- #LINUX FIND MAC ADDRESS USB DONGLE MOD#
- #LINUX FIND MAC ADDRESS USB DONGLE SERIAL#
- #LINUX FIND MAC ADDRESS USB DONGLE DRIVERS#
- #LINUX FIND MAC ADDRESS USB DONGLE DRIVER#
Usb 1 - 1 : r8712u : Loading firmware from "rtlwifi/rtl8712u.bin" Usb 1 - 1 : r8712u : Boot from EFUSE : Autoload OK Usb 1 - 1 : r8712u : USB_SPEED_HIGH with 4 endpoints R8712u : register rtl8712_netdev_ops to netdev_ops Usb 1 - 1 : new high -speed USB device number 2 using musb -hdrc USB Wireless Dongle Detected -sc589 -ezkit :~ # modprobe g_serial (USB Dual mode) RealTek RTL8712U (RTL8192SU) Wireless LAN NIC driverįor the ID 0cf3:7015 chipset: Atheros AltAR7010+AR9287īoot the generated Images and connect the USB Wireless Dongle to the target hardware board:
#LINUX FIND MAC ADDRESS USB DONGLE DRIVERS#
Generic IEEE 802.11 Networking Stack (mac80211)Įnable the Wireless Chipset supported Driversįor the ID 2001:3306 chipset Realtek RTL8188SU Device Drivers -> cfg80211 wireless extensions compatibility
#LINUX FIND MAC ADDRESS USB DONGLE SERIAL#
Serial Gadget (with CDC ACM and CDC OBEX support)Ĭonfigure the USB Wifi corresponding options Networking support -> MUSB Mode Selection (Dual role mode) ->ĭual role mode need the g_serial and CDC module
#LINUX FIND MAC ADDRESS USB DONGLE MOD#
# Generate a random MAC for each WiFi and associate the two permanently.On the Yocto, Configure the linux-kernel as below to set the USB controller in Host only mode, and enable the USB wireless relevant supported operations.Ĭonfigure the USB drivers to host mod or (dual role mode) Device Drivers -> # Randomize MAC for every ethernet connection # "yes" is already the default for scanning You can configure the MAC randomization by adding the desired configuration under /etc/NetworkManager/conf.d. In contrast, random will generate a new MAC address every time you connect to a network, new or previously known. This means that you will use the same MAC address every time you connect to that network. Stable generates a random MAC address when you connect to a new network and associates the two permanently. In terms of MAC randomization the most important modes are stable and random. See the Gnome blog post for more details on the different modes. MAC randomization for network connections can be set to different modes for both wireless and ethernet interfaces. Randomization during Wi-Fi scanning is enabled by default, but it may be disabled by adding the following lines to /etc/NetworkManager/nf or a dedicated configuration file under /etc/NetworkManager/conf.d:
Modifying /etc/NetworkManager/nf or by creating a separate configuration file in /etc/NetworkManager/conf.d/ which is recommended since the aforementioned config file may be overwritten by NetworkManager. Try going into your routers configuration and assign your computer a static IP by associating it to your Mac address.Īlso, from the Arch Wiki, perhaps add an advanced configuration file in /etc/NetworManager/conf.d Contribute to zebulon2/rtl8812au development by creating an account on GitHub.
#LINUX FIND MAC ADDRESS USB DONGLE DRIVER#
That's the driver I've installed, the only one that can work with the usb dongle: I think that maybe my problem is that the MAC Address spoofing isn't disabled whatever I do or setting I choose.Ĭuriosly this only happens with the new USB wifi dongle, with the old one works perfectly. But it didn't worked, I still have to select manually the second mac-address generated. I added the following lines to /etc/NetworkManager/nf to disable it: (which is enabled by default) could fix the problem. Or I have to go back to the Wifi GUI and re-enter the Wifi password.Īfter reading the Archlinux wiki about Networkmanager, some posts in Manjaro forum and some googling I thought that disabling the randomization during Wi-Fi scanning I've to select the second one and the wifi starts to work. The problem is that the wifi dongle has different MAC-Adress each time it is plugged in or system started: After installing the driver, dkms and linux-headers now is working. Recently I've bought a USB wifi dongle which has a RTL811AU chip.