Short answer: Wi-Fi that keeps dropping has three possible sources: one device, your router, or your internet connection. If only one device drops, check its power-saving, driver and network settings. If every device drops, look at the router: signal, band steering, DFS channels, firmware and heat. If the router stays up but the internet goes down, check for a provider outage.

When Wi-Fi keeps disconnecting, the cause is almost always in one of three places: a single device, your router, or your internet connection. The quickest way to narrow it down is to check whether one device drops or all of them do, then whether a computer plugged into the router with Ethernet drops too. This guide walks through that check, then the fixes Apple, Microsoft, Google and router makers recommend for each case.

It’s built from manufacturer and FCC documentation. Menu names vary by device and software version, so use these as a guide to what to look for.

First: is it one device, all devices, or the internet?

Microsoft, Google and Apple all suggest trying another device on the same network. If the other device stays connected, the problem is probably the first one. Apple adds that if you can’t get online using your other devices, “there might be a service outage,” and you should contact your provider.

A simple way to sort it out:

On Windows, you can also ping the router. Microsoft suggests running ipconfig to find the “Default gateway” address and then pinging it. Microsoft says replies mean there might be a problem with your modem or provider. If there are no replies, it suggests plugging the PC straight into the modem with Ethernet: if that works, the router is likely the problem.

If only one device keeps dropping

Windows laptops and PCs

Microsoft’s Windows 10 and 11 guide lists these fixes:

• Stop Windows switching off the adapter. In Device Manager, open Network adapters, open your Wi-Fi adapter’s Properties, and on the Power Management tab clear Allow the computer to turn off this device to save power. In the advanced power plan settings, set Wireless Adapter Settings > Power Saving Mode to Maximum Performance.
• Reinstall the driver. In Device Manager, right-click the adapter, choose Uninstall device, tick Attempt to remove the driver for this device, then restart. Windows reinstalls it. Intel, which makes many laptop Wi-Fi adapters, says “you can remedy many problems by updating drivers and software.”
• Forget the network and rejoin. Go to Settings > Network & internet > Wi-Fi > Manage known networks and choose Forget.
• Network reset, as a last step. In Windows 11: Settings > Network & internet > Advanced network settings > Network reset. Microsoft says this removes and reinstalls your network adapters and returns their settings to defaults, so you may need to rejoin Wi-Fi and reinstall VPN software afterward.

iPhone and iPad

Apple’s current troubleshooting page suggests making sure Airplane Mode is off, removing VPN or security apps to test, restarting the router and modem, and trying the 5 GHz band if your router has one. Reset Network Settings (Settings > General > Transfer or Reset iPhone > Reset > Reset Network Settings) is the last resort; Apple says to use it “only if other solutions fail.”

Check Connectivity Assist too. Apple says it “uses cellular data to improve your connection when Wi-Fi is slow or unusable.” If your phone seems to leave Wi-Fi on its own, this may be why. Turn it off in Settings > Wi-Fi to test.

Android phones

Pixel phones have Auto-switch to mobile network under Settings > Network & internet > Adaptive connectivity. Google’s help page suggests turning it on; switching it off briefly is our suggestion for testing. Samsung Galaxy phones have Switch to mobile data under Settings > Connections > Wi-Fi > More options > Intelligent Wi-Fi; Samsung says that with it on, “your device will switch to mobile data whenever the Wi-Fi connection is unstable.” Turn the setting off temporarily to see whether Wi-Fi is really dropping.

Google also suggests booting a Pixel into safe mode. If Wi-Fi works in safe mode, a downloaded app is likely the cause.

Private Wi-Fi addresses

Many phones use a private, randomized Wi-Fi address instead of their hardware address; Apple devices use a different one on each network. eero says some devices’ randomized addresses “can change over time,” which can make a device appear offline, and suggests turning off Private Wi-Fi Address on iPhone or choosing Use device MAC on Android if a device keeps going offline. Apple doesn’t describe private addresses as a cause of drops, so treat this as a test, not a fix to leave in place.

If every Wi-Fi device keeps dropping

Weak signal

eero says plainly that “a weak signal can cause your device to drop offline or fail to connect.” Netgear lists weak signal first among its causes of disconnects. If drops happen mainly in far rooms, move the router to a central, open spot, or add a mesh point.

ASUS also suggests keeping the router away from microwave ovens, refrigerators, cordless phones and power boxes. Apple lists microwave ovens, cordless phones, power cables and fluorescent lights as common sources of interference, and notes that Bluetooth and Wi-Fi share the 2.4 GHz band.

Band steering and network names

Many routers now put 2.4 GHz and 5 GHz under one network name and steer devices between them. ASUS says a phone’s own band-preference settings can make its Smart Connect feature ineffective “or lead to frequent disconnections.” TP-Link lists Smart Connect “compatibility problems with certain client devices” as a cause of instability.

If one device keeps dropping or bouncing between bands, try turning band steering off so each band has its own name. Netgear’s disconnect guide takes the opposite view, listing separate band names as a possible cause, so treat this as a test and switch back if it doesn’t help. Our band steering guide shows where the setting is on major brands.

Netgear also lists using a “common or default WiFi network name” as a cause, and eero says conflicts can occur when your network shares a name with another nearby network. Give your network a unique name.

DFS channels on 5 GHz

Some 5 GHz channels are shared with radar, and routers using them must follow the FCC’s Dynamic Frequency Selection (DFS) rules. Under 47 CFR 15.407, a router must listen for radar for 60 seconds before using one of these channels. If it detects radar, it must stop transmitting on that channel within 10 seconds, and the channel is then off-limits for at least 30 minutes.

In practice, TP-Link says connected devices “will encounter disconnection” when the router moves to another channel, though the connection can be restored after a while. ASUS says radar detection “will cause connected WiFi clients to be disconnected from the network for a period of time,” and that 2.4 GHz keeps working meanwhile.

If your 5 GHz devices all drop at once for a short time, now and then, check whether your router is on a DFS channel. On ASUS routers, ASUS says to untick Auto select channel including DFS channels under Wireless > General, along with the 160 MHz option. Other brands use different menus. Our guide to changing your Wi-Fi channel covers the trade-offs. ASUS’s steps also turn off 160 MHz channels, so avoiding DFS can mean giving up the widest channel option.

Firmware, heat and scheduled reboots

• Firmware. TP-Link says “outdated firmware can cause wireless instability,” and ASUS asks users to make sure firmware is up to date. Apple recommends turning on automatic firmware updates.
• Heat. TP-Link says “overheating is a common trigger for automatic reboots.” Xfinity advises keeping its gateways off carpet and out of enclosed cabinets where the vents are blocked.
• Schedules. TP-Link says to check whether an Auto Reboot schedule is turned on. Many Netgear Nighthawk routers have a wireless schedule that can turn Wi-Fi off at set times, and eero can pause devices or limit new devices that haven’t been assigned to a profile. If drops happen at the same time each day, check for these.

Security mode mismatches

Apple recommends WPA3 Personal, or WPA2/WPA3 Transitional “for compatibility with older devices.” Google takes a more cautious line for its Nest Wifi routers: “Some legacy WPA2 devices may be incompatible with WPA3 and experience connection issues when WPA3 transition mode is on.” ASUS also says some older devices can’t use WPA3.

So if an older device keeps dropping after you turned on WPA3 or mixed mode, switching that network to WPA2 is a reasonable test. Our WPA2 vs. WPA3 guide explains the security trade-off.

If the internet itself keeps dropping

If a computer wired to the router loses internet at the same time as everything else, the problem is upstream. Check your provider first. Xfinity, for example, shows outages in its app, on its outage map, and by text if you send “OUT” to 266278.

Then restart in order. Netgear’s steps: power off the modem and router, remove any backup battery, wait two minutes, turn the modem on and give it about five minutes to connect, then turn the router on. Microsoft gives a shorter wait of at least 30 seconds. If the modem’s lights still look wrong after a restart, contact your provider.

If drops keep coming back, see our guide to fixing slow Wi-Fi for testing your connection.

Sources and verification

Bottom line

Find out what’s dropping before changing settings. One device points to that device’s power and Wi-Fi settings. Every Wi-Fi device points to the router: signal, band steering, DFS channels, firmware and heat. Everything including wired points to your provider. Fix one thing at a time so you know which change worked.

Short answer: For most travelers, a compact model like the GL.iNet Beryl AX or Beryl 7 covers hotel Wi-Fi and VPN use; the Beryl 7 is the pick if VPN speed matters. Choose the Mudi 7 only if you need built-in 5G, and the ASUS RT-BE58 Go if you already run ASUS at home. Buy models already sold in the US: the FCC's March 2026 rule blocks new foreign-made router models from authorization unless they have Conditional Approval, and doesn't pull models already authorized.

For most people, a good starting point is a small, USB-C-powered model like the GL.iNet Beryl AX (GL-MT3000) or its Wi-Fi 7 successor, the Beryl 7 (GL-MT3600BE). Pick the Beryl 7 if you run a VPN, the Mudi 7 (GL-E5800) if you need built-in 5G, and the ASUS RT-BE58 Go if your home network is already ASUS. All five are sold in the US by their makers or major US retailers, though stock varies.

This is a research-based guide. We have not tested these routers. The picks come from manufacturer spec sheets, FCC records and setup documentation, matched to specific needs. We don’t list prices because they change often and stock was patchy when we checked.

What a travel router does

A travel router connects to the Wi-Fi (or Ethernet port) in a hotel, rental or dorm, then creates your own private Wi-Fi network from it. Your phone, laptop, tablet and streaming stick all join your network, which keeps the same name and password wherever you go.

That solves three common problems:

• Sign-in pages. You sign in to the hotel portal once, from one device, instead of on every gadget. GL.iNet notes that “the hotel Wi-Fi will only recognize the travel router as a single device,” which also helps where hotels cap devices per room.
• Devices without a browser. A streaming stick or game console can’t easily get past a portal page. On your own network, it doesn’t have to.
• One VPN for everything. Run the VPN on the router, and every device behind it uses it.

What it can’t do is make the hotel’s internet faster. The Wi-Fi ratings below are maximum link rates between your devices and the router, not internet speed. If the hotel connection is slow, everything behind your router is slow too.

Do you actually need one?

Not always. The FTC says that “because of the widespread use of encryption, connecting through a public Wi-Fi network is usually safe,” since most sites and apps encrypt traffic. It also warns that encryption won’t protect you from a scam website. So a travel router is mainly about convenience and privacy, not a fix for a security emergency.

