Linksys ac3000 MR9000 Review

Linksys’ AC3000 MR9000 Mesh Wifi Router (Tri-Band Router, Wireless Mesh Router, MU-Mimo Fast Wireless Router ), is a fantastic piece of hardware and today I’ll be reviewing it.

Basics –

This router offers a lot for a decent price, and those with mid-range budgets should pay attention to the number of features you’re getting for the price compared to other options…

Using Tri-Band and MU-MIMO technology, the MR9000 is offering what I would say are the two must-have tech specs for good quality routers today.

With these features, you will be able to have a dozen or more connections around the home browsing the net, streaming 4K or playing games without noticing a significant drop in speeds.

Important Features –

The MR9000 delivers built-in Mesh WiFi which is designed to allow seamless scaling of your network…

With the Linksys App that you use to manage the network, you can easily add more Linksys Velop ‘nodes’ to expand coverage and optimize connection speeds.

The App also allows you to implement extra features such as parental control, guest control, device prioritization and more.

Who Should Use It –

This router is perfect for homes with multiple device connections, and for those who are used to simultaneously uploading and downloading such as those who want to stream themselves online such as gamers.

The Linksys Tri-Band MR9000 WiFi 5 Router is also perfect for larger households in terms of property size, the router delivers superior speeds of up to 3 Gbps with coverage up to 3,000 square feet.

Specifications –

How do the specs for this router look?

  • Provides upto 3000 square feet of Wi Fi coverage for 25 plus Wireless devices
  • 4 Gigabit Ethernet Ports, X1 USB 3.0 Port.
  • Beamforming Technology
  • Works with the Velop mesh Wi Fi System to easily expand Wi Fi coverage upto 6000 square feet and eliminate dead zones
  • Works with existing modem, simple setup through Linksys App; Power Supply 100 to 240V ~ 50 to 60Hz; Output: 12V, 2A
  • Enjoy 4K HD streaming, gaming and more in high quality without buffering
  • Tri band Wi Fi speeds upto 3Gbps (5 GHz/ 1733 Mbps) + (5 GHz/ 867 Mbps) + (2.4 GHz/ 867 Mbps)
  • When used with Velop mesh Wi-Fi system, router serves as master node

Conclusion –

This is a decent router and for those with a medium-sized budget it’s one of the best on the market.

Check availability and prices.

Why Do I Have To Keep Resetting My Wireless Router?

One can safely say that the internet has been a big part of our daily lives. It’s one of the discoveries that we are so grateful for. However, behind our internet connection or Wi-Fi is a set of devices being used basically all of the time.

I’m talking about modems and wireless routers being used all the time for different devices to connect to a local network. A lot might ask, “why do I have to keep resetting my wireless router?” Since routers basically work 24/7, they also need a break.

Imagine having to run around an open field countless of times without breaks. It would be a miracle not to feel any exhaustion. Because of the non-stop use of our wireless routers, they often crash or work incorrectly. In order for them to take a short break, routers need rebooting or resetting every once in a while.

Understanding Your Router

So, “why do I have to keep resetting my wireless router?” you may ask. Simply put it this way. One of the reasons why you need to constantly reset your router is because it works like a computer. Just like your PC, it has CPU, memory, local storage, and an operating system, and it also has its downtimes.

There are different reasons why your router can go wrong from time to time. And, what’s the fastest and easiest fix for this problem?  Surprise, surprise—restarting your router every once in a while.

However, know that restarting your router only lets it function properly again. It does not really troubleshoot any internal or systematic problems but it solves problems short-term. And sometimes, it’s the only fix you need.

Causes of Router Crashes

In order to answer “why do I have to keep resetting my wireless router?”, you need to have a deeper understanding of why routers crash. Just like any hardware, routers crash for different reasons. Below are the most common ones:


Like any other devices, especially if used for long hours, your router will overheat. This causes routers to crash more often.

The chances of your router overheating are higher if you keep it in an enclosed space. If you take a good look at your router, you’ll likely be seeing vents; make sure these vents aren’t concealed or covered. Also, if you see dust resting on the surface of your router, do clean it immediately.

To make the story short, it is best for routers to be out in the open to avoid overheating. Plus, the chances of getting a better signal is increased when your routers aren’t kept in enclosed areas.

Common bugs

Since your router works like a computer, firmware bugs often cost too much memory. These bugs sometimes slow down your router, or worse, cause your router to stop working.

If this happens often, and a good restart doesn’t solve this, you might need to update your firmware first. Updating your router’s firmware is really as easy as updating any software installed on your computer. Basically, you just have to type in your IP address on your web browser, and click on the “Update” button.

IP address issues

Routers carry both private and public IP addresses. However, it couldn’t always deliver a perfect job, so it malfunctions sometimes. Therefore, causing inconvenience to all the devices connected to it.

There are different reasons why your connection might be interrupted due to IP address reasons, like having two devices with the same IP address, or an outdated public IP address. When any of these happen, you might want to reset your router so it could work better again.

Why 10 Seconds?

So, you might have heard of this. The moment we notice our routers not functioning properly, our go-to solution would be shutting it off, wait for 10 seconds, and turning it on again. However, do we really need to wait for 10 seconds? Why not only five?

I think the questions “why do I have to keep resetting my wireless router?” and “why do I have to wait for 10 seconds?” go hand in hand. What is with 10 seconds that greatly help the performance of the routers, anyway?

Most of the gadgets and electronics we use today have capacitors that are in the form of small batteries. Because of its small size, it does not hold much energy. So, what it possesses might be just sufficient to keep a memory chip running for a short time. In addition, waiting for 10 seconds allows a capacitor to be fully drained, making every single memory cleared.

Giving your router 10 more seconds after resetting gives it time to actually reset, which might resolve anything that occurred before it malfunctioned. Much like how we, humans, need that extra 5 minutes in bed after our alarm rings to be fully awake.

Although the 10-second rule greatly helps the performance of your router, some instances don’t require you to wait for a certain amount of time. Some cases would only need an automatic restart, which won’t be needing the additional 10 seconds, for your router’s system to be functioning properly again.

