We Ranked the 4 Best Routers

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Updated Aug 12, 2024 1:04 PM
best router guide that shows the top best router model

A whopping 75% of electronic and appliance reviews are untrustworthy. That’s why every reviewer gets a Trust Rating so our True Score System filters out the fake reviews. See how we do it.

When you’re choosing the best router for your needs, consider critical factors like Wi-Fi speed, range, ease of use, and signal reliability. For instance, routers should offer solid performance on both the 2.4 GHz and 5 GHz bands, providing ample speed for streaming and gaming. It’s also essential to prioritize features like QoS for bandwidth management and MU-MIMO support for multiple device connections. Ensuring good firmware and easy setup can significantly enhance your experience, avoiding common issues like connection drops and poor range​​​​​​.

Our guide features four top-performing routers selected from a rigorous analysis of 43 models and over 193,729 reviews. We used our proprietary True Score system, certifying these products as tested, and filtered out fake reviews, with 49% of so-called expert opinions failing our Trust Rating criteria. The winning routers demonstrated reliable performance, ease of use, and excellent connectivity, standing out as the best options available​​​​​​.

How Did We Rank the Best Routers?

The best routers are capable of delivering consistent speeds, good range, and low latency. However, the criteria we use to define what gets onto this list come with a big caveat: we know not every router can truly do it all. Some routers aren’t tri-band, and other routers don’t offer mesh network compatibility. However, every router on this list fulfills at least a few of these criteria, if not most of them, and comes with enough features to make them excellent in just about any home and in any budget.

CRITERIARANGEREQUIREDDEFINITION
2.4 GHz Download Speed> 50 Mbits/sYesThe maximum speed that the router can reach when downloading on the 2.4 GHz band.
2.4 GHz Upload Speed> 25 Mbits/sNo (Nice to have)The maximum speed that the router can reach when uploading on the 2.4 GHz band.
5 GHz Download Speed> 200 Mbits/sYesThe maximum speed that the router can reach when downloading on the 5 GHz band.
5 GHz Upload Speed> 100 Mbits/sNo (Nice to have)The maximum speed that the router can reach when uploading on the 5 Ghz band.
6 GHz Download Speed> 250 Mbits/sNo (Nice to have)The maximum speed that the router can reach when downloading on the 6 Ghz band.
6 GHz Upload Speed> 125 Mbits/sNo (Nice to have)The maximum speed that the router can reach when uploading on the 6 Ghz band.
Router Range > 50 ftNo (Nice to have)How far a device can be from a router before the signal starts degrading. It is worth noting that 2.4 GHz reaches further than 5 GHz.
Latency< 40 msNo (Nice to have)The delay that is created by a signal being sent by the router and then received.

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Latest Updates

  • 08/12/2024: Republished the list to include the best routers based on our True Score system.

Top Routers For 2024

Prices accurate at the time of publishing

See how we test the testers

  • Runner Up

    Best Value

    Best Budget

    gr recommended award

    Best Mid-Range

    Netgear Nighthawk RAXE300

    • Best For Vpn

    The Netgear Nighthawk RAXE300 is an excellent high-performance router for fiber optic internet, offering top-tier speeds, low latency, and wide coverage for gaming, streaming, and home offices.

    Netgear Nighthawk RAXE300 Review →

    True Score

    84
    82
    9

    Experts

    90
    4k

    Customers

    SAVE $130
    $399.99
    $269.97

    Category Snapshot

    Routers

    • Total Brands/Products Tested

      12 Brands, 43 Products

    • Top 2 Brands

      Netgear, Asus

    • Price Range (Budget-Premium)

      $45-$600

    • Average True Score

      79.42

    • Important Test Criteria

      Download & Upload Speed (bits/second)

      Range (feet/meters)

    • Most Trusted Testers

      router top trusted testers

    • Top Router Experts

      James Morris, Matt Spencer

    • Typical Warranty

      1 year

    • Covered by Insurance

      Yes – AKKO

  • Runner Up

    Best Value

    Best Budget

    gr recommended award

    Best Mid-Range

    Asus RT-AX86S

    • Best For Long Range

    The Asus RT-AX86S is an exceptional budget-friendly gaming router, offering impressive speeds, broad coverage, and advanced features, making it ideal for gaming, streaming, and everyday use.