It’s worth buying if you travel with three or more devices, want a TV streaming stick to work in hotel rooms, rely on a VPN, or work from rentals where an Ethernet port gives a better connection than the Wi-Fi.

What the FCC router rule means for buyers

On March 23, 2026, the FCC added “routers produced in a foreign country, except routers which have been granted a Conditional Approval” by the Department of War or Department of Homeland Security to its Covered List. Covered equipment can’t receive new FCC equipment authorizations.

What it doesn’t do is pull existing models. According to a summary by the law firm Steptoe, routers the FCC previously authorized “can continue to be imported and sold,” and devices consumers already bought are unaffected. The FCC’s engineering office also waived its rules so routers authorized before March 23 can keep receiving software and firmware updates. A May 8, 2026 notice extended that waiver until January 1, 2029, according to the law firm Pillsbury.

For the brands in this guide:

• GL.iNet says the products it already sells in the US are unaffected and that it will keep shipping firmware and security updates. It also says four newer products, the Slate 7 Pro, Flint 4, Velica 7 mesh system and Mango 2, are unavailable in the US “until further notice.” In that statement, last updated September 22, 2026, GL.iNet said it was preparing to apply for an exemption.
• ASUS said on September 14, 2026 that it had secured Conditional Approval “across its entire consumer router portfolio.”

The practical rule: buy a model that is already authorized and on sale in the US, and be wary of brand-new, imported versions of models that GL.iNet or another maker says aren’t available here.

Quick picks

The models, by need

GL.iNet Beryl AX (GL-MT3000): a simple, compact all-rounder

The Beryl AX is a Wi-Fi 6 router with a 2.5G WAN port and a 1G LAN port, a USB 3.0 port, and USB-C power at 5V/3A. GL.iNet lists it at 120 x 83 x 34 mm and 196 g, with power draw under 8 W. Its FCC authorization (FCC ID 2AFIW-MT3000) dates to January 19, 2023, so it predates the Covered List rule.

GL.iNet lists Wi-Fi link rates of 574 Mbps on 2.4 GHz and 2,402 Mbps on 5 GHz. Its own VPN figures are up to 300 Mbps with WireGuard and 150 Mbps with OpenVPN, measured in client mode on a local network. Its 5V/3A input also means it doesn’t need a high-wattage USB-C charger.

Best for: most travelers who want hotel Wi-Fi sharing and a VPN without paying for Wi-Fi 7.

GL.iNet Beryl 7 (GL-MT3600BE): fast VPN on every device

GL.iNet calls the Beryl 7 the Beryl AX’s successor. It became available to order on February 3, 2026, and its FCC authorization (2AFIW-MT3600BE) was granted December 24, 2025. GL.iNet’s statement on the FCC rule names the Beryl 7 among the US-launched models that remain eligible for updates.

It moves to dual-band Wi-Fi 7 (688 Mbps on 2.4 GHz, 2,882 Mbps on 5 GHz) and has two 2.5G Ethernet ports. The bigger change is VPN speed: GL.iNet’s datasheet lists up to 1,100 Mbps with WireGuard and 1,000 Mbps with OpenVPN (DCO). That’s more than three times the Beryl AX’s WireGuard figure, though GL.iNet states client-mode test conditions for the Beryl AX and not for the Beryl 7. It’s the same size as the Beryl AX and weighs 205 g. It accepts USB-C power at 5V/3A, 9V/3A or 12V/2.5A.

Best for: people who keep a VPN on all the time, or who plug into fast wired connections at rentals or offices.

GL.iNet Slate 7 (GL-BE3600): on-device status and controls

The Slate 7 has the same Wi-Fi 7 link rates as the Beryl 7, two 2.5G ports and a USB 3.0 port, plus a touchscreen that shows the connection mode and status, and foldable antennas. It measures 130 x 91 x 34 mm and weighs 295 g, more than the Beryl models.

On paper, it’s slower than the Beryl 7 for VPN use: GL.iNet lists up to 490 Mbps with WireGuard and 385 Mbps with OpenVPN (DCO), in client mode. The reason to choose it is the screen, which shows the connection status and, according to GL.iNet, lets you toggle the VPN without opening an app.

GL.iNet’s own US store listed the Slate 7 as sold out when we checked on October 18, 2026. If you find it elsewhere, buy the US version from an established retailer.

Best for: people who want to see what the router is doing at a glance.

GL.iNet Mudi 7 (GL-E5800): internet where there’s no Wi-Fi

The Mudi 7 is a different kind of device: a 5G mobile hotspot and travel router in one. The North American version has a Qualcomm X72 5G modem, two nano-SIM slots plus an eSIM, a 5,150 mAh battery, a 2.8-inch touchscreen and a 2.5G Ethernet port. It’s also the only tri-band Wi-Fi 7 model here, with a 6 GHz band GL.iNet rates at 5,764 Mbps. GL.iNet says the Mudi 7 is FCC-certified, and its FCC authorization (2AFIW-E5800) was granted February 13, 2026.

GL.iNet claims “up to 13.5hrs” of battery life but doesn’t say under what conditions, so treat that as a best case. GL.iNet’s US product page also doesn’t list carrier certifications. Before buying, check that your carrier will activate the device on your plan, and that the plan allows hotspot use.

Best for: RVs, road trips and remote work where hotel or rental Wi-Fi isn’t available or reliable. It’s overkill if you only stay in hotels.

ASUS RT-BE58 Go: a match for an ASUS home network

The RT-BE58 Go is ASUS’s Wi-Fi 7 travel router, announced August 5, 2025. It has the same 688 Mbps and 2,882 Mbps link rates as the GL.iNet Wi-Fi 7 models, a 2.5G WAN port and a 1G LAN port, a USB-A port for phone tethering, and USB-C power. ASUS lists it at 232 g.

Its advantage is the ASUS ecosystem: ASUS lists its ASUSWRT web interface and the ASUS Router app for management, and it supports WireGuard and OpenVPN as a client or server, and can act as an AiMesh node, so it can join an ASUS mesh network when you’re home. ASUS doesn’t publish VPN throughput figures for it, so we can’t compare its VPN speed with GL.iNet’s. ASUS says its whole consumer router portfolio has Conditional Approval, though its announcement doesn’t name individual models.

Best for: households already using ASUS routers.

Specs side by side

Wi-Fi figures are each maker’s listed maximum link rates per band, not real-world throughput. VPN figures are manufacturer claims, and test conditions vary by maker.

Wi-Fi 7 helps most when your laptop and phone also support it and the connection feeding the router is fast. If the hotel’s connection is slower than your Wi-Fi link, the hotel sets the limit, whichever Wi-Fi standard you use. Our Wi-Fi 6E vs. Wi-Fi 7 guide explains when the newer standard pays off.

Setting one up in a hotel

The basic steps are similar across brands: join the router’s own Wi-Fi, open its app or admin page, choose repeater (or WISP) mode, pick the hotel network, then sign in to the portal.

GL.iNet’s documentation, updated August 24, 2026, adds a few specifics for portals that don’t appear:

• On firmware 4.6 or later, turn on Auto-Enable Login Mode for Public Hotspots on the Join Network page.
• If the portal still won’t load, temporarily turn off the router’s VPN and AdGuard Home, and turn off DNS rebinding protection.
• If the hotel ties access to a device, clone the Wi-Fi address your phone used to sign in (Internet > Repeater > Modify > MAC Mode > Clone on firmware 4.6 or later).

GL.iNet warns that its login mode “may leak your network activity to the hotspot provider,” because it pauses some protections while you sign in. Turn your VPN back on afterward. Some hotels with strict verification may still block it; GL.iNet suggests asking staff to approve the router’s factory default address instead.

Our guide to the 2.4 GHz, 5 GHz and 6 GHz bands helps if a smart plug or older device won’t join your travel network.

Keep it updated

A travel router connects to networks you don’t control, so firmware updates matter. GL.iNet says it will keep providing updates for its US models, and the FCC’s waiver allows updates for routers authorized before March 23, 2026 until at least January 1, 2029. Check for updates before each trip; our guide on whether your router is still getting security updates shows how. Change the default Wi-Fi and admin passwords on day one, too.

Sources and verification

Bottom line

Start with the Beryl AX if you just want hotel Wi-Fi on all your devices, and step up to the Beryl 7 if you run a VPN. Buy the Mudi 7 only if you need cellular internet, and the RT-BE58 Go if you live in the ASUS ecosystem. Whatever you choose, buy a US version of a model that’s already on sale here, and update it before you leave.

Short answer: For most cable plans bought today, a DOCSIS 3.1 modem is the safe choice: Netgear lists DOCSIS 3.0 at a 1 Gbps download maximum and 3.1 at 10 Gbps, and 3.1 modems also work on slower plans. DOCSIS 4.0 matters only where your provider has upgraded its network and offers 4.0 plans. Whatever you buy, check that it is on your provider's approved list and supports your speed tier.

If you have cable internet and are buying your own modem, a DOCSIS 3.1 model is the safe choice for most plans sold today. DOCSIS 3.0 tops out at 1 Gbps down, and DOCSIS 4.0 only matters where your provider has upgraded its network. Before you buy anything, check your provider’s approved device list for your speed tier.

This is a research-based buying guide built from CableLabs, Netgear and Comcast documentation. We have not tested cable modems, and we don’t quote prices.

What is DOCSIS?

DOCSIS (Data Over Cable Service Interface Specification) is the standard cable modems use to talk to a cable provider’s network. It’s developed by CableLabs, the cable industry’s research group. It applies only to cable internet; fiber and 5G home internet use different equipment.

The version number tells you the maximum speeds a modem can handle.

DOCSIS 3.0 vs. 3.1 vs. 4.0 at a glance

Netgear notes these are “maximum speeds and are not guaranteed.” Your plan, your provider’s network and your home wiring set the real limits. Netgear’s own DOCSIS 3.1 explainer gives the 3.1 upload maximum as 2 Gbps in one place and 1 Gbps in another; we use the 1 Gbps figure from its support article.

The big change in DOCSIS 4.0 is upload speed. Comcast says its DOCSIS 4.0 approach uses a technology called Full Duplex to raise upstream speeds without reducing downstream speeds.

Which one do you need?

Netgear says DOCSIS 3.1 is “backward compatible with DOCSIS 3.0,” works “just fine on lower-speed plans,” and that “in some cases your ISP may recommend or even require” a DOCSIS 3.1 modem. That makes 3.1 the safer buy unless your provider says otherwise.

