OFC Full Form

What is the full form of OFC?

The full form of OFC is Optical Fiber Cable. Fiber Optic Cable is another name for optical fiber cable. Although it resembles electrical cables, it also has one or more optical fibers. Each optical fiber element is individually covered in plastic layers and housed in a protective tube appropriate for the location where the cable will be utilized. It is typically utilized to transport light. It can be used for many different things, including long-distance communication and connecting high-speed data sources throughout a building. Generally, there are three types of OFC for various purposes:

This Story also Contains

1. What is the full form of OFC?
2. Capacity and market
3. Reliability and quality

• Single mode OFC

• Multimode OFC

• Plastic Optical Fiber

Capacity and market

NTT Japan showed a single fiber cable in September 2012 that could transmit 1 petabit per second (1015 bits/s) over a 50-kilometer span. Although the greatest strand-count single-mode fiber cable routinely produced is the 864-count, which is made up of 36 ribbons each carrying 24 fiber strands, modern fiber cables can hold up to 1,000 fiber strands in a single cable. Only a small portion of the fibers in a cable may really be in use in some circumstances. The unused fiber can be leased or sold by businesses to other service providers who need to access a certain area.

Companies may overbuild their networks in order to have a sizable network of black fiber available for sale, depending on the unique local rules, hence decreasing the overall need for trenching and municipal permitting. Alternatively, they might purposefully underinvest in order to keep their competitors from reaping the benefits of their investment.

Reliability and quality

Optical fibers are extremely strong, however, the manufacturing process’s inevitable microscopic surface defects significantly lower the strength. Regarding the stress placed on the fiber during handling, cabling, and installation for a specific set of environmental circumstances, the original fiber strength as well as how it changes over time must be taken into account. Dynamic fatigue, static fatigues, and zero-stress aging are the three fundamental scenarios that can cause fault growth, which in turn can cause strength to deteriorate and fail.

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