Short answer: Buy the eero 7 if your plan is 2.5 Gbps or slower and you don't need the 6 GHz band; it is the only one of the three without it. Choose the eero Pro 7 for 6 GHz devices and plans up to about 5 Gbps. The eero Max 7 only makes sense for plans or wired devices faster than 5 Gbps, at about twice the Pro 7's price.

For most homes, the eero 7 is enough: eero says it suits internet plans up to 2.5 Gbps, and it costs $169.99 per unit on eero.com. Step up to the eero Pro 7 ($299.99 per unit) if you own Wi-Fi 6E or Wi-Fi 7 devices that can use the 6 GHz band, or your plan is faster than 2.5 Gbps. The eero Max 7 (from $599.99) is for the small group with plans or wired devices faster than 5 Gbps. Prices were checked on eero.com on October 19, 2026.

This guide compares Amazon’s three indoor Wi-Fi 7 eeros using eero’s own specifications, support pages and price listings. We have not tested these units ourselves, so treat the speed and coverage figures below as eero’s claims, not our measurements. eero also sells the eero PoE 7 for wall or ceiling mounting and the eero Outdoor 7; they’re not covered here.

The short answer: which eero fits which home

Specs side by side

All figures are from eero’s support pages, comparison pages and product sheet. Speeds are eero’s “up to” maximums.

*eero’s Pro 7 shop page and launch announcement say up to 2,000 sq. ft. per unit, but the spec table on its Pro 7 support page and its product comparison page say 2,500. We use the lower figure. eero’s compare page also lists the eero 7’s wired maximum as 2.5 Gbps rather than 2.3.

What actually separates them

The 6 GHz band

The eero 7 is the only one of the three without 6 GHz. That band is reserved for Wi-Fi 6E and Wi-Fi 7 devices, so if your phones and laptops are older, they can’t use it anyway and the eero 7 gives up little. If you’ve bought a recent flagship phone or laptop that supports 6 GHz, the Pro 7 or Max 7 lets it connect there. Our Wi-Fi 6E vs. Wi-Fi 7 guide explains what the 6 GHz band and wider channels do.

Ethernet ports set the speed ceiling

The port speeds are the clearest way to match an eero to your internet plan. eero says the eero 7 suits plans up to 2.5 Gbps and the Pro 7 plans up to 5 Gbps. For the Max 7, Amazon’s 2023 launch announcement said plans up to 10 Gbps; eero’s current compare page lists plan support up to 9.4 Gbps. A 2.5 GbE port can’t pass a 5 Gbps plan at full speed, so buy for the plan you have or expect to have soon. If you’re unsure whether your plan or devices need multi-gig ports at all, see do you need a multi-gig router?

The ports matter for mesh too. If you can run Ethernet between units, a wired link between eeros avoids sharing airtime with your devices; our guide to wired vs. wireless backhaul covers how eero handles it.

The Max 7’s extra radios

The Max 7 has four streams (4x4) on its 5 GHz and 6 GHz radios, where the eero 7 and Pro 7 have two. eero doesn’t publish what that adds in practice. Note that eero’s own Max 7 speed claims come from a test against a second Max 7 set up as a two-stream (2x2) client, not a four-stream one.

Read eero’s speed numbers carefully

The “BE” numbers (BE5000, BE10800, BE20800) are rating classes on the spec sheets, not speeds eero says a device will see; eero’s own “up to” figures are much lower. Those figures are best-case maximums. eero says its maximum network speeds “reflect combined supported speeds across wired and wireless clients,” and that coverage and speed vary with placement, interference, building materials and connected devices. For the Max 7, eero says its speed claims come from a lab test with iPerf3 against another Max 7 acting as a client. Expect less in a real home, where your internet plan and your walls often set the limit first.

These are also local network speeds, not internet speeds. eero notes that internet speeds depend on your provider.

Prices and what you pay per square foot

eero.com prices on October 19, 2026:

eero’s Pro 7 shop page lists the Max 7 at “$599.99 to $1,699.99”; we couldn’t confirm a current two-pack price, so we’ve left it blank. Some prices are higher than at launch. In February 2025, Amazon listed the eero 7 three-pack at $349.99 and the Pro 7 three-pack at $699.99; today they’re $399.99 and $799.99. Retailer and ISP prices may differ.

Using eero’s coverage estimates, a home of about 4,000 sq. ft. needs two eero 7 units ($284.99) or two Pro 7 units ($549.99) on paper. The two-pack Pro 7 costs $265 more for the 6 GHz band and faster ports. Two Max 7 units would cover an estimated 5,000 sq. ft.; at the $599.99 low end of eero’s listed range, two singles would cost $1,199.98, more than twice the Pro 7 two-pack. (Amazon’s 2023 launch price for the Max 7 two-pack was $1,149.99.) Real coverage depends on layout and materials, so treat these as starting points.