Check your provider’s list first

A cable modem has to be approved by your provider and support your speed tier, or it may not work at all. Xfinity puts it this way: “Before you buy a device, make sure it works with Xfinity services and supports your internet speed.” It points customers to its My Device Info lookup, where you can sign in or enter your address to see compatible devices. For Gigabit plans, Xfinity says the device “must support Gigabit speeds.”

Other cable providers publish their own lists. Search your provider’s support site for “approved modems” or “compatible devices.”

Owning your modem also makes you responsible for it. Xfinity lists keeping the device updated and secure, using equipment that supports your speed, and troubleshooting as the owner’s job. Our guide to buying your own router vs. using your provider’s covers equipment fees and the trade-offs.

Is DOCSIS 4.0 available yet?

In some places. Comcast announced its first DOCSIS 4.0 deployment on October 12, 2023, starting in select neighborhoods of Colorado Springs, with parts of Atlanta and Philadelphia to follow. In March 2026, Light Reading reported Comcast saying the service reaches “millions” of homes, out of a network that passes about 65 million homes and businesses.

So most cable customers can’t use DOCSIS 4.0 yet. Buy a 4.0 modem only if your provider offers 4.0 service at your address and lists the modem as supported.

Modem, router or gateway?

A modem connects to the provider’s line. A router creates your home network and Wi-Fi. A gateway combines both. If you buy a standalone modem, you’ll also need a router or mesh system. If your plan is faster than 1 Gbps, check that both have multi-gig ports; see do you need a multi-gig router. If you keep the provider’s gateway and add your own router, our bridge mode and double NAT guide explains the setup.

Not sure you need a faster plan at all? See how much internet speed you need and fiber vs. cable vs. 5G home internet.

Fact-check notes

Bottom line

Buy a DOCSIS 3.1 modem that your provider approves for your speed tier. Skip DOCSIS 3.0 unless your plan is slow and your provider still supports it, and wait on DOCSIS 4.0 until your provider offers it at your address.

Short answer: Leave channel selection on Auto unless you have dropouts or slowdowns that point to interference, such as problems that come and go at busy times. If you set a channel by hand on 2.4 GHz, use 1, 6 or 11, the three that don't overlap in the US. Changing the channel won't fix a room that is simply too far from the router.

Leave your router’s channel on Auto unless you have problems that point to interference: dropouts or slowdowns that come and go, often at busy times of day, in rooms that otherwise get a decent signal. If you do pick a channel by hand on 2.4 GHz, use 1, 6 or 11. Changing the channel won’t fix a room that is too far from the router.

This guide is based on Apple, Netgear, ASUS, eero and Cisco Meraki documentation. We have not tested channel changes on these routers.

What is a Wi-Fi channel?

Apple describes channels as “lanes in a street”: each band is split into separate channels, and your router uses one at a time on each band. Nearby routers on the same or overlapping channels compete for airtime, which can slow things down.

When channel selection is set to automatic, Apple says, “your router selects the best Wi-Fi channel for you.” Netgear says its routers pick a 2.4 GHz channel based on your environment, and ASUS routers set the channel to Auto by default.

When does changing the channel help?

Netgear suggests changing channels if you have “frequent lost connections, slow data transfers, or other WiFi issues that can be caused by interference,” and advises keeping the defaults otherwise. Apple’s interference guide lists changing the channel, or letting the router scan for the least congested one, as a fix for interference.

Which channel should you pick?

2.4 GHz: use 1, 6 or 11. Cisco Meraki’s channel planning guide says that in the US, channels 1 through 11 are permitted, which “provides three non-overlapping channels 1, 6 and 11.” Other channels overlap their neighbors. Apple also recommends a 20 MHz channel width on 2.4 GHz to avoid problems near other networks and Bluetooth devices.

5 GHz and 6 GHz: Auto usually works. These bands have many more channels. Apple recommends Auto or all widths for them, and says interference “is less of a concern in these bands.” See 2.4 GHz vs. 5 GHz vs. 6 GHz.

If you have more than one router or access point, Apple recommends configuring each to use a different channel, especially when they’re close together. Netgear, by contrast, says extenders should use the same channels as the router, so check your extender’s instructions.

What are DFS channels on 5 GHz?

Part of the 5 GHz band is shared with radar. Meraki says these channels “are required to use Dynamic Frequency Selection (DFS),” and that an access point that detects radar “must immediately stop using that channel and randomly pick a new channel.”

ASUS describes what that means at home:

• Before using a DFS channel, the router runs a Channel Availability Check that takes “1-10 minutes depending on the country,” and 5 GHz is unavailable during it.
• If radar is detected, devices may disconnect for a while and reconnect on the new channel.
• A router set to 160 MHz may drop to 80 MHz.
• ASUS suggests not enabling DFS channels where 5 GHz disconnects or runs slowly because of heavy interference.

If your 5 GHz network drops for a minute or more at random, try excluding DFS channels from automatic selection.

How to change the channel

Netgear: sign in at routerlogin.net, open Wireless, scroll to the band you want, pick a channel from the Channel menu, and click Apply. Not every channel is available in every region. Netgear also suggests the WiFi Analytics tool in its Nighthawk and Orbi Android apps to find less congested channels.

ASUS: sign in to the web interface at your router’s address or asusrouter.com, go to Wireless, then General, choose the band and set the Control Channel. On 5 GHz, uncheck “Auto select channel including DFS channels” before choosing a specific channel. ASUS says channel selection is in the web interface only, not the app.

eero: there’s no manual channel setting. Eero says it “selects optimal channels for your network” over two days to a week, and changes them infrequently because “channel changes can briefly disrupt your connection.” It also notes that reboots and resets restart this process, so avoid unnecessary restarts.

Google Nest Wifi and Google Wifi: Google’s help pages describe the system choosing bands automatically and don’t describe a manual channel setting.

After any change, test in the rooms that had problems for a day or two before deciding it worked.

Fact-check notes

Bottom line

Keep channels on Auto. If problems come and go and look like interference, try 1, 6 or 11 on 2.4 GHz, move devices to 5 GHz, or exclude DFS channels if 5 GHz drops at random. If a room is weak all the time, fix coverage instead.

Short answer: You need a multi-gig router only if your internet plan is faster than 1 Gbps, or you move large files between wired devices at home. To use the extra speed, every link in the path needs to be multi-gig: the router's WAN port, a LAN port, the cable and the device itself. Check the port list, not the headline Wi-Fi speed, because some routers have just one or two multi-gig ports.

You need a multi-gig router if your internet plan is faster than 1 Gbps, or if you regularly move large files between wired devices at home, such as a computer and a network storage drive. For a plan of 1 Gbps or less, a router with gigabit ports is enough.

This is a research-based buying guide built from manufacturer specifications, the IEEE Ethernet standard and providers’ published plans. We have not tested these routers.

Quick answer

What does “multi-gig” mean?

Multi-gig Ethernet runs faster than the 1 Gbps (gigabit) ports most routers, computers and consoles have had for years. The common speeds are 2.5 Gbps, 5 Gbps and 10 Gbps. The 2.5 and 5 Gbps versions are defined by the IEEE 802.3bz standard, designed to run over the twisted-pair cable many homes already have.

The point is simple: a 1 Gbps port caps that connection at about 1 Gbps. If your provider delivers 2 Gbps to a router with a gigabit WAN port, the router can only pass on about half of it.

Every link in the path has to be multi-gig

To see multi-gig speed on one device, each step from the provider to that device needs to support it:

1. The provider’s equipment. The modem or fiber terminal needs a multi-gig port. Providers that sell multi-gig plans usually supply this; check with yours.
2. The router’s WAN (internet) port. This should match or beat your plan.
3. A router LAN port or a switch. Your device has to plug into a multi-gig port too.
4. The cable. See the cable section below.
5. The device. A computer with only a gigabit Ethernet port tops out at about 1 Gbps, even on an 8 Gig plan.

TP-Link puts it in a footnote on its Archer BE230 page: actual speed “may be limited by the rate of the product’s Ethernet WAN or LAN port, the rate supported by the network cable, Internet service provider factors and other environmental conditions.”

Count the ports, not just the speed

Routers advertised as multi-gig vary a lot in how many fast ports they have.

On the Archer BE230, one 2.5 Gbps port connects to the internet and only one LAN port runs faster than 1 Gbps. If you need more fast wired connections, add a multi-gig switch.

Do you need new cable?

Probably not for 2.5 Gbps. Fluke Networks’ summary of IEEE 802.3bz says Cat 5e supports 2.5 Gbps over 100 meters (328 feet) and Cat 6 supports 5 Gbps over the same distance. 10 Gbps over long runs needs Cat 6A. Our Ethernet cable guide covers each category.

Does multi-gig help Wi-Fi?

Indirectly. Ports carry wired traffic and the connection to your provider. Wi-Fi speed depends on the router’s radios and your device’s Wi-Fi support. TP-Link notes that Wi-Fi 7 features such as Multi-Link Operation require devices that support them too. Whatever your Wi-Fi can do, a gigabit internet port still caps internet traffic at about 1 Gbps. See Wi-Fi 6E vs. Wi-Fi 7.

Mesh systems also benefit. Multi-gig ports allow faster wired backhaul between units; see wired vs. wireless mesh backhaul.

Do you need a multi-gig plan at all?

Most households don’t. Even busy homes use far less than 1 Gbps at once for streaming, video calls and gaming. Multi-gig plans help most when you move very large files or several people download big games or backups at the same time. Our guide to how much internet speed you need works through it. Multi-gig plans are available in some areas: gFiber, for example, lists 3 Gig and 8 Gig plans alongside 1 Gig, each with a router included.

If your provider includes a router with a multi-gig plan, check its ports before buying your own. Our guide to buying your own router vs. using the provider’s covers the trade-offs.

Fact-check notes

Bottom line

Buy a multi-gig router when your plan is faster than 1 Gbps, and choose one whose WAN port matches the plan and whose LAN ports cover the wired devices that need the speed. On a 1 Gbps plan, spend the money on Wi-Fi coverage instead.

Short answer: Powerline adapters can be worth it when you can't run Ethernet and Wi-Fi can't reach a room, but results depend on your home's wiring. The speed on the box is a theoretical maximum. Plug both adapters straight into wall outlets on the same circuit, and buy adapters that use the same standard, because G.hn and HomePlug AV2 adapters don't work together.

Powerline adapters are worth trying when you can’t run an Ethernet cable and Wi-Fi can’t reach a room well. They are not a sure thing. They send data over your home’s electrical wiring, so speed depends on that wiring and on what else is plugged in. The speed printed on the box is a theoretical maximum.

