Before you spend $900 on a Wi-Fi 8 router, the question to settle is what it can do for the devices you own today, and right now the honest answer is very little. The first Wi-Fi 8 routers are real and some are already shipping, but the standard behind them is still a draft, no laptop or phone is sold as a Wi-Fi 8 client, and the features that make Wi-Fi 8 different mostly arrive later through firmware.
We went through the IEEE 802.11bn timeline, the chip announcements from Broadcom, Qualcomm and MediaTek, the spec sheets for the TP-Link Archer 8 Ultra and ASUS ROG Rapture GT-BN98 Pro, the first independent throughput tests and the Linux kernel source in early October 2026, so every claim below traces to something you can check. The short version for Wi-Fi 8 vs Wi-Fi 7: the peak speed is the same, the reliability work is new, and a good Wi-Fi 7 router is still the better buy for almost everyone this year.
Should you buy a Wi-Fi 8 router yet?
For most homes and homelabs, no. In practice this means a Wi-Fi 8 router today behaves like a very good Wi-Fi 7 router, because every device connecting to it speaks Wi-Fi 7 or older. You pay a launch premium for headroom you cannot use until client hardware ships, which the reviewers testing these routers expect some time in 2027.
There are three cases where buying now still makes sense:
- You are replacing a Wi-Fi 6 or older router anyway, you would have bought a flagship, and you plan to keep it five years or more.
- You want the best range a single router can give Wi-Fi 7 clients. Early tests show a small but measurable gain at distance, covered below.
- You test networking gear for a living and need the hardware on the bench before the clients land.
Everyone else should buy Wi-Fi 7 now and revisit Wi-Fi 8 when Wi-Fi Alliance certification and the first certified laptops arrive. We list the Wi-Fi 7 routers we would pick further down.
Where the Wi-Fi 8 standard actually stands
Wi-Fi 8 is the marketing name for IEEE 802.11bn, and the task group’s working title tells you the goal: Ultra High Reliability. It is not finished. The IEEE 802.11 working group’s own timeline page lists 802.11bn at Draft 2.0, and the dates that matter look like this:
| Milestone | Date | Status |
|---|---|---|
| Project approved (PAR) | September 2023 | Done |
| Draft 1.0 working group ballot | October 2025 | Failed, 61% approval (75% needed) |
| Draft 2.0 working group ballot | September 2026 | 77% approval |
| Wi-Fi Alliance Wi-Fi 8 certification | January 2028 (expected) | Not started |
| Final 802.11 working group approval | March 2028 (predicted) | Not started |
| IEEE Standards Board approval | May 2028 (predicted) | Not started |
Draft 2.0 is the point where the core features usually stop moving, so vendors are comfortable shipping hardware on it. Wi-Fi 7 followed the same path, with routers on sale well before the standard was final. The trade-off is that a product built on a draft cannot carry the Wi-Fi 8 certification logo until the Wi-Fi Alliance program opens, and the January 2028 date for that comes from Wi-Fi NOW reporting on Qualcomm’s IEEE work rather than the Wi-Fi Alliance itself, so treat it as an expectation.
What Wi-Fi 8 changes, and what stays the same as Wi-Fi 7
The surprising part for anyone expecting a speed bump is that the headline numbers do not move. Wi-Fi 8 keeps Wi-Fi 7’s 320 MHz channels, its 4096-QAM top modulation and the same three bands, so the theoretical peak is identical. The TP-Link comparison lists the same maximum PHY rate for both generations, and both first routers quote per-band link rates that match the ceilings of their Wi-Fi 7 predecessors.
| Wi-Fi 7 (802.11be) | Wi-Fi 8 (802.11bn) | |
|---|---|---|
| Focus | Peak throughput, lower latency | Reliability, consistency at range and under load |
| Max channel width | 320 MHz | 320 MHz |
| Top modulation | 4096-QAM | 4096-QAM |
| Bands | 2.4, 5 and 6 GHz | 2.4, 5 and 6 GHz |
| Multi-Link Operation | Yes | Yes |
| Access points cooperating | No | Coordinated beamforming, spatial reuse and scheduling |
| Rate steps | Standard MCS ladder | Intermediate MCS steps and unequal modulation |
| Busy primary channel | Waits | Can use a free non-primary channel (NPCA) |
| Certification | Open since January 2024 | Expected January 2028 |
The new work falls into two groups. The first is multi-AP coordination: neighbouring access points, say the nodes of a mesh, agree on who transmits when (coordinated TDMA), steer their beams away from each other’s clients (coordinated beamforming) and lower their power so they can share airtime (coordinated spatial reuse). In a dense apartment block or a house with three mesh nodes, that is where most of the real gain should come from.
The second group helps a single link hold up when conditions get worse. Intermediate MCS steps and unequal modulation let a client fall back less abruptly as signal fades, instead of dropping a whole rate step. Non-primary channel access lets a device keep transmitting on a free part of a wide channel when the primary 20 MHz slice is busy, dynamic subchannel operation lets narrower clients use parts of a wide channel, and enhanced long range modes target the edge of coverage. Every one of those needs a Wi-Fi 8 client on the other end to matter.
