Monthly Archives: November 2018

  1. What Is Optical Fiber? Check This Ultimate Guide of What Is Optical Fiber Made of

    What Is Optical Fiber? Check This Ultimate Guide of What Is Optical Fiber Made of

      Alexander Graham Bell, the American inventor of the phone, first endeavored to utilize light around 1880. In any case, lightwave correspondence did not end up being attainable until the mid-twentieth century, until the trend-setting innovation gave a transmission source, the laser, and an effective medium, the optical fiber. The laser was created in 1960 and, after six years, scientists in England found that silica glass strands would carry light waves without attenuation, or loss of signals. In 1970, another sort of laser was created, and the first optical filaments were developed commercially.

    What is Optical Fiber?

    An optical fiber is a single, hair-fine fiber drawn from liquid silica glass. These strands are replacing metal wire as the transmission medium in rapid, high range communication frameworks that convert data into light, which is then transmitted through a fiber optic link. As of now, American phone organizations
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  2. What Is Fiber Optic Cable? The Complete Guide to Understanding Fiber Optic Cable Uses

    What Is Fiber Optic Cable? The Complete Guide to Understanding Fiber Optic Cable Uses

      The Romans would have been so proud when they created lead pipes 2000 years prior. Finally, they had invented a way which was simple to carry water from one place to another. Envision what they’d make of the modern-day fiber optic cables that can carry phone calls, messages and E-mails around the globe in a flash of a minute!

    The Fiber Optics Cable Guide

    We’ve utilized many ways of information transmission. As soon as we talk on a landline phone, a copper cable conveys the sounds of our voice into an outlet at the wall, in which a different cable carries it into the local phone exchange. Cellphones operate another way: they deliver and receive data using wireless waves--a new technology known as wireless since it employs no wires. Fiber optics use a different method than these. It transmits data coded in a ray of light down a glass or plastic pipe. It was initially designed for endoscopes in the 1950s
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  3. How to Choose Best USB Cable According to Requirement?

    How to Choose Best USB Cable According to Requirement?
    Universal Serial Bus (USB) was developed in the 1990s in a bid to simplify the relations between computers and peripheral devices. It has come to be popular because of its compatibility with several platforms and operating systems, its reduced cost of implementation, and its simplicity of usage. Most machines that are constructed now come with different USB interfaces and USB is the port of choice for many homes and workplace peripherals such as cameras, printers, modems, and mobile storage devices. USB criteria are developed and preserved by an industry body known as the USB Implementers Forum (USB-IF). In its first specification, USB cable described just two connector types: A and B. Revisions to the specification and needs on producers have expanded the width of connectors utilized for USB devices, but the vast majority of USB products use this B and A connector ports. USB is supposedly universal. However, there are many diverse kinds. 
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