This is a research-based guide built from Netgear, TP-Link and devolo documentation. We have not tested powerline adapters in our own homes, so there are no speed results here.

Quick answer: should you buy powerline?

How do powerline adapters work?

Netgear says powerline adapters “use your home’s electrical wiring to transmit internet data.” You plug one adapter into an outlet near your router and connect it with an Ethernet cable. You plug the second into an outlet in the room that needs a connection, then connect a device, a TV or a mesh point to it.

TP-Link says that “in most cases” its adapters pair automatically. Netgear notes that powerline products have both a network password and a device password, and some older adapters have no reset or security button.

Why is the speed on the box so high?

Powerline ratings are theoretical. TP-Link says figures such as “600Mbps, 1200Mbps, or 2000Mbps are the highest powerline rate in theory.” Netgear sells the Powerline 2000 (PLP2000), rated “up to 2 Gbps.”

Those figures describe the electrical link under ideal conditions, not what a laptop will measure. TP-Link lists the things that pull real speed down:

• Power strips and surge protectors. Adapters “should always be plugged directly into a wall outlet.”
• Appliances with motors, such as air conditioners, washing machines, fans and kitchen appliances, which “can interfere with powerline signals.”
• Phone and laptop chargers, which “can introduce noise on the power line.”
• Distance. TP-Link gives a maximum range of 300 meters, but says noise and line quality reduce the effective range.

Will powerline work in my home?

Wiring is the deciding factor, and you can’t see it. The practical rules from the manufacturers:

1. Same circuit. Netgear says both adapters should be on the same electrical circuit. TP-Link says adapters on separate circuits can pair but won’t communicate.
2. Phases. TP-Link says powerline works across phases, but the rate drops. If an adapter pair is slow, try a different outlet for the remote unit.
3. Wall outlets only. Netgear says performance is “always better” plugged directly into a wall socket. TP-Link adds that some outlets with a built-in surge protector “can also cut the powerline connection.”
4. Keep away from noisy devices. Netgear’s product page also advises avoiding outlets near high-power appliances.

Because results vary, buy from a retailer with an easy return policy and test the connection with a wired speed test on day one.

HomePlug AV2 vs. G.hn: which standard?

Two standards are on sale:

• HomePlug AV and AV2. Netgear says “compatibility of the adapters is based on its HomePlug version,” and that HomePlug AV and the older HomePlug 1.0 networks can share a home but “cannot communicate with each other.”
• G.hn. Devolo describes G.hn as a standard developed by the International Telecommunication Union. Devolo moved its Magic adapters from HomePlug AV2 to G.hn and claims G.hn is faster; we have not verified that claim.

They don’t mix. TP-Link says: “G.hn powerline adapters are not compatible with HomePlug AV/AV2 powerline adapters.” Buy a matched kit, and check the standard on the box before adding another adapter later.

Powerline for mesh Wi-Fi

A powerline link can act as a wired backhaul for a mesh point, which frees the mesh system from relaying all traffic over Wi-Fi. Check that your mesh system supports Ethernet backhaul first. Our guide to wired vs. wireless mesh backhaul explains when that matters. Some powerline kits also include a Wi-Fi access point in the remote adapter, which can cover a single room without a full mesh system.

If you’re fixing one weak room, start with our guide to finding and fixing Wi-Fi dead zones.

Fact-check notes

Bottom line

Powerline is a reasonable fix for one hard-to-reach room when Ethernet and MoCA aren’t options. Treat the box speed as a ceiling, plug both adapters straight into wall outlets on the same circuit, buy a matched kit, and test it while you can still return it.

Short answer: Band steering, often called Smart Connect, combines your router's 2.4 GHz, 5 GHz and 6 GHz bands under one network name and moves dual-band devices to the band it judges best. Most homes should leave it on: Apple recommends one name for all bands. Turn it off only for a specific problem, such as a 2.4 GHz-only device that won't set up, and turn it back on afterward.

Band steering puts your router’s 2.4 GHz, 5 GHz and, on newer routers, 6 GHz bands under one network name, then nudges each device that supports more than one band toward the band the router judges best. Leave it on unless you have a specific problem. The usual reason to turn it off is a smart plug or camera that only supports 2.4 GHz and fails during setup. Turn it back on afterward.

This is an explainer based on router makers’ and Apple’s support documentation. It is not a hands-on test.

What band steering does

Without band steering, a dual-band router broadcasts two networks, such as “Home” and “Home-5G,” and you pick one on each device. With it, you see a single name.

The router then helps decide which band each device uses:

• Netgear says Smart Connect “automatically chooses the best WiFi band for your device.”
• TP-Link says Smart Connect assigns each device to the band “that provides the fastest speed” and balances load across bands. Devices that only support 2.4 GHz stay on 2.4 GHz.
• Google says Nest Wifi and Google Wifi steer devices to “the band with the best performance for each device,” and that devices pick a band based on compatibility, security, signal strength and distance from a Wi-Fi point.
• ASUS lets you adjust the rules on many models: when steering is triggered, which band a device is sent to, and a “bounce detect” limit that keeps a device on one band for a while if it has been moved too often.

The device still has the last word on which band it joins. Routers influence that choice. The Wi-Fi Alliance’s Agile Multiband program exists to support this kind of information exchange between access points and devices, so that band and channel decisions can be made with better information.

What each brand calls it

Netgear says Smart Connect “might or might not be disabled by default,” depending on the model. Check your router if you’re not sure which mode you’re in.

Why most homes should leave it on

• Apple recommends one name. Its router guidance says to use a single network name for all bands and warns that with different names, “devices might not connect reliably.” On Wi-Fi 6E networks, Apple devices flag the network as having limited compatibility if the names differ.
• It helps on mesh systems. Eero says its single network name lets devices “seamlessly roam” across its mesh.
• It moves capable devices off 2.4 GHz. Microsoft’s Teams network guidance recommends band steering to move dual-band devices to 5 GHz, which it says is better suited to real-time media. See 2.4 GHz vs. 5 GHz vs. 6 GHz for the trade-offs between bands.

When turning it off can help

• A 2.4 GHz-only device won’t set up. TP-Link suggests separating the bands when smart home devices that support only 2.4 GHz struggle to connect. On eero, hide the 5 and 6 GHz bands for 30 minutes instead. Our 2.4 GHz smart device guide has the steps for each brand.
• A device keeps dropping or switching bands. ASUS says a phone’s own Wi-Fi band-preference settings may make Smart Connect ineffective “or lead to frequent disconnections.” Check the device’s settings first.
• An old device can’t connect at all. On ASUS routers, setting the steering rule to allow only 802.11ac (Wi-Fi 5) devices means 802.11n-only devices “will not be able to connect.” Restoring the default rules fixes this.

Before turning band steering off for good, try the simpler fixes. ASUS recommends its default steering settings “if there are no special requirements.” Update the router’s firmware, and check whether the device simply has a weak signal. Our slow Wi-Fi guide covers how to tell.

How to turn it off, and what changes

• Netgear: sign in at routerlogin.net, open Wireless, uncheck Enable Smart Connect, then click Apply.
• ASUS: on newer firmware, give each band its own network name and password. On older firmware, turn off Enable Smart Connect under Wireless, then General.
• TP-Link: in tplinkwifi.net, go to Advanced, then Wireless, and switch off Smart Connect. In the Tether app, go to More, Wi-Fi Settings, then 2.4GHz & 5GHz Network.

Once the bands have separate names, each device stays on the band you choose. That means you manage it: a laptop on the 2.4 GHz name stays there even when 5 GHz would be faster. If you split the bands only for a setup, switch Smart Connect back on afterward.

Fact-check notes

Bottom line

Band steering is the right default for most homes. Leave it on, keep your router’s firmware current, and switch it off only long enough to fix a specific device problem, such as a 2.4 GHz-only smart plug that won’t set up.

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: Florida, Iowa, Montana and Nebraska sued TP-Link on October 6, 2026, joining a Texas suit from February. The states allege it misled consumers about router security and its ties to China; TP-Link denies the claims, and no court has ruled. Owning or using a TP-Link router remains legal. Check that yours still gets firmware updates.

Four more US states sued router maker TP-Link on October 6, 2026, bringing the number of state lawsuits to five. Florida, Iowa, Montana and Nebraska accuse the company of misleading consumers about how secure its routers are and about its ties to China, following a similar Texas suit filed in February. TP-Link denies the claims, and no court has ruled on them.

If you own a TP-Link router, nothing about the lawsuits requires you to stop using it. What matters for your network today is the same as for any router: whether it still receives security updates. This is a news report based on the attorneys general’s announcements, TP-Link’s response and FCC documents. We have not read the full court filings.

What happened?

Iowa’s suit is brought under the Iowa Consumer Fraud Act. The attorneys general announced the other suits as consumer-protection cases. We have not confirmed the court or statute for each one.

What do the states allege?

The announcements we read make overlapping claims. In summary, the states allege that TP-Link:

• Marketed its routers as secure while, according to Texas, its products were used by Chinese state-sponsored hackers in cyberattacks against the United States.
• Misled consumers about where its products are made. Iowa says that despite TP-Link’s statements that its routers are made in Vietnam, much of its research, development and manufacturing is in China and nearly all parts come from or through China.
• Hid its ties to China. Texas says those ties subject the company to Chinese laws that require support for intelligence services. Iowa’s announcement goes further and says TP-Link firmware gives the Chinese government access to users’ devices and data.

These are claims in lawsuits, not findings. Courts have not decided any of them, and TP-Link disputes them.

What does TP-Link say?

In a statement dated October 6, 2026, TP-Link’s corporate affairs officer Steve Kovsky called the lawsuits “built on false premises” and claims of foreign access “baseless.” The company describes itself as “an independent, U.S. company that is not owned or controlled by any foreign government,” says its devices sold in the US are made in Vietnam, and says it will not share customer network data with foreign governments. It says it looks forward to “refuting these baseless allegations in court.”

Is it still legal to own or buy a TP-Link router?

Yes to owning one. The lawsuits are actions against the company. They don’t create rules for people who own its products.

Buying is shaped by a separate federal rule. On March 23, 2026, the FCC added foreign-produced routers from every manufacturer to its Covered List. Under that rule, new models need a Conditional Approval to be authorized for sale. The FCC’s FAQ, updated May 12, 2026, says consumers using these routers “do not need to do anything,” and that consumers “will continue to be able to purchase previously authorized routers.”

The FCC’s list of routers with Conditional Approval, updated October 9, 2026, includes Netgear, ASUS and eero, among others. TP-Link is not on it.