Things all three share

• Mixing models. eero describes the eero 7 as backwards compatible with previous eero hardware. Its Pro 7 page warns that mixing it with older eero hardware can reduce network performance, so put the newest, fastest unit at the modem.
• Smart home radios. eero lists Thread, a Zigbee smart home hub, and Matter (as a controller) on all three.
• eero Plus is optional. It adds what eero calls advanced security features and expanded parental controls, for $9.99 a month or $99.99 a year in the US.
• Software updates. For how long eero supports each model and how to check, see is my router still getting security updates?
• US sales status. In its July 27, 2026 public notice, the FCC listed eero’s routers (eero, eero Pro, eero Max, eero PoE, eero Outdoor and eero Signal) among those with Conditional Approval, running from April 22, 2026 to October 31, 2027.

Bottom line

Pick by your devices and your plan, not by the top speed on the box. The eero 7 is the value choice for plans up to 2.5 Gbps and homes without 6 GHz devices. The eero Pro 7 is the middle ground for newer phones and laptops and plans up to 5 Gbps. The eero Max 7 is for multi-gig plans and wired gear faster than 5 Gbps.

Sources and verification

Short answer: Wi-Fi 6E is the same technology as Wi-Fi 6 with one addition: the 6 GHz band. That band is wide and uncrowded, so it helps most in apartments and busy homes, for 6E-capable devices near the router. If your devices can't use 6 GHz, or your problem is coverage in far rooms, Wi-Fi 6 does the same job. This is a research-based comparison, not a hands-on test.

Wi-Fi 6E is Wi-Fi 6 with one addition: access to the 6 GHz band. It doesn’t raise the top speed. What it adds is a wide, uncrowded band that only newer devices can use. That helps most in apartments and busy homes, for 6E-capable phones and laptops close to the router. If your devices can’t use 6 GHz, or your real problem is weak signal in far rooms, Wi-Fi 6 does the job.

This is a research-based comparison built from Wi-Fi Alliance, FCC and manufacturer documentation. We have not tested these routers ourselves.

What is the difference between Wi-Fi 6 and Wi-Fi 6E?

Both use the same underlying standard, IEEE 802.11ax, and the same features. The Wi-Fi Alliance, the industry group that certifies Wi-Fi products, lists them for Wi-Fi 6: 160 MHz channels, 1024 QAM encoding, OFDMA (which shares a channel among several devices at once) and MU-MIMO (which sends data to several devices at the same time).

The Wi-Fi Alliance began certifying Wi-Fi 6E on January 7, 2021, describing it as extending “into the 6 GHz band the capabilities of Wi-Fi CERTIFIED 6.” In the United States, an FCC rule effective July 27, 2020 made about 1,200 MHz of 6 GHz spectrum available for this kind of use, and the Wi-Fi Alliance says that room holds up to seven 160 MHz channels.

The Intel figure is a theoretical radio rate between a laptop and the router, not an internet speed. It is the same for both, which is the point: Wi-Fi 6E’s advantage is space, not a higher ceiling.

When does the 6 GHz band actually help?

Three conditions have to line up.

Your devices support it. Netgear says 6 GHz is “exclusive to devices that support WiFi 6E and newer standards.” On Windows, Netgear says PCs “must use the latest Windows 11 operating system release” and a 6 GHz-capable adapter with current drivers; it says Microsoft is not adding 6 GHz support to Windows 10. Apple’s list of devices that can join Wi-Fi 6E or Wi-Fi 7 networks starts at iPhone 15 Pro and iPhone 15 Pro Max (excluding iPhone 15, iPhone 15 Plus, iPhone 16e and iPhone 17e) and Mac models from 2023, such as MacBook Pro, or 2024 for MacBook Air.

The 5 GHz band is crowded. Netgear says 6 GHz has less interference “since it has more channels and fewer devices.” If you live in an apartment building with dozens of neighboring networks, or your home has many active devices, moving the newest ones to 6 GHz frees space for everything else. In a detached house with few neighbors, 5 GHz may already be uncrowded.

The device is close to the router. Netgear says 6 GHz “provides the least coverage” of the three bands but is the fastest. It works best in the same room or the next one. Our Wi-Fi bands guide explains why.

When is Wi-Fi 6 enough?

• Most of your devices don’t support Wi-Fi 6E. They will never use 6 GHz.
• Your problem is coverage, not congestion. A slow far bedroom is a range problem, and 6 GHz has the shortest range. Mesh units and placement fix that; see router vs. mesh and how to fix slow Wi-Fi.
• Your internet plan is modest. Neither generation raises your plan speed. See how much internet speed you need.
• You use Windows 10 PCs that can’t move to Windows 11.

Which should I buy?

We have not included prices; we only publish a price with the date we checked it. If you are weighing Wi-Fi 6E against Wi-Fi 7, see our Wi-Fi 6E vs. Wi-Fi 7 guide.

What should I check on the box?

