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While shopping for a home Wi-Fi system, we often overlook the do-it-yourself (DIY) options and opt for a purpose-built solution, such as one of these popular canned home Wi-Fi systems. And that can be a grave oversight.
This post features five highly customizable DIY Wi-Fi mesh systems encompassing multiple Wi-Fi standards. These systems will give you super-fast speeds, reliable performance, and the option to tailor the hardware to meet your specific needs. In most cases, you start with a router and seamlessly scale up Wi-Fi coverage as your needs grow.
Dong’s note: I first published this post on January 18, 2023, and last updated it on April 3, 2025.
DIY Mesh Wi-Fi systems: The top-five list
It’s important to note that DIY Wi-Fi systems are not meant to be easy. All of the Wi-Fi ecosystems below will require some work, and to get the best performance out of them, you should get your home wired.
But in my experience, none of the options below are too complicated, either. They all share the same principle, so knowing one likely means you’ll be able to take on the rest.
Building a DIY mesh Wi-Fi system gives you the best control over the hardware and, hence, the performance, features, and, most importantly, the cost. I’ve used all of the options below in various configurations and locations, with great success. The list is sorted by the level of recommendation, with the most recommended on top.
Top 5 best DIY Wi-Fi systems (for a wired home)
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| Name | Ubiquiti UniFi-Based Wi-Fi System’s Rating | Asus AiMesh’s Rating | TP-Link Omada-based DIY PoE Mesh’s Rating | TP-Link EasyMesh’s Rating | EnGenius FIT DIY PoE Mesh’s Rating |
| Price | – | – | – | – | – |
| Rating | |||||
| Description | |||||
| Statistics | |||||
| Buy this product |
1. Ubiquiti UniFi: The most advanced all-in-one ecosystem for all users
By design, UniFi is Ubiquiti’s enterprise hardware family. However, with the low pricing and friendly design of the latest consoles, it has slowly found its way into the home.
A UniFi mesh system is best-in-class in customizability and features. In return, the ecosystem requires a certain level of networking know-how to configure.
Additionally, networking is just one of the many things UniFi consoles can do. Their other functions include support for VoIP phones and IP cameras. So, depending on the situation, each can be the center of an entire ecosystem with multiple hardware categories.
Ubiquiti UniFi-Based Wi-Fi System's Rating
Pros
Excellent and reliable performance with seamless support for UniFi hardware of multiple categories (Network, Protect, Talk, Access, etc.)
Tons of helpful networking features, a comprehensive web user interface, and a mobile app
Practical and aesthetically pleasing hardware design, no vendor account required
Cons
No AP mode as a system, most Wi-Fi-integrated consoles can only work in the primary router role
Some helpful features (teleport VPN, automatic backup, convenient remote access, etc.) require a vendor-connected login account
2. Asus’s AiMesh: The most versatile ecosystem
AiMesh is by far the most flexible of custom-built home mesh Wi-Fi systems, thanks to the sheer number of available hardware—virtually all Asus Wi-Fi 6 and later routers support this feature.
Asus also has the ZenWifi family built around the AiMesh feature, and in late 2023, it introduced the ExpertWiFi family, which is also part of the AiMesh ecosystem.
Consequently, AiMesh has been one of the most versatile mesh approaches in terms of hardware. There are countless mesh combos, and since an Asus router generally has comprehensive network settings and features, an AiMesh system is also feature-rich.
However, hardware flexibility and versatility also translate into a significant shortcoming: the overwhelming amount of options and the likelihood of unexpected bugs. To avoid those, it’s crucial to pick the correct hardware combo and set it up properly.
Alternatively, you can also consider Synology Mesh, which is an enterprise-class mesh built on home-grade routers. Unfortunately, Synology mesh has limited hardware options, with no Wi-Fi 7 routers to date.
Asus AiMesh's Rating
Pros
The most flexible way to build a robust, scalable home Wi-Fi mesh system
Excellent performance, top-notch feature set
Built-in online protection
No vendor login is required, nor are there other privacy risks
Comparatively affordable
Cons
Certain router combos can be buggy or have issues with new major firmware releases.
