Fiber optics is a technology that uses light signals instead of electrical signals to send data from one place to another. The cable is made of glass or plastic-coated plastic instead of the copper wire that was commonly used in the past. A fiber optic splitter is a device that takes a single fiber optic signal and divides it into multiple signals. fibconet.com
multimode fiber optic splitter
multimode fiber optic splitter
The use of fiber optic technology has become increasingly popular for a number of reasons. Fiber optic cables are much less sensitive to electrical interference, making them more reliable than older cables. They are also capable of carrying large amounts of data compared to older systems. Although the systems have some drawbacks, this makes them more efficient. Cables require thicker coverings to protect the fiber optic cables, and repeaters also need to be installed to boost signal strength for the system to work, two barriers to using this technology. fibconet.com
multimode fiber optic splitter
multimode fiber optic splitter
Despite these limitations, fiber optic technology has been used in home and commercial applications. Telephone companies in many countries use fiber-optic cables for long-distance telephone transmission. However, they are not commonly used for local calls due to cost. The system requires boosters and splitters to route the signal to the proper location, adding cost and complexity. A frequently used method of fiber optic splitters in the home is to split a TV signal so that it can be distributed to multiple TVs. fibconet.com
multimode fiber optic splitter
multimode fiber optic splitter
The most common type of splitter splits the output equally, with half the signal going to one branch of the output and the other half going to the other branch. It’s possible to get splitters that use different split ratios, so that the amount of signal is larger than on the other side. Splitters are identified by numbers that represent the division of the signal, e.g. 50/50 if the split is even, or 80/20 if 80% of the signal reaches one side and only 20% on the other end. fibconet.com
multimode fiber optic splitter
multimode fiber optic splitter
Certain types of fiber splitters can actually work in either direction. This means that if the device is mounted one way, it will act as a splitter and split the input signal in two and send two separate outputs. If installed in reverse, it will act as a coupler, taking two input signals and combining them into one output. Not every fiber optic splitter can be used in this way, but those can be labeled as reversible or coupler/splitter. fibconet.com
multimode fiber optic splitter
multimode fiber optic splitter