• “6 GHz” listed in the specifications. That is what makes a router Wi-Fi 6E. Don’t rely on the word “tri-band” alone; check that 6 GHz is one of the bands named.
• WPA3 support. Cisco’s WPA3 guide states that “WPA3 is mandatory for all Wi-Fi 6E devices operating in 6 GHz band” and that “WPA2 is not permitted in 6 GHz operation.” Set the router to WPA3, or WPA2/WPA3 transitional mode if older devices need it; see WPA2 vs. WPA3.
• Firmware support. Check how long the maker supports its routers with security updates; see how to tell if your router still gets security updates.
• Port speeds. A fast Wi-Fi link is limited by a 1 Gbps internet port if your plan is faster than that.

Fact-check notes

Bottom line

Wi-Fi 6E doesn’t make Wi-Fi faster on paper. It gives newer devices a private lane. Pay for it if you have 6E-capable devices and a crowded 5 GHz band, and keep those devices near the router. If your devices are older or your problem is reach, Wi-Fi 6 with good placement, or mesh, is the better use of the money.

Short answer: Buy Wi-Fi 7 if you are replacing a router anyway and own, or will soon own, Wi-Fi 7 devices. Keep a working Wi-Fi 6E router: it already uses the 6 GHz band, and Wi-Fi 7's additions only help devices that support them. Check the band list before buying, because some Wi-Fi 7 routers leave out 6 GHz. This is a research-based comparison from standards documents and manufacturer specifications, not a hands-on test.

If you are replacing a router anyway, buy Wi-Fi 7, provided the model you choose has the 6 GHz band. If you already own a Wi-Fi 6E router that works, keep it. Wi-Fi 6E opened the 6 GHz band to home Wi-Fi, and that was the bigger change. Wi-Fi 7 builds on the same band with wider channels and a way to use more than one band at once, and those additions only help devices that are also Wi-Fi 7.

This is a research-based comparison. It draws on the IEEE standard, Wi-Fi Alliance certification documents and manufacturer specifications. We have not tested these routers ourselves, and where we quote measured speeds, they come from a named third party.

What is the difference between Wi-Fi 6E and Wi-Fi 7?

Wi-Fi 6E is Wi-Fi 6 extended into the 6 GHz band. The Wi-Fi Alliance, the industry group that certifies Wi-Fi products, opened its Wi-Fi 6E certification program on January 7, 2021. The underlying technology is the same as Wi-Fi 6 (see Wi-Fi 6 vs. Wi-Fi 6E): channels up to 160 MHz wide and a data-encoding scheme called 1024 QAM. What changed was the extra spectrum.

Wi-Fi 7 is the consumer name for IEEE 802.11be. The Wi-Fi Alliance began certifying Wi-Fi 7 products on January 8, 2024. The IEEE approved the standard on September 26, 2024 and published it on July 22, 2025. It works on the 2.4 GHz, 5 GHz and 6 GHz bands and adds new features on top.

The last row is a theoretical radio rate between a laptop and a router under ideal conditions. Intel’s own footnote estimates over-the-air speed at about 5.19 Gbps, and real homes deliver less. It is not your internet speed.

What does Wi-Fi 7 add?

320 MHz channels

A wider channel carries more data at once. The Wi-Fi Alliance describes Wi-Fi 7’s 320 MHz channels as double the previous widest channel size, and says they are available in countries that have opened the 6 GHz band to Wi-Fi. The United States has: an FCC rule that took effect on July 27, 2020 made about 1,200 MHz of 6 GHz spectrum available for unlicensed use.

Two limits follow. A 320 MHz channel only exists on 6 GHz, so a Wi-Fi 7 router without a 6 GHz radio can’t offer one. And 1,200 MHz has room for three 320 MHz channels (1,200 ÷ 320 = 3.75), so in a dense apartment building neighbors may end up sharing them.

Multi-Link Operation (MLO)

Before Wi-Fi 7, a device connected to one band at a time. The Wi-Fi Alliance says MLO “allows devices to transmit and receive data simultaneously over multiple links for increased throughput, reduced latency, and improved reliability.”

How much MLO helps depends on how the router and the device each implement it, and both must support it. We have not measured MLO ourselves, so treat the benefit as a stated design goal and not a guaranteed result.

4K QAM

QAM is the method Wi-Fi uses to encode data onto a radio signal. The Wi-Fi Alliance says 4K QAM achieves 20% higher transmission rates than the 1024 QAM used by Wi-Fi 6 and 6E. Denser encoding needs a strong, clean signal, so this is a short-range benefit.

What the 30 Gbps figure means

You may see Wi-Fi 7 described as a 30 Gbps or faster standard. The IEEE standard does specify at least one mode capable of a maximum throughput of at least 30 Gbit/s. That is a ceiling for the standard as a whole, using more antennas and more spectrum than any phone or laptop has. The Intel figures in the table above are the realistic ceiling for a laptop.

Do all Wi-Fi 7 routers have 6 GHz?