On October 7, a Nebraska-led group of 21 state attorneys general wrote to the FCC about TP-Link’s pending request for that approval. Their announcement says their security concerns “must be addressed before a decision is made.” The same announcement claims TP-Link controls at least 60 percent of the US retail market for Wi-Fi systems and small office and home routers. That figure is the attorneys general’s claim; we have not verified it independently.

For more on how the rule affects which new routers reach US stores, see our Wi-Fi 8 availability report.

What should TP-Link owners do now?

The lawsuits don’t change your router’s security from one day to the next. These steps apply to any router, and they are the ones that make a practical difference:

1. Update the firmware. Check the TP-Link app or admin page for an update, and turn on automatic updates if your model offers them.
2. Check whether your model is still supported. A router that no longer receives security updates is a reason to replace it, whoever made it.
3. If your internet provider supplied it, ask the provider. TP-Link’s advisory on its Aginet equipment, the line it makes for internet providers to supply and manage, covers five flaws, CVE-2025-30237 to CVE-2025-30241. TP-Link says fixes reach those devices “via ISP-managed update mechanisms” and that firmware for provider versions may not be available for direct download. If no update appears, contact your provider.
4. Lock down the basics. Change the admin password, turn off remote management and WPS, and keep smart home devices on a separate network. See our router hardening checklist, WPS and UPnP guide and guest network guide.

If you decide to replace your router anyway, our guide to buying your own router vs. using your provider’s covers what to check first.

What happens next?

The cases will proceed in state courts, and TP-Link has said it will contest them. Separately, the FCC has not announced a decision on TP-Link’s request to sell new router models. We’ll update this article when either changes.

Fact-check notes

Bottom line

Five states now accuse TP-Link of misleading customers, and TP-Link says the cases have no merit. None of that changes whether you can use the router in your home. Make sure it’s updated and still supported, ask your provider about any provider-supplied TP-Link equipment, and follow the FCC’s decision on new models if you are shopping.

Short answer: If you plug your own router or mesh system into your internet provider's gateway, both devices may route traffic, which is called double NAT. It often works fine for browsing, but can cause console NAT warnings and confusing settings. The usual fix is to put the provider's gateway in bridge mode so only your router routes. If the gateway can't be bridged, put your own router in access point mode instead.

When you plug your own router or mesh system into the gateway your internet provider supplied, you can end up with two routers doing the same job, which is called double NAT. It often goes unnoticed, but it can trigger game console warnings and make some features misbehave. The fix is to let only one device route: put the provider’s gateway in bridge mode, or, if it can’t be bridged, put your own router in access point mode.

This is a how-to based on Xfinity, eero, Netgear and TP-Link support documentation. We have not tested these setups ourselves, and menu names vary between models.

What is double NAT?

NAT stands for Network Address Translation. Your internet provider gives your home one public address. Your router hands each device a private address, and NAT translates between the two so all your devices can share the connection. Eero describes it as a way for several devices to share one public IP address.

A provider gateway is a single box that combines a modem and a router. If you connect your own router behind it, and both keep routing, traffic is translated twice: that is double NAT. Eero describes it as two routers performing NAT, which creates two separate networks.

Does double NAT cause problems?

Sometimes. Web browsing, streaming and video calls usually work, because those connections start from your device. Problems show up with things that need devices to reach each other or accept connections from outside:

• Game consoles. Xbox support lists “Double NAT detected” as one of the errors that can stop party chat and multiplayer from working.
• Two networks with the same name. Eero warns that running two networks with the same Wi-Fi name at once “will lead to technical complications.” Devices can join the gateway’s Wi-Fi and lose sight of devices on yours.
• General reliability. TP-Link says double NAT can cause “connectivity and performance issues.”
• Port forwarding. With two routers, a port has to be opened on both, which is easy to get wrong.

Eero also points out that double NAT has one upside: it lets you set up a new system quickly without changing the provider’s equipment. Some setups start that way and fix it afterward.

How do I check whether I have double NAT?

Open your own router’s app or admin page and find its internet (WAN) address. If it begins with 192.168., 10. or anything from 172.16. to 172.31., your router is getting a private address from the device in front of it, which usually means double NAT. Those three ranges are reserved for private networks by RFC 1918, the internet standard that defines them. Treat this as a strong hint rather than proof: some providers run their own network-level NAT, which can also leave your router without a public address.

On an Xbox, Xbox support says the NAT type and any “Double NAT detected” message appear under Profile & system, Settings, General, Network settings.

How do I fix it: bridge mode or access point mode?

Pick one device to do the routing.

The router makers’ own guidance leans toward bridging the gateway:

• Eero recommends putting the modem-router combo in bridge mode for the best performance and access to all eero features.
• TP-Link recommends bridge mode on a combined modem-router to avoid double NAT when adding Deco.
• Netgear prefers bridge mode on the provider gateway. If that isn’t possible, it says “you must turn its WiFi off and put your Orbi or Nighthawk router in AP mode,” and notes that “some router features are disabled in AP mode.”

How do I put an Xfinity gateway in bridge mode?

Xfinity documents these steps for its gateways:

1. On a device connected to your home network, go to the Admin Tool at http://10.0.0.1. You may need to allow Admin Tool access in the Xfinity app first.
2. Sign in with the username admin and the password on the sticker on the gateway, unless you changed it.
3. Go to Gateway, then At a Glance.
4. Next to Bridge Mode, click Enable, then OK at the warning. The gateway may restart.
5. Connect your own router to any Ethernet port on the gateway.

Things Xfinity says to know first:

• Only one device can be connected to the gateway while it is in bridge mode.
• You can still use the Xfinity app to manage your account, but not to manage and personalize your network or use WiFi Extenders.
• Xfinity CyberSecure isn’t available in bridge mode, and you can’t enable bridge mode if you have already activated WiFi Extenders.
• Bridge mode doesn’t turn off the Xfinity WiFi Home Hotspot feature on gateways that have it.
• To turn bridge mode off later, the device you use must be connected to the gateway by Ethernet.

Other providers’ gateways may work differently. Check your provider’s help pages.

When would I bridge my own router instead?

Usually, you wouldn’t; it’s the provider’s gateway you bridge. But eero lists cases where its own system may need to be bridged and the provider’s equipment kept as the router: if your provider is AT&T U-verse and its equipment provides Wi-Fi and addressing, if your provider requires PPPoE (a login-based connection type), or if your provider requires a specific MAC address that matches its own equipment. Eero notes that eero Pro 6 and eero 6 now support PPPoE.

Eero says that in bridge mode you “won’t be able to manage your network’s advanced features through the eero App,” and that eero Plus features including Advanced Security, Ad Blocking and Content Filters don’t work properly. To set it, eero’s path is Settings, Advanced networking, DHCP & NAT, then switch from Automatic to Bridge.

A setup checklist

1. Decide which device routes. Usually your own router, with the gateway bridged.
2. Bridge the gateway or, if it can’t be bridged, set your router to AP mode. Not both.
3. If you can’t bridge, turn off the gateway’s Wi-Fi. TP-Link advises against giving the gateway and your system the same network name.
4. Wire correctly. TP-Link says not to connect more than one Deco directly to the existing router in Router mode, because it can create a network loop.
5. Check the result. Your router’s WAN address should now be a public address, not one starting with 192.168., 10. or 172.16 to 31. Run the network test on any game console.

If you are still deciding whether to keep renting the gateway at all, see buying your own router vs. using your provider’s. For console NAT types, see our WPS and UPnP guide and gaming router guide. For choosing the system you’ll plug in, see router vs. mesh.

Fact-check notes

Bottom line

Two routers in a row works, but it isn’t tidy. Bridge the provider’s gateway so your own router does the routing, and accept that the gateway’s extra features go away. If the gateway can’t be bridged, turn off its Wi-Fi and put your router in AP mode. Then check your router’s WAN address and your console’s NAT type to confirm the fix.

Short answer: Check your bill first. If your plan already includes the provider's gateway at no extra charge, buying your own saves nothing and is worth it only for better coverage or control. If you pay a monthly equipment fee, owning your router can remove it: federal law bars providers from charging for equipment you supply yourself. Either way, confirm the device is compatible with your service before you buy.

Start with your bill. If you pay a monthly fee for the provider’s modem, router or gateway, owning your own equipment can remove that charge. If your plan already includes the equipment at no extra cost, which is how Xfinity describes its latest plans, buying your own saves nothing and is worth doing only for better Wi-Fi or more control.

Internet providers usually supply a gateway, a single box that combines a modem (which connects to the provider’s line) and a Wi-Fi router (which creates your home network). This guide explains what the law says about equipment fees, how to check what you pay, and what changes if you switch to your own. It is a research-based guide drawn from federal law, FCC documents and one provider’s published policies. We could not verify equipment fees from provider pages, so we don’t quote any.

Can my provider charge for equipment I don’t use?

No. A federal law, 47 U.S.C. 562, says fixed broadband and TV providers may not charge you for “using covered equipment provided by the consumer.” They also may not charge rent for equipment they never gave you, or for equipment you have already returned. The law defines covered equipment as equipment “such as a router” used on your premises to receive the service.

The rule comes from the Television Viewer Protection Act of 2019. It was due to take effect on June 20, 2020, and the FCC extended that to December 20, 2020, citing the COVID-19 emergency.

So if you return the provider’s equipment and use your own, an equipment rental charge should come off your bill. If it doesn’t, ask the provider to remove it.

How do I check what I pay for equipment now?

1. Look for an equipment line on your bill. It may be labeled as a gateway, modem, router or Wi-Fi equipment charge. If there is none, your equipment is either included in the plan price or yours already.
2. Read the plan’s broadband label. The FCC requires providers to show these labels at the point of sale, and they must disclose prices, introductory rates, data allowances and speeds.
3. Check what your plan includes. Xfinity, for example, says: “The latest Xfinity Internet plans include the Xfinity Gateway at no extra cost.” If you are on an older plan, the answer may differ.

We have not listed fee amounts for any provider. Fees vary by plan, region and date, and the provider pages we tried either didn’t list them or couldn’t be opened for checking.

What are the options?

The middle option is often the easiest upgrade. You keep the provider’s equipment, which is guaranteed to work with the service, and plug your own router or mesh system into it. That gets you better coverage without any compatibility check on the modem side. Having two routers in a row can cause a “double NAT,” which some game consoles flag; the usual fix is to set the provider’s gateway to bridge mode or use your router’s access point mode. Our bridge mode and double NAT guide walks through both. Our gaming router guide and WPS and UPnP guide explain NAT.

