Non-responsive-bandwidth

Non-responsive-bandwidth refers to a situation where the allocated network bandwidth does not dynamically adjust to fluctuating data demands or user needs, leading to performance bottlenecks, slow data transfer, and inefficient resource utilization. This often results from static bandwidth allocation, outdated network infrastructure, or a lack of adaptive mechanisms to accommodate variable traffic loads. It directly impacts user experience through increased latency, interrupted services, and reduced overall network efficiency. The condition usually arises due to outdated network infrastructure, or a lack of adaptive mechanism to accommodate variable traffic load.

Non-responsive-bandwidth meaning with examples

• During peak hours, the company's video conferencing experienced significant lag. This was due to the non-responsive-bandwidth setup, as the allocated capacity was fixed, failing to adapt to the surge in simultaneous video streams. This led to frustrated employees and hindered communication effectiveness. Upgrading the bandwidth to a dynamic model would solve the issue.
• The website loading times increased dramatically during a flash sale. The non-responsive-bandwidth provided by the hosting provider was unable to handle the influx of users. Consequently, customer experience suffered, and sales opportunities were missed. Upgrading the bandwidth to be more responsive to the amount of traffic would have been useful.
• A remote worker experienced frequent disconnections while working on large file transfers. The slow file transfer speed was attributable to the non-responsive-bandwidth, that didn't adjust when more workers were logged on. A better data transfer service may be the optimal answer to this situation for any worker.
• The cloud-based application suffered from intermittent performance problems, particularly during periods of high user activity. The limited, non-responsive-bandwidth of the underlying network infrastructure struggled to support the application's demands. Thus, a dynamic bandwidth that responded to resource requests would have avoided the problems.