No, and this is the most important thing to check. A router can be sold as Wi-Fi 7 without a 6 GHz radio. TP-Link’s Archer BE230, for example, is sold as a dual-band Wi-Fi 7 router with 2.4 GHz and 5 GHz radios. It supports MLO and 4K QAM, but with no 6 GHz radio it has no 320 MHz channels.

Every Wi-Fi 6E router has 6 GHz. So a tri-band Wi-Fi 6E router can give a 6 GHz phone or laptop a band that a dual-band Wi-Fi 7 router can’t. If 6 GHz matters to you, look for “tri-band” or “6 GHz” on the box, not only the Wi-Fi 7 logo. Our guide to the 2.4, 5 and 6 GHz bands explains what each band is good at.

Which of my devices can use Wi-Fi 7?

Wi-Fi 7 features work only when the router and the device both support them. Older devices still connect to a Wi-Fi 7 router, because the IEEE standard keeps compatibility with earlier devices on all three bands. They just connect at their own generation’s capability.

• Windows PCs: Microsoft says Wi-Fi 7 is available starting with Windows 11, version 24H2, and requires a Wi-Fi 7 router and a Wi-Fi 7 network adapter. To check the adapter, open Command Prompt or Terminal, run netsh wlan show drivers, and look for 802.11be under “Radio types supported.”
• Apple devices: Apple lists the devices that can join Wi-Fi 6E or Wi-Fi 7 networks, starting with iPhone 15 Pro and iPhone 15 Pro Max (it excludes iPhone 15, iPhone 15 Plus, iPhone 16e and iPhone 17e) and Mac models from 2023, such as MacBook Pro, or 2024 for MacBook Air. Apple’s page, dated August 25, 2026, covers both generations together, so check your specific model’s technical specifications to see which one it supports.
• Everything else: look for “Wi-Fi 7” or “802.11be” in the device’s specifications. If it says Wi-Fi 6E or 802.11ax, the device will not use 320 MHz channels, MLO or 4K QAM.

One setting matters on both generations. Cisco’s WPA3 documentation states that WPA3 security is mandatory on the 6 GHz band and that WPA2 is not permitted there. It also says a device can connect with MLO only if it meets Wi-Fi 7’s stricter security requirements. In practice, set the router to WPA3, or to a WPA2/WPA3 transitional mode if you have older devices. See our WPA2 vs. WPA3 guide.

Will Wi-Fi 7 make my internet faster?

Only if Wi-Fi is the bottleneck today. Your internet plan sets the speed arriving at the modem. Wi-Fi is a separate link from the router to each device. A Wi-Fi 7 link that can carry 2 Gbps does not turn a 500 Mbps plan into a faster one.

Three things have to line up before Wi-Fi 7 changes what you see:

1. A plan or local network faster than your current Wi-Fi. That means a multi-gigabit internet plan, or large file transfers between devices in your home.
2. Ports that match. A router with a 1 Gbps internet (WAN) port can’t pass more than 1 Gbps from the modem, whatever the Wi-Fi can do. Check the WAN and LAN port speeds in the specifications.
3. A Wi-Fi 7 device, reasonably close. Distance still costs speed. Tom’s Guide tested nine Wi-Fi 7 routers and mesh kits in a 3,500-square-foot, multi-floor home (results last updated August 26, 2026). At 15 feet they measured between 864.6 Mbps and 2.62 Gbps. At 90 feet the same products measured between 15.5 and 373.2 Mbps. Those are Tom’s Guide’s results, not ours, but they show that a newer generation does not fix a far room.

If your problem is a dead zone, a Wi-Fi 7 logo is not the fix. Start with whether you need a single router or a mesh system.

Which should you buy?

We have left prices out on purpose. Router prices change week to week, and we only publish a price with the date we checked it.

What about Wi-Fi 8?

Wi-Fi 8 is still a draft standard, and as of October 3, 2026 no Wi-Fi 8 router had a confirmed US price or on-sale date. It is not a reason to delay a purchase you need now. We covered the details in Wi-Fi 8 routers are here, but not in the US.

Fact-check notes

Bottom line

Wi-Fi 6E and Wi-Fi 7 share the feature that matters most to a crowded home: the 6 GHz band. Wi-Fi 7 adds wider channels, MLO and denser encoding, and those reach you only through Wi-Fi 7 devices, at short range, on a connection fast enough to show it. Keep a healthy Wi-Fi 6E router. If you are buying new, a tri-band Wi-Fi 7 router is the sensible pick, as long as you confirm it has 6 GHz and ports that match your plan.

Short answer: As of October 3, 2026, no Wi-Fi 8 router has a confirmed US price or on-sale date. TP-Link's Archer 8 Ultra is on pre-order in the UK, Germany, Australia and Canada, and TP-Link is not on the FCC's list of router makers cleared to get new models authorized. ASUS is on that list and says US launch details will follow. Wi-Fi 8 is still a draft standard aimed at reliability, not higher top speed, so most US households lose nothing by waiting.

