How to Properly Build a Home Wi-Fi Network – The Ultimate Guide

Dong Ngo | Dong Knows Tech A typical router for a home Wi-Fi network. Note the WAN (Internet) port (Blue).

This post will help almost anyone, including those without networking know-how, set up a home Wi-Fi network from scratch. If you’ve never worked on a router before — or don’t even know what it is — you’re at the right place.

Already in the know? This can still be a fun read.

A bit of a warning: This is a very long article, so put aside some time for it.

Dong’s note: I originally published part of this post on February 15, 2018, and updated on April 30, 2020, with a great deal of additional up-to-date and relevant information, based on readers’ questions and requests.

Home Wi-Fi network basics

Generally, a home network includes wired and wireless parts. You can see the former, such as network ports and cables. For the latter, the Wi-Fi part, you will likely need to use a bit of imagination.

In between these parts are the hardware, namely a set of a modem and a router; or a gateway. And it’s a good idea to know the role of each.

Understanding wired hardware: Ports and cables

One of the first things you’ll run into when dealing with a home network is likely the network ports. They are holes that you can plug a network cable into. Physically, these ports all look the same, but they can be quite different in what they do, and in their speed grades.


Note: Technically, we’re talking bout the BASE-T or BaseT type of computer networking — the name refers to the wiring method used inside the network cable. But you can ignore this extra technical information since this type is the most popular by far. In your home, chances are you won’t find any other type.


Generally, you’ll find network ports on the back of a router. (More on what a router is, below). There are two types, WAN (or Internet) and LAN. Most routers include one WAN port and a few LAN ports.

The WAN port tends to have a different color and is separate from the LANs for easy recognition. So what do they do?

WAN port

WAN stands for wide area network, which is a fancy name for the Internet. This is the port you use to hook the router to an Internet source, like a modem. (More on modem below). The port on the source itself is a LAN port.

LAN port

LAN stands for local area network. It’s generally a port type that hosts local devices. Specifically, you use them to connect wired devices, like desktop computers or printers, to your home network. Devices connected to a router are part of a local network.

A router tends to have more than one LAN port, but if you have many wired devices, you’ll run out of them fast. To add more, you need a network switch.

Dong Ngo | Dong Knows Tech The back of a home Wi-Fi network router. Note the Gigabit WAN and LAN ports.
Network switch

A switch is a device that adds more LAN ports to a local network. (The LAN ports on a router, as mentioned above, are actually part of the router’s built-in switch.)

A switch comes with multiple LAN ports. You connect one of them to a router, and now the rest of the switch’s ports will work just like those of the router itself.

So, a switch always loses one of its ports to connect itself to an existing network. That said, you want to get one that has the same number of ports as the number of wired devices you want to add to the network, plus one. Or just get a switch with plenty of ports to spare.

Common port speeds: Gigabit vs. Faster Ethernet vs. Multi-gig

You might have heard of Gigabit. That’s currently the most popular network standard speed grade, which is generally also used to classify a device. For example, a switch with Gigabit ports is known as a Gigabit switch.

A Gigabit port can deliver 1 gigabit per second (Gbps) — that’s 1000 megabit per second (Mbps), or 125 megabytes per second (MB/s). At this rate, you can transmit a CD worth of data (some 700 MB) in about 6 seconds. Pretty fast.

Dong Ngo | Dong Knows Tech Note the multi-gig ports on the back of this Netgear RAX120 router.

There are other common speed grades, including Fast Ethernet and multi-gig. Despite the name, Fast Ethernet is only 100 Mbps which is ten times slower than Gigabit — so, it’s not fast. (There’s another standard that’s only 10 Mbps, but it’s so old you can pretend it doesn’t exist.)

Multi-gig, on the other hand, is faster than Gigabit and can deliver up to 2.5 Gbps, 5 Gbps, or 10 Gbps. The latest Wi-Fi 6 routers tend to have one or a few multi-gig ports, in addition to their Gigabit ports.

Port types and network cables

All network ports share the same port type, which is 8-position 8-contact (8P8C). However, this port type is more widely known via a misnomer, the Registered Jack 45, or RJ45. So we’ll keep calling it RJ45.

Dong Ngo | Dong Knows Tech The RJ45 connectors on a network cable with the array of pins the 8P8C naming refers to.

This port type work with all RJ45 network cable types, including CAT5e, CAT6, CAT7, and likely future revisions. It’s a network cable when it has two 8P8C connectors at both ends.