Restart Your Router Regularly

In conclusion, restarting your router on a regular basis fixes some common problems encountered on routers. You can restart your router on a schedule. That way, it can be done automatically without having to do it manually.

You can do this in two ways—have an outlet timer or run a script on your router. The latter seems like a job only the computer wizards can do; so, take your pick.

Using an outlet timer works like a regular timer. The difference is that it cuts the power at a certain time you prefer, and let the power flow back again at a specific time chosen. Rebooting your router on a schedule using an outlet timer is probably an easy way to do the job.

Now, for the “geeky way.” You can get a script to run on your router which also allows it to restart your router. To do this, you can research the web for steps to restart a router using a script. It’s probably easy if you understand codes without getting confused.

You can’t have a stable internet connection or home network without a well-conditioned wireless router, that’s why knowing why you have to reset it every now and then is important. As a responsible owner, understanding how your wireless router works is a necessity. This allows you to handle it better and be wary of its status, which will benefit you in the long run.

We’re hopeful that you will find this guide on “why do I have to keep resetting my wireless router” useful.

Here’s What You Should Know About a MU-MIMO Router

Internet connectivity is increasingly playing an essential role in all of our lives today. To enjoy the best of the internet, it’s vital that we own the appropriate connectivity devices. Perhaps the most important of them all is the router. The router is responsible for managing the devices and internet signal. It has the responsibility of managing several devices on a network, while also providing optimal internet connection. To achieve this goal, the routers are incorporated with specialized algorithms and techniques such as the MU-MIMO.

Otherwise referred to as MU-MIMO, this is a set of several multiple-input and multiple-output (MIMO) resources to support wireless internet connections. The setup often involves a set of users or wireless devices, which have one or many antennas, that are involved in communication. Furthermore, the single MIMO includes a single multi-antenna transmitter that is equipped with a single multi-receiver antenna. While MIMO technology involves expensive signal processing, it can make effective use of spatially distributed transmission technologies. However, the single-user MIMO only involves the several antenna dimensions of a local device. Special algorithms are produced to help enhance the MIMO systems when many terminals require connections.

How MU-MIMO Works With Wireless Devices

The MU-MIMO technologies were developed to improve connections where several terminals require access to a wireless network at the same time. The basis of the 802.11 protocol, is that terminals gain access to the wireless network in order. If multiple devices request access the router at the same time, this can lead to a bottleneck of resources. The router has to determine the best way to address the requests of all these users. Moreover, it also has to regulate the connection quality. In some cases, the burden increases when other devices such as smartphones seek access to the router. However, the MU-MIMO technology plays a significant role in eliminating this issue.

Caveats of MU-MIMO

MUMO technology works in a few various methods. In particular, the technology works by dividing the internet connection into specific individual streams. The devices will then share the internet connection equally. The MU-MION router can be available in either the 2×2, 3×3 or 4×4 configurations. These refer to the number of streams the router can produce at any given time. The MU-MIMO technology is simple to a car wash, whereby cars get washed after the people ahead of you get their car cleaned. With MU-MIMO, instead of one carwash port, there are several ports, and as many as four vehicles can be washed at the same time.

However, there are some important rules to consider before leveraging the benefits of this technology. Among some of these significant benefits include:

Devices Don’t Require Several Antennas

Similar to SU-MIMO technology, only devices that are developed to support the MU-MIMO technology can access the given signals. However, unlike SU-MIMO, wireless devices don’t need to have several antennas to access the MU-MIMO signals from the router. Even devices that have one antenna can still access the MU-MIMO signal. A device with several antennas would be able to access various types of streams at the same time. Such a benefit would play a significant role in improving the performance of the Wi-Fi. That said, a device with several antennas requires more space and power, and this might affect the cost.

Access Points are Responsible for Much of the Workload

Designed to eliminate the caveats for terminals to access a signal, the access points in the MU-MIMO technology are responsible for processing most of the signals. This is one of the main benefits over the SU-MIMO technology – where most of the bulk of signal processing goes to the devices. This way, brand manufacturers have improved freedom in terms of the diversity of features they can incorporate in a router.

It only Works on the 5 GHz Wi-Fi Band

While the SU-MIMO can work both in the 2.4GHz and 5 GHz Wi-Fi bands, the MU-MIMO is not so dynamic. The wireless routers are only able to accommodate several terminals on a higher bandwidth level. However, the lower and more congested bandwidth can`t leverage the benefits of the technology. The only issue is that not many users have reliable access to high quality internet.

MU-MIMO Does Not Support Infinite Streams or Devices

Even if most users want a router than support multiple devices, this wouldn’t be feasible due to the high levels of traffic and congestion. As such, an MU-MIMO router or access point is not able to deliver an infinite number of streams. A conventional router or access point often has a maximum limit of about five devices, that it can serve at any given point. That said, the MU-MIMO router can send different streams to different devices. For example, a four-stream device can serve as many as four devices at the same time.

Why is MU-MIMO Important When Buying a Router?

Similar to investing in any form of I.T technology, it’s crucial that you make informed decisions for the best user experiences. In particular, it’s essential to consider the MU-MIMO protocol because it will allow you to enjoy reliable internet connectivity. With a traditional SU-MIMO router, you might have had to wait for the request from your terminal to be processed gradually. Furthermore, most of the workload in processing internet signals is done by the access point. This way, brand manufacturers have more “space and freedom” to incorporate routers with enhanced features. However, there are some downfalls to owning the MU-MIMO router, though not significant. For instance, you can only enjoy the benefits of such technology of the 5GHz band signal.


Overall, ever since the advent of Wi-Fi, the typical functionality of supporting devices such as routers and access points has evolved significantly. Gone are the days when you had to struggle to get a reliable internet connection from your home or office router. A good MU-MIMO router lets several devices enjoy quality internet connectivity, and without any bottlenecks. Thus, you can experience improved productivity or internet access, as your router provides reliable connectivity.

