At present, DIR-868L can only be converted to RT-AC66U_B1 or to RT-AC68U.
Besides the problems mentioned in the opening post such as LAN/WAN ports rearranged and LED not working normally,
1) If converted to RT-AC66U_B1, everything works fine except 2.4G WiFi very slow
2) If converted to RT-AC68U, everything works fine except 2.4G WiFi very slow and WiFi is disabled/off after every restart.
Here's the guide to fix both 2.4G WiFi speed and WiFi disabled after restart. It will be converted to AC68U. AC68U has slightly more info when viewing connected clients list compared to AC66U_B1.
Only do this after you're already fully converted and running Asus firmware.
1) Download attached file. CFE_868L_2.4Gfix_68u.bin and mtd-write and CFEEdit
https://drive.google.com/file/d/14uUNxKWLzb...iew?usp=sharing2) Use CFEEdit and change 3 macaddresses and WPS Pin according to your own router.
3) Turn on the SSH from router page. Administration > System > Enable SSH > Apply
4) Open WINSCP. Choose SCP protocol, enter router IP address, username and password
5) Drag and drop both CFE_868L_2.4Gfix_68u.bin and mtd-write files to the right side of WINSCP
6) Use Putty and connect to router. Enter username and password
7) Enter this common into Putty to backup current CFE
CODE
dd if=/dev/mtd0 of=/tmp/home/root/cfe_bac.bin
8) Drag cfe_bac.bin file from right window of WINSCP to left window.
9) Enter these commands in Putty to flash new CFE
CODE
chmod 755 mtd-write
./mtd-write -i CFE_868L_2.4Gfix_68u.bin -d boot
10) Just to be safe, enter this additional commands into Putty also
CODE
chmod u+x mtd-write
./mtd-write CFE_868L_2.4Gfix_68u.bin boot
11) Enter this command into Putty to clear NVRAM and reboot
CODE
nvram erase
reboot
And it should startup as AC68U. Please don't blame me if anything goes wrong. It worked for 3 of my units.
A cosmetic question, so the INTERNET LED and POWER LED no light after connected to Internet?