Generally, all cable types can deliver 1 Gbps (Gigabit) to up to 100 m (328 feet) in length, though CAT7 can do that in a greater length. Generally, if you need to expand your network really far out, it’s a better idea to put an active device — like a switch – in between.

All cable types mentioned above can also handle multi-gig. Here’s the length in which each type can deliver up to 10 Gbps:

  • CAT5e: 45 meters (148 feet)
  • CAT6: 55 meters (180 feet)
  • CAT6a: 100 meters
  • CAT7: Over 100 meters

So, for most homes, the popular CAT5e cable will suffice. But it doesn’t hurt to run higher-grade (and more expensive) cables.

By the way, if you plug a Fast Ethernet (100Mbps) device into a Gigabit port or even a multi-gig port, it will work. That’s because wired network devices can connect interchangeably regardless of the speed grades and cable types.

However, in this case, the connection speed between a pair is always that of the slowest party involved. Specifically, if you plug a Gigabit and a multi-gig device into a Fast Ethernet switch, the connection between the two devices will cap at 100 Mbps.

Modem vs. Router vs. Gateway

Every home network must have a router. And if the network has access to the Internet, chances are there’s a modem involved, too. So what is a gateway and what does it do? We’ll find out below.

One thing is for sure: I wouldn’t have to write this part if folks didn’t have the habit of calling these three things arbitrarily.

Dong Ngo | Dong Knows Tech A home Wi-Fi network uses either a set of cable modem (left) and a Wi-Fi router (middle); or a residential gateway (right).
What is a modem?

The word actually is more like MoDem. It’s an acronym for a device that works both as a modulator and a demodulator. A modem converts computer data signals into those of the service line and vice versa.

The service line in question can be anything, but predominantly it’s either a telephone line or TV cable (coaxial). That’s the reason why you likely have a DSL or Cable modem, respectively.

It’s fairly easy to identify a modem. It’s a device that always has one service port to connect to the service line, that comes into your home from the utility pole outside, and one network port. This network port is where you connect the WAN port of the router into, as mentioned above.

Some cable modems also have a phone jack for phone service, but generally, if you see one network port and one service port, it is a modem.

A modem can bring Interne to just one device, which is why we need a router.

What is a router?

As mentioned above, a router always has one WAN (Internet) port to connect to the Internet source. On top of that, it also has a few (usually four) LAN ports for wired devices. Most, if not all, home routers have a built-in Wi-Fi access point — it’s a Wi-Fi router.

As for how to identify, a Wi-Fi router tends to have a few antennas, though some might have internal ones. But generally, if you look at its label, you’ll see the word “router” on it.

The job of a router is to create a network that allows multiple devices to talk to one another locally. On top of that, it also shares the single broadband connection of the Internet source (the modem) to the entire network.

It does all that via NAT and DHCP functions which you can learn more about on this post on IP addresses.

A router + a modem = a gateway

A gateway is just a combo device that includes a router and a modem in a single hardware box. That said, a gateway will generally have a service port plus a few (usually four) LAN ports. It tends not to have a WAN port.

If you use equipment provided by the service provider, chances are it’s a gateway. In this case, the company technician might call it a “modem”, which contributes to the confusion.

You can also buy a retail gateway. The Netgear Orbi CBK40 is an example — it’s a cable gateway. Considering nobody bothers to use the correct terminology, Netgear actually calls it a Cable Modem Router.

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Now that we’ve gone through the visible hardware part of a network, let’s find out about the invisible part of it, the Wi-Fi.

Understanding Wi-Fi: Distance vs. signal strength

The only thing you can literally see about your Wi-Fi network is the antennas, and that’s only true when you don’t have a router with internal ones. On a mobile device, that’s almost always the case, the antennas are blended in with the device’s chassis.

And then what happen in between those antennas are pure mysteries.

How Wi-Fi works

The details of Wi-Fi can be overwhelming — more about that in this post about different Wi-Fi standards.

READ MORE:  How to Secure Your Home Wi-Fi Router Against Hackers

But all standards, including the latest Wi-Fi 6, share this same principle of radio broadcasting:

You have a broadcaster (your router) that emanates radio signals outward, and a receiver (your laptop) that catches those signal to form an invisible link that can transmit data between the two. One broadcaster can handle multiple receivers at a time.

(That is when we use the most popular mode of Wi-Fi, called infrastructure. There’s another mode, ad-hoc, where you can connect two Wi-Fi receivers directly to each other. But that’s a bit too much of technical detail.)