What do I need to check before buying my own?

Compatibility. A cable modem or gateway has to work with your provider’s network and support your speed tier. Xfinity says: “Your modem must work with Xfinity and support your internet speed,” and directs customers to a compatibility lookup called My Device Info. It adds that unsupported devices won’t work. Check your own provider’s list if you are not with Xfinity, and see our guide to DOCSIS 3.0 vs. 3.1 vs. 4.0 modems. A Wi-Fi router plugged in behind the provider’s equipment doesn’t need this check.

Speed. Match the modem and router ports to your plan. A plan faster than 1 Gbps needs multi-gigabit ports; see do you need a multi-gig router. See how much internet speed you need and our Ethernet cable guide.

Responsibility. Xfinity says that with your own equipment you are responsible for “keeping your device updated and secure,” “troubleshooting problems with your device” and “setting up and managing your WiFi security.” Our router hardening checklist covers the security side.

Features tied to rented equipment. Xfinity lists several benefits of its rented gateway: app controls such as pausing devices, its Xfinity CyberSecure security service, its WiFi Extenders, and access to Xfinity WiFi hotspots away from home. Check which of these you use before returning the gateway.

Fiber and fixed wireless. Options on fiber and 5G home internet differ by provider, and we couldn’t open those providers’ support pages for this guide. Xfinity notes that in communities where internet reaches each unit over fiber, “any standard router compatible with your speed tier can be used.” Check your own provider’s support pages before buying.

Does the FCC’s router rule affect what I can buy?

Not in a way that stops you buying a router. On March 23, 2026, the FCC added routers produced in foreign countries to its Covered List. The FCC’s FAQ, updated May 12, 2026, says new foreign-produced models can’t receive FCC authorization unless they get a Conditional Approval. Routers that already have FCC authorization, shown by the FCC ID on the device, “may continue to be imported, sold, and used in the U.S.”

For consumers, the FCC says: “Consumers currently using covered routers in small and home offices do not need to do anything,” and “Consumers will continue to be able to purchase previously authorized routers.” The FCC also confirms that provider-supplied gateways that combine a modem and router “fall within the scope of the determination.”

In practice, the rule limits which new models reach US stores, not whether you can buy a router at all. Our Wi-Fi 8 availability report covers which makers held Conditional Approvals as of October 2, 2026.

Should I buy my own?

If you decide on a mesh system, our guides to router vs. mesh and mesh picks for large houses cover the choice.

Fact-check notes

Bottom line

Read the equipment line on your bill before you buy anything. If there is a fee, the law is on your side: return the provider’s equipment, buy a compatible replacement, and the charge should go. If the equipment is included, keep it and spend the money on coverage instead, with a mesh system plugged in behind the provider’s gateway.

Short answer: Most players don't need a gaming router. Online games use little bandwidth, and lag usually comes from Wi-Fi, a busy connection or distance to the game server. The gaming feature that helps most is traffic prioritization (QoS), which many ordinary routers also offer. A gaming router makes sense if you want those controls built in and plan to wire your console or PC. This is a research-based guide, not a hands-on test.

Most players don’t need a gaming router. Online games send and receive very little data, so a faster router rarely makes them smoother. Lag usually comes from a weak Wi-Fi link, other people using the connection at the same moment, or the distance to the game server. The one gaming feature that targets a real cause is traffic prioritization, and many ordinary routers have it too.

A gaming router is a router sold with features aimed at games: a priority port, game-traffic prioritization, and sometimes a paid route service. This is a research-based guide built from the manufacturers’ own descriptions of those features. We have not tested gaming routers, and none of the manufacturer pages we reviewed gives measured latency results.

What actually causes lag in online games?

Two different things get called “lag.”

Latency is the time data takes to travel to the game server and back, measured in milliseconds (ms) and often shown in games as ping. Bandwidth is how much data the connection can carry per second, measured in megabits per second (Mbps). Games are sensitive to latency and need little bandwidth.

The FCC’s broadband speed guide, last reviewed on July 18, 2022, lists 4 Mbps as the minimum download speed for online multiplayer gaming and 3 Mbps for a game console connecting to the internet. Almost any current plan covers that many times over.

Latency gets worse in three common ways, and only one of them is something a router controls:

The first one has a name, bufferbloat. Our bufferbloat guide explains how to test for it.

Cloud gaming is the exception to “games need little bandwidth.” There, the game runs on a remote server and is streamed to you like video. NVIDIA lists 25 Mbps for its GeForce NOW service at 1080p and 60 frames per second, and 45 Mbps for 4K at 120 frames per second. It also requires less than 80 ms of latency to its data center.

What do gaming router features do?

ASUS publishes the clearest breakdown, describing three “levels” of game acceleration on its ROG gaming routers. Other brands sell similar features under different names.

QoS stands for Quality of Service, a router setting that decides which traffic goes first when the connection is busy.

The route service is a separate company’s product. TP-Link offers WTFast on its Archer GE800, GE650, GE550 and GXE75 routers and says users can “play without any restrictions for the first month,” which indicates a paid subscription after that. TP-Link lists “lower latency, reduced packet loss, and minimized ping” among the claims, without figures. Treat it as something to trial against the games you actually play, not as a reason to buy a particular router.

Do ordinary routers have the same features?

The one that matters, traffic prioritization, is common. Two examples:

• Netgear Dynamic QoS on Nighthawk routers “resolves traffic congestion when the Internet bandwidth is limited.” Netgear says it can help if your speeds are “250 Mbps or less” and you game or stream, and that at 300 Mbps or faster “you don’t need to use Dynamic QoS.”
• eero’s “Optimize for Conferencing and Gaming”, a beta feature in the eero Labs section of the app. Eero says it “queues wifi traffic and limits the amount of bandwidth certain devices can use,” is “best for internet connections under 500 Mbps,” and that “you may see slower performance on certain devices.”

Both manufacturers make the same point from different directions. Prioritization helps most on slower plans, where a single upload or download can fill the connection. On a fast plan there is more headroom, so the same activity is less likely to slow your game. And prioritizing one thing can slow others.

To check what your router offers, look for “QoS,” “SQM” (smart queue management), “traffic prioritization” or “gaming” in its settings or app.

What doesn’t help?

• Higher maximum Wi-Fi speeds. A router’s headline speed is usually the combined theoretical rate of all its radios; TP-Link’s Archer BE230, sold as a BE3600 router, for example, adds a 2,882 Mbps 5 GHz radio to a 688 Mbps 2.4 GHz radio. Games use a few Mbps. See how much internet speed you need.
• The “gaming” label on its own. It describes features, not performance. Compare the features in the table above, then check whether your current router already has them.
• A new router to fix NAT type. An Open NAT type, which consoles need for party chat and hosting, comes from UPnP or port forwarding. Every router has at least one. Our guide to WPS and UPnP covers the trade-off.
• More bandwidth for a lag problem. If ping is high with nobody else online, a faster plan won’t lower it.

What should I try before buying one?

In rough order of cost:

1. Use a cable. Connect the console or PC to the router with Ethernet. It removes Wi-Fi from the equation and is what a gaming port assumes anyway. NVIDIA recommends “a hardwired Ethernet connection, or a router with a 5 GHz WiFi connection” for GeForce NOW. Our Ethernet cable guide covers which cable to buy.
2. If you can’t wire it, use 5 GHz. Make sure the console or PC is on 5 GHz and not 2.4 GHz. See our Wi-Fi bands guide.
3. Test whether lag follows other people’s activity. Run a speed test that reports latency under load while someone else uploads. If ping jumps, it is congestion.
4. Turn on your router’s QoS or SQM feature, if it has one, and test again.
5. Check NAT type on the console and fix it with UPnP or port forwarding.
6. Only then consider a new router, and choose it by the features you found you need.

Who should buy a gaming router?

We have not included prices. We only publish a price with the date we checked it.

Fact-check notes

Bottom line

A gaming router is an ordinary router with a few traffic features and a label. Before buying one, wire your console or PC, check whether lag follows other people’s activity, and look for QoS in the router you already own. If your router lacks prioritization and congestion is the cause, buy one that has it, gaming-branded or not.

Short answer: For most homes, Cat 6 is the cable to buy: it supports 5 Gbps over 100 meters and 10 Gbps over shorter runs. Cat 5e you already own is fine up to 2.5 Gbps. Choose Cat 6A for in-wall runs if you want 10 Gbps at any length. Skip Cat 8, which is a short-range data center cable, and avoid copper-clad aluminum (CCA) cable whatever category is printed on it.

For most homes, buy Cat 6. It supports 5 Gbps over the full 100 meters (328 feet) and 10 Gbps over shorter runs, which covers every port on current home routers and mesh systems. If you already have Cat 5e, keep it: it is good for up to 2.5 Gbps. Choose Cat 6A when you are putting cable inside walls and want 10 Gbps at any length. Cat 8 is built for data centers and is not worth buying for a house.

“Cat” is short for category, a performance grade defined in cabling standards. A higher category is built and tested to carry signals at higher frequencies, which allows higher speeds or longer runs at a given speed. This guide draws on the IEEE Ethernet standards and on Fluke Networks, which makes the test equipment installers use to certify cabling. We have not tested cables ourselves.

How do the Ethernet cable categories compare?

100 meters is 328 feet. 55 meters is about 180 feet, 37 meters about 121 feet, and 30 meters about 98 feet. Lengths are for the whole link, including the patch cables at each end.

The 2.5 and 5 Gbps speeds come from an Ethernet standard, IEEE 802.3bz, published on October 18, 2016. It was written so that buildings already wired with Cat 5e and Cat 6 could go faster than 1 Gbps without new cable. That is why the 2.5 Gbps port on a current router works over older cable.

Is Cat 5e still good enough?

For most connections, yes. Fluke Networks says Cat 5e and Cat 6 are “both of which are typically able to support up to 1000 Mbps,” and that Cat 5e supports 2.5 Gbps over 100 meters. It adds that Cat 5e can carry 5 Gbps only in “defined use cases.”

So Cat 5e is fine for:

• An internet plan of 1 Gbps or less.
• A router or mesh system with 1 Gbps or 2.5 Gbps ports.
• Wiring mesh units together. Eero, for example, lists Cat 5e, Cat 6 and Cat 6A as suitable cables.

One caution applies to cable bundles. Fluke notes that Cat 5e and Cat 6 were never specified for alien crosstalk, which is interference between neighboring cables, and that it is “a limiting factor” at 2.5 and 5 Gbps. Long runs tightly bundled with other cables are where trouble shows up. A single cable from a router to a nearby device is not that situation.