Mixing hardware of different Wi-Fi tiers, standards, or numbers of bands could be problematic
3. TP-Link Omada: A robust access point-based mesh with lots of hardware options
Omada is a family business access point. To manage multiple units as a robust mesh Wi-Fi system, you can use a controller—a standalone hardware controller, a computer running controller software, or a cloud-based controller.
Like EnGenius FIT below, this approach is standard in business and enterprise Wi-Fi applications and is available in known brands such as Cisco’s Meraki, Netgear’s Insight Managed, or Zyxel Nebula.
What sets Omada apart is its affordability—the hardware tends to cost significantly less than similarly specced equipment from competing vendors. Additionally, the Omada family has access points to all popular Wi-Fi standards, including Wi-Fi 5, Wi-Fi 6, Wi-Fi 6E, and the latest Wi-Fi 7.
Generally, it’s cheaper to use Omada than any canned system. Most importantly, you won’t need to pay a subscription fee to use all of its features.
TP-Link Omada-based DIY PoE Mesh's Rating
Pros
Excellent Wi-Fi coverage, fast performance
Affordable; easy setup option; no additional cost for management
Lots of mesh features and settings
Many APs include mounting accessories and PoE or power adapter
The system can be managed via a local web user interface, a useful optional mobile app
Cons
A controller is needed; the hardware controller can't work as a router, nor does it include a power adapter or PoE injector
Networking knowledge is required to set up and maintain
4. TP-Link EasyMesh
TP-Link EasyMesh is a relatively new option that allows you to use multiple Archer standalone routers to build a relatively flexible system, similar to Asus’s AiMesh. Additionally, you can use a router and an extender combo.
TP-Link EasyMesh's Rating
Pros
Lots of hardware options
Relatively easy to set up and use
Flexible wireless and wired backhaul (with applicable hardware)
Responsive web interface with optional Tether mobile app
Cons
Minimum control of the satellite; no wired backhauling for extenders with a network port
Wireless backhaul can be complicated, especially with Wi-Fi 7
Seamless hand-off reliability could be better
5. EnGenius FIT: A flexible access point-based mesh approach
The EnGeinus FIT is a newcomer in the router + access points mesh crowd. It shares the affordability with TP-Link’s Omada above.
All you need is two or more access points to form a mesh system, thanks to the cloud-based management built into the hardware’s FitXpress firmware. Additionally, it has a hardware controller option that offers better performance, more features, and a larger-capacity network.
EnGenius FIT DIY PoE Mesh's Rating
Pros
Flexible hardware and software options with enterprise-class Wi-Fi and network customization; built-in cloud-based management with a hardware controller option
Comparatively affordable; easy setup option; no additional cost for management
The system can be managed via a local web user interface or cloud-managed, with a useful optional mobile app
Cons
FitXpress has interface-to-hardware lag and doesn't support multiple sites of distinctive Wi-Fi needs; the FitCon100 controller is a bit confusing and tedious to set up
For now: No 160MHz Wi-Fi 6 or Wi-Fi 6E support, no Multi-Gig PoE switches, generally performance is limited at Gigabit
No support for WPA or older security; most PoE access points and controllers don't include a power adapter or PoE injector
Extra: Amazon’s eero PoE hardware—the easiest way to get multi-Gigabit performance at a cost
The combo of eero’s latest PoE hardware, including the Amazon eero PoE Gateway and the eero PoE 6 access point, qualifies as a robust router + access points mesh approach.
While individually, each is greatly overpriced and limited, when working together, they become the easiest way to create a modern network with multi-gig wired backhauling. But as hardware from eero, this approach is poor in customization and includes lots of big and small unpleasant surprises, ranging from subscription nags to accessive heat to severe privacy risks.
Make sure you read their reviews to be aware of the catches before making the purchase.