Linksys WRT 3200 ACM Review

Before diving into the Linksys WRT 3200 ACM, it’d be a good idea to know just how far we’ve come after the WRT54G. Ever since the original Linksys WRT54G, demand for open source routers has been high, and there are good reasons why. Today, the WRT54G’s stats don’t stack up too well. In as much as four 10/100 RJ-45 ports could theoretically be sufficient, you wouldn’t want to miss out on streaming in 4K. 802.11g Wi-Fi isn’t something that would excite you too much in 2019. However, we do have one thing to thank it for. It opened a world of possibilities that paved way for modern gifts like the Linksys WRT 3200 ACM.

Retailing at $200-$300 on Amazon, the Linksys WRT 3200 ACM brings a refreshing perspective to not only open source routers, but routers in general. While newer competitors in the router space are going for sleeker and more aesthetic designs, the Linksys WRT 3200 ACM retains the same authoritative look that the WRT 54G once had. You can get a maximum speed of 3.2Gbps on the two dedicated Wi-Fi bands it has – the 2.4Ghz and the 5GHz band. Its open-source readiness remains somewhat unmatched because it is primarily sold as an open-source router. So, what really sets it apart from the wide array of open source routers today?

Features of The WRT 3200 ACM

The WRT 3200 ACM comes with a dual-core processor with a clock speed of 1.8GHz coupled with 512MB of RAM and 256MB of flash memory. Gigabit ethernet ports are a necessity these days, and the WRT 3200 ACM has four of them. The fifth is the regular WAN port which is also a Gigabit port. As it’s a MU-MIMO router, connected devices will enjoy the same fast internet speeds. While we’d want to talk about its Tri-Stream 160, it is far easier to just say that you would get maximum speeds of 3200Mbps. It also has a USB 3.0 port and an eSATA/USB 2.0 port from which you can connect your eSATA device or USB hard drive. The transfer speeds you get when using any of the USB ports is usually dependent on the speed of the processor. As such, the WRT 3200 can offer great data transfer rates to and from your hard drive.

Performance of The WRT 3200 ACM

True, there are routers with much higher specifications than the WRT 3200 ACM, but one thing you’ll love about this router is that it bridges the gap for network professionals and average users. The 512MB of RAM is sufficient for handling multiple applications on the router and generally making multi-tasking easier. MU-MIMO would be difficult to pull off if the RAM was lower than this. You’ll hardly feel the impact of the CPU during regular use, but it does a lot to provide you a good overall experience. You can get actual Wi-Fi speeds of between 133MB/s to 160MB/s depending on how far you are from the router. Of course, this could always go lower if you have a lot of objects in between your Wi-Fi device and the router. On the other hand, the coverage on the 2.4GHz band can at times be spotty as some users have noticed. This means that if you intend to use devices that can only support the 2.4GHz band, you’d have to stay closer to the router.

What Open Source Firmware Does the WRT 3200 ACM Support?

The WRT 3200 ACM works well with DD-WRT firmware and OpenWRT firmware as well. However, as there is conflicting information on whether the WRT 3200 ACM works with Tomato firmware or not, it would be safe to get it only if you intend to use it with OpenWRT or DD-WRT. As the router uses a Marvell chip which has not been fully tested with Tomato, you might not get a stable experience if you do get a version of Tomato firmware that can work on the WRT 3200 ACM.

Pro’s and Con’s of The WRT 3200 ACM


  • It is primarily open-source ready and you can thus install custom firmware on it
  • It has decent specifications for a router of its price
  • Its fast processor enhances Wi-Fi speeds and the general performance of the router


  • Its 2.4GHz band is not as smooth as the 5GHz band

Who is The WRT 3200 ACM Router For?

Ideally, open source routers are best for the tech savvy. While regular internet users can benefit from the router too, they might never be able to tap the true power of the WRT 3200 ACM with the original firmware. In addition, the WRT 3200 ACM is also more ideal for an office setting. This is because the open spaces ensure that the devices that solely operate on the 2.4GHz bands get to work without any issues.  The customizations the router offers make it great for office settings as well. You get to dictate how your VPN should work and choose which devices on your network should get more priority over others. There are also other things that you might want such as:

  • Stripping ad tracking at the router level
  • Creating a web server that runs on the router
  • Accessing the TOR network for completely anonymous browsing

You should buy the WRT 3200 ACM if you are looking for a fast and efficient router for your modern devices such as newer smart TV models and newer smartphones. This is to take full advantage of the 5GHz band in which the router performs exceptionally. The one thing that you might end up liking about the WRT 3200 ACM is that it does not try too hard to be the best open source router and neither does it strive to be mediocre. Instead, it focuses on the things that will actually matter to you regardless of your tech savviness. The fact that it is equally an open source router also means that you get more freedom with this router than most of the others in the market.

Best Mediacom Approved Modems

Long gone are the days where you had to stick to the cable modem your ISP provides you on top of paying extra just for owning their equipment. Nowadays, you can buy a faster cable modem and even pay less in monthly fees. However, this freedom made things a little murky too. Finding cable modems that will be compatible with your ISP’s internet connection isn’t that easy especially if you are new to all this. For instance, if Mediacom is your provider, you would have to ensure that the cable modem you selected is a Mediacom approved modem. Luckily, you needn’t skim through the entire list as we compiled three cable modems that will surely meet your needs.

Why You Should Get a Mediacom Compatible Modem

Mediacom approved routers are faster, have lower costs, and have better coverage
Speed, costs, and coverage should be your driving factors (Image Credits: Freepik)

Frankly, the cable modems that we’ll talk about will offset you by about $100-$200, and this isn’t cheap. However, there are plenty of long-term benefits to buying a Mediacom approved modem. Thus, you will end up saving a lot more in the future.

Better Performance

The rental modem you get from Mediacom is not always the best. This is because most of them simply do the bare minimum. As such, the speeds they offer will be average. On the other hand, if you buy a Mediacom approved modem, you will most likely experience improved performance because the modems have slightly better specifications. This can be really helpful when you need faster internet speeds.

