Best Wi-Fi Routers for 2025: Top Picks for Every Home Network

When it comes to looking for a Wi-Fi router, it's likely that you won't really know much about what to look for, as 71% of the country uses the equipment provided by their internet provider . Routers are a necessity to getting a reliable internet connection, and we know the internet is a necessity in many aspects of daily life. So we set out to find the best router. Over the course of several months, we looked into more than 30 of the top wireless routers. We tested it by writing custom scripts, measuring throughput and carrying a laptop to 61 locations around CNET's lab. We've found great options for a Wi-Fi 7 upgrade, the best gaming router , the best if you want to envelop your home with a mesh system and more.

What's the best overall Wi-Fi router of 2025?

This wasn't a hard choice. The Asus ROG Rapture GT-AX6000 is the best wireless router overall. Even though it's a couple of years old, this router still kicked butt against all the others. It was the only wireless router to receive a Top 5 score in our throughput tests on both 2.4 and 5GHz bands, meaning it'll deliver the fastest possible speeds over Wi-Fi. It doesn't get you on the ultrawide 6GHz band -- for that, you'll need to upgrade to a Wi-Fi 6E or 7 router -- but for most people, that won't matter. 

What's new with the Wi-Fi industry right now

The latest routers coming out right now are being made with Wi-Fi 7 ability. This is the fastest Wi-Fi we've seen yet and is said to largely help with VR and overcrowded areas. While Wi-Fi 7 has been around since 2023, we're now starting to see these routers become more affordable. While you don't necessarily need a router that is Wi-Fi 7 compatible right now, it is important to keep an eye on what your router is compatible with and the effects that can have on your speed.

Best routers of 2025

Recent updates to our Wi-Fi routers page

In March 2025, CNET entirely overhauled our testing process for Wi-Fi routers. Where our previous tests consisted of one person taking speed tests from five different rooms in our lab, we now use custom-made scripts to conduct our testing and data analysis. Instead of speed tests, we removed the internet provider from the equation and now run data throughput tests to isolate the router's performance independent of fluctuations in the internet connection. Additionally, we measure each router's signal strength at 61 marked locations around the lab. You can learn more about how we test routers below. 

At the same time that we revamped our testing process for wireless routers, we introduced several of the latest models from the major manufacturers and compared them alongside tried-and-true routers we'd previously recommended. 

That included six Wi-Fi 7 models and 11 total routers that use the newly opened 6GHz band. I hesitated to recommend Wi-Fi 7 routers when they were first released, but that's changed in the past year. Prices on these routers have come down considerably, and Wi-Fi 7 devices are increasingly becoming the standard. If you bought a new iPhone 16 or Microsoft Surface Laptop 7 , it has Wi-Fi 7 built in. (You can also search the Wi-Fi Alliance's database to see which devices are certified Wi-Fi 7.) Even if you don't have any Wi-Fi 7 devices, you may want to pay a little extra for a router to make sure it's future-proof. 

We've also stopped recommending a few older models that've been staples on our best wireless routers list for a while, including Wi-Fi 5 routers like the Netgear Orbi RBK13 . Though routers like these may still perform well in the lab, manufacturers will likely stop issuing firmware updates sooner rather than later. If a router will have up-to-date security only for the next year or two, we couldn't recommend it in good faith.

Factors to consider when buying a Wi-Fi router

There's a lot of jargon to decode when shopping for a wireless router. For most people (myself included), the flashy specs don't really matter. I just want my internet to work smoothly, all the time. Here are the things worth paying attention to. 

Wi-Fi standards explained

These days, you'll mostly see three Wi-Fi standards when shopping for a Wi-Fi router: Wi-Fi 6, Wi-Fi 6E and Wi-Fi 7. (Some Wi-Fi 5 routers are still on the market, but you can safely pass them by at this point.) These numbers refer to the generation of standards; Wi-Fi 7 is the seventh iteration of Wi-Fi standards. 

All these standards were developed by the Institute of Electrical and Electronics Engineers (IEEE) , a worldwide association of technical professionals. When a device uses the latest standard, an organization called the Wi-Fi Alliance gives its stamp of approval to devices that meet its qualifications. 