    Asus RT-AX86S Review →

    True Score

    83
    83
    3

    Experts

    89
    1k

    Customers

    SAVE $116
    $240.72
    $124.99
  • Runner Up

    Best Value

    Best Budget

    gr recommended award

    Best Mid-Range

    Asus ROG GT6 Mesh

    • Best For Streaming

    The Asus ROG GT6 Mesh router is ideal for gamers, content creators, and large homes, offering impressive speeds, extensive coverage, and seamless connectivity for bandwidth-intensive tasks.

    Asus ROG GT6 Mesh Review →

    True Score

    82
    82
    6

    Experts

    86
    4k

    Customers

    $303.95
  • Runner Up

    Best Value

    Best Budget

    gr recommended award

    Best Mid-Range

    Eero Max 7

    • Best For Wired

    The Eero Max 7 is a high-performance mesh router, perfect for bandwidth-intensive activities, offering exceptional 6 GHz speeds, low latency, and robust coverage for seamless streaming and gaming.

    Eero Max 7 Review →

    True Score

    80
    79
    7

    Experts

    86
    264

    Customers

    $599.99

Our Approach to Evaluating Routers

We’ve redefined router buying guides, setting us apart from any other site on the planet. Our unique approach uses a comprehensive dataset from trusted sites, focusing on key testing metrics like download speeds across multiple bands, upload speeds along those same bands, latency, and range.

We aggregate and analyze this data, ensuring our recommendations meet the specific needs. Specifically, when it comes to routers, this involves selecting models that deliver good range, good speeds, and low latency. Discover our data-driven methodology for precise, reliable router recommendations.

Which Criteria Matters for Testing Routers?

By focusing on these criteria, anyone can quickly and easily compare these routers and how they’ll perform. This helps you make an informed decision and purchase a router that will perform excellently in just about any situation.

CRITERIARANGEREQUIREDDEFINITION
2.4 GHz Download Speed> 50 Mbits/sYesThe maximum speed that the router can reach when downloading on the 2.4 GHz band.
2.4 GHz Upload Speed> 25 Mbits/sNo (Nice to have)The maximum speed that the router can reach when uploading on the 2.4 GHz band.
5 GHz Download Speed> 200 Mbits/sYesThe maximum speed that the router can reach when downloading on the 5 GHz band.
5 GHz Upload Speed> 100 Mbits/sNo (Nice to have)The maximum speed that the router can reach when uploading on the 5 Ghz band.
6 GHz Download Speed> 250 Mbits/sNo (Nice to have)The maximum speed that the router can reach when downloading on the 6 Ghz band.
6 GHz Upload Speed> 125 Mbits/sNo (Nice to have)The maximum speed that the router can reach when uploading on the 6 Ghz band.
Router Range > 50 ftNo (Nice to have)How far a device can be from a router before the signal starts degrading. It is worth noting that 2.4 GHz reaches further than 5 GHz.
Latency< 40 msNo (Nice to have)The delay that is created by a signal being sent by the router and then received.

Our Trusted Data Sources

We looked at 110+ router reviewers and found that 60 are trustworthy (60%+ Trust Rating). The three we have listed below are our most trusted for routers.

  1. Daniel Cooper – Engadget
  2. Joel Santo Domingo – Wirecutter, MuckRack
  3. James Morris – Kit Guru, LinkedIn

Interested in a comprehensive analysis of our data sources? We’ve got you covered. Below, you’ll find a detailed list of every router review website we’ve identified, organized by their respective Trust Ratings from highest to lowest. But we didn’t stop there. We’ve meticulously reviewed each publication and verified the data by checking whether the authors have bio links to MuckRack or LinkedIn. We’re committed to not only checking the facts but ensuring their veracity.

