Which of the following would create the most stable computer network with the fastest data transmission?

Correct option is D

The most stable computer network with the fastest data transmission is achieved by connecting devices to a switch using optic fibre cables. This setup offers high-speed, reliable, and interference-free data transmission.
Option (d): Connect devices to a switch using optic fibre cables
· Switch: A device that connects multiple devices in a network and facilitates efficient communication between them by directing data to the correct destination.
· Optic Fibre Cables:
· Provide extremely high-speed data transmission (up to terabits per second).
· Are resistant to electromagnetic interference, ensuring a stable and secure network.
· Offer low latency and high reliability, ideal for high-performance networks.
Conclusion: This setup is the most stable and fastest, making it the correct answer.
I nformation Booster
Why Use Optic Fibre Cables?
1. Speed: Supports speeds up to 100 Gbps or more.
2. Stability: Immune to electromagnetic interference, ensuring consistent performance.
3. Security: Difficult to tap or intercept data, enhancing network security.
Advantages of Switches in Networks:
1. Efficiently manages data traffic between devices in a network.
2. Reduces collisions in data packets by directing data only to the intended device.
3. Scales easily for larger networks.
Use Cases for Optic Fibre Networks:
1. High-performance enterprise networks.
2. Data centers and cloud infrastructure.
3. High-speed internet connections (FTTH - Fibre to the Home).
Additional Knowledge
· Wireless Access Points: Convenient but prone to lower speeds and signal interference.
· Mobile Phone Tethering: Suitable for temporary connections but unreliable for stable networks.
· Coaxial Cables: Legacy technology often replaced by modern alternatives like Ethernet or optic fibre.
· Option (a): Use a wireless access point to connect devices: Wireless connections are convenient but prone to interference, reduced speed, and lower reliability compared to wired connections.
· Option (b): Connect devices wirelessly using a mobile phone: This relies on mobile data (e.g., 4G/5G), which may have high latency and variable speeds depending on network conditions. It is not suitable for creating a stable network for continuous or high-speed communication.
· Option (c): Use coaxial cables to connect devices in sequence: Coaxial cables are older technology with limited data transmission speed and bandwidth compared to optic fibre. Connecting devices "in sequence" (daisy-chaining) creates dependency on each device, reducing network stability.