• Wi-Fi 7 (802.11be):Uses the 2.4, 5 and 6GHz bands and doubles the channel size of the 6GHz band from 160 to 320MHz. A typical Wi-Fi 7 laptop could reach "potential maximum" speeds of 5.8Gbps -- 2.4 times faster than the 2.4Gbps possible with Wi-Fi 6 and 6E, according to Intel . Multi-Link Operation (MLO) also allows Wi-Fi 7 devices to simultaneously connect on two bands, providing improved reliability and ultralow latency.

• Wi-Fi 6E (802.11ax):The first Wi-Fi standard to add in the 6GHz band along with 2.4 and 5GHz. 

• Wi-Fi 6 (802.11ax):A massive upgrade over Wi-Fi 5, Wi-Fi 6 was the first standard to allow your router to divide the channel it's using -- 2.4 or 5GHz --  to send its signals through smaller frequency allocations. This allowed for much faster speeds than the previous generation.

• Wi-Fi 5 (802.11ac):Wi-Fi 5 used the 5GHz band exclusively. It was the first Wi-Fi standard to exceed 1Gbps maximum speeds, but its range is significantly smaller than Wi-Fi 6. 

If you think that all sounds confusing, you're not alone. The jump from Wi-Fi 6E to Wi-Fi 7 has been particularly technical. Even though both use the newly opened 6GHz band, only Wi-Fi 7 routers will get the MLO feature. 

"Whenever I spoke with the Wi-Fi Alliance, they always tried to make people forget that Wi-Fi 6E even existed," said Nicholas De Leon , a reporter covering routers for Consumer Reports (no relation to CNET's Samantha De Leon). "It was kind of a stopgap, Band-Aid solution while on the road to Wi-Fi 7."

As if that wasn't confusing enough, some Wi-Fi 7 routers don't even use the 6GHz band. Our pick for the best budget Wi-Fi 7 router, the Netgear NightHawk RS100 , is one of them. It's one of the growing wave of "dual-band" Wi-Fi 7 routers, which is a bit of a stretch since they're missing the most important part of the equation. 

But Wi-Fi 7 is about more than the 6GHz band, said David Coleman, director of wireless networking at Extreme Networks.

"Wi-Fi 7 introduces several key upgrades that set it apart from tri-band Wi-Fi 6E routers," Coleman said in an email. "For example, Wi-Fi 7 supports 320MHz-wide channels  -- double the size of the widest channels in Wi-Fi 6E -- meaning it can deliver much higher data rates. It also brings 4K-QAM modulation, boosting transmission efficiency by up to 20% compared to Wi-Fi 6E."

Keep in mind that you'll need both a Wi-Fi 7 router and a Wi-Fi 7 device to take advantage of the standard's improvements. When Wi-Fi 7 was officially launched, in January 2024, very few devices could actually use it. Today, that list has expanded tremendously and includes the latest iPhones, Microsoft Surface laptops and the PS5 Pro . 

These Wi-Fi standards are backward compatible, so a Wi-Fi 7 router will still work with a device that has only Wi-Fi 6. Likewise, you can use a Wi-Fi 6 router to game on a PS5 Pro -- you just won't be able to fully take advantage of its improved speeds. 

Single routers vs. mesh systems

Mesh routers use multiple devices to relay a better Wi-Fi signal throughout your home, with fewer dead zones. They're likely the right approach if you live in a large, multistory home or if there are multiple spots where you can't connect as reliably as you'd like.

There are many great mesh systems available at this point, and prices have come down significantly in the last few years. For more information and our top recommendations, be sure to check out our full rundown of the best mesh Wi-Fi systems of the year .

Speed ratings demystified

When shopping for Wi-Fi routers, you'll often see designations like "AC1900" or "AC3150." The idea is to give you a quick sense of which version of Wi-Fi a given router supports ("AC" for Wi-Fi 5, "AX" for Wi-Fi 6, and so on) as well as its speeds. 

Take that speed number with a big grain of salt. It tells you the sum total of the maximum theoretical transfer rates across each of the router's bands, which will almost always be much higher than the speeds you get as a user. 