Router Test Data & Results

Disclaimer:

Evaluating router performance is more than hardware analysis. While hardware tests are straightforward, the challenge lies in contextualizing the results within the limits of real-world usage. Routers operate under conditions that testers cannot fully standardize, including variations in Internet Service Providers (ISPs), network traffic congestion, discrepancies between advertised and actual Internet speeds, and the physical layout of homes. These factors introduce a degree of unpredictability, making it hard to draw universal conclusions. As such, our router recommendations aim to provide useful general guidance, accommodating a wide range of home environments and internet setups.

1. 2.4 GHz Download Speed (Mbits/s)

The oldest and slowest of the bands on a router is the 2.4 GHz band, but it sticks around for a reason. Generally speaking, while this band features the slowest available speeds and has the lowest bandwidth, but also reaches out the furthest. It’s not the best band to connect to connect if you need high speeds, but if you just need to be connected for light browsing or anything that’s low bandwidth, it works. Alternatively, if you own a lot of old devices, this band may be the only band they can “see” and therefore, use.

Given the age of the band, top speeds on 2.4 GHz cap out very quickly. We recommend a speed of at least 50 Mbits/s, but if you aren’t really going to be using this band for anything other than checking web pages, you can go lower. It’s worth noting, though, that this might lead to a more frustrating and laggier time on modern sites with lots of scripting and high-quality images.

2.4 GHz Download Speed (Mbits/s; higher is better; 0 = No Data)

2. 2.4 GHz Upload Speed (Mbits/s)

Upload speed is just the reverse of download speed. Instead of pulling down info, you’re uploading it. This is common when uploading documents or photos to a website or when you’re streaming content to a platform like Twitch.

Generally speaking, your upload speed is going to be limited more by your ISP than by your router, because bandwidth is a two-way street when it comes to routers. Pulling 100 MBits down means you should be able to push 100 MBits up, but if your ISP throttles your upload, then it doesn’t matter if your router allows for a full gigabit up, you can only go as fast as the “speed” limit allows. It’s for that reason we set 2.4 GHz upload limits at 25 Mbits, but in reality, anything you can get is acceptable, since this band isn’t – and shouldn’t – be used for anything that requires real speed.

2.4 GHz Upload Speed (Mbits/s; higher is better; 0 = No Data)

3. 5 GHz Download Speed (Mbits/s)

The much faster 5 GHz band offers up much greater bandwidth and is much, much better at meeting high-speed demands. Streaming high-quality video, using streaming services, gaming, downloading large files and games – the 5 GHz band is what makes all of these activities quick and bearable. It reaches a lower range than the 2.4 GHz band, but it’s also much faster, so you’ll use it more, especially on newer devices that actually support the band.

Given how much you’ll be using this band, we recommend a speed of at least 200 Mbits/s to ensure you’re able to enjoy streaming and gaming on at least a few devices simultaneously. Any lower and you start to run into real bottleneck concerns, such as endless buffering, lagging, or drops in connection.

5 GHz Download Speed (Mbits/s; higher is better; 0 = No Data)

4. 5 GHz Upload Speed (Mbits/s)

Just as 5 GHz download speed is faster than 2.4 GHz download, 5 GHz upload is usually faster than 2.4 GHz download. Why “usually”? Because if your upload cap is extremely aggressive, you might not notice a difference. This is purely ISP-dependent, but it’s worth keeping in mind that seeing an unusually low 5 GHz upload isn’t necessarily a router issue, and could just be your ISP throttling your connection. It’s worth noting that, despite the naming convention, 5 GHz is what’s used by Wi-Fi 6 (and also Wi-Fi 5) routers.

