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Optical Communication Wireless Transmission Equipment

ODN and passive infrastructure knowledge brief Published 24 Jan 2023

Prepared for preliminary research by the GESTIONVAL ODN knowledge desk. Confirm network topology, split ratio, box or cabinet capacity, joint closure rating and loss budget against current standards and product documentation.

Optical wireless communication (OWC) equipment includes transmitters, receivers, and optical components that enable high-speed data transmission using visible, infrared, or ultraviolet light without fiber cables.Key Components of Optical Wireless Equipment

Transmitters: These typically use LEDs or laser diodes to emit light signals. In visible light communication (VLC), white LEDs can simultaneously provide illumination and data transmission, while infrared lasers are used in free-space optical (FSO) systems for long-range links . Receivers: Photodetectors such as PIN diodes or avalanche photodiodes (APDs) capture the optical signals. APDs are preferred for high-gain, high-speed applications, including space optical communication . Optical Multiplexers/Demultiplexers: Wavelength Division Multiplexing (WDM) components allow multiple wavelength channels to be transmitted simultaneously, increasing data throughput . Drivers and Signal Processing Circuits: LED or laser drivers modulate the light source, while electronic circuits process the received signals to recover the transmitted data .

System Configurations

OWC systems can be configured in various topologies:

  • Point-to-Point: Direct LOS communication, often used in FSO backhaul links with data rates up to 10 Gbps per wavelength .
  • Point-to-Multipoint: One transmitter communicates with multiple receivers, suitable for indoor VLC networks.
  • Ring or Mesh Networks: Used in complex indoor or vehicular networks to enhance coverage and reliability .
Applications
  • Indoor VLC: Wireless LANs, conference rooms, and aircraft cabins using LEDs for simultaneous lighting and data transmission .
  • Vehicular Networks: Car-to-car or Car2X communication using visible or infrared light .
  • Backhaul Links: FSO systems provide high-speed links between base stations, reducing RF spectrum congestion .
  • Space Communication: High-speed satellite-to-satellite or satellite-to-ground links using lasers, with challenges like solar interference and precise alignment .
  • Underwater OWC: Using blue/green light for short-range underwater communication .
Advantages of Optical Wireless Equipment
  • High Data Rates: Optical spectrum offers hundreds of THz, enabling very high-speed communication .
  • Security: Optical signals do not penetrate walls, reducing eavesdropping risks .
  • Unlicensed Spectrum: Unlike RF, optical frequencies are largely unregulated, allowing global deployment .
  • Complementary to RF: OWC can relieve congested RF networks and provide additional bandwidth .
Limitations
  • Line-of-Sight Dependency: Directed systems require clear LOS; obstructions can disrupt communication .
  • Atmospheric Sensitivity: Weather, smoke, or dust can affect outdoor FSO links .
  • Alignment Challenges: Especially critical in space or long-range terrestrial links . Optical wireless communication equipment is rapidly evolving, with ongoing research in photonic integrated circuits, advanced modulation schemes, and adaptive beam steering to enhance performance and reliability across diverse environments .

Optical Communication Wireless Transmission Equipment - GESTIONVAL ODN INFRASTRUCTURE S.L. [PDF]

Optical Communication Wireless Transmission Equipment

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This reference is intended for preliminary ODN and passive infrastructure research. Topology, split ratio, box or cabinet capacity, closure rating, cable type, test limits and applicable standards must be verified for the specific project.

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