
GL.iNet
GL-MT6000 (Flint 2)
OpenWrt enthusiast's choice; good value, but lacks 6GHz.

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a bit harsh ehh, but lol..... I actually upgraded my router after squeezing the life out of my old WiFi 5 setup, and holy hell I did NOT expect this big of a jump. The [**Archer BE550**](https://www.reddit.com/user/Whole-Necessary-6627/comments/1ombf1s/best_wifi_7_router_tplink_triband_be9300/) is my first WiFi 7 router and it legit feels like going from a Honda Civic to a Tesla. [https://www.reddit.com/HomeNetworking/comments/1ombf1s/best\_wifi\_7\_router\_tplink\_triband\_be9300/](https://www.reddit.com/user/Whole-Necessary-6627/comments/1ombf1s/best_wifi_7_router_tplink_triband_be9300/)
For your budget I would sooner get a better WiFi 6 router than a low end WiFi 7 but that depends on what you need. Less clients and no VPN makes it easier to pick. * Flint 2 * TPLink Archer BE550 (little over but might find a sale) * Flint 3e * TPLink Archer AXE75 * UniFi Express 7 (little over budget)
If you can swing a BE550 either new or used it would last quite a while. It has 2.5 gbps lan everywhere so if you want a NAS or anything that needs faster connections hard wired you have it. It can also do Vlans so you can separate out IoT devices, Guest, Work, or whatever you want.
Correction I use the TP-Link Archer BE550 Wireless Tri-Band Wi-Fi 7 Router
You'd might only want a dedicated band, which can be a dedicated router/access point. And make sure you can set a seperate configuration for that band. Also an option if your pc has build in 5ghz wifi that is not used to connect to the network is to use mobile hotspot in windows and use that for your vr headset to connect to giving you a direct connection between the devices. There are tri-band or even quad-band router. Tri-band generally would be 1x2.4ghz, 1x5ghz, 1x6ghz. I believe there might be older 'router/access point's out there being tri-band without 6ghz and instead having a extra 5ghz band. A quad-band generally has 1 extra 5ghz band. You'd generally have to dive into the manufacturer's product page to figure out which bands are on a 'router/access point'. Personally have a tp-link be550 which has WiFi 7 and is a tri-band router. I configured it so 2.4ghz and 5ghz is my general home wifi and the 6ghz is for my quest 3.
Go with the Asus. Just tried the TP-Link BE550 and ended up returning it and going with an Asus BE88U. I didn't need the tri-band for my use and the Asus destroyed the TP-Link in range and speeds. The BE98 Pro is really in a different category. I would've gone for it if I could justify the cost for how I'd be using it.
Using a TP-Link Archer BE550 (Wi-Fi 7) on SLT Fibre. Zero drops. Honestly, skip Dialog/Mobitel 4G entirely if you want real stability. Just get SLT Fibre, disable their crappy stock Wi-Fi, and plug in your own router. If the BE550 is overkill/too pricey, grab a TP-Link AX53 or **AX55** for Rs.\~20k. 100% worth buying a dedicated router.
I'm on the SLT 500Mbps unlimited plan, and with the Archer router, I can actually max out that full speed over Wi-Fi on my Wi-Fi 6 and 7 devices. Plus, it has a smart band steering option that automatically throws devices onto the best supported band without you having to manually switch between 2.4GHz and 5GHz. For gaming, it's a huge difference.The router has built-in game priority features and dedicated high-speed gaming ethernet ports (up to 5Gbps). My main PC has a Wi-Fi 6 card, and honestly, the stability is so rock-solid on this router that I barely notice any difference in ping or lag between playing on Wi-Fi 6 vs being plugged in with an RJ45 cable. The stock SLT one just can't handle simultaneous traffic or gaming latency. Getting a proper router completely eliminates those random ping spikes and dropouts.
Mainly because I run a pretty heavy homelab with multiple servers and a NAS. I need a router that can handle massive simultaneous traffic, local file transfers, and self-hosted apps without breaking a sweat. Since I already have a bunch of Wi-Fi 6 and 7 devices, I wanted to max out the local transfer speeds between my wireless devices and the servers. For that kind of local networking performance, 82k is actually pretty reasonable, most other high-end options here are easily over 250k LKR.

GL.iNet
GL-MT6000 (Flint 2)
OpenWrt enthusiast's choice; good value, but lacks 6GHz.

Ubiquiti
Dream Router 7
Advanced management, but limited Wi-Fi 7 range, SFP+ issues.

Ubiquiti
Dream Machine Series
Comprehensive control, stable for large homes, but slow support.

Ubiquiti
UniFi Dream Router (UDR)
Modular, user-friendly, but tricky advanced setup, poor penetration.

GL.iNet
Beryl AX (GL-MT3000)
Travel king, versatile, OpenWrt, but bulky power adapter.