That said, Wi-Fi is a wireless alternative to network cables. In other words, when a device connects to a router using Wi-Fi, it actually uses an invisible network cable, so to speak. The length of this “cable” is the router’s Wi-Fi range.

Wi-Fi range in theory

One of the most popular questions I’ve gotten is the specific range of a Wi-Fi router. There’s no exact answer to that, but you can figure out the ballpark numbers.

The way radio wave works, the lower the frequency the longer the wave can travel. AM and FM radios use frequency measured in Megahertz, so you can listen to the same station in a very large area, like an entire region or a city.

Wi-Fi uses 2.4 GHz and 5 GHz frequencies. Both are extremely high. As a result, they have much shorter ranges.

Generally, when out in the open, on a sunny day, you can expect a home router‘s Wi-Fi signals to reach up to some 200 feet (60 m) and 150 feet (46 m) away, on the 2.4 GHz band and 5 GHz band, respectively.

Some might consider these numbers generous, others will argue their router can do more, but you can use them as the base to calculate the coverage for your situation.

(There is indeed specifical Wi-Fi equipment that can deliver signals for miles. But they cost a lot and generally won’t work with your laptop or your phone.)

The closer to the broadcaster, the better the signals are — you’ll get faster connection speeds. At the end of a range, chances are your device can hardly maintain a connection. Unlike the Big Bang, Wi-Fi’s radio waves don’t go on forever.

Wi-Fi range in real-life

In real-world usage, chances are your router’s Wi-Fi range is a lot shorter than you’d like. That’s because Wi-Fi signals are sensitive to interferences and obstacles.

Common 2.4 GHz interference sources:

  • Other 2.4 GHz Wi-Fi broadcasters in the vicinity
  • 2.4GHz cordless phones
  • Fluorescent bulbs
  • Bluetooth radios
  • Microwave ovens

Common 5 GHz interference sources:

  • Other nearby 5GHz Wi-Fi broadcasters
  • 5GHz cordless phones
  • Radars
  • Digital satellites

As for obstacles, walls are the most problematic since they are everywhere. Different types of walls block Wi-Fi signals differently, but no wall is good for Wi-Fi. Large objects, like big appliances, or elevators, are bad, too.

Here are my rough estimations of how much a wall blocks Wi-Fi signals:

  • A thin porous (wood, sheetrocks, drywall, etc.) wall: It’ll block between 10% to 30% of Wi-Fi signals — a router’s range will be that much shorter.
  • A thick porous wall: 20% to 40%
  • A thin nonporous (concrete, metal, ceramic tile, brick with mortar, etc.) wall: 30% to 50%
  • A thick nonporous wall: 50% to 90%.

Again, these numbers are just ballpark, but you can use them to have an idea of how far the signal will reach when you place a Wi-Fi broadcaster at a certain spot in your home. A simple rule is more walls equal worse coverage.


Best practices for great home Wi-Fi network

Considering how Wi-Fi works as mentioned above, the following are a few things you should do to get the best Wi-Fi experience.

1. Hardware placement

All home routers use omnidirectional antennas. As a result, wireless signals are broadcast outwardly as a sphere – more like a horizontal ellipse — with the router being in the center. So if you place your router by the side of your home, half of its coverage will be on the outside.

Wi-Fi broadcaster placement: Dos

Here are the best places to put your Wi-Fi router.

  • Center: As close to the center of the house as possible. Since, in most cases, the Internet drop is at a corner of a house, you can run a network cable from the modem to the router.
  • High ground: It’s best to place your router above the ground. If you have a two- or three-story home, put the router on the second floor. If it’s a single-story home, place it on the ceiling or top of furniture, like a bookshelf.
  • Out in the open: Avoid putting your router in a closet or behind a large, thick object — such as a TV or a refrigerator. Generally, you want to set the router in an open space.
  • Vertical antenna position: That is if you want to signal to go out horizontally. Use the antennas in the horizontal position if you want the signal to go out like a vertical ellipse.
Wi-Fi broadcaster placement: Don’ts

Here are a few examples of where you shouldn’t place your Wi-F router:

  • A closet
  • Behind a large appliance like a fridge or a TV
  • The laundry room
  • A basement that has thick walls or below a thick concrete floor
Hardware placement for a mesh Wi-Fi system

In a large home, a single router might not cut it, you’ll need multiple broadcasters to form a Wi-Fi mesh system. Generally, a single router can cover about 1,800 ft² (170 m²). Each extender (or a mesh point) can extend another 1,500 ft² or so.