Which Wi-Fi 8 features ship at launch
Buying on day one does not get you the full feature list. TP-Link was unusually explicit about the split in its Archer 8 Ultra launch announcement, as reported by Basic Tutorials and Dong Knows Tech, and it is a useful map of what is ready in the silicon versus still being finished:
| Feature | Archer 8 Ultra at launch | Arrives later by firmware |
|---|---|---|
| Unequal modulation (UEQM) | Yes | |
| Intermediate MCS steps | Yes | |
| Improved LDPC coding | Yes | |
| Non-primary channel access (NPCA) | Yes | |
| Dynamic subchannel operation (DSO) | Yes | |
| Enhanced long range (ELR) | Yes | |
| Distributed resource units (dRU) | Yes | |
| Coordinated TDMA, beamforming and spatial reuse | Yes |
The multi-AP features are the ones we would most like to see, and they are also the ones that depend on firmware that has not shipped and on mesh products that come later. The TP-Link Deco 8 Ultra mesh is slated for the first quarter of 2027, and its Wi-Fi 8 client adapters and travel router for the second quarter. ASUS has a ZenWiFi BN12 mesh system announced, with US availability still to be confirmed.
No Wi-Fi 8 clients exist yet
This is the single biggest reason to wait. The silicon is real: Broadcom announced its first Wi-Fi 8 chips in October 2025, including a client chip for phones and laptops, Qualcomm followed with the FastConnect 8800 client and five Dragonwing router platforms in March 2026, and MediaTek showed its Filogic 8000 family at CES 2026. What you cannot do is buy a device sold as a Wi-Fi 8 client.
The closest thing is the Snapdragon 8 Elite Gen 6 phones that launched in late September 2026. Qualcomm builds the FastConnect 8800 into those chips, but the first phones using one, the Xiaomi 18 Pro and Pro Max, still list Wi-Fi 7 as their highest standard on GSMArena’s spec pages. Apart from Blacktubi pairing two GT-BN98 units, every independent test of a Wi-Fi 8 router so far has used Wi-Fi 7 or Wi-Fi 6E clients, and the Tom’s Guide reviewer expects client hardware next year.
Wi-Fi 8 on Linux
For readers who run Linux on their laptops or flash their routers, the picture splits in two. The kernel side is moving early. We checked the mainline source in early October 2026: mac80211, the shared Wi-Fi stack in the kernel, gained initial support for 802.11bn (called UHR in the code) in January 2026, and Intel’s iwlwifi driver started advertising UHR capabilities in May 2026 for cards named Intel Wi-Fi 8 BN201, BN203 and Killer BN1850. That suggests Intel laptops will be ready on Linux close to day one, once those cards actually ship.
The drivers for the other chip families have no UHR code yet. MediaTek’s mt76, Qualcomm’s ath12k and the Broadcom drivers do not mention it, although Qualcomm engineers have posted patches to the wireless mailing list. Both first routers use Broadcom radios, which have no open upstream driver for Wi-Fi 8, so we would not expect OpenWrt on either one. ASUS owners lose the usual escape hatch too: the Asuswrt-Merlin developer announced in September 2026 that the project will not support any Wi-Fi 8 model.
If open firmware matters to you, that alone is a reason to stay on Wi-Fi 7, where an OpenWrt based router or a Merlin supported ASUS still works. You can also keep the router dumb and run the routing yourself, either on a fanless pfSense or OPNsense box or as an OpenWrt VM on Proxmox, with the Wi-Fi handled by separate access points.
What the first tests show with Wi-Fi 7 clients
Independent numbers exist only for the ASUS router so far. Tom’s Guide tested the GT-BN98 Pro with a Wi-Fi 7 laptop against the ASUS GT-BE19000AI, a flagship Wi-Fi 7 router. Up close the Wi-Fi 7 router was slightly faster, and the Wi-Fi 8 router pulled ahead as the distance grew:
| Distance | GT-BN98 Pro (Wi-Fi 8) | GT-BE19000AI (Wi-Fi 7) |
|---|---|---|
| 15 ft | 2.300 Gbps | 2.580 Gbps |
| 50 ft | 950.6 Mbps | 1006 Mbps |
| 75 ft | 799.7 Mbps | 528.3 Mbps |
| 90 ft | 63.4 Mbps | 49.1 Mbps |
Source: Tom’s Guide GT-BN98 Pro review, Wi-Fi 7 client, IxChariot with 10 simulated users. Blacktubi measured more than 10% higher average throughput on the non-Pro GT-BN98 than on the Wi-Fi 7 GT-BE98 with a Wi-Fi 7 MacBook, and HighSpeedInternet saw smaller speed drops at 30 feet than on an RT-BE96U. Blacktubi credits newer radios and front-end parts rather than Wi-Fi 8 itself, and TP-Link’s own footnotes say the Wi-Fi 8 features need a Wi-Fi 8 client. ASUS claims gains with existing Wi-Fi 7 clients too, so expect the vendors and the reviewers to keep arguing this until Wi-Fi 8 clients arrive.