Lower Costs

The initial cost of getting a Mediacom approved modem will be high but focusing on this too much might blind you from seeing the monthly savings you’ll be making. Typically, Mediacom charges you $10 extra every month simply because they leased their cable modem to you. In one year, this amounts to $120 if you regularly pay for their services. You can already tell that buying your own cable modem is the better option as you’d recoup that cash the following year.

Better Coverage

Since Mediacom has the liberty to give you a cable modem that it deems fit for your needs, you might soon find out that the modem they gave you has several dead spots. In fact, you’d even be lucky if you were given a cable modem that doubles as a wireless router too. Mediacom approved modems, on the other hand, have varying specifications which makes it easy for you to choose a cable modem that meets your needs adequately and rarely has coverage issues.


There are high chances that the cable modem you pick from the Mediacom approved modems list will be a DOCSIS 3.0 or a DOCSIS 3.1 modem. Since these are backward-compatible, you can easily use them with many other ISPs too in case you relocate to a different region. In addition, these cable modems support Gigabit internet speeds that range from 1Gbps to 10Gbps. While 10Gbps speeds are uncommon especially for home internet users, the cable modems still have you covered a couple of years into the future.

Ideally, Mediacom approved modems let you do much more by offering you improved specifications. This will enrich your internet experience while also helping you save.

3 Best Mediacom Approved Modems

To be clear, there are tons of great cable modems out there that would meet your needs. After all, compatibility is all that greatly matters when picking a cable modem. In this list, we focus on three Mediacom approved modems that would be great for you in 2019 and 2020.


Arris SB8200 cable modem
The Arris SB8200 (Image Credits: Arris)

The ARRIS SB8200 is a high end and super-fast cable modem that can achieve a maximum speed of 10Gbps thanks to its 32 download channels and 8 upload channels. It has two Gigabit ethernet ports which give you a lot of flexibility as to how you’d distribute your internet connection in your home. 4K streaming is something the SB8200 can do and much more. While it lacks an internal router like other competing cable modems in the market, the SB8200 shines when it comes to speeds and compatibility with many U.S. cable providers.

Most cable modems simply offer IPv4 internet browsing standards because it is more mainstream, but the SB8200 incorporates IPv6 as well. Today, IPv4 is still more popular than IPv6, but its inclusion on the SB8200 means that getting this particular router will ensure that you are future proof. Of course, the mere fact that ARRIS SB8200 is a DOCSIS 3.1 cable modem already proved that it is worth getting especially if you need high download speeds. Upload speeds on the other hand are relatively lower, and this may not be so good for content creators.

Motorola MG7550

Motorola MG7550 cable modem
Could the MG7550 be your solution? (Image credits: Motorola Network)

For someone who has already familiarized with the SB8200 from ARRIS, it would be easy to conclude that the Motorola MG7550 is half the router that the SB8200 is, and for good reason. The MG7550 does not have 32 download channels like the SB8200, but only 16. It also has only 4 upload channels as well. As such, you can expect maximum download speeds of up to 686Mbps from the MG7550. Despite having half the specifications that the SB8200 has, Motorola’s MG7550 gets an upper hand by including a decent inbuilt wireless router. Since it is a dual-band router, the speeds of the Wi-Fi signal can hit 1900Mbps.

Unlike the SB8200, the MG7550 also comes with four Gigabit ethernet ports mostly because it serves the function of a router and a modem at the same time. Thus, you might only need a Wi-Fi router if the cable modem’s internal router is not sufficient. It is still possible to stream 4K content with the Motorola MG7550 even though it has a slightly lower download speed. However, it offers far more convenience than the SB8200 because it caters to the basic needs of most home internet users. Pro users will most likely notice the bottleneck that the MG7550 has. While a dual-band Wi-Fi with a maximum throughput speed of 1.9Gbps is enticing, the modem will never truly achieve Gigabit internet speeds since it can only manage 686Mbps.


Netgear's C7000 cable modem
Netgear’s C7000 cable modem (Image credits: Netgear)

Third on the list is the NETGEAR C7000 which is a mashup of the SB8200 and the Motorola MG7550. The C7000 doesn’t have extremely high specifications like the SB8200 and neither are its specifications halved like with the MG7550, but it does bring the best of both worlds. To start off, the NETGEAR C7000 is a DOCSIS 3.0 cable modem that is approximately 40Mbps shy of giving you Gigabit internet speeds. This figure of 960Mbps is already higher than what the MG7550 offers (686Mbps) and far lower than what the SB8200 can theoretically achieve (10Gbps). With regard to upload speeds, the C7000 and the SB8200 seem to be head to head as both have 8 downlink channels.

The C7000 also features a dual band Wi-Fi router that’s very similar to the one that the Motorola MG7550 has. It can achieve maximum speeds of 1.9Gbps which is comparable to what the modem itself offers (960Mbps). This makes the C7000 seem like a well-balanced modem for almost any situation. While it won’t offer true Gigabit speeds like the SB8200, it is by far the most reasonable cable modem to get for an average use-case. Since it also has the same 4 Gigabit ethernet ports that were present in the MG7550, there would be more reasons why average internet users would choose the C7000 over the other two.

Minor Considerations to Remember

Before heading out and getting any of the three cable modems, it is worth mentioning that DOCSIS versions matter a lot especially with Mediacom. If you are currently subscribed to the Gigabit internet plan, you’d be forced to only use a DOCSIS 3.1 cable modem and nothing lower. This means that a DOCSIS 3.0 or a DOCSIS 2.0 cable modem would not work. If you have a lower internet plan though, then you’re free to use a DOCSIS 3.0 cable modem. Apart from that, you need to know beforehand if you’ll be needing a cable modem with a Wi-Fi router or not. Sure, it’s never wrong to get a product that comes with an extra feature, but it would be pointless if you’re paying extra just to get something you might not need. Cable modems that come bundled with Wi-Fi routers are great for people who lack Wi-Fi routers. They’re also worth considering especially if you live a minimalist lifestyle and wouldn’t want to crowd your room with several devices.


