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High-speed fiber-optic communication lines use strands of glass or plastic fibers to transmit data as pulses of light, enabling rapid and efficient communication over long distances. These lines offer significantly higher bandwidth compared to traditional copper cables, allowing for faster internet speeds and improved data transfer capabilities. Fiber-optic technology is essential for modern telecommunications, supporting everything from internet services to television and telephone systems. Its resistance to electromagnetic interference also enhances signal quality and reliability.
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Which WAN connection technology uses high-speed connections made over regular analog phone lines?
DSL (Digital Subscriber Line) Technology provided by Telecom operators enables high speed internet connections over Telephone Lines.
How are light waves used in communication?
Light waves are utilized in communication primarily through fiber optic technology, where they transmit data as pulses of light through glass or plastic fibers. This method allows for high-speed data transfer over long distances with minimal loss and interference. Additionally, light waves are used in technologies like Li-Fi, which leverages visible light for wireless communication, providing an alternative to traditional radio-frequency methods. Overall, light wave communication enhances bandwidth and speed, making it essential for modern telecommunications.
Who provides high speed internet in my area?
Verizon is nationwide and provides wireless internet i want high speed internet how do i get
What does the term backbone mean when it relates to a network?
In networking, the term "backbone" refers to the main infrastructure that connects different segments of a network, providing a high-capacity transmission path. It typically consists of high-speed data lines and routers that facilitate communication between various networks, such as local area networks (LANs) or wide area networks (WANs). The backbone is essential for ensuring efficient data flow and connectivity across larger distances, supporting the overall performance and reliability of the network.
What are the improving communication routes in the region of high altitudes?
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What is the Internet has high speed data lines that connect major computer around the world is called?
These high speed data lines, along with the equipment that connects them all together is referred to as the "backbone" of the Internet.
What is the technology merges computing with high speed communication?
Fiber optics, which allow data to flow @ the speed of light
The Internet backbone refers to .?
The main pathway of high-speed communications lines through which all internet traffic flows.
Define the term T-lines?
T-Lines are mostly high-speed fiber optic communications lines. (example - T1, T2, T3 etc...)
How fast cane a europen high speed train travel?
European high speed trains can reach speeds of up to 300–350 km/h (186–217 mph) on dedicated high-speed railway lines.
Why the speed of travel electromagnetic waves make them useful in communication technologies?
its because they have a high speed same as that of light 3x108 m/s.
What provides high speed internet connections using regular copper telephone lines?
DSL
Which WAN connection technology uses high-speed connections made over regular analog phone lines?
DSL (Digital Subscriber Line) Technology provided by Telecom operators enables high speed internet connections over Telephone Lines.
What does 'high-speed desktop serial interface' mean?
it is a communication port which recives and sends data serialy
Blank is technology that provides high-speed internet connection using regular copper telephone lines?
dsl
Which is WAN connection technology that use high-speed connection made over regular analogue phone lines?
ASDL
How long is the German high speed rail?
The total length of the German High Speed Rail network is approximately 1500 Km.This figure includes upgraded lines and lines under construction, but not lines still in the planning stage.The total is made up as follows:Cologne-Aachen high-speed railway (upgraded line, 250 km/h), 70 KmCologne-Frankfurt high-speed rail line (new line, 300 km/h), 180 KmErfurt-Leipzig/Halle high-speed railway (new line, 300 km/h, under construction), 123 KmHanover-Berlin high-speed railway (partially new line, 250 km/h), 285 KmHanover-Würzburg high-speed railway (new line, 250 km/h), 327 KmMannheim-Stuttgart high-speed railway (new line, 250 km/h), 99 KmNuremberg-Erfurt high-speed railway (partially new line, 300 km/h, under construction), 107 KmNuremberg-Munich high-speed railway (partially new line, 300 km/h), 171 KmKarlsruhe-Basel high speed line (new line, 250 km/h, incomplete), approximately 100 Km open.