Amazon Mesh with eero PoE Hardware's Rating
Pros
Two auto-sensing 10GBASE-T ports and eight PoE++ 2.5GBASE-T ports on the router and a 2.5GBASE-T POE port on the access point to deliver true multi-Gigabit wired performance
Compact design, easy to use
Good coverage, reliable performance
Cons
Expensive with extremely limited customizability and privacy risks
No web user interface (or desktop app) or command line support; no common business features, such as VLAN; all useful features (Dual-WAN, VPN, QoS, Parental Controls, etc.) require the eero Plus subscription
The router's internal fan is a tad noisy; runs very hot
The takeaway
If you choose any of the options above, you will get a mesh Wi-Fi system far better than any canned option at a similar price point.
And the fact that you can say you build and maintain it yourself is a satisfying bonus.
Hi Dong!
Big fan going back to the (good) CNET days.
I finally had with my network setup. After trying to build a decent network myself a couple of times, I’m ready for some outside advice.
I currently have a TP-Link Archer AX3000 Gigabit Wi-Fi 6 Router (Archer AX 55) which I use to connect to the internet & to which I have about a dozed wired devices connected via switches. I also have a TP-Link Deco XE75 Pro AXE5400 Tri-Band Mesh Wi-Fi 6E System (3 devices) that I use in AP mode to cover the wi-fi needs of the house.
It’s just not working. I have a houseful of TP-Link Kasa switches, plugs, & lights as well as a Kwikset Halo door lock & Google Home Hub that are constantly flaking offline for no reason. Fully rebooting things only helps about half the time. I run the “Network Optimization” tool in the TP-Link mobile apps & they say “everything’s fine,” which it isn’t.
In addition, the mobile apps have a good deal of “lag” as it can take several minutes after I take a device offline (on purpose) before the apps reflect that the device is no longer there. It’s especially frustrating on the XE75s when I see its LED blinking red but the app says, “working well.”
So, that’s it, I’m done with TP-Link & I’m done with devices that have to “phone home” to the cloud to tell me what’s going on 2 feet in front of me.
I’m leaning towards moving to Ubiquiti hardware as it seems well-regarded by you & others & I have a couple of friends who use it in their homes.
If you have any suggestions on a last ditch attempt to “save” the TP-Link gear or, better yet, any recommendations on getting involved in Ubiquiti-land, I’d really appreciate it.
Thank you!
– Rory
It’s hard to tell since the issue could be your Internet connection, too, Rory. In any case, your setup is not ideal as you might have notice yourself. Not sure if the house is fully wired, if not, it’s even less ideal. Additionally, having lots of “Smart” devices like that is generally problematic. More in this post on IoTs. In any case, this post on how to set up a mesh Wi-Fi system in general will help. I’d say an UniFi network will be better but can’t say if it’ll fix all the issues you’ve been having. Good luck!
Hello Dong. Your Ubiquiti reviews had some impact in my choice of Ubiquiti ecosystem. The level of control and customization is next level on Ubiquiti. The only one place it falls short is poor IPv6 implementation when it comes to Dual WAN failover state. IPv6 doesn’t work on WAN2 in failover state. I also wish Ubiquiti has WOL feature like AsusWRT.
But aside from these 2 minor niggles, rest of the setup runs flawlessly. I ise UXG-MAX + UCK-G2 + 2 x U7-Pros
I would thank you again for your reviews and Wifi articles.
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After too many reliability issues with AiMesh, I’ve recently moved to UDM-SE + USW-Enterprise-8-POE + U7-Pro APs, and never looked back.
My only regret is taking this long to make the switch.
Yeap, UnFi has way fewer options and is much more stable. But it has other issues if you want to use certain features.