All in all, as much as choosing the best modem depends on your needs, we can all agree that it is far better to get your own router rather than settle for the one provided by your ISP. There are also plenty of other Mediacom approved modems that you can use with many other ISPs, but you should always remember that the DOCSIS version will play a big role. Folks with Gigabit internet connections should choose DOCSIS 3.1 cable modems over DOCSIS 3.0 or DOCSIS 2.0 modems. While those that don’t have Gigabit internet connections can choose between DOCSIS 3.0 and DOCSIS 2.0, it is wiser to go with DOCSIS 3.0 as it is newer and more common today.

Best OpenWRT Routers

Most people don’t know it yet, but they could potentially squeeze out more power from Wi-Fi routers than they imagined, and OpenWRT routers might be the answer. Unlike smartphones, most routers get less firmware updates during their lifetime. However, with an OpenWRT router, you can unlock even more power from your router to help you achieve more like getting a wider Wi-Fi coverage than before and even having more control over your Wi-Fi’s security. Ideally, OpenWRT is simply a Linux-based firmware that you can install on select routers. Because it gets more updates than your router’s original firmware, it offers better features that even the less tech-savvy would benefit from.

Why Should You Get an OpenWRT Router?

If you are on the lookout for a new router, grabbing an OpenWRT-compatible router would be a great choice. This is because you open up many possibilities with the OpenWRT firmware. The only shortcoming is that OpenWRT doesn’t work on all routers. This means that you’d have to check if your existing router is compatible with the firmware first. You could also check out other router firmware if OpenWRT doesn’t work for you. Below are some notable benefits of the firmware.

Benefits of OpenWRT

Image of cloud, spanner, and padlock representing VPN, customizations, and security
The best OpenWRT routers always outperform in VPN, customizations, and security (Image courtesy: Freepik)

Better VPN Handling

You probably know about the many benefits of using VPN even in your home network. They add a layer of privacy and ensure that less parties between you and the website you are accessing can know your true identity. Most people use VPN software on the actual devices they intend to protect. OpenWRT, on the other hand, ensures that you get better VPN speeds because it handles VPN traffic at the router level rather than on the device level. Of course, modern router can also handle VPNs at the router level, but not with the level of control that OpenWRT offers.

Endless Customizations

Power users will fall in love with OpenWRT merely because of the many customizations they can make to their router’s functionality. Unlike with the stock firmware, OpenWRT lets you change various aspects of your router and even install special kinds of software like BitTorrent clients and even server software! With this kind of capability, your router is probably more of a powerful minicomputer than a router as it can handle more workload than regular routers.

Advanced Security Features

While most people arm themselves with powerful antivirus software on their PCs and smartphones, they can easily forget to secure their home networks too. This creates a security loophole that could jeopardize your entire network’s security, but not with OpenWRT. For one, OpenWRT includes an SSH server which means that you can access your router via secure SSH tunneling. In addition, you can create more controlled network for your guests by only giving them access to guest networks where you determine the level of access a user has on your network.

Who Needs an OpenWRT Router?

Naturally, we assume that only the tech-savvy need great levels of control over routers, but the truth is that even the less tech savvy can benefit. If you need a router that will let you stream Netflix content from a different country, you’d need a router that handles VPN traffic efficiently, and OpenWRT routers are great for this. Forex traders could also benefit from using OpenWRT routers. This is because you can reduce internet lag on OpenWRT routers by using its Smart Queue Management (SQM) feature. Since latency is the amount of time it takes for data to travel from the source to its destination, a faster latency speed means that information travels to and from your computer faster. You can bet that even gamers would find great use for OpenWRT routers.

Best OpenWRT Routers For 2019 and Beyond

Linksys WRT AC3200

Image of the Linksys WRT3200AC router
The Linksys WRT3200 AC (Image courtesy: Linksys)

Its name alone speaks volumes. The Linksys WRT AC3200 descends from the original Linksys WRT54G that paved way for the OpenWRT firmware in the first place. It is a dual-band MU-MIMO Gigabit router with a maximum throughput speed of 3200Mbps. The 5GHz band offers speeds of up to 2.6Gbps while the 2.4GHz can go up to a maximum of 600Mbps. It also includes four Gigabit ethernet ports that you can connect switches to. As its maximum throughput speeds exceeds 1Gbps, the WRT AC3200 can offer true Gigabit internet speeds unlike some of its competitors. In addition to the four Gigabit ethernet ports and the single WAN port, the router also comes with two USB ports of which one of them doubles as an eSATA port. This easily allows you to connect your external hard drive and use the router as a media server. Since the other USB port is a USB 3.0 port, you can expect fast transfer speeds between your HDD and the router.

Performance-wise, the WRT AC3200 is a beast in its own way. It comes with a 1.8GHz dual core CPU that is crucial in delivering the kind of performance that you need. It also has plenty of RAM memory (512MB) which further enables it to run multiple applications on the router concurrently. For a router with these specifications, 256MB of flash memory makes it even more appealing because it allows you to install plenty of other applications on the router. OpenWRT firmware would have more than enough breathing room in the WRT AC3200. Even if you won’t be installing OpenWRT firmware on the router, you will still get to feel its fast response times.

Netgear Nighthawk X4S AC2600 (R7800)

The NETGEAR R7800 (Image courtesy: NETGEAR)

Before you judge the Netgear Nighthawk X4S AC2600 R7800 because of its slightly lower throughput speed of 2.6Gbps, you should know that it has a 1.7GHz dual core processor, dual USB 3.0 ports, and four Gigabit ethernet ports. Sure, it does seem more like the WRT AC3200, but the R7800 tends to bridge the gap for non tech savvy users by fine-tuning its original firmware to be easier to use. The Nighthawk app, for instance, lets you manage your home network and even setup your router directly from your smartphone.

If your sole focus would be to install custom firmware such as OpenWRT on the router, then you’d be happy to know that the R7800 has beamforming technology. This enables it to boost internet speeds to specific devices by sending the Wi-Fi signals directly to the devices rather than broadcasting Wi-Fi signals to all directions. Just like the WRT AC3200, the R7800 also comes with 512MB of RAM but falls short by incorporating a 128MB flash memory chip. While you’d still be able to install most of the applications you would install on the WRT AC3200, you are likely to run out of storage space faster if you get the R7800. Apart from the two USB 3.0 ports that we had mentioned earlier, this router also features an eSATA port too.