Two companies now sell Wi-Fi 8 routers, and neither sells one in the United States yet. TP-Link opened pre-orders for its Archer 8 Ultra on September 30, 2026 in the UK, Germany, Australia and Canada. ASUS put its ROG Rapture GT-BN98 on sale in Canada on September 4, 2026. As of October 3, 2026, neither company has announced a US on-sale date or a US price.

For US buyers there are two separate questions. The first is regulatory: which companies are allowed to bring a new router model to the US at all. The second is practical: whether a router built on a draft standard is worth buying when it does arrive.

This article is research-based. WiFi Weekly has not tested any Wi-Fi 8 router. Specifications and performance figures below are manufacturer claims and are labeled as such.

What has been announced so far?

Sources: TP-Link press release (September 30, 2026), ASUS press release (September 4, 2026), FCC Covered List page (updated October 2, 2026).

The speed figures add up the maximum link rate of every band. No single phone or laptop connects at that rate. TP-Link’s own footnote says its figures are maximum “up to” values from internal testing under controlled conditions and that actual performance varies.

Neither press release lists a price. TechRadar reported a UK pre-order price of £669.99 on September 30, 2026, which it said would later rise to £899.99, and an Australian price of AU$1,499.99. UK and Australian shelf prices normally include sales tax, so they don’t convert directly into a US price.

Why can’t US buyers order one?

On March 23, 2026, the Federal Communications Commission (FCC) added “routers produced in a foreign country” to its Covered List. The Covered List is the FCC’s list of equipment considered a national security risk. Equipment on it cannot receive FCC equipment authorization, and most electronic devices need that authorization before they can be imported or sold in the US.

The FCC’s own guidance spells out what that means:

• New models of foreign-produced consumer routers cannot be authorized, so they cannot be imported or sold in the US, unless they have a Conditional Approval.
• Models authorized before the rule can still be imported, sold and used.
• Routers you already own are unaffected. The FCC says consumers “do not need to do anything.”

“Produced in a foreign country” is broad. The FCC says it covers any major stage of production, including manufacturing, assembly, design and development, and that the nationality of the company does not matter. A router designed in the US and built overseas is covered.

A Conditional Approval is the exemption. It comes from the Department of War or the Department of Homeland Security, and the FCC publishes each one. The FCC’s list was last updated on October 2, 2026. For the brands most US shoppers know, it shows:

Source: FCC Covered List page, Conditional Approvals tab, updated October 2, 2026. The full list has more than 20 router entries, most of them equipment supplied through internet providers.

Two limits on what this table tells you:

1. A Conditional Approval is not a product launch. It lets a company apply for FCC equipment authorization for new models during the window. ASUS’s approval names the ROG GT and ZenWiFi Mesh series, and its announced Wi-Fi 8 models (ROG Rapture GT-BN98, ZenWiFi BN12) carry those family names. ASUS has not announced a US date.
2. TP-Link’s absence from the list is the only thing the FCC record shows. It does not say whether TP-Link has applied or what the status of any application is. TP-Link has not given a reason for the missing US date in its press releases.

The same FCC list also shows Wi-Fi 8 equipment from companies that mainly supply internet providers: a Nokia Wi-Fi 8 router (approved May 15, 2026) and two Askey Wi-Fi 8 gateways (approved July 24, 2026). So the first Wi-Fi 8 box in some US homes may come from an ISP, not a store shelf. No ISP launch date is given in the FCC record.

We covered the rule’s effect on current models in our large-house router guide.

Can I just import one?

The FCC’s guidance addresses this directly. For covered routers that have not received FCC equipment authorization, it says “the general answer is ’no’” to using them in the US. Routers that already carry an FCC ID are not restricted, wherever you bought them.

There are practical problems too. A router sold for another country is set up for that country’s radio rules, and you would be relying on overseas warranty support. We don’t recommend it.

What does Wi-Fi 8 change?

Wi-Fi 8 is the marketing name for IEEE 802.11bn, a standard still being written by the Institute of Electrical and Electronics Engineers (IEEE). The project’s formal title is “Enhancements for Ultra High Reliability,” and that is the point of it.

The IEEE project document sets three targets, each compared with Wi-Fi 7. The standard must include at least one mode that can:

• increase throughput by 25%,
• reduce latency by 25% at the 95th percentile, meaning the slow moments, not the average,
• reduce lost data packets by 25%.

These are design targets under conditions the project defines. They are not promised results in your house.

What Wi-Fi 8 does not do is raise the top speed. According to MediaTek figures reported by PCWorld in December 2024, Wi-Fi 8 keeps the same maximum channel width (320 MHz), the same modulation and the same three bands (2.4, 5 and 6 GHz) as Wi-Fi 7, for the same theoretical peak rate. Those figures describe a draft and could change before the standard is final.

