Which component would you use to implement a prioritized tree of queues for bandwidth management?

Which component would you use to implement a prioritized tree of queues for bandwidth management?

• A. Queue Tree
• B. Bridge Mode
• C. Wireless Interface
• D. SSID

Answer: (A)

To implement a prioritized tree of queues, you use a Queue Tree. This structure lets you create a root queue for overall bandwidth and then add child queues for different traffic classes, each with its own limit and priority. The scheduler serves the highest-priority child first and only uses lower-priority queues when bandwidth is available, ensuring critical traffic gets precedence even under heavy load. You can also apply per-connection queuing inside each child to keep flows fair, giving you fine-grained control over how bandwidth is shared. This hierarchical, priority-based approach is what makes Queue Tree the right tool for bandwidth management, unlike options that focus on bridging, wireless interface settings, or network naming.

To implement a prioritized tree of queues, you use a Queue Tree. This structure lets you create a root queue for overall bandwidth and then add child queues for different traffic classes, each with its own limit and priority. The scheduler serves the highest-priority child first and only uses lower-priority queues when bandwidth is available, ensuring critical traffic gets precedence even under heavy load. You can also apply per-connection queuing inside each child to keep flows fair, giving you fine-grained control over how bandwidth is shared. This hierarchical, priority-based approach is what makes Queue Tree the right tool for bandwidth management, unlike options that focus on bridging, wireless interface settings, or network naming.