In this case, it’s best to use network cables to connect the hardware units. If that’s not possible, consider the following:

  • Place the broadcasters of the systems at a good distance (not too far, not too close) one another. Generally, this distance should be about 30 ft (9 m) to 50 ft (13 m) if there’s a wall in between, or up to 75 ft (23 m) if there’s a line of sight.
  • Minimize the number of walls or obstacles in between them.
  • When there are two or more satellite units, place them around the main router to form a star topology — find out more on this post of mesh systems. You want to minimize the time signals have to hop before they get to the end device.

Note that a wireless mesh setup is generally not good for real-time communication applications, such as gaming or video/audio conferencing. For that you need to have wire backhaul, or the device will need to connect to the network via a network cable.

2. Get your own equipment

You generally have more control and better network when using your modem and router instead of using equipment from your Internet provider.

If you use cable Internet, replacing the ISP-provided gateway with your own also saves yourself from having to pay for the monthly rental fee.

READ MORE:  How to Replace a Cable Gateway with Your Own Modem

3. Use network cables when possible

Again, when you need to extend your network, it’s best to run network cables to connect hardware units.

If you have a large home, consider using multiple hardware units connected to the main router via network cables to make sure you get the best coverage and the fastest speed.

Though far from perfect, Powerline adapters are a great alternatives to running network cables.
Dong Ngo | Dong Knows Tech Though far from perfect, Powerline adapters are great alternatives to network cables.

When running network cables is not an option, you can try Powerline adapters (which turn the electrical wiring of your home into network cables).

READ MORE:  No Wi-Fi at that Corner? Get a Pair of Powerline Adapters!

Note that a Powerline’s performance varies a great deal depending on the wiring of your home, and will not work with power-strips or surge protectors. They are generally much less reliable than network cables and not suitable if you have very fast Internet or intend to use Wi-Fi 6.

4. Schedule a periodical restart

Just like a computer, a reboot helps the router refresh and work better. While most routers can work 24/7, it’s a good idea to give it a restart once or twice a month.

Many routers, like those from Asus, have a reboot scheduler within their interface that you can use.


Types of routers for a home Wi-Fi network

Routers for a home Wi-Fi network come in all shapes, sizes, and costs but as far as this post is concerned, there are only two types: Those that have a web user interface and those that don’t.

The former tend to give you a lot of customization and settings while the latter doesn’t give you much more than naming your Wi-Fi network and picking a password for it.

Routers without a web interface

Routers without a web interface, like the Google Nest Wi-Fi router or Amazon Eero, use a mobile app for the setup and on-going management, and they all require a login account with the vendor.

They are convenient to use and easy to manage, but in return, they require the Internet to work, connect to the vendor at all times, and, therefore, pose a privacy risk.

I call these “data mining” routers. They are not my type.

Routers with a web interface

The good news is the majority of routers — virtually all those from real networking vendors — on the market have a web interface. As a result, all you need is a web browser (Chrome, Firefox, Edge, and so on) to work with them.

And since all computers and mobile devices come with a browser, you can manage them right away, without having to download an app.

For convenience’s sake, some of these routers also come with a free mobile app, but it’s always better to handle them via web UI.


Home Wi-Fi network: Router setup

Generally, a network consists of a few hardware pieces, the Internet box (a modem or a gateway), a router which we’re trying to set up, and of course, your computers. Following is how you connect them.

Wi-Fi router setup: The router (right) needs to connect to the Internet source (a modem) using its WAN (internet port).
Dong Ngo | Dong Knows Tech Wi-Fi router setup: The router (right) needs to connect to the Internet source (a modem) using its WAN (internet port).

Connecting the hardware

1. Connect to the Internet source

Plug the router’s WAN (Internet) port to an Internet source (such as your cable modem or a gateway) using a network cable.

If you use a modem (or a gateway), connect its service port to the service line.

Note: I assume that you’re using a modem (or gateway) that has already been activated. If it’s a new device entirely, you will need to call the service provider to activate it first.

2. Connect your computer to the router

Plug another network cable into your computer’s LAN port and one of the router. Most routers have four LAN ports; you can use any of them.

If you have one of those new laptops that don’t have a network port, you can get a network dongle for just a few bucks.

If using a network cable is not possible, don’t worry. You can use the router’s default Wi-Fi information — generally found on its underside.

Dong Ngo | Dong Knows Tech You generally can find the default Wi-Fi network on the underside of a router.
3. Power on

Plug all hardware devices into power and turn them on.