The new features are about how routers behave when conditions are bad: several access points coordinating so they don’t talk over each other, better performance at the edge of coverage, and smoother handoff as you move between mesh units. That makes Wi-Fi 8 more relevant to mesh systems and crowded apartment buildings than to a single router in a small home.

How finished is the standard?

It is a draft. The IEEE task group’s status page lists the second draft (D2.0) as complete and projects final approval by the IEEE Standards Board in May 2028. That date is a projection, and standards schedules can slip.

Routers shipping now are built to the draft. TP-Link’s September 30 release splits the Archer 8 Ultra’s Wi-Fi 8 features into two groups:

• At launch: UEQM, new MCS rates, 2×LDPC and NPCA (features aimed at steadier links and getting around busy channels).
• Later, by firmware update: DSO, ELR, DRU, Co-TDMA, Co-SR and Co-BF. This group includes the coordination features that most define Wi-Fi 8. TP-Link gives no date for the update.

There is also no certification program yet. The Wi-Fi Alliance, the industry group that tests products for interoperability, has not launched one for Wi-Fi 8. Industry outlet Wi-Fi NOW reported in June 2026 that the program is expected to launch in January 2028. Until then, a “Wi-Fi 8” label is the manufacturer’s own claim.

Should you wait, or buy Wi-Fi 7 or Wi-Fi 6E now?

There is nothing to decide between today in the US, because there is no Wi-Fi 8 router to buy. The useful question is whether to delay a purchase you were already planning.

One more reason not to hurry: a router’s new features only help devices that support them. TechRadar reported on September 30, 2026 that Wi-Fi 8 phones and laptops are not expected until 2027. ASUS says its Wi-Fi 8 router delivers “measurable performance gains” with Wi-Fi 7 devices. That is a manufacturer claim that we have not tested and have not seen independently measured.

If coverage is the real problem, start with whether you need a router or a mesh system, and run through our slow Wi-Fi checklist before spending anything.

Fact-check notes

Update, October 12, 2026

Five US states have now sued TP-Link over its security and China-ties claims, and TP-Link was still not on the FCC’s router Conditional Approval list as of its October 9 update. See TP-Link sued by five states: what it means if you own one.

Bottom line

Wi-Fi 8 routers exist, but not for US shoppers yet. Based on the FCC’s list as of October 2, 2026, ASUS is cleared to seek authorization for new models and TP-Link is not on the list. Even when a US launch comes, you would be buying a draft-standard router whose main features arrive later and whose benefits depend on devices that aren’t on sale. If your network needs help today, fix placement and coverage with current gear. We’ll update this article when a US price and date are announced.

Short answer: Use 5 GHz for most phones, laptops and TVs. Use 6 GHz for newer devices that are close to the router. Leave 2.4 GHz for far rooms and for smart-home devices that support nothing else. In most homes the best setup is one network name for all bands, so each device picks for itself.

Most devices should be on 5 GHz. Use 6 GHz for newer devices that sit close to the router, and leave 2.4 GHz for far rooms and for smart-home devices that support nothing else. If your router uses one network name for all its bands, your devices are already making this choice, and for most homes that is the right setup.

The rest of this guide explains why the bands behave differently, which devices can use each one, and which router settings are worth changing. It covers the rules that apply in the United States; channel availability differs in other countries.

What is a Wi-Fi band?

A band is a range of radio frequencies. Wi-Fi uses three of them, and a router has a separate radio for each band it supports. The band is not the same thing as the Wi-Fi generation:

Not every router of a given generation has every band. Some Wi-Fi 7 routers are dual-band and leave out 6 GHz, so check the box for the words “tri-band” or “6 GHz.”

How do the three bands compare?

Sources: 47 CFR 15.247 and 15.407 for frequency ranges; Netgear Support for relative coverage, speed and household interference. “Coverage” and “speed” are general rankings, not measurements from our own testing.

The pattern is a trade. Lower frequencies carry farther and pass through walls more easily. Higher frequencies have more spectrum available, which allows wider channels, and wider channels carry more data.

When is 2.4 GHz the right choice?

The 2.4 GHz band is 83.5 MHz wide in the US. That is small. A standard Wi-Fi channel is 20 MHz wide, and network engineers have long worked with only three channels that don’t overlap each other: 1, 6 and 11. In an apartment building, every neighbor’s router is sharing those three channels with yours.

The band is also used by other things. Netgear’s support documentation lists microwave ovens and garage door openers among the household devices on 2.4 GHz.

Use it when:

• The device is far from the router. A weak 5 GHz signal can be worse than a moderate 2.4 GHz signal.
• The device supports nothing else. Some smart plugs, bulbs, cameras and older printers have a 2.4 GHz radio only. Check the product’s spec sheet.
• The device needs very little data. A thermostat or a doorbell sensor does not need a fast link.

Apple recommends setting the 2.4 GHz channel width to 20 MHz. A 40 MHz channel would take up about half of the 83.5 MHz band, which makes interference with neighbors more likely.

When is 5 GHz the right choice?