We recommend a speed of at least 100 Mbits/s, but you’ll want more if you plan on doing any kind of streaming to a platform like YouTube or Twitch and want to stream at a decent quality. Unfortunately, your choice of router isn’t the only thing that will determine the speed you get out of your connection – if your connection throttles you to 80 Mbits up, then nothing you buy will fix that.

5 GHz Upload Speed (Mbits/s; higher is better; 0 = No Data)

5. 6 GHz Download Speed (Mbits/s)

The 6 GHz band is the latest band available on routers and is exclusive to routers that use Wi-Fi 6E. It’s slightly faster than 5 GHz bands, but the primary draw behind using 6 GHz is the reduced congestion, which reduces signal interference and as such, can potentially boost latency and speed. The newest devices can connect to Wi-Fi 6E, and because it’s a new standard, all new devices will eventually come to support it.

Because the band is only slightly faster than 5 GHz (if it ends up faster at all), we recommend a download speed of 250 Mbits/s. This is plenty for streaming, playing games, and watching Netflix – or all three across several devices, without seeing lag spikes or buffering. If you have new devices that support Wi-Fi 6E, you’ll need a router that supports the 6 GHz band to take advantage of it. Also, similar to how 5 GHz has a shorter range than 2.4 GHz, 6 GHz has a slightly shorter range than 5 GHz.

6 GHz Download Speed (Mbits/s; higher is better; 0 = No Data)

6. 6 GHz Upload Speed (Mbits/s)

Just as the 6 GHz band allows for low congestion connections that help reduce latency and improve download speed for multiple devices, it also can improve upload speed. You’re still limited by your ISP, but you run the lowest chance of hitting major spikes in lag or dropping your connection when connected to this band.

We recommend a speed of at least 125 Mbits, but higher is obviously going to be better. Still, you’re only going to go as high as your ISP ultimately allows, so if you see low speeds, it’s worth checking what your ISP throttles upload speeds to.

6 GHz Upload Speed (Mbits/slower is better; 0 = No Data)

7. Router Range (ft)

The router range is exactly what the name suggests: how far can you get from the router before you start experiencing issues with your connection? The complicating factor is the simple fact that the range depends on the band you’re using. 2.4 GHz is a band that offers greater range, so it gives test results that show a greater range than tests that use the 5 GHz band. In general, our research found most publications used the 5 GHz band, so our recommendations are based on that.

As such, we recommend your router have a range of at least 50 ft. This gives you a good “bubble” around the router that you can connect to, but it’s important to know that things like the walls in your home can cause issues. Thicker walls block more signal, thinner walls block less. Some materials will also do a better job than others will at stopping signal, so if you see a router with a range of 65 ft, know that it might not reach that far in your home. It could reach further – or not nearly as far. This is also why you get dead zones in your home – it’s a matter of geometry and materials.

Router Range (ft; higher is better; 0 = No Data)

8. Latency (ms)

On a router, latency refers to how long it takes for the router to send out and receive a signal. The longer it takes, the more delay there is between you sending and receiving data, which can introduce lag in video games and also makes video conferencing harder since the person you’re speaking with now has to contend with your delay and vice versa. If you’ve ever spent a call talking over someone because you don’t know they started talking a second ago, that’s latency.

For that reason, we recommend a latency below 40 ms. As low as you can get it is obviously preferable, but latency is another aspect of your internet connection that is hard to manage. Latency differs to every single place you connect to, and every ISP has its own latency they “add” because you have to connect to their service too. Latency creeps in from your ISP, from the site you’re requesting data from, from your router, and from your own onboard Wi-Fi antenna – and that’s just to name a few sources. If you’re gaming, you also have a delay introduced by your connection to game servers and the delay that exists on a hardware level when you input commands.

