What effect does using a Collapsed Backbone have on troubleshooting network issues?

What effect does using a Collapsed Backbone have on troubleshooting network issues?

• A. It complicates the troubleshooting process
• B. It streamlines the troubleshooting process
• C. It eliminates the need for troubleshooting
• D. It increases troubleshooting time

Answer: (B)

Using a collapsed backbone can streamline the troubleshooting process because it reduces the complexity of the network architecture. In a traditional network setup, a distributed architecture often involves multiple layers of switches and routers, which can complicate the identification of issues. However, a collapsed backbone consolidates the core and distribution layers into one physical layer, creating a simpler and more manageable network structure. This simplification can lead to a more straightforward identification of faults since all major network traffic flows through a centralized point. Technicians can more quickly isolate the source of a problem, whether it's related to congestion, physical connections, or configuration issues, without needing to navigate through numerous layers of devices. Additionally, having a unified structure often means that there are fewer devices to check and less potential for misconfiguration, further enhancing the efficiency of the troubleshooting process. The other options, while relevant to different scenarios, do not accurately reflect the typical benefits associated with a collapsed backbone in networking contexts.

Using a collapsed backbone can streamline the troubleshooting process because it reduces the complexity of the network architecture. In a traditional network setup, a distributed architecture often involves multiple layers of switches and routers, which can complicate the identification of issues. However, a collapsed backbone consolidates the core and distribution layers into one physical layer, creating a simpler and more manageable network structure.

This simplification can lead to a more straightforward identification of faults since all major network traffic flows through a centralized point. Technicians can more quickly isolate the source of a problem, whether it's related to congestion, physical connections, or configuration issues, without needing to navigate through numerous layers of devices. Additionally, having a unified structure often means that there are fewer devices to check and less potential for misconfiguration, further enhancing the efficiency of the troubleshooting process.

The other options, while relevant to different scenarios, do not accurately reflect the typical benefits associated with a collapsed backbone in networking contexts.