Out of the box, the R7800 comes with plenty of great features that would make even the less tech savvy feel like they have a high degree of control over their routers. The fact that it allows OpenWRT firmware as well makes it a router worth getting.

Zyxel Armor Z2

Zyxel might not be as popular as other router brands such as Linksys, NETGEAR, and even ASUS, but its Zyxel Armor Z2 is worth consideration. Initial impressions would have you thinking that the Armor Z2 is more like the R7800 mainly because it equally has a maximum throughput speed of 2.6Gbps. However, the reality is that the Zyxel Armor Z2 comes with bumped up hardware specifications that allow you to install more applications on your router. This is because of its 4GB eMMC storage and the same 512MB RAM that we’ve seen across all the routers so far.

The Armor Z2 has only two USB ports of which one of them is a USB 2.0 and the other is a USB 3.0 port. It also features four Gigabit ethernet ports along with one Gigabit WAN port. Like the R7800, this router has a 1.7GHz dual core processor as well. The fast processor comes in handy during stream boost optimization and even in beam forming since it enables the router to process and relay information to Wi-Fi devices at a fast rate. The Armor Z2 seems to be the one router that can handle more intense workloads than both the R7800 and the WRT AC3200, and this is mainly because its thermally enhanced design enables it to stay cool at all times.

Wrapping It Up

OpenWRT routers are basically mini powerhouses that can deliver performance when needed. The key distinguishing features between OpenWRT routers and regular routers is that they seem to have more regard for RAM capacity, processor speed, and flash storage. As such, you should be drawn to routers that have high specifications for each of these. Afterwards, you should ensure that the routers are compatible with OpenWRT firmware by doing a quick search online. In most cases, you will likely find that routers with high specifications are actually compatible with OpenWRT and several other custom router firmware such as DD-WRT and even Tomato firmware. Your choice will then depend on your own personal preferences and how much you’re willing to pay for the router.

DD-WRT vs Tomato vs OpenWRT

If you’re not what the internet would call tech-savvy, you’re probably cringing and motivating yourself. Why? Because on a normal day, you certainly wouldn’t want to be hearing about custom firmware for your router, and no one can hold that against you. However, the concept is far easy and closer to you than you know. Huawei, for instance, has been making headlines these past few weeks, and the one important thing you may have gathered is that your brand-new Huawei P30 (the current flagship smartphone) won’t be getting any support from Google in the next couple of months. Well, that’s where custom firmware comes in.

Custom Firmware or Not? What’s the Hype?

The Huawei example may be a bit overkill, but it does lay down the foundation for scenarios where custom firmware could be a deal breaker. Ideally, custom firmware gives you access to tons of features that you wouldn’t easily get from your device, and yes, your router may be capable of supporting custom firmware. Why? You ask. Well, think of your router just like your iPhone XS with an IP68 rating. Apple promises you it can survive 6.5 ft under water for 30 minutes, but what if you want to go 10 ft for just 5 minutes? Will it break? Long story short, it is highly unlikely.

Your router is a tech marvel in itself. Most of the ratings and specifications written on its box are on the lower end of the scale, and this means it can go to much greater heights than you think. Naturally, you cannot go to these heights when you are depending on the stock firmware because that’s usually the first layer that prevents you from messing up your device.

Only custom firmware lets you do that, and in the case of routers, some of the potential benefits to expect include:

  • Increased speeds
  • Increased control
  • Improved flexibility

The Shortcomings of OEM Firmware

“Disadvantages” is such a strong word to be tied down to stock firmware or Original Equipment Manufacturer (OEM) firmware mainly because it highlights it in a negative way. That’s why labeling it as “shortcomings” makes more sense. Below are some of them.

Bandwidth Control

Modern routers are able to control bandwidth automatically, but they rely on a set of algorithms that dictate what is “best” for you. In as much as computers have gotten smarter over the decades, you’d still be better off controlling your bandwidth in other ways, and Quality-of-Service can let you do that, but most router firmware lack this.

Unavailability of Bandwidth Consumption Tracking

We’ll be honest here too. Not all routers lack this feature. Modern ones do have them and they do a good job of telling you how much bandwidth you’ve consumed over a specific period of time so that you don’t exceed your quota. However, a good number of routers lack this feature too, and manufacturers are too lazy to release a new firmware.

Limited Coverage

Remember the iPhone XS water-resistance inference? Your routers are also capable of going the extra mile, but the stock firmware won’t let you do that because most people wouldn’t know how far to go. The short coverage radius you get from your router might simply be because the OEM firmware set a predefined limit.

Only a Spoonful of Security Features

Routers receive updates in a rather sluggish way when compared to smartphones and PCs, but they are the ones that relay all your information to the cloud. Bear in mind that hackers are also looking for ways of stealing your information.

The Benefits of Custom Firmware for Your Router

You get endless customizations with custom firmware
Advanced customization features go hand-in-hand with custom firmware (Image courtesy: Freepik)

Custom firmware addresses all the shortcomings of your router’s OEM firmware and gives you much more than you had asked for. Some of the benefits include:

Optimization of Select Features

Whereas OEM firmware takes care of optimization from a general viewpoint, custom firmware lets you narrow down to the very intricate features and optimize them for your own needs.

Capability of Port Mapping

Custom firmware equally lets you configure a device in such a way that only certain external devices can be able to “see” what you’ve allowed them to see. OEM firmware, on the other hand, works by hiding your Local Area Network (LAN). It does increase security, but it locks you out of very many things as well.

Increased Coverage

Rather than spending extra bucks on a repeater to boost your coverage, custom firmware unleashes your router’s full potential. This allows you to cover a larger area without breaking a sweat.

Bandwidth Optimization

You also get to keep everyone connected to your router happy thanks to the superior bandwidth optimization that custom firmware lets you have. You will be able to give users the bandwidth that they need so that bandwidth-hungry devices can be allocated more.