Take our top overall pick, the . The "AX6000" tells you it's a Wi-Fi 6 router that supports speeds of up to 6,000Mbps. When you add up the two bands, you'll get to 6,000Mbps, but you won't necessarily be able to get all that speed on one device. Even that's probably a stretch, as those top speeds are measured in optimized lab conditions, not real-world environments. 

The exception to this rule is if you're using a Wi-Fi 7 router with a Wi-Fi 7 device. In that case, your router will be able to use Multi-Link Operation to connect to different bands at the same time. 

Coverage considerations

Will a single wireless router be able to broadcast a Wi-Fi signal throughout your entire home? No matter how good the router, you'll always see a significant speed drop-off in rooms far away from the router. 

Many Wi-Fi routers list coverage areas north of 5,000 square feet, but I recommend switching to a mesh system if your home is larger than 2,500 square feet. That said, it's a matter of percentages. If you have a multigig internet plan, you'll still get plenty of speed for streaming TV or browsing social media in a far corner of a 5,000-square-foot home. But you'll probably have issues if you're starting with only 100Mbps.

Additionally, the type of home you live in -- not just the size -- can affect your Wi-Fi signal.

"A lot of it depends upon housing construction," said De Leon. "I've got family down in Puerto Rico and Florida, where a lot of the houses are concrete, and that obviously just destroys Wi-Fi signals."

Frequency bands and channel width

You can think of your router like a radio -- it sends and receives signals through airwaves. Whereas a radio picks up audio broadcasts in AM or FM airwaves, a Wi-Fi router sends and receives data through 2.4 and 5GHz airwaves (as well as 6GHz airwaves if it's a fancy Wi-Fi 6E or Wi-Fi 7 router). 

Nearly all routers include separate radios for those bands, which lets you connect to whichever band is best. Some routers will automatically steer your connection between the multiple bands available, but you can usually turn that off as well, making each band its own, separate Wi-Fi network. The 2.4GHz band offers a better range than higher bands, but speeds are limited. With 5GHz (or 6GHz), you can hit much faster speeds, but those speeds will drop off faster than you'll see with 2.4GHz as your device's distance from the router increases.

In general, the 5GHz band is your best bet for a reliable, high-speed connection at close and medium range, and the 2.4GHz band is great for devices at the far reaches of your Wi-Fi network, where the improved range is worth the speed trade-off.

Ethernet and USB connectivity

Typically, the more high-end the router, the more Ethernet ports you'll see. These let you plug a device directly into your router. A wired connection is inherently much stronger than Wi-Fi; in one test , a CNET writer got 395Mbps download speeds through Ethernet and 126Mbps through Wi-Fi. If there's one device that you absolutely want to get the best connection to, an Ethernet cable is the way to go. Ports are often marketed as "gigabit Ethernet ports," which means they're capable of delivering gigabit speeds through a wired connection. The more ports a router has, the more devices you can connect this way. 

USB ports on Wi-Fi routers have several different use cases. You can use them to connect devices like printers directly to your router, which allows you to share them with the rest of the devices on the network. You can also attach an external hard drive to the router to share its contents with other devices on the network. 

Security features

Any router you look at should have WPA3 certification at minimum. This is the most recent security protocol issued by the Wi-Fi Alliance, and it ensures that the router follows best practices that encrypt data and make passwords harder to crack. 

"Honestly, as long as it has WPA3, that's probably the big security thing to look for," said De Leon.

He also recommended looking for routers that support automatic firmware updates. Not all the routers CNET recommends automatically update firmware. One of the manufacturers I spoke with said it's received "quite vocal feedback from the community" against them, as they can affect network performance. Whether they're automatic or not, the main thing to know is that the manufacturer regularly issues updates and that they're easy to install. 

QoS and traffic management

Many routers come with Quality of Service (QoS) settings that let you prioritize specific devices on the network. If you wanted to make sure your work computer was in line ahead of your kid's Nintendo Switch, for instance, you could adjust this in the settings. Our best overall router, the Asus ROG Rapture GT-AX6000 , has traffic management settings designed specifically for gaming, but you could use them on any device you want to get the best connection.

Parental controls and family features

Most routers these days come with some form of parental controls . These can usually be set through the router's app, and they let you automatically restrict access to specific websites or any adult content. You can often set up a schedule for when a device can access Wi-Fi, or even set daily limits. 