For most devices, most of the time. The 5 GHz band has far more spectrum than 2.4 GHz, which means more channels, wider channels and fewer neighbors on the same one. The FCC’s home network tips, published in March 2020, advised switching the devices you depend on for work or school to the 5 GHz network where possible.

Two things to know:

It doesn’t reach as far. A 5 GHz signal loses more strength through walls and floors than a 2.4 GHz signal does. If a device two floors from the router keeps dropping, this is often why.

Some channels are shared with radar. FCC rules require Wi-Fi equipment using the 5.25 to 5.35 GHz and 5.47 to 5.725 GHz ranges to detect radar and avoid it, a feature called Dynamic Frequency Selection (DFS). On those channels a router has to listen for radar and move if it hears any. This is normal behavior and a good reason to leave channel selection on automatic.

When is 6 GHz the right choice?

The 6 GHz band is the newest and by far the largest. The FCC opened 1,200 MHz of it, from 5.925 to 7.125 GHz, to unlicensed use in rules adopted on April 23, 2020 that took effect on July 27, 2020. Cisco describes that as more than twice the Wi-Fi bandwidth of the 5 GHz band.

That room is what makes it fast. The Wi-Fi Alliance says the band has space for up to seven 160 MHz channels. Wi-Fi 7 adds 320 MHz channels, and three of those fit in 1,200 MHz (1,200 ÷ 320 = 3.75, so three that don’t overlap). For the buying decision, see Wi-Fi 6E vs. Wi-Fi 7.

It is also uncrowded for a simple reason: only Wi-Fi 6E and newer devices are allowed there. There are no old, slow devices taking up airtime.

The limits:

• Shortest reach. Netgear ranks 6 GHz as providing the least coverage of the three bands. Part of the reason is regulatory. FCC rules cap the power density of indoor 6 GHz access points at 5 dBm per MHz, and client devices such as phones at −1 dBm per MHz. Expect 6 GHz to be most useful close to the router.
• Device support. Your device needs a Wi-Fi 6E or Wi-Fi 7 radio. Apple’s list, for example, starts at iPhone 15 Pro, MacBook Pro models from 2023 and MacBook Air models from 2024. Check your own device’s specifications.
• Newer security. Cisco notes that the Wi-Fi Alliance made WPA3 security mandatory for Wi-Fi 6E devices. If your router’s 6 GHz network isn’t appearing, check that WPA3 is enabled. See WPA2 vs. WPA3.

Some mesh systems use 6 GHz in a second way: as the wireless link between units. Our mesh guide for large houses covers that.

Which band should each device use?

These are starting points. If a device is on the “right” band and still slow, the band isn’t your problem; work through our slow Wi-Fi checklist instead.

Should the bands share one network name?

In most homes, yes. Apple’s router guidance recommends a single network name (SSID) across all bands, and says its devices perform best on Wi-Fi 6E and Wi-Fi 7 networks when the 2.4, 5 and 6 GHz bands share one name. With one name, each device picks a band and can change as you move around.

Separate names make sense in two cases:

1. Setting up a 2.4 GHz-only smart device. Some setup apps can fail when the phone is on 5 GHz. A temporary 2.4 GHz-only name, or a router’s “IoT network” option, gets around that. Our step-by-step guide for 2.4 GHz smart devices covers each router brand.
2. Troubleshooting. Forcing a device onto one band is a quick way to test whether the band is the cause of a problem.

If you do split them, expect to manage the choice yourself. A phone that joined the 2.4 GHz name will stay on it even when it is standing next to the router.

Which router settings are worth changing?

Apple publishes a list of recommended router settings that works well as a general baseline. The band-related ones:

Source: Apple Support, “Recommended settings for Wi-Fi routers and access points,” published July 14, 2026. Menu names vary by router brand.

How do I check which band a device is using?

• Mac: Hold the Option key and click the Wi-Fi icon in the menu bar. The channel line shows the band.
• Windows: Settings, then Network & internet, then Wi-Fi, then the properties for your network. Look for “Network band.”
• Android: Settings, then Wi-Fi, then tap the connected network. Most phones show the frequency.
• Any device, including iPhone and iPad: Your router’s app usually lists each connected device with its band.

Exact menu names change between software versions.

Bottom line

Let your devices choose by using one network name, keep 2.4 GHz narrow at 20 MHz, and leave channels on automatic. Expect 6 GHz to help only newer devices near the router, and expect 2.4 GHz to be slow but dependable at a distance. If one band is weak across much of the house, the problem is coverage, and our router-versus-mesh guide is the next step.

Short answer: As of mid-September 2026, eero, Netgear, and ASUS hold FCC conditional approvals for new models, while TP-Link did not. Routers you already own and models authorized before March 23, 2026 are not banned, so there is no need to replace a working router.

This is a short status update, based on our reporting in our large-house router guide and press reports as of mid-September 2026.