And that’s it. You have finished with the hardware setup part. In fact, connect all wired devices to the router’s LAN ports and you’re game. For the Wi-Fi network, though, you need to do a few more things.

Getting your home Wi-Fi network up and running

To configure a Wi-Fi network, you need to first login the routers web interface. It’s where you can make all the change.

1. Log in the router’s web interface

You can access a router’s (or gateway’s) interface using a web browser (such as Firefox, Chrome, or Safari) from a connected computer.

If you’re setting up a new router, the first time you launch the browser, you’ll likely automatically get to the web interface where you can follow the setup wizard.

But you can always manually log in to the router’s interface by pointing the browser to its friendly URL or default IP address. The table above lists the default login info of most routers. Can’t find it? You can always quickly figure out its IP yourself.

(Note that nowadays most new routers require you to create a new username and password during the initial setup before you can access its full interface as well as the Internet.)

Once you’ve logged in, the rest is rather self-explanatory. Though different networking vendors tend to have different interfaces, they all share similar sections, including Wi-Fi (or Wireless), WAN, LAN, Admin, and so on.

Most importantly, all of them have a password for the interface that you need to change right away from the default value.

2. Change the router admin password

This password keeps your network safe from hackers. Pick a strong password that’s hard to guess. You’ll need to use this password only when you want to access the interface. Make sure this password different from the Wi-Fi password.

3. Customize your Wi-Fi network

A Wi-Fi network includes a Wi-Fi name and a password. Like any proper name, the Wi-Fi network’s name is public, everyone will see it. That said, pick one of your likings.

The password, on the other hand, needs to be a secret. Choose one that’s hard-to-guess but easy to type in, especially on a small screen like that of a printer. Generally, a string of random numbers (and letters) will do. Again, make sure this password is different from the router’s admin password, above.

Use the most common encryption method — currently WPA2 or WPA3 — for the password. Note that some existing Wi-Fi clients won’t work with the newest WPA3. You might want to avoid using that or use it in the mixed WPA2/WPA3 mode.

Most routers have more than one band. They are Dual-Band or Tri-Band routers. In this case, you can use SmartConnect, where the router lump all bands together in a single Wi-Fi network (SSID). Or you can manually create an SSID for each band.

Dong Ngo | Dong Knows Tech Wi-Fi router setup: The web user interface of an Asus router.
4. Initialize the Internet connection

Depending on the router, you can do this on the Internet or WAN or Setup part of the interface. For most Internet connections, you can leave it at Auto and let the router detect the setting by itself.

A few Internet plans, especially those with static WAN IP addresses, will require you to type in the settings correctly. In this case, you need to consult your provider.

Other than that, you can play with different parts of the interface to figure out additional features and settings.

Running into problems? Knowing how to reset a router will help.


Home Wi-Fi network maintenance

A router works non-stop for days or even months on end, so once in a while, it might run into problems. So, knowing when to restart and also how to reset it will come in handy.

Dong Ngo | Dong Knows Tech The Reset button tends to locate on the underside of a router.

Router reset

Before you can do a reset, you need to know what it exactly is.

Reset vs. restart

Everyone knows how to restart a router. Just unplug it from the power and then plug it back in. Some routers also have a power on/off button for this. Restarting helps solve some issues, and just like with a computer, it’s a good idea to restart a router once in a while.

Reset, on the other hand, erase all the settings of the router and bring it back to the state when it left the factory. So resetting can be quite dangerous. Among other things, it’ll cause your current Wi-Fi network to disappear.

For that reason, it’s a good thing that it takes a bit of work to perform a router reset. But first, let see when you’d want to reset a router.

When to do a router reset

Again, you’ll lose all the settings after a router reset. So don’t do this for fun. You only do that when finding yourself in one of the following situations:

  • You lost the admin password to access its web interface, as mentioned above. A reset will restore that to the known default value.
  • You want to re-setup your home network from scratch or suspect that some home has hacked your router.
  • The router has issues that a restart doesn’t solve.
  • You no longer need it (before you give it away.)

There are two ways to reset a router: using the reset button or via the web interface. You can reset a router as many times as you like, it doesn’t physically harm the hardware.

Router reset via the reset button
  1. Locate its reset button. It’s almost always on the router’s back or its underside. This button is usually recessed to prevent users from pressing on it by accident.
  2. Plug the router into power, wait about a minute for it to boot up fully, then use a pin (or a pointy object) to press and hold the reset button for about 10 seconds. As a result, the router will reset and restarts. You’ll notice that if you look at its status light.

