Welcome to a Laptop Ac Adapter specialist of the Asus Ac Adapter
I used an AVADirect laptop equipped with a 2.5GHz Intel Core i5-3210M CPU, 4GB of memory, and an integrated Intel Centrino Ultimate-N 6300 Wi-Fi adapter to run my benchmark tests. The Ultimate-N 6300 can send and receive three simultaneous 150-mbps spatial streams (450 mbps in total); most adapters are limited to handling two (300 mbps in total). This was all the streaming I needed to evaluate the RT-AC66U's 802.11n performance (on both the 2.4- and 5GHz frequency bands). To measure the router's 802.11ac performance on the 5GHz frequency band, I configured a second RT-AC66U as a media bridge and connected that to the AVADirect's ethernet port.
To test the router, I positioned the client successively at five spots inside and outside a 2800-square-foot, ranch-style home (distances from the router are noted in each chart below). I used the open-source IPERF benchmark with battery such as Asus AP.T3503.002 Ac Adapter , Asus LC.ADT01.001 Ac Adapter , Asus LC.T2801.006 Ac Adapter , Asus PA-1650-02 Ac Adapter , Asus LC-T2801-006 Ac Adapter , Asus PA-1700-02 Ac Adapter , Asus PA-1900-05 Ac Adapter , Asus A6KM Ac Adapter , Asus A6T Ac Adapter , Asus A7V Ac Adapter , Asus A8F Ac Adapter , Asus F2 Ac Adapter (and the JPERF Java graphical front end designed for it). To measure the router's downlink TCP throughput, I set up the laptop as a server and used a desktop PC hard-wired to the router as the client.