Fiber Obtics Lighting

The Fiber Optics Lighting Revolution

Whether its television, radio, medical imaging or more, fiber optics and the use of fiber optics lighting revolutionized the way the world works. There are now millions of miles of these amazingly efficient cables stretching around the world, transmitting data literally at the speed of light.

Fiber optics cables contain strands of hair-thin glass, using laser and light to send digital information over great distances. With the development of fiber optics receiver transmitter systems, communications companies can now beam pure quality television, radio, telephone and other media around the world with little to no degradation in quality and satisfy the on-demand consumer.

The Roots Of A Revolution

Though the use of fiber optics and fiber optics lighting ballooned in the 20th century, the first foray into the technology was in the late 1800s, when the first experiment to shine light around corners and bends was conducted. Famed inventor Alexander Graham Bell dabbled in fiber optics, using light and mirrors to enhance the delivery and quality of his telephone system, but the technology failed to blossom.

It wasn’t until the 1950s, when the term “fiber optics” was first coined, did the technology begin to take off, leading to medical breakthroughs in laparoscopic surgery and in the inspection of machinery for engineering applications.

The development of the laser pushed fiber optics lighting further later that decade, and the United States military picked up on fiber optics receiver transmitter systems in the 1970s to transmit to and from sea and air ships, among other military applications. This spurred the commercial development of fiber optics cable among television and telecommunications companies, who began to employ the technology in the 1980s for broadcasting and telephone services.

Today, Fiber Optics Lighting along with Fiber Optics Everything Else Is Everywhere

The insatiable demand for instant delivery of data and media coupled with the need for increased capacity to deliver it has pushed fiber optics use to new heights in the 21st century. The Internet has largely fueled an explosion in its use, and cable television services rely on it to deliver the “on-demand” services, such as pay-per-view movies, to the home. Fiber optics cable is spread throughout office complexes everywhere, and medical imaging technologies have seen tremendous leaps in the information they can gather and send, thanks to the miracle of this technology.

Though the average home is still lined with the old-fashioned copper cabling, the technology is steadily making its way into homes around the world. As developments continue to expand, the prevalence of the technology will continue to grow until all the information you see—from movies, to television, radio, phone, and more—will literally be moving at the speed of light.