data transmission, but that those tests resulted in inconclusive outcomes, which prompted them to rely on tradition fiber optic cable lines.