Dong, I currently have a Deco mesh set up. I need to add a outdoor broadcaster. I need something to cover an acre or two. I do not have PoE at the moment, but getting a new switch with that ability is no problem. I am using Starlink as my ISP. I am a DIYer and need to keep a budget in mind. Would a couple outdoor AP’s be a better option than a single AP? If a single AP is used I would need to mount to a pole higher than my house since I need coverage in front and back. My geography is flat but there is the house, a detached garage and
a stand alone shop. Running the ethernet cable is no problem, it is already installed in the house, garage and shop. What would you recommend? It would need to work with the Deco system, I have to many AP’s and don’t want to buy a new system. I am not aware of any TP link outdoor AP’s that look like they would work as far as coverage is concerned. Thanks,
Woody
It looks like your only option is the Deco outdoor, Woody. Note though that you can have only so many nodes in a single Deco setup. If you need a new system anyway, I’d recommend one of these router+ APs setups. Since you already have a router (the primary deco unit) the EnGenius FIT outdoor AP is the best. About the overage, this post will help you figure that out. And more on PoE in this post.
One WiFi router feature that I have been looking for is the capability to block VPNs. As you know, a VPN is an easy way for kids to circumvent parental controls. I know people have been able to block VPNs using OpenDNS, but it would be a lot easier if it could be done by the router. Do you know which WiFi routers can block VPNs?
You don’t block VPN, Gary, you block the entity that provides a particular VPN service. And that varies depending on what entity it is. For example, if you want to block the A VPN company, just block its software or its IP address(s). That’s the general idea.
I recently installed an Omada system comprising an ER605 router, OC200 controller and three AX1800 access points. I’m very pleased with the system. I preferred Omada to Ubiquiti not only for price, but also because the router and controller can be wall mounted. Unlike the Ubiquiti Dream Router, the ER605 does not have built-in Wi-Fi, which I consider a feature, because I have installed it in my wiring closet, and have located the APs in more strategic locations. Dong’s reviews of Omada helped to convince me to buy it. But I would add to the reviews that the Omada system includes routers and also a combination router/controller/switch (not AP).
Thanks for sharing the experience, Randy. Omada has evolved quite a bit since I last updated the review. But generally its switches and routers lack Multi-Gig supports, for now. The same thing can be said about EnGenius FIT. This will change, though.
Yeah, I was reading another of your (older) posts and then posted the question on this one before I read it. Duh!
That happens! No biggie.
Dong,
I’m curious why you didn’t include a pair of the RT6600ax in your list of best tri-band mesh systems. It would be about $600 on Amazon so similar in pricing to some of the others like the Asus XT12. Maybe I’m missing something here?
You missed everything starting with the title and the intro of this post. But, sure, you can use that pair, but it’s not purpose built, like the case of the XT12. Read #3 on this list. Basically, you need to pay attention. 🙂
Yeah, I was reading another of your (older) posts and then posted the question on this one before I read it. Duh!
Love your content! Do you have a note detailing DIY mesh-like setup with multiple routers? I have a couple asus ax92U boxes setup in double NAT. One in the house and other wired in a detached garage. This gives me many more guest SSIDs and better switching control than I was able to get using AIMesh.
I’m considering an ax88u pro for the front box, which supports VLan, asus supported merlin firmware and more horse power for router based VPN. I find it very hard to source non-IT pro information on such things and how these options effect security.
Yes, Jeff, lots in fact. Follow this series.
Disregard my previous comment about changing subscription emails. I figured it out.
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Very useful article, will have to go back re-read later when I have some time. I would like to do a mesh system for my home, right now I have a Xyxel (?) AP in my basement just below the ceiling, and it gives me pretty good coverage throughout the house (two story house), but have thought a mesh system might be better, one on the main floor, and one on the second floor.
Couldn’t tell from this article, but are any of these Wi-Fi 6E Devices? I know I am limited in devices for 6E, but looking to do a bit of future proofing.
The ZyXel NWA220AX-6E is similar to the TP-Link Omada mentioned here. Get a few and mesh them up over the Nebula portal — the free tier is good enough.
But for your case, it’s best to go with the Omada or Asus AiMesh or UniFi, just use Wi-Fi 6E broadcasters.
Hi Dong – Continued thanks for all your work. My current set up is a Asus RT-AC86U with wired backhaul to a Asus Blue Cave satellite. It seems to get good coverage, but I’m thinking it is time to upgrade because I’m having to reboot the router about once a week now.
