What is an optical fiber with multiple modes?

Optical fiber with multiple modes is the type of wire that is responsible for sending light signals to computers, TVs and phones. This type of wire carries many different light beams at once, each with a different angle. At the same time, a wide range of light angles means that the optical fiber of multiple mode can serve many different devices at a time; At the same time, it is only effective at short distances, as the light is distracted over long distances. The data speed for this optical fiber ranges from approximately 10 megabites per second (Mbit/s) to 10 gigabits per second (gbit/s). If a long -distance conductor is required, a single -mode wire is used instead of multiple mode. Each light signal is used to power devices such as TV or Internet computers; Many devices can be powered at a time due to a large number of light signals. Each light beam has a different angle when it travels through the cable, so it does not hit it. These cables are used on a thread with one mode because for OVLading light beams is needed simpler hardware and is therefore more cost -effective.

While the optical fiber with multiple modes is cheaper than a single -mode fiber, it is only effective when supplying energy at short distances, about 1,968 feet (600 meters). It is because of the different light rays that work at once. If the cable is used for longer distances, the bright beams begin to either conflict or scatter, which means that the power supply is inefficiently transferred or will not achieve the target target.

Depending on the cable type, the mode optical fiber has a medium to high data transfer rate. At a low level, fibers with multiple modes can transfer 10 Mbits/s, while a higher class fiber can transfer up to 10 gbit/s. It is usually enough to serve a device in a busbareness building or College Campus, two most common users with multiple cable cables.

if requiredLong distance, then a single -resistal fiber is used instead of a multi -angle optical fiber. These fibers have similar data transfer speeds, but the light inside the fiber acts differently. Instead of sending many different light signals at a time, one signal is sent at a time. This prevents light from distracting and signals before conflict, allowing light to travel further.