Improved LAN Security

Security, in general, is better when you have custom firmware installed on your router. Not only is it because of the fact that custom firmware gets updated much often than OEM firmware, but because it focuses on the small features like LAN security that manufacturers didn’t go too deep to consider.

Battle of The Custom Firmware: DD-WRT vs OpenWRT vs Tomato

Now that we’ve grasped what custom firmware is and how you’d benefit from it, a new challenge presents itself: Which custom firmware should I install on my router? There are a handful of considerations to be made, but we’ll start with the basics. First off, there are three main and popular third-party firmware on the web:

  • DD-WRT
  • OpenWRT
  • Tomato

While they do help you achieve most of the features that were discussed earlier, the processes are different, and they all have their own perks and disadvantages. This means that you have to carefully select the one that meets your needs adequately.

DD-WRT Firmware

DD-WRT Firmware
DD-WRT Firmware Pros and Cons (Image courtesy: Freepik)

DD-WRT happens to be the most popular custom firmware of the three that have been mentioned so far. If you’re wondering what the letters stand for, you’d be surprised to know how far-fetched the name is. DD was coined from German license plates for automobiles from Dresden where the developers resided. WRT, on the other hand, came from the Linksys WRT54G model which was the first router to receive DD-WRT.

As it is the godfather of custom router firmware, its reputation online is quite strong especially with regard to:

  • Ease of installation and operation
  • Stability
  • Number of features

Despite this, it does not support as many routers as the other two, and that may be a bummer for people who already own routers that they wish to re-configure. However, it is worth mentioning that it does have a decent user interface especially when we compare the rest.


  • It is one of the easiest custom router firmware to install and even configure. This makes it an excellent choice for newbies
  • It has a Wake-on-LAN feature that allows your devices to be “woken up” from a remote location
  • It is stable, thanks to the many years of development that went towards the project
  • It comes packed with a comprehensive QoS
  • It allows you to configure Virtual Private Networks (VPNs) with ease
  • Its access control features are slightly more advanced than what you would ordinarily get from stock firmware
  • It has a powerful firewall which means your connections are highly secure (when you implement other security features)


  • While it has a nice UI, users that are not adept with router firmware may find it a bit challenging to use
  • Not so many routers support it

How to Flash DD-WRT Firmware on a Router

  1. Find and download the correct DD-WRT firmware for your router
  2. While your router is powered on, type your router’s IP address on your web browser’s address bar (If you did not change the default setting, this should either be or
  3. Login to your router using the credentials you were given. You can check beneath the router for the login details if you did not change anything.
  4. Navigate to the Advanced Settings tab and find a section touching on uploading firmware. Once you’ve found it, upload the file you downloaded from step 1 and then upload the firmware.
  5. Give the router some time to upload and install the firmware then restart it.

Note that these are the general steps since most router interfaces are different.

Ideal DD-WRT Router – NETGEAR Nighthawk R7000

While you’re here, it is worth mentioning at least one router that will bode well with the DD-WRT firmware. NETGEAR’s Nighthawk R7000 is one such router. It comes packed with all the essential features that will give you the most with a custom firmware. They include:

  • A 1GHz dual-core processor
  • Dynamic QoS for bandwidth prioritization
  • Sync feature (great for Amazon’s Alexa and Google Assistant)

Tomato Firmware

Tomato Firmware pros and cons
Tomato Firmware Pros and Cons (Image courtesy: Freepik)

Tomato is more ideal for the kind of person who doesn’t need to have control over all the fancy features that both OpenWRT and DD-WRT have to offer. This makes it the easiest to operate and the easiest to configure too. However, that does not mean that it has crappy features. The advanced firewall features it has ensure your network stays secure. It equally boasts with a few other features such as P2P and the ability to run custom scripts on it.


  • Super easy to setup and operate
  • It has few bugs
  • It has a real-time monitoring feature that let’s you know what is happening to your router at any specific time
  • It has options for configuration of QoS and VPN


  • It isn’t supported on many popular routers
  • It lacks many customization features that are common with both OpenWRT and DD-WRT

How to Flash Tomato Firmware on a Router

The process for flashing the Tomato firmware on a router is ideally similar to that of OpenWRT and DD-WRT. However, Tomato has a neat platform where you can find and download the correct firmware for your router directly from their website. It also provides a link to a detailed flashing guide for each.

Ideal Tomato Router – ASUS RT-N18U

It might not be as fast as the Nighthawk R7000, but we featured it mainly to show you that you don’t always need a high-end router for you to enjoy the benefits of custom firmware. The RT-N18U packs a 256MB RAM along with 128MB of flash storage. It has an 800MHz Cortex A9 processor that is just enough for a fast and reliable performance. Collectively, its three adjustable antennas give you a Wi-Fi speed of about 600Mbps which is still faster than wireless N. You also get five gigabit LAN ports with Turbo NAT technology for faster internet performance. This makes it ideal as a mid-range gaming router.

OpenWRT Firmware

OpenWRT Firmware
OpenWRT Firmware Pros and Cons (Image courtesy: Freepik)

Coming in from DD-WRT, many people would say that OpenWRT is rather harsh compared because its interface is basic This is a bit odd especially when you consider the fact that OpenWRT was released almost around the same time that DD-WRT was released (15 years ago). This instantly pushes OpenWRT from a free-for-all to an “ideal-for-the-tech-savvy”.

If you thought navigation was the only thing that would be challenging, you would be partly disappointed to know that even configuring some elements is not in plain black and white. However, since OpenWRT is the older one of the 3, it has done a good job of ironing out known issues which has increased its stability. While we’ve mentioned that its UI can be a bit challenging, it would be worth mentioning that its current outlook is a big improvement from what it was before because it once lacked a Graphical User Interface (GUI).