If you want to make sure the router has reset, wait a minute or two for the router fully boot up again to see the Wi-Fi network is gone, and the default Wi-FI network is now available.

Router setting backup and reset via the web interface

If you still have access to the router’s web interface, you have the option to back up its settings before the reset.

The Reset button on an Asus Router's web interface.
Dong Ngo | Dong Knows Tech The Reset button on an Asus Router’s web interface.
  1. Log in to the web interface, as mentioned above.
  2. Navigate to the reset function. The table below shows how you can find the Reset function within the web interface of popular routers. Generally, you can see this function in the Administration or System section of the interface.
  3. Here you can backup the settings in case you want to restore the router’s current condition after a reset.
  4. Click on the button (or link) to proceed with a reset. The process will take a few seconds to complete.

Router firmware update

Firmware is the operating system of your home Wi-Fi router. That said, you should perform a router firmware update once in a while. New firmware helps improve performance, security and often brings in new features.

The web interface is where you can do a router firmware update.
Dong Ngo | Dong Knows Tech The setting backup and reset section of a Synology router.

Generally, if a router has a mobile app, you can use the app for the firmware update. Most new Linksys routers also have automatic firmware update function, which you can turn on in step 3 below.

Five steps to perform a router firmware update
  1. Look for the latest firmware. The easiest way is to Google the router’s model and “firmware,” such as “Asus RT-AC68U firmware”. Most of the time, the first result is the place where you can find the latest firmware.
  2. Download the firmware. In most cases, the firmware is inside a zip file. You need to open this file and drag the firmware out to a location you know, such as the desktop, on your computer.
  3. Login the router’s web interface and navigate to the firmware update section. The chart below shows how to find this section in the interface of popular routers. Note that in this section, you will also be able to configure the auto-update (if available) or perform the router’s self-update process. Some router will give you a notification as soon as you log into its interface if there’s a new firmware available.
  4. Proceed to upload the new firmware.
  5. Confirm the update and wait for the process to complete.

Note that the update process takes about 5 minutes and can’t be interrupted. Consequently, if you if unplug your router during this process, you might damage it. Also, during this a firmware update, you have no access to the Internet or your local network.



Final thoughts

Setting up and managing a home Wi-Fi network can be intimidating, mostly because we can’t see the router’s wireless signals. But that’s where the web interface comes into play.

Once you’ve worked with one router’s interface and understand the general idea of how a network functions, you can work on any router. And nothing feels more satisfying than getting the home Wi-Fi network you want, by yourself.

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About the Author: Dong Ngo

Hello! My name is Dong Ngo. Technology is my passion, and I do know it. | Follow me on Twitter, or Facebook!

39 Comments

  1. Thanks Dong, for all your advice. This is the first time in my 4 years of 1GBPs subscription that I am getting even close to advertised ISP speeds on wireless.
    Just an update for anyone who is interested. I reflashed the firmware the Synology RT1900ac (Router mode) . Am now getting 800 MBps with the AX58u in access point mode for any Wifi 6 clients.. 42 clients (mostly IOT devices) connected both wired and wirelessly.
    Although the Synology is the main router, it’s at the basement and a location not used often. I wonder if I have better mileage just changing all the access points to a AX58’s and keeping the status quo on the main router. All Access points are wired with cat 6 or 7 backhaul. Thanks again!

  2. Thanks! Took your advice and I bought a Asus RT-58AX and changed it to access point mode replacing one of the Linksys EA7500s. My iPad Pro went from 200MBps to 800Mbps on a Gigabit connection. For all other devices it was the same speed at about 200MBPs presumably because it they were on Wifi 5. Range is also much better, my daughters room used to get a Tx rate of 10 , it’s now 160. Strangely no improvement for my iphone 11 though. Tempted to try replacing the main RT1900A but afraid it will break the my connection to my Synology NAS and the other Access Points. Something to do when the Mrs is away, in case I really muck up the network!

    1. Good to hear and thanks for sharing, Alberto. Replacing the RT1900A will not break anything as long as you set the new router to have the same IP pool. If your NAS supports Link Aggregation, getting an Asus router with that feature, like the RT-AX88U is will improve the server’s network speed by a lot when you have multiple devices access the server at the same time.

