Learn how bandwidth is allocated to traffic flows in a flow-based WFQ solution. Understand the role of QoS marking in bandwidth allocation. Enhance your network management skills with this comprehensive guide.
Table of Contents
Question
How is bandwidth allocated to traffic flows in a flow-based WFQ solution?
A. Voice has priority and the other types of traffic share the remaining bandwidth.
B. All the bandwidth is divided based on the QoS marking of the packets.
C. Each type of traffic flow has equal bandwidth.
D. Bandwidth is divided among traffic flows. Voice has priority.
Answer
D. Bandwidth is divided among traffic flows. Voice has priority.
Explanation
In a flow-based WFQ (Weighted Fair Queue) solution, bandwidth is divided among traffic flows. Voice has priority, and the remaining bandwidth is allocated based on the QoS marking of the packets.
In a flow-based WFQ solution, each traffic flow is assigned a weight based on its priority. The bandwidth is then allocated based on these weights, with higher-priority flows receiving more bandwidth. Voice traffic typically has the highest priority, ensuring that it receives sufficient bandwidth to maintain good call quality.
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