Don’t rip out working Cat 5e. Replace it when a specific link needs to run faster than it can.

When do I need Cat 6?

Cat 6 is the sensible default for new cables. It supports 5 Gbps over 100 meters. It also carries 10 Gbps over shorter distances: under the industry guidance Fluke cites, 10 Gbps “should operate over channel lengths of up to 37 meters of Category 6 cabling,” and between 37 and 55 meters “depending on the alien crosstalk environment.”

Most runs inside a house are well under 37 meters. That makes Cat 6 a reasonable choice even if you expect to use 10 Gbps equipment later, with one caveat. Fluke says results over Cat 6 at 10 Gbps are unpredictable, with some 60-meter links passing and some 30-meter links failing, because interference varies from one installation to the next.

When is Cat 6A worth it?

When the cable is going somewhere hard to reach again. Cat 6A is the category designed for 10 Gbps, supporting it “up to 100 m (328 ft).”

Buy Cat 6A if:

• You are running cable inside walls, ceilings or between floors, and you want it to last through several generations of equipment.
• You have, or plan to buy, 10 Gbps equipment and a run is longer than about 37 meters.
• Many cables will run bundled together over a long distance.

Cat 6A cable is generally thicker and stiffer than Cat 6, which makes it harder to route around corners. For a short patch cable between a modem and a router, it brings no benefit over Cat 6.

Should I buy Cat 7 or Cat 8?

Cat 8: no. Fluke’s fact sheet says Cat 8 supports 25 and 40 Gbps Ethernet with a “maximum Channel length of 30m (100’)” at those speeds, and that “there is no unshielded variant.” Home routers, mesh systems, consoles and PCs do not have 25 or 40 Gbps copper ports, so a Cat 8 cable in a house runs at whatever lower speed the devices support. Cat 6A does the same job.

Cat 7: also no. Cat 7 is widely sold online, but it is not one of the categories in the US cabling standard. A summary of the current ANSI/TIA-568 standard by cable maker trueCABLE lists Cat 5e, Cat 6, Cat 6A and Cat 8 as the recognized copper categories. A cable labeled Cat 7 with ordinary RJ45 plugs will usually work as an Ethernet cable, but the label is not a rating you can check against that standard. Buy Cat 6 or Cat 6A instead.

Which cable matches my equipment?

Match the cable to the fastest port on the link. The link runs at the speed of its slowest part.

Check the port speeds in your router’s specifications, including the internet (WAN) port. A fast plan and a good cable still stop at 1 Gbps if the port does. If you are wiring a mesh system, see our guide to wired and wireless backhaul, and for sizing the plan itself, how much internet speed you need.

What should I avoid?

Copper-clad aluminum (CCA). Some low-priced cable uses aluminum conductors with a thin copper coating. Fluke Networks says cables with CCA conductors are “non-standards compliant,” because the standards require solid copper, and that they “often do not have a valid UL safety listing.” It also says aluminum’s resistance is “about 55% greater than for a copper cable of the same diameter,” which wastes power as heat when a cable carries Power over Ethernet (PoE), the feature that powers devices such as cameras and access points through the network cable.

Fluke suggests two checks anyone can do: weigh the box against a known copper cable, since aluminum is lighter, or scrape a conductor “to reveal the silver colored aluminum beneath the copper cladding.” Look for “solid copper” or “pure copper” in the listing, and treat a missing answer as a no.

Paying for a category you can’t use. A higher number does not make a connection faster than its ports. Cat 8 on a 1 Gbps port is a 1 Gbps link.

Flat or very thin cables for long runs. These are convenient under rugs and along baseboards, but we could not find them covered by the sources above, so we can’t vouch for their performance at multi-gigabit speeds. For anything long or permanent, use standard round cable from a maker that states the category and conductor material.

Does a better cable speed up my internet?

Only if the cable was the bottleneck. Replacing Cat 5e with Cat 6A on a 500 Mbps plan changes nothing, because Cat 5e already carries more than that.

A damaged or badly made cable is different. A link that should run at 1 Gbps but connects at 100 Mbps can point to a faulty cable or plug, and swapping it is a cheap test. If wired speed is fine and wireless is slow, the cable isn’t the issue; see why Wi-Fi can be slow when your internet is fast.

Fact-check notes

Bottom line

Keep the Cat 5e you have unless a link needs more than 2.5 Gbps. Buy Cat 6 for new patch cables and ordinary runs. Use Cat 6A for wiring that goes inside walls or needs 10 Gbps over a long distance. Leave Cat 7 and Cat 8 on the shelf, and make sure whatever you buy has solid copper conductors.

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: You need mesh if a router placed in a central spot still can't reach the whole house. In a smaller, one-story or open-plan home, one router is cheaper, simpler and usually enough, and there are free fixes to try before you spend anything.

You need mesh if your router can’t cover the whole house even after you’ve put it in a central spot. In a smaller one-story or open-plan home, a single router is cheaper, simpler and usually enough. Mesh earns its price in multi-story houses, big or oddly shaped homes, and homes with thick walls.

The catch is that many people buy mesh before testing whether a cheaper fix works. This guide helps you decide which one you need, and what to try first.

What is the actual difference between a router and mesh?

A router is one box that broadcasts Wi-Fi from one spot. Signal fades with distance and with every wall and floor in the way.

A mesh system is a main unit plus one or more nodes that act as one network. Your phone connects to the closest one, and Tom’s Guide notes the system hands your connection off automatically as you move around the house. There’s one network name and no manual switching.

A Wi-Fi extender is a third option. It picks up your router’s signal and rebroadcasts it. Tom’s Guide says most extenders create a separate network you have to switch to, and they’re less capable than mesh satellites. One reviewer of ASUS’s ZenWiFi BT10 noted that old-style repeaters suffered a severe drop in bandwidth because they used the same radio to talk to the router and to your devices. Mesh systems with a dedicated link, or an Ethernet cable between units, avoid that.

How do I tell which one my house needs?

Start with a test, not a purchase. Run a speed test next to the router, then in the room with the worst signal. The FCC suggests checking your speed first and notes that Wi-Fi performance depends on where the router sits and how many devices share it.

Then use these rough guides:

• Small or medium, one floor, fairly open: a single router, placed near the middle.
• About 3,000 sq ft or more: Tom’s Guide says a regular router won’t cut it at that size. For comparison, TP-Link rates a single Deco BE63 unit at 2,500 sq ft. These are rough guides, not rules.
• Two or more floors, or an odd layout: mesh is likely worth it. Tom’s Guide says multi-story and oddly laid-out homes don’t match the coverage pattern a standalone router delivers.
• One stubborn dead spot and nothing else: try cheaper fixes first, below.

Construction matters too. Brick, concrete and metal block Wi-Fi far more than drywall does, so a 2,000 sq ft home with masonry walls can need mesh while a 3,000 sq ft open house might not.

How far does Wi-Fi really reach?

Tom’s Guide tested several mesh kits in a multi-story home with brick walls. Its September 7, 2026 roundup shows how steeply speed falls with distance. At 15 feet, the kits it tested ranged from about 1.4 to 1.9 Gbps. At 90 feet, they ranged from 20.8 Mbps (eero Pro 7) to 150.1 Mbps (TP-Link Deco BE23). That’s one home and one test laptop, so your numbers will differ, but the pattern is what matters: the far rooms are where a single unit struggles.

What should I try before buying mesh?

These cost nothing or very little, and any of them can fix a problem that looks like a coverage problem. Our guide to finding and fixing Wi-Fi dead zones shows how to map weak rooms first.

1. Move the router. The FCC recommends a central location. Get it out of cabinets and away from large metal objects and thick walls.
2. Check the band. The FCC notes that 2.4 GHz is shared with many household devices, while the 5 GHz band is faster and may be less crowded by neighbors’ networks.
3. Wire what stays put. The FCC says a direct Ethernet connection between your router and a device gives the highest speeds and avoids Wi-Fi congestion. A TV, console or desktop doesn’t need Wi-Fi.
4. Update the router. Apple recommends setting routers to install firmware updates automatically.
5. Look at the router itself. If it’s an older combination modem-router from your internet provider, a newer router may help, but check with your provider about how to set it up.

If those don’t help, then compare options.

Router, extender or mesh: how do they compare?

On cost, Tom’s Guide says mesh systems range from about $80 to $1,000 or more, and individual extra units often sell for $100 to $200. You can also start with two units and add a third later.

Does the FCC router rule change this decision?

Not the router-versus-mesh question. It does affect which brands can launch new models this year: as of mid-September 2026, eero, Netgear and ASUS held FCC conditional approvals while TP-Link did not, and models already authorized can still be sold. We cover that in our large-house guides.

What this means for you

Picture a 900 sq ft two-bedroom apartment with the router on a bookshelf near the front door. Move it to the middle of the apartment before doing anything else. A single router is almost certainly enough.

Now picture a 2,400 sq ft two-story house with the router downstairs and a bedroom upstairs that gets one bar. That’s the classic mesh case, though a single node halfway up the stairs may be all you need.

And a 4,000 sq ft brick ranch with the router at one end is a mesh case even though it’s one floor, because the walls and distance both work against you.

Bottom line

Test first, try the free fixes, and buy mesh only if the far rooms still struggle. If you do, two units are a reasonable start, and an Ethernet cable between them is the best upgrade you can give the system.

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: For most large homes, a 2-3 unit mesh system beats one big router, because a single box can't fix signal lost to distance, floors and walls. New FCC rules change which brands are on shelves, but routers you already own are not banned.

For most large U.S. homes, the best Wi-Fi router is really a mesh system: two or three matching units spread around the house instead of one powerful box in a corner. Independent testing site RTINGS ranks the TP-Link Deco 7 Pro BE63 first for large homes, but a 2026 FCC rule means TP-Link, unlike eero, Netgear and ASUS, did not have approval to sell new models as of mid-September reporting.

That regulatory wrinkle is new this year and most “best router” lists haven’t caught up with it. Below: how to decide between a router and mesh, what to look for, which systems fit which houses, and where to put them.

WiFi Weekly has not physically tested the products below. Performance statements come from the named independent reviewers; specifications come from manufacturers and are labeled as such.

Do I need a single router or a mesh system for a large house?

A single router is one transmitter. Wi-Fi signal drops with distance and with every floor, wall and appliance it passes through, so a router in the downstairs living room can be fast next to the couch and weak in an upstairs bedroom no matter how expensive it is.