Smart home integration

Some routers, like the Eero series, work with voice assistants like Alexa to let you control the router with your voice. You can also use Amazon Echo devices as mesh nodes and access points with your network. Others, like TP-Link, let you control Tapo, Kasa, Philips Hue and Matter smart home devices through the TP-Link Deco app. 

Mobile apps and management

App management is the norm for routers these days. All our top picks can be set up through the smartphone app -- most of them require it -- and you can control your network through the app as well. This lets you see which devices are connected to your router, manage your network remotely or set up parental controls.

Processor and RAM

The processor in a Wi-Fi router is like its brain. It determines how well the device can manage your network's traffic and perform multiple tasks simultaneously. All our top picks use a quad-core processor (when publicly listed), which is the standard in 2025. Not all quad-core processors are created equal, though. The A73 processor used by the Eero Max 7, for example, is considered significantly more advanced than the A53 processor used in the Eero Pro 6E. 

A router's storage capacity can also affect how well it performs. This is usually broken up into RAM and flash. RAM, short for random-access memory, affects the router's ability to process data, while flash storage typically houses the router's settings. 

Mesh expandability

If you're not sure whether a standalone router or a full-fledged mesh system is right for your home, some routers offer a nice middle ground, allowing you to add more routers to create a mesh system later on. You'll be limited to buying another router from the same brand (and possibly product line), but it's a nice option if you don't want to invest in a mesh router right off the bat. 

Budget considerations

How much you should spend on a Wi-Fi router depends on what you need and how many people and devices need to connect, but a small- to medium-size home or apartment can probably get by with a well-tested dual-band router in the $130 range. If your home is larger, it's probably worth spending more on a mesh system that can spread more consistent speeds from room to room. If you're working from home, gaming online or sharing bandwidth with multiple housemates or family members, upgrading to something like a high-speed tri-band router is probably a good investment too.

How we test Wi-Fi routers

CNET uses custom-made scripts to carry out our testing and data analysis. We focus on three main measurements when testing routers: speed, reliability and distance. We want to know how well a router will translate the internet coming in from your provider to a wireless connection, and we want to know how far it can do it -- even with obstacles like walls and floors in the way. To capture all three of these measurements, we conduct two types of tests: data throughput and signal strength. 

CNET's testing is unique because we entirely remove the internet provider from the equation. Even the most reliable internet connections are fairly erratic: Factors like time of day, network congestion and even the condition of your neighborhood's broadband infrastructure can all affect your internet speed. To make sure these variables didn't skew our analysis of each router, we set up a separate server to measure the raw throughput of data from the router to a device, bypassing the need for an internet connection entirely.  

Learn more: How We Test Wi-Fi Routers

Data throughput tests

To see how fast a router will perform in real-world conditions, we measure its throughput, or the volume of data the router actually transmits during a period of time. All Wi-Fi signals travel through 2.5GHz and 5GHz radio frequencies -- that's why most routers you'll see are referred to as "dual-band." (Tri-band routers use an extra set of channels in the 6GHz band.) 

To start, we conduct a wired measurement on the 2.5GHz, 5GHz and, when available, 6GHz bands to establish a baseline. This is as fast as throughput can get for the router over each band, so it's a good point of comparison for our wireless tests. From there, we take five different wireless throughput measurements, 60 seconds each, mimicking a household with five devices connected to the router with different throughput needs. These wireless measurements are taken from three different distances from the router: 7 feet, 25 feet and 50 feet. 

As any online gamer or remote worker can tell you, speed isn't the only factor in evaluating routers. Just as important is jitter, which measures the variations in latency, or the time it takes for data to arrive at its destination. When you're in a video meeting and there's a delay in audio or someone's video freezes, jitter is the culprit. We felt jitter was a better measure than latency when evaluating a router, as average latency can show up in testing as low, even when an internet connection is glitchy.  

These tests also captured packet loss, which tells us whether any data failed to reach its destination during the test. You'll often see packet loss as a frozen video screen or a garbled voice during a video call. With both packet loss and jitter, a lower score is better.

