fibreoptics
Noun: 1. The technology of transmitting light signals through thin, flexible glass or plastic fibers: This refers to the scientific field and engineering practice of using optical fibers for communication, data transfer, or illumination. The core principle involves guiding light through the fiber by total internal reflection.
The term "fibreoptics" (also commonly spelled "fiber optics") is used as a singular noun to describe the technology or field of study as a whole. It is often used attributively (like an adjective) to describe related equipment, systems, or applications.
- Noun:
- Modern telecommunications rely heavily on fibreoptics.
- The course provides an introduction to the principles of fibreoptics.
- The new internet backbone uses fibreoptics for greater bandwidth.
- Attributive Noun: "Fibreoptics" is frequently used before another noun to specify the type of technology.
- A fibreoptics cable was installed to connect the two data centers.
- He is a specialist in fibreoptics communication systems.
- Fiber optics: The more common American English spelling of the same term.
- Optical fiber (noun): A single strand of the glass or plastic material used to transmit light. This is the physical medium, whereas "fibreoptics" is the technology.
- The signal travels through the optical fiber.
- Fiber-optic (adjective): The standard adjectival form used to describe cables, networks, or technology.
- We have a fiber-optic internet connection.
- Optical communication: A broader term that includes technologies beyond just fiber, such as free-space laser links.
- Lightwave technology: A technical synonym emphasizing the use of light as the signal carrier.
"Fibreoptics" specifically denotes the technology and process of transmission. It is not typically used to refer to the physical cable itself (which is an "optical fiber cable") or a single strand (an "optical fiber"). The term encapsulates the entire system of generating, guiding, modulating, and receiving light signals in fibers.
- the transmission of light signals via glass fibers