Which of the following is a characteristic of Ethernet communication over fiber?

Get ready for the Cisco Certified Network Associate (CCNA) 1 v7.0 Test. Study with flashcards and multiple choice questions with hints and explanations. Sharpen your networking skills and excel in your exam!

Multiple Choice

Which of the following is a characteristic of Ethernet communication over fiber?

In Ethernet communication over fiber, one of the key characteristics is its ability to support higher bandwidth and longer distances compared to copper cabling. Fiber optics uses light to transmit data, which allows for significant increases in both speed and range. Compared to copper, fiber can carry signals over much greater distances without signal degradation and can support much higher bandwidths, making it ideal for backbone connections in networks or long-distance data transmission. The exceptional performance of fiber over copper is due to its immunity to electromagnetic interference and the high efficiency of light transmission. This characteristic makes fiber-optic networks preferred for modern telecommunications and high-speed internet connections where greater data volumes are required. In the context of Ethernet communication, this means that organizations can utilize fiber-optic cables to achieve faster data transmission rates, making it suitable for environments with heavy traffic and complex networking needs.

In Ethernet communication over fiber, one of the key characteristics is its ability to support higher bandwidth and longer distances compared to copper cabling. Fiber optics uses light to transmit data, which allows for significant increases in both speed and range. Compared to copper, fiber can carry signals over much greater distances without signal degradation and can support much higher bandwidths, making it ideal for backbone connections in networks or long-distance data transmission.

The exceptional performance of fiber over copper is due to its immunity to electromagnetic interference and the high efficiency of light transmission. This characteristic makes fiber-optic networks preferred for modern telecommunications and high-speed internet connections where greater data volumes are required.

In the context of Ethernet communication, this means that organizations can utilize fiber-optic cables to achieve faster data transmission rates, making it suitable for environments with heavy traffic and complex networking needs.

More practice questions