Thanks for sharing your experience and also for the suggestion 👍

Happy to hear that you liked the video! Thanks for subscribing 🙂

Thanks for the suggestion 🙂

Glad to hear that, thanks for sharing 🙏🏻

Thanks 🙏

Glad you enjoyed it!

question. I have an ROG Rapture GT-AXE16000 & 2 ROG Rapture GT6s. I have a large area to cover. I was told by ASUS Tech support before I bought them that they will work together. Well I was given the AXE16000 but I bought the 2 GT6s for the extended space. I told them I planned on using the AXE16000 as my main router and the 2 ROG GT6s as 2 nodes or what ever you want to call them. They told me they will work. Today when I called tech support they told me you cannot use them this way. Both devices under their specs say AiMesh capable. Are you familiar with these? If so do you know if they will work like I am hoping they will? If they do where do you recommend I go for quality support to get help setting them up. ASUS customer tech support is terrible. I read my serial number to the guy 10 times and I swear they were just not listening. Also for your info. I plan to have my AXE16000 connected to my ISP modem. My ISP does not have a built in router/wifi. So I will not need to put anything on their equipment in bridge mode. So the AXE16000 will be my router and I will have the 2 GT6s spread out far away on other side of building. My AXE16000 is next to and connected to a 16 port gigabit switch. I have Ethernet ran in the walls all the way out to where both GT6s are located. So the internet will be supplied from my AXE16000 through Cat6 to my GT6s so they will not be receiving WiFi signal from AXE16000 to the GT6s but instead they will be directly connected via Ethernet. I am hoping I can have the 2 GT6s receive wired internet and then broadcast WiFi from there to devices on that side of building. Will this work and how do I go about doing this? Thanks for your help in advance.

I guess they think that AiMesh means that in order for these to work the way I want that the 2 devices that will be considered Nodes and the AXE16000 being the Router. They seem to think that the 2 nodes need to be receiving their signal via wireless signal and then they broadcast wirelessly as a mesh. They seem to cannot grasp the concept that other systems I have used like Eero, Orbi and so forth. They could have just one device be the router and the other 2 or 3 nodes or how ever many you have can be sent their signals via directly connected through Ethernet from router all the way to each node. This helps for more than one reason. 1. If the nodes are to far away from the router to receive their wireless signal, so then the wire helps get the signal directly through direct connection and then the nodes can broadcast wirelessly via WiFi from there. 2. Or if they are close enough to receive wireless signal from router, but the many walls and other interference materials in a building can weaken signals of wireless connections between routers and nodes making the signals unstable. This is where my building layout situation is. From my experience using eero or orbi in my building. One of my potential nodes will just barely be in range of my router if I used no direct connection of Ethernet from router to each node. So that node will struggle. The second nodes location will be to far away. This is why direct connections to each node is important. This way each node gets 100% wired internet connection so then they can broadcast WiFi from there. The reason I want to switch to these Asus devices. Is I am tired of the other brands controlling my 2.4, 5, or 6GHz signals automatically. Plus the AXE has quad band or 4 potential network names that I can use. Well the 2 GT6s only have 3. But I am not sure how this works. If they are connected to the AXE do they all 3 share one choice. Or can each device have their main 3 network names created (AXE 4 network names) or will they all be considered one system and only have 3 network names made (and devices that are in range of the AXE have that potential 4th network name created)

Thank you! Cheers!

You're very welcome!

That's the case with almost every mesh system if you decide to use wireless backhaul because the more nodes you have, the higher the chance of interference between them. This can lead to poorer WiFi quality. However, if you use wired backhaul and implement good network design, you can have more nodes without encountering these issues

Love you too

I take the view as I do for work, I want as much of that memory used as possible, let things use it, caching to improve speed, go for it. Just as long as the swapping is efficient and fast as new processes need more then all is good.

Thanks for sharing! I think (at least in my case) the RAM is fine, it's just designed to be this way. Some other people also reported the same situation with no issues. Hopefully yours is also the same! Thanks again

I hope you enjoy your new purchase. Unfortunately, not many people watched or liked the video even though I put a lot of work into it. So, I'm not sure if Part 2 will have better luck. I'll wait a bit longer and see what happens.

Thanks for the suggestion 🙂

Yes you can

@@Behfor thy for the answer 😁

Based on what you said, It sounds like there might be an issue with your internet connection itself because if you tested it when directly connected to the modem, then you were basically testing your ISP not the router.

@@Behfor I’m not sure because I went ahead and rebooted and when doing a speed test from PS5 I am getting 768mbps download but the game is unplayable I getting 46ms latency and flare ups of up to 400ms latency and the game skips and lags and happens when I’m usually near players as I play the game

Thanks for sharing 🙂

Thanks for the suggestion

Hi there, yes it does. Thanks.

Yes and no, because you still need to have a modem in your network. Your comcast device is most likely a combo modem/wireless router device, so you will need to use it only as a modem when you add this Asus device to your network.

I heard it is 9 but haven't tried it myself so i'm not 100% sure!

It is WiFi 6.

Thanks for the suggestion 🙂👍

@@Behfor Routers that are WiFi 6 and compatible with OpenWRT that you can flash and test: 1-Linksys E8450 (aka. Belkin RT3200) 2-NETGEAR WAX206 3-Asus RT-AX53U Routers with Openwrt Pre-Installed: All GL.iNet routers.