Featured

Linksys RE6700 AC1200 Amplify Wi-Fi Range Extender Review

Testing & Methodology

It took me a little while to come up with a testing scenario for the WiFi range extenders as I wanted to provide relevant information on both how to do it right and wrong. But I think I’ve come up with a good solution and I hope you all agree.

At first I’ll place my router as far from the test system as possible and run a couple baseline tests to have something to compare the results to. I’ve limited the router to the max possible IEEE 802.11 standard which, in this case, is N with 300Mbps. Now, my router can do N600 which is faster, but we should still see the difference with these scenarios.

Once the baseline tests are in, I’ll move the range extender around to three different locations. The first being close to the router, the next about midway between the router and the system that connects through WiFi, and lastly I’ll move the WiFi extender closer to the receiving system and further away from the router.

Some of these scenarios will give me a better performance, some will give me a worse performance. Which is best will be seen on the following pages.

Hardware

Network

We would like to thank our sponsors for supplying us with the equipment needed to perform these tests.

Software

PassMark PerformanceTest Suite
Windows 7 Ultimate

The performance tests on a wireless range extender is very easy, especially when it features spot finder technology such as this one does. I will first be testing the wireless performance between my test bench and the router without the range extender connected. I will be placing the router as far from my test system as possible to give the range extender something to work with.

After having done the network tests without the range extender, I will do the exact same tests in the same order with the range extender hooked up and configured. Those two results will then be compared in order to see how well the range extender did.

Page: 1 2 3 4 5 6