So the Wi-Fi 8 router is slightly slower up close and ahead past about 75 feet. There is no independent data at all for the Archer 8 Ultra yet. The TP-Link figure of up to 30 to 33% more throughput is a lab claim, and its product page and Wi-Fi 8 landing page do not even agree on the number.
Can you buy a Wi-Fi 8 router in the US?
Not yet, and for TP-Link the answer may stay no for a while. The FCC’s March 2026 decision stops new foreign-made consumer routers from being authorized unless they receive conditional approval, which is why the Archer 8 Ultra opened for pre-order in the UK, Germany and Australia on 30 September 2026 but not in the US. TP-Link says it is working with regulators and gives no US date. Routers authorized before the decision, including the TP-Link Wi-Fi 7 range, are still on sale.
| Router | Where you can order it | Price | US status |
|---|---|---|---|
| TP-Link Archer 8 Ultra | UK, Germany, Netherlands, Australia (pre-order) | GBP 899.99; EUR 799.90 | No US date |
| ASUS ROG Rapture GT-BN98 Pro | Canada (ASUS eShop) | CAD 1,299.99 | Expected mid to late October, about $899.99 |
| ASUS ROG Rapture GT-BN98 | Europe and parts of Asia | about EUR 960 | Not announced |
ASUS says US details are “to be announced”, and the roughly $899.99 figure comes from reviewers rather than an official US price. Neither router has an Amazon US listing as of early October. We compare the two side by side, port for port, in our Archer 8 Ultra vs GT-BN98 Pro comparison.
Wi-Fi 7 routers worth buying instead
If you need a router this year, these are the Wi-Fi 7 models we would pick, from the closest relatives of the Wi-Fi 8 flagships down to a mid-range router for people who want open firmware. All four were in stock on Amazon US when we checked, and the prices are bands, so check the live listing.
ASUS ROG Rapture GT-BE98 Pro
This is the Wi-Fi 7 twin of the GT-BN98 Pro, and it costs a couple of hundred dollars less than the Wi-Fi 8 version is expected to.
It is a quad-band BE30000 router with two 6 GHz bands, the same layout as the Wi-Fi 8 Pro model, and it is on Asuswrt-Merlin’s supported list. The Dong Knows Tech hands-on with the GT-BN98 Pro concluded that owners of a GT-BE98 Pro will see little difference with today’s clients. Pass on it if you do not need two 6 GHz bands; the RT-BE96U or RT-BE92U cover most homes for far less. About $650 to $700, check the live price.
TP-Link Archer BE800
The Archer BE800 is the Wi-Fi 7 router the Archer 8 Ultra replaces, and unlike its successor you can buy it in the US today.
It is a tri-band BE19000 router with 10G ports, so it lines up with the Archer 8 Ultra’s band layout and wired speeds at under half the UK list price. Look elsewhere if you want open firmware or a long support runway for third party tools; it runs TP-Link’s stock firmware only. About $500, and stock was thin when we checked.
ASUS RT-BE92U
For most homes this is the sensible Wi-Fi 7 router: tri-band, far cheaper than the flagships, and supported by Asuswrt-Merlin.
Merlin support is the reason we would pick it over a similar priced router: it keeps the door open to custom scripts, better VPN options and longer community support after ASUS moves on. Not the right pick if you need maximum wireless throughput across a large house; its 2×2 5 and 6 GHz radios have half the headroom of the 4×4 BE19000 class. About $280 to $300, check the live price.
GL.iNet Flint 3
The Flint 3 is the pick for people who want an OpenWrt based router with VPN tooling ready to go.
It runs GL.iNet’s own OpenWrt based firmware with WireGuard, OpenVPN and Tailscale built in, and five 2.5G ports cover a small homelab without a separate switch. Vanilla OpenWrt support is still a community effort, so plan on staying with the GL.iNet firmware. Every band is 2×2, so even at 320 MHz its 6 GHz link rate is half that of the 4×4 flagships. Skip it if you need 10G ports; pair it with a 2.5GbE or 10GbE switch or step up to an ASUS model. About $200 to $220, check the live price.
Running Wi-Fi from ceiling access points instead of one router is often the better design in a larger house; our Wi-Fi 7 access points guide covers that route, and Omada vs UniFi helps pick the controller.
The cost of waiting versus buying now
The cost angle is what settles it for us. A Wi-Fi 8 flagship at about $900 to $1,000 delivers, with today’s clients, roughly what a $650 to $700 Wi-Fi 7 flagship does, plus some extra range at the edge of coverage. The $200 to $350 premium buys hardware that should improve once Wi-Fi 8 clients and the multi-AP firmware arrive, which on current timelines is 2027 for clients and January 2028 for certification.
We would reach for Wi-Fi 8 now only when the router is a five year purchase and the premium is small next to the rest of the network. For a homelab, that money usually does more as a 10GbE NIC or a better switch, both of which help every wired device on day one. Our plan is to revisit this once the first certified Wi-Fi 8 laptops ship and we can test the coordination features with real clients.