  3. I have been following your website for awhile and congratulations on a fantastic site. Great and helpful reviews. I wonder if you could comment if there is benefit upgrading to a MESH setup if one is already networked with a main router and a few APS. I live in a 4 story townhouse with our internet point at the basement. Surviving with a Synology RT1900Ac at the basement with 3 Linksys EA7500s on each floor in bridge mode. All are connected by cat 6 or 7 cables with RJ45 points on each floor. Getting only 200 MBPs on 2×2 clients on wifi and 2.4 GHz band in the basement is almost non existent. Should I change the Synology to a RT2600AC? Or go with Asus AiMesh? I have a few 1 or 2 WIFI 6 devices ….

  4. Thank you for the response and your willingness to share your knowledge. The article recommendation was great. I’m running an Arris SB6190, TP-Link AX-50, and a MAcbook Pro 13″, all purchased in the last 2 weeks. I recently upgraded my internet to 500mbps. I’m getting that speed when wired to the modem. 250mbps when wired to the router. And only topping out around 150mbps when on wifi approximately 30 feet from the router. Should this be expected?

  5. Thanks for your great article. I recently got a TP-Link AX 50 and I’m trying to maximize the speed of the wifi network. All of my devices are ac or below and I have some smart home devices that require 2.4 network. 1. Would you recommend using smart connect? Is there benefits to setting the channel and channel width compared to using the auto settings?

    1. Sure, Chris. Glad you’re here. Smart Connect is for the convenience’s shake so that as you move away from the router, you still get connected when the 5GHz band is out of range (this band’s range is much shorter than the 2.4 GHz’s). Generally, the Auto setting works but for more on the channel setting, check out this post.

  6. Hi, Great Article. I do have question. I am looking for your recommendation on what make and model router i should buy. I dont need the router for wifi, i was lucky enough to obtain a cisco wlc 2504 and a few 1852 AP’s from my work. I have an cisco sge2010 48 port switch. I have about 4 Tivo devices, NAS , Plex server and approx 30+ devices. I try to keep as much wired as possible. I currently am using a Netgear Nighthawk R7000 for my router but it keeps “freezing” or “getting hung” and i lose all network connectivity . I believe its due to the network “bandwidth” its dealing with. I had DDWRT on it, reverted back to the latest Netgear firmware, it helped the freezing from daily to about once a week but its frustrating. Logs get cleared every time i have to reboot it so i dont exactly know the cause. So i am looking to replace the router with something that can handle the bandwidth. Thanks.

    1. You can get any router, Sean. The issue you described is probably because of the R7000’s hardware. That so, now just get a router that has the feature you like. However, the equipment you inherited is dated and very slow. I’d recommend replacing those APs and controllers with a better Wi-Fi 5 or Wi-Fi 6 system. You can keep the existing wiring and new better APs, like this setup.

  7. In the section around running wires and having a wired back haul you mention powerline adapters but not MOCA. Would MOCA 2+ be a suitable solution for situations where I couldn’t run a wire to an access point or second router?

  8. Hi Dong,

    I need a router recommendation for gigabit internet in Canada limited to routers with a decent appearance as it will be out in the open (No big black spiders). Wondering if you could advise: Linksys MX5 ($450), Zenwifi XT8 ($620), Amplifi Alien ($500) – if its ever in stock, Unifi Dream Machine ($430). If there are other options I should consider please let me know.

    Thanks!

  9. Hi Dong,

    I need a new router but am limited to the aesthetically pleasing ones (Not a black tarantula) as it will be out in the open of my living room. I am in Canada with 1 gigabit internet. What would you recommend out of Linksys MX5 ($450), Zenwifi AX ($620), Unifi Dream Machine ($430), Amplifi Alien ($500 – assuming it ever comes back in stock). If there’s another option you would recommend please share. I have a small home so I do not require a large mesh system.

    Thanks!

  10. Dong, really enjoy following your commentaries. Thank you.

    One column I would love to see from your knowledgeable brain is “How to properly setup your home network”. I run a synology router and extra access point, synology nas, and 5 PC/Mac’s . Plus, 35 other various connected devices, TVs’, thermostats, phones, tablest, IP cams, etc, for our family. I suspect this is pretty much normal situation for many families.
    What would be some of the gold standard methods, tips, techniques?

    Many thanks,
    Stephen
    Cary, NC

    1. Thanks, Stephen. Looks like you’re doing fine right now! I think I covered all that’s important in this post, so when you have time, check it out in its entirety. 🙂

    1. Thanks, V.

      1. This depends on the type of glass, single or double pane, etc. But you can treat it as a thin wall. Tinted glass (which has metal in it) is worse, however.
      2. Neither, they are just different. I’d use Smart Connect, though, for convenience’s shake.

