Tp Link Wn722n V1 Driver

[Emigdio Binet]

HelloI have a tp-link tl-wn722n and I'd like to add it to my netgear WNDR3700's usb to act as a wireless client (WWAN). Right now the neatgear's 2.4ghz is acting as a client and the 5ghz as the actual wifi network. I want to substitute the wifi with the usb wifi adapter, but I don't know how.

See more details in information webpage for TL-WN722N V2; And in the Driver tab of this information webpage, you could download source code of driver for TL-WN722N V2. I have provided the download link in the Reference section.

Hello! I have installed the driver: RTL8188EU for the TP-Link TL WN722N V2 network adapter. The wifi works, but when I'm trying to run the command airmon-ng there is no PHY and no Chipset and when I try to run the command airodump-ng mon0 i get an error. It should work because the adapter supports monitoring networks. I'm running Kali Linux in VirtualBox on a Mac Book Air 2015. Here is the pictures of the terminal:

It will work. Monitor mode is supported on the RTL8188. AP mode is not supported yes, but monitor should be. I have a V2 myself and monitor mode works just fine. You need to have the right patches and downloads though. It's not worth the work i put in just to make it work, but it's definitely supported and doable!

Senpais, may you tell us how to solve the problem with a guide or link a guide for v2 of TP-Link? I know its not worth it but if somebody makes it just ones everbody who bought this shitty adapter who cant solve this problem at this point because they are beginners may have lesser headache.. I am working on this shit since monday :(

I tried to write data (logical 0 and 1) to the USB port and read data from it but no matter what I write on it, it always returns logical 0 to Arduino. And now I know that this is not a way to communicate from Arduino with the USB and also with the NIC

You will need an Arduino that can act as a USB host or an additional host shield. After that it might be possible to write the code for communication with the dongle and eventually for communication with other devices; the link that you provided can act as a guide but it seems to be for PCs with plenty of memory, something that most Arduinos don't have.

Does the university have access to the manufacturer's data for the RTL8188EUS? That tends to be extremely proprietary with wifi devices, but they may have allowed the university to have a copy for academic use.

You might be better off starting with the open-source drivers for that chip instead of trying to reverse-engineer the interface from the USB communication. At least that way someone else has done the really difficult part of decoding the actual command structure for the chip.

I think that you're missing the point a little. You use wireshark (running on a PC) to analyse what is going on; once you know what is happening you can implement that. Combine the information that you collect (source code in the opening post as well as wireshark results) to design and create your Arduino implementation.

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