• eero and Netgear were approved in April 2026.
• ASUS was approved in early September.
• TP-Link had not been approved as of mid-September reporting.

What it means for buyers

On March 23, 2026, the FCC added consumer routers produced in foreign countries to its Covered List, which blocks new models from receiving FCC authorization. Models already authorized can still be sold, and routers you own are unaffected. The FCC has waived its firmware-update cutoff for existing models until January 1, 2029.

If you’re buying a mesh system, our mesh guide for large houses notes which models are affected. We’ll update this post when any company’s status changes.

Short answer: Matter is a shared language that lets smart-home devices work with Apple Home, Google Home, Amazon Alexa, and SmartThings. Thread is a low-power wireless network many Matter devices use, and it needs a Thread border router, which is built into some speakers, displays, and streaming boxes. You do not need a new WiFi router for either.

Matter makes it easier to buy smart-home gear that works with the assistant you already use. Thread helps battery-powered devices stay connected without draining their batteries. Neither one changes what you need from your WiFi, but a stable network still matters.

What is Matter?

Matter is a smart-home standard from the Connectivity Standards Alliance. A device that supports Matter can be set up with Apple Home, Google Home, Amazon Alexa, or Samsung SmartThings. You can often use more than one at the same time. The goal is simple: buy a plug, bulb, or sensor once, and not worry about which brand’s app ecosystem it belongs to.

What is Thread?

Thread is a low-power wireless network for small devices. Thread devices talk to each other and form their own mesh, which helps sensors and locks reach a hub without relying on your WiFi. A Thread network needs at least one border router to connect it to your home network.

What do you need to get started?

1. A hub or controller such as a smart speaker, display, or hub that supports Matter.
2. A Thread border router, only if you buy Thread devices. Many speakers and streaming boxes already include one.
3. A healthy WiFi network. Matter devices on WiFi still use your router, and many smart devices only work on the 2.4 GHz band.

Does Matter change how you should set up your router?

A little. Our advice:

• Put smart-home devices on a guest network if your router lets Matter hubs still reach them. Not all setups support this, so test one device first.
• Keep your router firmware current. See our router hardening checklist.
• If devices drop off in far rooms, the fix is usually coverage. Our mesh vs. single router guide explains when to add nodes.

What should you buy first?

Start with something you will use every day: a smart plug or a few bulbs. Check the box for the Matter logo, set it up with your hub, and live with it for a week before buying more. Buy battery-powered sensors and locks only after you have confirmed a Thread border router in your home.

Short answer: The Asus RT-BE92U is the fastest router we've tested this year on a real home network, holding median latency under 12 ms with 15 devices online. It's the one to beat if you have a gigabit-plus plan and Wi-Fi 7 devices; on a 300 Mbps plan, save your money. Its weak spot is a mobile app that buries the QoS controls.

Asus’s RT-BE92U is the fastest router we’ve tested this year on a real home network, not just a lab bench. Over a 15-device household with two 4K streams, a cloud backup job, and a kid mid-raid on a console, median latency stayed under 12ms.

The good

Throughput on the 6GHz band held above 1.4Gbps at 20 feet through a single drywall wall, which is a genuine jump over last year’s RT-BE88U. Band steering also worked without manual nudging, something we couldn’t say about the previous model.

The annoying part

The AsusWRT mobile app still buries the QoS controls three menus deep, and firmware updates require a manual check rather than a push notification. If you’re coming from a mesh system with a simpler app, budget twenty minutes to find your footing.

Verdict

If you have a gigabit-plus connection and devices that actually support Wi-Fi 7, this is the router to beat. If you’re still on a 300Mbps plan, save the money and look at last year’s model instead.

Short answer: The FCC has raised permitted power for standard-power 6 GHz outdoor access points, closing a gap that kept the band mostly indoor-only in the US. It should allow longer-range 6 GHz mesh backhaul, starting with next year's hardware.

The FCC’s order, adopted last week, raises permitted power for standard-power 6GHz outdoor access points, closing a gap that had kept the band mostly indoor-only in the US.

For mesh vendors, this matters because 6GHz backhaul links between outdoor nodes were previously power-limited enough that most manufacturers stuck with 5GHz for anything beyond a single building. Expect the first outdoor-rated 6GHz nodes to show up at CES.

Nothing changes for hardware you already own — this affects new products built to the updated limits, not a firmware unlock for existing routers.

Short answer: The Orbi 970 is the fastest mesh kit we've tested, and it didn't visibly slow down under a 20-device stress test. It costs $1,199 for a 3-pack, and advanced security and parental controls need a $99/year subscription after the first year. Buy it if you want top speed and can live with that paywall.

The Orbi 970 is the first mesh kit we’ve tested that didn’t visibly slow down under a 20-device stress test, including two simultaneous 4K uploads.

The catch: advanced threat protection and parental controls sit behind a $99/year subscription after the first year. Basic firewall and guest network features stay free, which is the right call, but it’s worth knowing before you buy.