Latency (ms; lower is better; 0 = No Data)

Best Routers: Mistakes To Avoid

  1. Ignoring The Router’s Standard: Buying a router with an outdated standard can limit network speed, range, and device compatibility. It’s important to choose a router that supports at least Wi-Fi 5 (802.11ac), though Wi-Fi 6 or Wi-Fi 6E are preferable for future-proofing. For instance, understanding the different types of routers available and ensuring your router matches your modem are crucial steps in the selection process. Additionally, knowing how to replace your ISP router with your own can also make a significant difference in performance.

  2. Buy Enough Coverage: Underestimating the size of the area the Wi-Fi needs to cover can lead to dead zones while overestimating can mean spending more than necessary. Consider the size of your home, the layout, and any potential interference sources. Mesh Wi-Fi systems can be a good solution for larger homes or homes with thick walls that suffer from lots of dead zones. When comparing a Wi-Fi router vs. an extender, it’s crucial to recognize that while a top extender, whether it’s single or dual band, can help in smaller areas, a mesh system is often better for extensive coverage If you’re deciding between a mesh network and a traditional router, understanding the key differences is essential. Furthermore, if you find that your Wi-Fi signal keeps disconnecting, it might be due to these dead zones or interference sources, and knowing how to troubleshoot issues like your router turning off can save a lot of frustration.

  3. Chasing Top-Shelf Specs With Budget Internet: High-performance routers can be expensive, and the highest specs may not always be necessary, especially if you’re using a budget internet plan. Check your plan’s listed internet speed and buy to suit that. It’s also important to consider how many devices you plan on having connected and how intensively you use them. Knowing what router you have, and how to set up your router as a bridge can also be helpful if you’re looking to improve your network without investing in top-tier equipment. Be sure to understand the differences between bridge mode and router mode to get the most out of your setup. Additionally, selecting between a business router versus a home router depends on your specific needs and should align with your internet usage. Overpaying for features you don’t need can quickly become an unnecessary expense.

  4. Ignoring Wired Ports And Non-Wireless Connectivity: Consider how many wired devices (e.g., desktop computers, gaming consoles, smart TVs) you plan to connect. Ensuring the router has enough Ethernet ports is crucial, as is understanding how to disable access to the router from the internet for security purposes. Some routers also offer USB ports for connecting printers or storage devices directly to the network, which can add to the network’s functionality. It’s also important to know how to check data usage on your Wi-Fi router to manage your network more effectively. Finally, in the case of troubleshooting issues like a red light on your Wi-Fi router, knowing the proper steps to resolve this can ensure your network stays operational.

The Best Routers Tests Compared

Product
True Score
2.4 GHz D/L Speed
5 Ghz D/L Speed
6 GHz D/L Speed
Range
Latency
84
  • 221.65 Mbits/s

  • 851.59 Mbits/s

  • 756.81 Mbits/s

  • 170 ft

  • 5 ms

$269.97
$400
$130

Asus RT-AX86S

  • Best for Long Range

83
  • 89 Mbits/s

  • 563 Mbits/s

  • 0

  • 140 ft

  • 15 ms

$124.99
$241
$116

Asus ROG GT6 Mesh

  • Best for Streaming

82
  • 139.35 Mbits/s

  • 701.28 Mbits/s

  • 0

  • 95 ft

  • 21.89 ms

$303.95

Eero Max 7

  • Best for Wired

80
  • 95.9 Mbits/s

  • 1,078.48 Mbits/s

  • 1,222.5 Mbits/s

  • 90 ft

  • 7 ms

$599.99

Router Questions (FAQ)

What should I consider when choosing the best router for my home?

When choosing a router, it's important to consider several factors. First, think about the speed: make sure the router supports the speed of your internet plan, with AC or AX (Wi-Fi 5 or Wi-Fi 6) standards being preferable. Coverage is another key consideration; for larger homes, you might need a mesh system or a router with strong antennas. Features like MU-MIMO, beamforming, QoS (Quality of Service), and parental controls can also be important depending on your needs. Security is crucial, so look for routers that offer WPA3 security and regular firmware updates. Finally, balance your budget with the features you need most, ensuring you get the best value for your money.

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