Over the years, there have been several advancements in technology and Ethernet reflects the same. Comparatively faster and more reliable than Wide Area Network (WAN) and other likewise mechanism, Ethernet is the modern-day Local Area Network (LAN) technology. This typical communications’ protocol is embedded in various software and hardware gadgets that are meant for creating a Local Area Network (LAN).
Ethernet: The History And The Evolution
Designed by Bob Metcalfe and D.R. Boggs in 1972, at Xerox PARC (where Metcalfe worked), Ethernet became an ingenious model for Local Area Networks all across the world. At the start, Ethernet consisted of two main proprietary systems, namely, Token Bus and Token Ring. Since Ethernet was capable of acclimatizing to the market veracity and transfer to low-priced and omnipresent warped pair cabling, the proprietary protocols shortly started competing in the market flooded by Industrial Ethernet products. By the end of 1980s, Ethernet successfully emerged as an overriding network technology. In recent times, Ethernet is one of the most popular and commonly used network technologies in the world.
Ethernet: The Potential Applications
Having ever-present use, high data rates, internet connectivity and unlimited range expansibility, Ethernet can typically accommodate almost all the wired communications necessities. Some of the potential applications of Ethernet mainly include:
- Bulk and speedy data transfer
- Distant sensing and supervision
- Live streaming video and audio media
- Distant control, monitoring and firmware updating
- Unrestricted acquisition of data (stock quotes, date/time, news releases, and many more)
Ethernet functions following a set of rules that can easily be understood after knowing the fundamentals of Ethernet Terminology.
- Medium – Ethernet devices have to be connected to a common medium that gives a path next to which the electronic signals move. Previously, this medium used to be a coaxial copper cable, but nowadays it is generally a twisted pair.
- Segment – A single common medium is referred to as an Ethernet segment.
- Node – Devices that have to be connected to the Ethernet segment are known as nodes.
- Frame – Nodes correspond in short messages known as frames.
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