  11. Hello Dong! Great site and advice. I found a typo, under “Home Network WiFi Setup: Connecting the Hardware” Use “consists” instead of “concision”. I was unable to highlight the text and press “Control, Enter” as you suggested in the “About You” area. Keep up the good work!

  12. Is there any way to get rid of the links buttons on the left side of my window? Facebook icon, Twitter Icon etc, all in a heavy red bar. It’s in front of the text. Why? Why put something in front of the text. After trying to read a couple of articles, I’m giving up.

    1. Thanks for the feedback, Bruce. That bar shouldn’t be there if it obstructs any text. I guess I didn’t do an excellent enough of a programming job — not knowing tech enough, obviously. I’m going to move it to the right for now. Let me know if that still bothers you. If you will, please also let me know the device you use it on. My guess it’s a laptop with relatively low resolutions, correct? Thanks, and again sorry for the annoyance. 🙂

  13. Actually I was referring to your suggestion from March 21, to my prior post on Feb. 29, that I might need to reduce the router’s power so iPhones and iPads will connect to the external unit. My nice 5mgz signal of 400+ at the router dwindles to a 10-50 across the hall (2 walls) and phones and pads won’t switch their connection to the MR2200ac in that room. I also tried one room further so it’s 3 rooms away, with similar result. Started with wired ethernet backhaul; then tried wireless.

  14. Hi Dong, The Synology SRM will not allow me to reduce the power of the router while it is connected in a mesh. I’ve also tried moving the node another room (and wall) further away but that doesn’t seem to change anything. I’m wondering if I should reset that node with its own SSID and password, taking it out of the mesh setup? i.e. as an access point or extender, since I have a wired Ethernet jack there?? Dave

    1. Yes, you can do that Dave, but it defeat the idea of a mesh – part of which is to increase the Wi-Fi coverage, by the way. I’m curious, what do you want to achieve in reducing the unit’s power?

  15. Thank you for the setup. It’s a great intro. I chose a Synology RT2600ac and two MR2200ac’s in a mesh setup with wired backhaul since I already had a Synology NAS. The MR farther away and downstairs works great but the MR2200 closest to the router (RT2600) does not play well with it. That node is across the hall and 2 rooms away from the router. The router can maintain a (slow!!)signal in the room, and when I walk there with an iPhone or iPad, it will remain connected to the router and wireless is slow and unstable because of it. Same thing true in the opposite direction. The unit where I boot the connection stays connected and won’t hand off to the other one. I would appreciate any and all ideas to overcome this. I want to stand in the room with the node and get the great connection it is capable of!

    1. Looks like the distance between the two is not far enough for the handoff to take place, David. It’s hard to fix that since I don’t know other details but you can do these.

      1. Make sure all routers have the latest firmware.
      2. Slightly reduce the transmit power of the router a bit. Find that in the Advance area of the Network Center app.
      3. Make sure you enable 802.11k/r. It’s in WiFi Connect -> Wireless ->  Advanced…

      Also note that handoff require the cooporation of the client. And certain Apple devices are terrible with that. Try a Windows laptop and see if that’s still the case.

  16. Dong, there is a typo – you want to connect another Network *CABLE* from the router to the PC, not another network *Router*.
    Good Stuff here, but I want to comment on my situation – I have a smallish house (<1,000 square feet), but the center of my house has a large brick chimney, and the detached garage is cement block. There are signal issues with anywhere I put a single router, so my configuration is to have AIMesh AC5300 master at the very front of the house where most of the activity is, an AC1900 node at the very back of the house in the attic, then an additional AC1900 node running off of Powermesh in the garage so I can have my IoT stuff (music, garage door opener, etc.) be reliable. I'm not yet worried about WiFi 6 but I do wish that ASUS would give me back the 2nd 5Gb band since I'm using wired, and that they would extend the guest network throughout so I could use that for IoT.

  17. If you are setting up a router, be very careful about security. As a router only transfers the raw internet from the ISP (Internet Service Provider) to multiple devices that are connected through WiFi. While the firewall is more secure than the router as it is designed in such a way that it could inspect the data packets as well as it filters adds.

  18. Do you have recommended settings for an Asus AiMesh network with an RT 88u as the hub and two other nodes? A wired backhaul is not viable but I’d like to know if any of the settings can be ideally optimized.

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