Average-bandwidth

Average-bandwidth refers to the typical rate at which data is transferred over a communication channel, network, or internet connection. It represents the average amount of data transmitted or received over a specific period. This metric provides a useful overview of the performance of a network and how it handles data-intensive applications. Higher average bandwidth generally indicates a more efficient and responsive connection, while lower bandwidth signifies potential bottlenecks or limitations in data transfer. Factors such as network traffic, the type of connection, and hardware capabilities influence average bandwidth.

Average-bandwidth meaning with examples

• When analyzing internet usage, the IT team monitored the average-bandwidth of the office network. Over the week, it saw a significant peak when employees uploaded large files to the cloud, indicating bandwidth limitations during peak working hours. They thus proposed implementing a Quality of Service (QoS) policy to prioritize bandwidth-intensive applications during peak times, preventing lag issues.
• Streaming video platforms often display bandwidth usage metrics, showing average-bandwidth utilization. High-definition streaming demands a higher average-bandwidth than standard definition. This means that lower average-bandwidth will result in buffering or lower video quality. To maintain optimal streaming quality and provide an exceptional viewing experience, internet service providers require a higher average-bandwidth for such services.
• During a network performance audit, the consultant measured the average-bandwidth across various departments. They found that the marketing department, handling large image and video files, experienced consistently higher average-bandwidth consumption. To improve performance, they recommended allocating more bandwidth resources to the marketing team, ensuring faster file transfers.
• Online gaming performance directly relates to a player's average-bandwidth. Low average-bandwidth may cause lag or delays, as the game data can't transfer quickly enough. Users thus need to assess their own average-bandwidth requirements depending on the game, as higher average-bandwidth ensures smooth real-time gameplay and a better user experience.