Throughput testing has long been regarded as the best way to find great Wi-Fi products, validate WLAN design and troubleshoot user Wi-Fi issues. It's not. Wi-Fi throughput testing generates a single data point under a specific scenario in a highly dynamic environment. That's it. In today's enterprise network environment, we need a lot more than that.+RELATED: What is MU-MIMO and can it boost Wi-Fi capacity?+It’s tempting, for example, to use Wi-Fi throughput tests to evaluate vendor equipment by determining the maximum TCP data rate (or speed) that, say, an access point can achieve with one or more client devices concurrently connected. But these tests don’t really reflect reality because you won’t see how that equipment really measures up until you have the network fully loaded and deployed.To read this article in full or to leave a comment, please click here
Throughput testing has long been regarded as the best way to find great Wi-Fi products, validate WLAN design and troubleshoot user Wi-Fi issues. It's not. Wi-Fi throughput testing generates a single data point under a specific scenario in a highly dynamic environment. That's it. In today's enterprise network environment, we need a lot more than that.+RELATED: What is MU-MIMO and can it boost Wi-Fi capacity?+It’s tempting, for example, to use Wi-Fi throughput tests to evaluate vendor equipment by determining the maximum TCP data rate (or speed) that, say, an access point can achieve with one or more client devices concurrently connected. But these tests don’t really reflect reality because you won’t see how that equipment really measures up until you have the network fully loaded and deployed.To read this article in full or to leave a comment, please click here
GT Hill