I could upgrade and stay within the AiMesh ecosystem, but based on your comments and the fact that my home is hardwired I’m inclined to try Omada APs. I could use my existing router (wifi off) and would just need to purchase/install the APs, PoE switch and controller. Which of those two directions would you recommend?
I’d recommend either, Gerard. Also, you can schedule your router to restart by itself.
Hi Dong,
Great article. I read both this one and “Picking the Best 6 Wif-fi access point”.
I have a specific question and hopefully you can steer me in the easier to implement and affordable direction.
My daughter just both a three story house. The modem (supplied by the internet provider will be in the first floor).
There is one CAT6 cable running from the first floor (same closet where the modem will be) to the ceiling in the third floor. Since it is on the ceiling, there is no power outlet.
So my options are:
1. Just buy her a router to place next to the modem in the first floor, and hope the coverage will be strong enough also in the third floor. I have the Asus RT-AC86U and am pretty happy with it. But my house is only two floors.
2. Buy her a router, for example like my AC86U , put it in the first floor. Buy any poe ceiling mounted AP and hang it on the ceiling in the third floor and connected to the router (probably will need a poe injector)
3. Buy a canned system. routher and poe in the same package. I don’t know too much (except what reading in your posts) about router vs switch vs AP. For example – is it better to have modem –> router –> AP or, is it better to have modem –>switch–> 2 APs (one in first floor next to modem and switch and one in third floor on the ceiling.
I am looking to have the same SSID so laptop/phone/TVs through the house will pick the strongest signal automatically.
I would also like a cheap and easy to manage solution since she is a young girl and lives few hours from me.
if you could please stir me towards a recommended brand/model/package, it would be very appreciative.
Thanks so much for your advice! -Drew
I’d go with #2, Drew. Teh RT-AC86U (or a non-Wifi router) + one or two Omada AC PoE access point will do, and are cheap enough. More in this post. Good luck!
I am not new to the concept of networking but I had never implemented a Wi-Fi mesh system before. I used older Synology equipment and so far, I am pleased with the outcome. I picked up a RT2600AC for around $100 and a MR2200AC for about the same price. I had a CAT 5E cable in place I used for the min router and MR2200AC. I also have FIOS internet with cable TV, so I needed the MOCA connection on the FIOS router for the cable channel guide. Your site was helpful with understanding the basic set up and some of the specific information I needed. Although this is a Wi-Fi 5 setup it works well for me. I now have excellent coverage in my back yard for my lights, grills and cell phone/ tablets when using them out back.
You can easily turn the two routers into a mesh system, Thomas. Follow the post on Synology Mesh for more.
Hi Dong, really like reading your posts. Do you have a post about mixing dual band and tri band Asus routers to make an Aimesh system? I think I have read information on this topic here and there in pieces but not sure if there is something dedicated to this subject.
Thanks
I mentioned that here, Gurpreet.
Thank you! This is exactly what I was looking for.
Dong, one more question on the Aimesh system. I remember you once sharing your home network on some post. And as far as I can remember you had three powerful routers in your setup. One primary and two nodes. My question is that unless you have a really giant house don’t you see issues like sticky clients (clients sticking to one router which is far as against the one which is near)? Also clients sticking more to the primary router than to the nodes. Another question, do you think a connection speed of 500Mbps dropping to 200Mbps at a certain place in the house as a reason to have an extra mesh node ? 200Mbps can pretty much do most of the tasks anyways.
For your first question, check out this post. As for the speed, yes, that’s normal if you have wireless backhauling. The previous post will help, too, but you can also check out this one.
I have Omada WiFi access points (some stand alone, some meshed) in place for my small business, a few rentals, and several friends and family. Just absolutely love it. I am now starting to get their POE switches and am considering their router. You use either? (I no longer recommend Meraki for most small business, just too expensive)
I’ve used many PoE switches from TP-Link. They are great, Aaron. Its business routers are OK.