How to Improve WLAN Performance Using Split-The-Traffic Approach

What is the split-the-traffic approach for troubleshooting a slow WLAN?

A technician is troubleshooting a slow WLAN and decides to use the split-the-traffic approach. Which two parameters would have to be configured to do this?

Answer:

Configure the 5 GHz band for streaming multimedia and time-sensitive traffic. Configure the 2.4 GHz band for basic internet traffic that is not time sensitive.

When facing a slow WLAN, a technician may opt to implement the split-the-traffic approach to improve performance. This method involves dividing the WLAN traffic based on different parameters to optimize network usage and efficiency.

To successfully implement the split-the-traffic approach, the technician must configure the 5 GHz band for handling streaming multimedia and time-sensitive traffic. This allocation ensures that high-bandwidth applications such as video streaming or voice calls receive priority and sufficient bandwidth to operate smoothly.

On the other hand, the technician should configure the 2.4 GHz band to handle basic internet traffic that is not time-sensitive. This separation allows for smoother operation of daily internet browsing, emails, and other less-demanding tasks without affecting the performance of time-sensitive applications.

By segmenting the WLAN traffic and allocating specific bands for different types of data, the split-the-traffic approach can effectively enhance network performance, reduce congestion, and prioritize critical applications for a better user experience.