Signal strength

The second step in our testing is to measure each router's wireless signal strength and broadcasting capability. To capture this, we used NetSpot, a wireless site-survey and analysis tool. This test also shows how well a router handles interference from other objects and networks you'd find in your home, like TVs or your neighbor's Wi-Fi. CNET's labs have many electronics being tested around the facility, and it shares walls with other businesses, so there's plenty of interference for a router to work through. 

We taped targets in 61 locations around CNET's 12,500-square-foot testing facility to see how well each router transmitted data past obstacles like walls and electronics. As expected, the 2.4GHz band had better range than the 5GHz band, which sends a stronger signal at a closer range.

In the signal-strength maps, the numbers refer to decibels relative to a milliwatt (dBm), and they indicate how strong the Wi-Fi signal is at a given location. A value like -55 dBm is considered strong enough and typically correlates with high throughput. Here's how to interpret the numbers on signal-strength maps:

• -15 dBm -- Extremely strong (almost on top of the router)

• -30 dBm -- Excellent signal

• -45 dBm -- Very good signal

• -60 dBm -- Good, supports most tasks

• -75 dBm -- Weak, may see drops in speed/stability

• < -80 dBm -- Very poor, likely unstable or unusable

In the example above, the Asus RT-AX86U Pro never dipped below -55dBm -- even when it was on the other side of the 12,500-square-foot lab. That's incredible range for a standalone Wi-Fi router. 

Other Wi-Fi routers we tested

In total, we tested 31 routers at CNET's lab in this initial round, and we're constantly trying out new models as they become available. Here are some other solid performers, which barely missed out on being top picks. 

Netgear Nighthawk RS700S : A close second place for the best Wi-Fi 7 router. It was the fastest router we tested on the 6GHz band, but it finished near last place on 5GHz. That might not be a big deal if all your devices are Wi-Fi 7 compatible, but that's not the case for most of us. If you're going to spend $500 on a router, the Eero Max 7 is a more well-rounded choice. 

Netgear Nighthawk RS300 : There's a ton of value here. A tri-band Wi-Fi 7 router for under $300 is a rarity, and the Nighthawk RS300 delivered on every single band. Ultimately, the Eero Max 7 was slightly faster on each band and had better all-around jitter and packet loss results, so it earned our top pick for the best Wi-Fi 7 router. But at half the cost, the Nighthawk RS300 isn't a huge step down in performance.   

Synology WRX560 : This Wi-Fi router actually scored first place in our 2.4GHz tests, earning a throughput score of 127Mbps. But everywhere else, it lagged behind. It was the 19th fastest router on the 5GHz band, and its packet loss scores were close to the bottom. That might be forgivable for a budget router, but at $243, the WRX50 is definitely not that.

TP-Link Archer AX21 : At $55, this was one of the cheapest Wi-Fi routers we tested, and it generally performed like it. It ranked 20th in throughput on the 2.4GHz band and 17th on 5GHz. That sounds pretty mediocre, but it translates to 700Mbps on 5GHz -- far more horsepower than most homes need -- and its signal strength was impressive, too. I still think it's worth paying a bit more for the TP-Link Deco X55 Pro, but if you're looking for the absolute cheapest router you can find that still works, the AX21 is a worthy option. 

TP-Link Archer AX55 : The AX55 ($70) is a popular pick on other "best Wi-Fi routers" pages, and I was anxious to see how it landed in our tests. Ultimately, it landed with a thud. The dual-band Wi-Fi 6 router ranked in the bottom third for throughput on both bands, and though its jitter scores were acceptable, they certainly weren't a strength. About the only thing the AX55 had going for it was decent signal strength. TP-Link's Archer AX21 ($55) and Deco X55 Pro ($68) both offer much better all-around performance. 

TP-Link Archer AXE75 : A tri-band Wi-Fi 6E router for $130 sounds a little too good to be true. In fact, TP-Link is currently being investigated by the US Justice Department for potentially selling goods below cost (more on that below). But there's no denying this router's value. It performed well on all three bands, and though it's missing some of the newer features of Wi-Fi 7, it still gets you access to the ultrawide 6GHz band for an incredible price.

CNET's Gianmarco Chumbe contributed to this article.