Fiber optic cables use light and glass instead of copper and electricity for transmitting data. Developed in the 1970s, these hair-thin strands of glass revolutionized world-wide communication and introduced benefits such as quick speeds, better reliability and good data integrity. Fiber optics has changed the way the world works and plays, enabling businesses to telecommunicate across continents, families to enjoy at-home movie nights with high-definition home theaters and gamers to play, in real-time, with teams across the globe.
Unlike copper wires, optic cables don't pick up on electromagnetic frequencies (EMF). Fiber optic cables aren't affected by moisture and temperature changes, which can cause interference in copper cables, either. Clearer audio is a significant advantage, especially in noisy office environments. Digital optic audio cables are becoming a popular choice because of this. Fiber patch cables transfer data quickly at speeds of up to 100 Mbps depending on the type of optic cable. They are a suitable alternative to network ethernet cables because of this and their larger bandwidth.
Fiber network cables can transmit data over longer distances without compromising the integrity of the data, and they have nearly limitless bandwidth. They are common in the telecommunications industry because they enable service providers to send voice, data and video faster and faster. Optic cables are harder to compromise than standard copper cable as they don't emit EMF, so your even your most sensitive data has a considerable measure of security. Banking institutions, universities and medical institutions increasingly rely on fiber optics for eLearning, secure data transfers and the delivery of lifesaving medical consultations. Check out fiber optic patch cords in the form of SCSI / SAS / InfiniBand cables for efficient network capability.
Optic cables use glass instead of copper wiring, which takes up less space making the optic cables thinner and lighter than copper wires. These facts make optic cables easier to install and a popular choice where you need to use space as efficiently as possible. The cables are reasonably flexible and can wrap around corners as long as the technician is careful during installation. They are useful for lighting and imaging in tight and hard to reach spaces because of this.
Optic cables aren't a fire hazard since they don't have much electricity running through them. Optic cables use less electricity than regular cables, which is better for the environment and saves you money. They also handle pressure and pulling reasonably well despite their smaller cross-sectional size. The flexibility of optic cables makes them popular for use with cameras, particularly cameras used in the medical, mechanical and plumbing industries. Optic cables, however, are a good option for every business and home because of their versatility and many benefits. From cable TV to entertainment systems, and internet to networking.