Fiber Optic Cabling Bakersfield
The 411 on Fiber Cabling in Bakersfield
The vast majority of people do not know, or care, how communication networks carry voice and data from one point to the next. Fiber optic cables are made of long, thin strands of glass that can carry light signals over long distances without degradation of the signal. Optics, which is the study of the behavior, properties and interaction of light, govern the method of translating voice signals into digital signals that can travel down the fiber optic cable. One of the greatest advantages provided by fiber optic cabling in Bakersfield is the bandwidth that supports vast amounts of data in one transmission.
A computer, phone or other electronic device on the sending end will use a digital transmitter to convert the analog or digital information into a series of optic signals that will travel across micro-thin glass fibers. On the other end, the optical receiver will accept the optical transmission and convert the signals into a usable format for the receiving device. If extremely long distances must be traversed, an optical regenerator will correct any signal degradation of the light signals up to that point.
Total internal refraction is the principle used in television, radio and telephone transmissions. The same principles govern communication across fiber optic cabling in internal communication networks and the Internet. Many copper wire networks are being replaced with fiber optic cabling because of the signal quality and bandwidth provided by the glass strands. Existing buildings can support vast fiber optic networks because the cables are very lightweight. Installation of fiber optic cabling is safe because there is no electricity present. Fiber optic cabling is used more in commercial applications since it costs more than the copper wire used in residential networks.
Technological advancements throughout many industries have increased bandwidth requirements for all communications. Fiber cabling carries signals at the speed of light, and that rapid transmission rate removes all limitations. These are just some of the ways fiber optics are used:
• Medical scans and surgical procedures
o Scans produce high-resolution images that must be displayed, stored and transmitted for review by physicians and specialists.
o Lasers are supported by fiber cabling.
• Traffic control systems
o Fiber cabling in Bakersfield is used to support traffic control systems, which include traffic lights that respond to signals from emergency vehicles.
• Defense contractors
o Seismic and SONAR applications rely on hydrophones that contain fiber cabling.
o Aircraft, submarines and other vehicles use fiber cabling for field communications.
• Manufacturing
o Manufacturers rely on fiber cabling in robotic systems to complete work that is considered too dangerous for people.
• Data storage and networking
o Businesses all over Bakersfield are dependent on fiber cabling to optimize communications.
• Security Applications
o Closed-circuit security systems use fiber cabling to capture, transmit and store images from cameras placed throughout facilities.
No one can be sure how many miles of fiber cabling runs under Bakersfield and in buildings throughout the area. Those who work with computers and phones supported by fiber optics enjoy superior speed and bandwidth that is exclusive to this advanced technology. Find out how fiber optics can improve communications for your company by contacting the most reputable fiber optics provider Bakersfield has to offer.