Mesh systems fix that by placing several units around the house. Your phone connects to whichever is closest, and the units pass traffic to each other. Netgear’s own guidance notes that concrete walls, large footprints and multiple floors all hurt performance, and it recommends mesh for those homes.

A single router can still be enough in a one-story, open layout where you can put it near the middle of the house. TP-Link, for example, rates a single Deco BE63 at 2,500 square feet.

Treat every “covers up to X square feet” figure as a manufacturer claim made under favorable conditions. Netgear’s own fine print says real coverage is reduced by building construction and interference.

What matters when choosing for a big house?

Five things separate a good large-home system from a poor one.

Backhaul. This is how the units talk to each other. Tri-band systems can dedicate a band to this job. Dual-band systems share their 5 GHz band between your devices and the link between units, which is the compromise in cheaper models. The best backhaul is an Ethernet cable between units, if your house has or can get one.

Ports. If you plan to wire units together or have a fast fiber or cable plan, 2.5 Gbps or faster ports keep the wiring from becoming the bottleneck.

Software and accounts. Some systems can only be managed through a phone app tied to a company account. That’s fine for most people, but you should know it before you buy.

Ongoing costs. Some brands hold advanced features, like ad blocking and content filtering, behind an optional subscription.

Update support. A router you keep for five years needs security updates. This is now a regulatory question too, covered below.

Wi-Fi generation is on this list only at the bottom. If a Wi-Fi 6E system with better placement and wired backhaul costs less than a Wi-Fi 7 system, it may serve a large house better.

Which mesh systems make sense for a large house?

Prices are not listed in the table because they moved often this year and we did not verify current street prices on the publication date. See each manufacturer’s U.S. page. Launch list prices were roughly $299.99 for one Deco BE63 and $299.99 for one eero Pro 7, according to TechRadar.

The independent-testing favorite: TP-Link Deco 7 Pro BE63

RTINGS names the BE63 its best pick for large homes and praises the small, easy-to-place design. TechRadar also named it its top mesh pick this year. Tom’s Guide found the system’s throughput strong for the price but noted it had trouble keeping up at longer distances, and the reviewer measured a range of about 100 feet.

Two details from TP-Link matter. The system’s headline speed of roughly 9.5 Gbps requires Wi-Fi 7 devices that support Multi-Link Operation and 6 GHz, which most phones and laptops sold today don’t. And the system is managed only through TP-Link’s Deco app with a TP-Link account, according to Tom’s Hardware.

The model was renamed “Deco 7 Pro BE63” in early 2026, per Dong Knows Tech, so you may see both names.

Skip it if you object to TP-Link’s app-and-account requirement, or if you’re uneasy about buying from a brand whose U.S. regulatory status is unresolved. (Owning one remains legal and supported; see below.)

The simplest setup with room to grow: eero Pro 7 and eero Max 7

Both are tri-band Wi-Fi 7 systems from Amazon. The Pro 7 has two 5 Gbps ports, which suits a 2 Gbps to 5 Gbps internet plan. The Max 7 adds two 10 Gbps ports and is built for very fast plans, lots of wired gear or homes where you’ll cable several units together.

eero’s basic system works without a subscription, but advanced features sit behind eero Plus, which was reported at $99.99 a year in 2025. Confirm the current price before you count on it.

Skip it if you don’t want your network managed from an Amazon-run app, or if you don’t need multi-gig ports and can buy less hardware.

The budget option: Netgear Orbi 370 series

This is Netgear’s most affordable Wi-Fi 7 Orbi. Dong Knows Tech points out that it is the first dual-band Wi-Fi 7 Orbi, with no 6 GHz band. Digital Reviews Network notes that it relies on shared 5 GHz backhaul, with the option of 2.5 GbE wired backhaul.

Reviewers describe it as a capable system for homes that have outgrown one router. Buyer reports on retail sites mention weaker satellites in dense, interference-heavy areas, though that is anecdotal.

Skip it if you live in a crowded apartment building and can’t wire the units together, or if you own several Wi-Fi 7 devices and want 6 GHz.

Other options worth checking

ASUS received a conditional approval covering its full router lineup in early September 2026, according to Tom’s Hardware, and its ZenWiFi mesh line is included. RTINGS lists the ZenWiFi BT10 and ET9 among its reviewed models. We did not verify current specifications or pricing for those, so check ASUS’s U.S. site and RTINGS before choosing one.

How does the FCC router ban affect what I buy?

On March 23, 2026, the FCC added consumer-grade routers produced in foreign countries to its Covered List, which bars new models from getting FCC authorization. The FCC says this does not affect routers people already own, and does not stop retailers from selling models authorized before that date.

Companies can apply for an exemption called a Conditional Approval from the Department of War or Department of Homeland Security. Netgear and eero were approved in April 2026, and ASUS followed in September. TP-Link had not been approved as of the reporting we reviewed, and says it is a U.S.-headquartered company.

On firmware, the FCC’s engineering bureau issued a waiver on May 8, 2026, moving the cutoff for software updates on covered routers from March 1, 2027 to January 1, 2029, according to CEPRO’s report.

What this means in practice:

• If you own a TP-Link router, you don’t have to replace it.
• Existing TP-Link models can still be sold, but new ones can’t be introduced until TP-Link gets an approval. Stock of older models may thin out over time.
• Conditional approvals run up to 18 months, so they will need to be renewed.
• If security-update support over the next five years is your top concern, an approved brand carries less regulatory uncertainty. That’s a risk judgment, not a finding that any brand’s hardware is unsafe.

Where should I put the units in a large house?

Placement often matters more than the model.

Picture a two-story house with the router downstairs at the front and a bedroom upstairs at the back that gets one bar. The instinct is to put the second unit in that bedroom. That usually backfires, because the unit needs a strong link to the main router to pass on. Put it roughly halfway, such as an upstairs hallway near the stairs, where it still gets a good signal from the first unit and can reach the bedroom.

A few rules of thumb follow from that:

• Put units in open areas, off the floor, not inside cabinets or behind a TV.
• Avoid placing a unit right next to a big metal object or a thick masonry wall.
• If you can run Ethernet between units, do it. A wired link removes the wireless hop and is the most reliable upgrade for big or older houses. If your house has coax outlets, MoCA adapters can carry Ethernet-class links over them, though that is outside what we compared here.
• Don’t buy more units than you need. Extra nodes placed too close together don’t help.

What this means for you

If your house is one story and open, try a single router in the center first. If it has two or more floors, thick walls, or an odd shape, start with a two-unit mesh system and add a third only if a dead spot remains.

If you have fast fiber or cable of 2 Gbps or more, or plan to wire your house, prioritize 2.5 Gbps-plus ports and wired backhaul over the Wi-Fi generation. If you have a modest plan, a cheaper system with the units placed well will feel the same.

And if you already have a mesh system that reaches everywhere, replacing it for the Wi-Fi 7 label alone is unlikely to change your day-to-day experience.

Bottom line

For a large house, buy for coverage first: a mesh system, positioned well and wired if possible. On independent testing, the TP-Link Deco 7 Pro BE63 leads RTINGS’ large-home list, but eero, Netgear Orbi and ASUS are the brands with FCC conditional approvals for new models as of September 2026. Check the FCC’s Conditional Approvals list before you buy, since it has been changing.

Short answer: Most router attacks succeed because of weak admin passwords, old firmware, or services you never use. Change the admin password, turn on automatic updates, use WPA3 or WPA2 with AES, and put smart-home gear on a guest network. A VPN protects traffic on your device but does not secure your router.

Your router is the front door to your home network. These ten changes take about 15 minutes, and they are in order of importance. Settings names vary by brand, so look for the closest match in your router’s app or admin page.

The checklist

1. Change the router admin password. This is separate from your WiFi password. Use a long, unique password and store it in a password manager.
2. Install updates and turn on automatic updates. Firmware updates fix security problems. If your router no longer receives updates, replace it. See how to check whether your router still gets updates.
3. Use WPA3, or WPA2 with AES. Avoid the older WEP and WPA settings, and avoid “TKIP.” If a device can’t connect on WPA3, a mixed WPA2/WPA3 mode is a reasonable compromise. Our WPA2 vs. WPA3 guide explains the difference.
4. Set a long WiFi password. A passphrase of several random words is easy to type and hard to guess.
5. Turn off WPS. The push-button and PIN setup feature is convenient and a known weak spot. See whether to turn off WPS and UPnP.
6. Turn off remote management. Unless you deliberately use it, you don’t need to reach your router’s admin page from the internet.
7. Use a guest network for visitors and smart-home gear. This keeps cameras, plugs, and TVs away from the laptops and phones that hold your private data. See whether smart home devices belong on a guest network.
8. Review connected devices. Remove anything you don’t recognize and change your WiFi password if something looks wrong. See how to see who’s connected to your Wi-Fi.
9. Check for risky services you don’t use. UPnP, port forwarding, and remote file sharing should be off unless you need them.
10. Consider DNS filtering. Many routers let you choose a DNS service that blocks known malicious sites. See how to change your router’s DNS.

What does a VPN do?

A VPN encrypts your connection from your device to the VPN provider, which is useful on public WiFi. It doesn’t secure your router, and it won’t protect you from a weak admin password. Treat it as an extra, not a replacement for the checklist.

What about smart-home devices?

Put them on a guest network and keep their apps updated. Our guide to Matter and Thread explains how smart-home devices connect to your network.

When is it time to replace the router?

Replace your router when the maker stops releasing security updates, or if it can’t use WPA3 and you have devices that do. If you’re shopping, our guide to picking a router for a large house has current picks and notes on FCC rules.

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 square footage on the box is measured in an open warehouse, so it overstates what you'll get in a real house. Homes under about 1,800 sq ft on one floor usually do fine with one router; multiple floors or several interior walls point to mesh.

Manufacturers test coverage claims in an open warehouse with no interior walls. Real houses have plaster, plumbing, and — the biggest signal killer — mirrors and appliances.

When one router is enough

If your home is under 1,800 square feet on a single floor with a router placed centrally, a well-positioned single router with strong 5GHz output usually covers it. Look for a router rated for at least 2,500 sq ft on the box to leave margin.

When to go mesh

Multiple floors, a detached garage, or more than two interior walls between your desk and the router are the three signals we look for. A two-node mesh kit solves most two-story homes; add a third node only if you have a basement or finished attic you actually use.

The setup most people get wrong

Placing the second node too far from the first is the most common mistake — each hop should stay within about 30 feet of open-air line of sight, or the mesh backhaul degrades faster than the coverage gain is worth.