  • It supports a wide variety of routers thus squashing the DD-WRT firmware
  • It is the perfect firmware for advanced users who would want to squeeze every feature out of their routers
  • It is one of the most stable custom firmware on the web because of how long it has been around. It equally gets regular updates because of the large number of users that contribute towards it
  • It has plenty of customization features. The inclusion of a command-line interface is a dead giveaway
  • It supports QoS and some not-so-common VPN features


  • It is not beginner-friendly
  • It is difficult to navigate because of its UI
  • Configuration can take time because of the many features it comes packed with

How to Flash OpenWRT Firmware on a Router

Just as with the DD-WRT procedure, this too is a generic instruction on how to go about flashing your router with this custom firmware. You should look up the exact procedure for your router.

  • Search for and download the correct firmware for your particular router
  • While the router is powered on and transmitting a Wi-Fi signal, go to your PC and type in or on you web browser’s address bar. Note that your PC has to be connected to your router’s Wi-Fi network
  • Login to the router using the default logins if you hadn’t changed them
  • Navigate to the Advanced Settings section and locate where you can upgrade your current firmware
  • Upload the file you had downloaded earlier then reboot your router after the process is complete

Ideal OpenWRT Router – Turris Omnia

Turris Omnia is one of the many routers that perfectly complements the OpenWRT firmware. This is because it comes with a powerful ARM dual-core CPU running at a frequency of 1.6GHz and either 1GB or 2GB of RAM. Since you’d probably be greeted with Omnia’s UI first, you will find it easy to navigate to the Advanced Settings section where you can upload the OpenWRT firmware for your router. Apart from having impressive hardware specifications, it also has some great security features such as automatic security updates and default security configurations that keep you and your network safe from malware.

DD-WRT vs Tomato

DD-WRT vs Tomato
DD-WRT vs Tomato (Image courtesy: Freepik)

DD-WRT may be older than Tomato, but Tomato outperforms DD-WRT in a number of areas. For one, you get better Open VPN support with Tomato compared to DD-WRT, and this means that you can push anonymity to new heights with Tomato as your custom firmware. As Tomato lets you easily connect to VPNs much easily, it wins the battle when it comes to VPN. Tomato also has a neat peer-to-peer feature that works well with most torrent clients like BitTorrent. It equally ranks better in UI. So, if ease of use is a big thing for you, you might want to go with Tomato.

Tomato easily wins the battle when it’s a matter of DD-WRT vs Tomato, and not just because it gives you more features but because it serves your needs better in the modern-day world. Tomato’s real-time bandwidth monitoring, for instance, lets you record your bandwidth usage on either an hourly basis, weekly basis, or monthly basis. In addition, because its VPN features are far superior, you can use your Wi-Fi router in a dual setup. This means you can have two network connections in your home, one that is directly from your Internet Service Provider (ISP), and another one from your VPN. However, due to popularity of DD-WRT over Tomato, you are more likely to find more support for DD-WRT than Tomato.


DD-WRT vs Tomato
DD-WRT vs OpenWRT (Image courtesy: Freepik)

DD-WRT and OpenWRT seem like two siblings with almost equal rights, and this makes things a bit challenging. This is especially true when you consider the fact that both of them have been around for almost the same number of years. The most significant difference between the two top contenders lies in how tech-savvy you are and how deep you want to go with your configurations. OpenWRT, for example, takes the lead because:

  • It’s widely supported by many routers
  • It’s QoS and superior VPN settings are in most cases unmatched
  • You get more control over your router with OpenWRT
  • It gets updated more frequently compared to DD-WRT
  • Its GUI interface may not be the best in the market, but it does allow for easy configuration

Beyond its struggle for a user-friendly UI, OpenWRT is the preferable choice for the tech savvy who don’t mind getting their hands dirty with a command-line interface. One thing that people don’t realize is that with most of the emphasis being put on the functionality of the firmware, it really doesn’t matter if the UI is pleasant to your eyes or not. In fact, you’d be happy to know that since OpenWRT emphasizes the command-line interface, it makes it lighter in size and less resource-intensive.

Tomato vs OpenWRT

Tomato vs OpenWRT
Tomato vs OpenWRT (Image courtesy: Freepik)

Determining which of these two is the winner also isn’t easy because they are tuned for two different types of users. For one, OpenWRT may be a bit more technical than Tomato, and this makes it favored more by tech-savvy users. However, when we consider Tomato’s VPN features, we find that users who are keen on their privacy would find it more ideal. Of course, this is not to say that OpenWRT’s VPN features are not up to par, but it only indicates that the choice will boil down to what’s important to you as a user. While deciding on these two, you also need to remember that not all routers offer support for both Tomato and OpenWRT.

Thus, before purchasing your router, you’d be wise to find out exactly which one will allow you to run the custom firmware of choice. However, if UI and ease of use is anything to go by, most users would probably go for Tomato here. This is because OpenWRT’s love for command-lines might not be something that excites everyone equally.

Best Overall Router Firmware

The best firmware will depend on your specific needs as a user, but there are certain features that you should definitely look for. With regards to user interface, DD-WRT and Tomato are in the lead. For DD-WRT, this may be because it has forever been the godfather of custom router firmware. Tomato, on the other hand, has proven to be a perfect balance between great UI and functionality, and this is something you shouldn’t take lightly. However, since it is slightly archaic, the chances that your new router supports DD-WRT may be minimal. OpenWRT may come in to the rescue, but it also comes with a command-line interface. It’s not such a bad thing, but if that scares you, then you might want to go for Tomato.

Conclusion and Word of Caution

As you might now know, there are tons of things to consider before you purchase your router and especially if you need to install a custom firmware on the router. In all honesty, DD-WRT, OpenWRT and Tomato are all great, but you would have to weigh in what’s important to you before settling for one particular firmware. Another thing that you might not have known is that when you start dealing with custom firmware, your router’s warranty will also be at risk.

Why? Because manufacturers wouldn’t want you complaining about your router when you went ahead and installed custom firmware then applied the wrong settings. This can get pretty scary if you are totally clueless when it comes to custom firmware installation. Luckily, there exist pre-configured flashed routers that could be ideal for you. They’ll save you a lot of time and have you enjoying all the features of custom firmware without having to do all the work yourself. They are thus great for newbies, but not just any kind of newbie since you still need to know which custom firmware is installed in the router and how it benefits you.