Hi all, brand new guest to the forum. Hoping someone can help me out
I bought a TM-AC1900 (Tmobile AC68u), and went through the process to revert it to the non-tmobile firmware (followed these steps). The firmware reversion seemed to go off without a hitch. Currently have it running the latest Merlin firmware (380.69) and set as an access point for my network (I also have the same issue as below using the newest Asus firmware, 382, as well). It's connected to a normal AC68U I've had for years that acts as my main router.
The wifi network is setup with it's own SSID, but the wifi signal is practically invisible. Most of our phones and laptops can't see the network at all, or it will pop up for a few seconds and then disappear. I have an old Linksys WUMC710 media bridge that can consistently see the SSID, and I was able to connect my desktop via this and had network access (though at only 30-40 Mbps speeds compared to ~250Mbps speeds connected to the base router which is further away). Wired performance is great (>500 Mbps).
I've tried setting the device up as a normal router, in AP mode, and they all have the issue with the practically non-existent wifi performance. Since I have been able to connect with the media bridge, it's obvious the wifi hardware isn't a complete lemon. Unfortunately, I didn't test the wifi with the prior TMobile firmware, so I can't confirm if this was an issue before the firmware revisions.
Any thoughts or suggestions on how to correct / resolve? Any suggestions or tips are greatly appreciated; I don't have much background in networking; just my own minor tinkering with my existing AC68U. I did try this, but I didn't roll back to the old Merlin fw they suggested, and it didn't seem to have an impact. I've reset the NVRAM since then. I'm hoping I didn't just kill the equipment, but I can't imagine that's the case since it does broadcast and I have been able to successfully connect to it...
WUMC SSID view (the ASUS_5G is the SSID coming from the TM-AC1900 set as an AP):
Current 5G wifi settings (issue occurs on both 2.4 and 5 G):
I bought a TM-AC1900 (Tmobile AC68u), and went through the process to revert it to the non-tmobile firmware (followed these steps). The firmware reversion seemed to go off without a hitch. Currently have it running the latest Merlin firmware (380.69) and set as an access point for my network (I also have the same issue as below using the newest Asus firmware, 382, as well). It's connected to a normal AC68U I've had for years that acts as my main router.
The wifi network is setup with it's own SSID, but the wifi signal is practically invisible. Most of our phones and laptops can't see the network at all, or it will pop up for a few seconds and then disappear. I have an old Linksys WUMC710 media bridge that can consistently see the SSID, and I was able to connect my desktop via this and had network access (though at only 30-40 Mbps speeds compared to ~250Mbps speeds connected to the base router which is further away). Wired performance is great (>500 Mbps).
I've tried setting the device up as a normal router, in AP mode, and they all have the issue with the practically non-existent wifi performance. Since I have been able to connect with the media bridge, it's obvious the wifi hardware isn't a complete lemon. Unfortunately, I didn't test the wifi with the prior TMobile firmware, so I can't confirm if this was an issue before the firmware revisions.
Any thoughts or suggestions on how to correct / resolve? Any suggestions or tips are greatly appreciated; I don't have much background in networking; just my own minor tinkering with my existing AC68U. I did try this, but I didn't roll back to the old Merlin fw they suggested, and it didn't seem to have an impact. I've reset the NVRAM since then. I'm hoping I didn't just kill the equipment, but I can't imagine that's the case since it does broadcast and I have been able to successfully connect to it...
WUMC SSID view (the ASUS_5G is the SSID coming from the TM-AC1900 set as an AP):
Current 5G wifi settings (issue occurs on both 2.4 and 5 G):