Digital Communications Converted

Digital Communications Converted

By using optical fibre, very high data rates (gigabits per second and higher) can be transmitted over long distances (tens of kilometers) without amplifiers or regenerators. Optical fibre has completely superseded copper wires as the primary medium for cabled transmission over long distances. As demand for capacity has risen, fibre is now being used even in LANs and the access network. An understanding of optical-fibre communications is therefore very important for anyone with an interest in digital communications.

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What you'll learn

  • describe the main differences between lasers and LEDs as used as light sources for optical- fibre communications systems
  • describe the difference between direct and external modulation of a laser
  • draw up a power budget for an optical-fibre communication link and use it to estimate the maximum link distance.
  • convert between wavelengths and frequencies
  • describe the difference in structure and performance of step-index multimode, graded- index multimode and single-mode optical fibres

Meet your instructors

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Oluwasegun Oseni

  • Students: 0
  • Duration: 30 days
  • Category: I T AND TELECOMMUNICATIONS
  • Assessment: Yes

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