Is your home network slow? Keep your kids calling “Dad! The wifi is down again!”?
Let’s do something about that. Because a good and stable home network makes things so much easier. And a good home network setup isn’t expensive and pretty easy to setup.
As an IT Admin, I get a lot of questions from people about their home network.
Why is my wifi down every time?
Do you know why Netflix keeps buffering, I have a 100mbit internet connection and it’s still slow!
Which access point should I buy? The one with 4 or 6 antennas? The more is better right?
What I usually see is that people are happy to spend $50+ per month on an internet connection, but don’t invest $200 on some decent network equipment. They use the free router (with the built-in access point) from the ISP, but that doesn’t do you network connection any good.
Today, I am going to explain how your home network works, which components you need (router, access point, switch etc) and how you can set it up to get the best home network with great performance.
- 1 Planning your Home Network Setup
- 2 Best Home Network Router
- 3 Which router should you buy?
- 4 Home Network Switch
- 5 Home Wireless Network
- 6 Home Network Basics
- 7 Home Network Setup
- 8 Home Network Security
Planning your Home Network Setup
Before we start buying the network gear, first figure out what we need and what we want to accomplish with our home network.
- What is the layout of your home and where do you want to have internet? Just inside or do you also want to use the WiFi in your garden?
- Wired or Wireless? Most devices can connect over WiFi, but for streaming and gaming, a wired connection is better.
- How many devices do we need to connect wired?
- Do you want to support PoE (Power of Ethernet) devices? Think of IP Cameras and Access Points.
To help you pick the right gear, I created a home network gear planner. Just fill in a few details and it will give you a shopping list with the right sized switch, the number of access points you need, while making sure you get the best network gear for your money.
So taking these points into consideration, we need to plan for a network setup that is suitable for now and the upcoming 3 to 5 years. More and more devices require an internet connection these days (IoT), most wireless, so good wireless coverage is important. Especially if you want to use Smart Home products, like the Philips Hue lights. They require a wireless connection.
Also, keep into consideration that kids grow up, get there own mobile phone and might have a computer or game console in their own room.
Best Home Network Router
The first thing we need is a good network router. Your ISP will provide you with a modem/router which sometimes also has a built-in access point. So you might think, why not use just the default modem/router?
Well, you have no control over security, the features are limited and the WiFi coverage is terrible. Besides that, the modem/router from the ISP needs to be placed close to the internet cable, which is in most cases not place where you want to use the wireless network.
So what makes a good router? If we look on the internet most brands advertise with the speed of the wireless connection, how many Mbps the router can handle etc. But what we are looking for is
- Easy to manage – preferred a simple to use web interface
- Fast – (amount of packages per second it can process, the throughput)
- Supports QoS – (quality of service, so we can prioritize streaming media and gaming)
- Fanless (fans make noise and attracted dust into the device)
What I don’t care about it there WiFi performance. A router is never placed in the optimal position for good WiFi coverage. And good WiFi coverage and speed is the most important part of a good home network. We will leave the Wifi to the access points, there are built for that.
Which router should you buy?
Now there are many routers on the market, but I have the best experience with the Unifi or Edge routers, both from Ubiquiti. You might have never heard of them, but they make enterprise-class network equipment for a really great price.
I use only Unifi or Edge network gear for home networks, and it has never let me down.
Ubiquiti Unifi USG
I am a huge fan of the Unifi product line for home and small business networks. The Unifi line uses a web-based controller which you can run on your computer or with a cloud key. You can use one controller to manage all your Unifi devices, get a clear overview of your network performance and connected clients.
The performance of the devices is enterprise-grade, the prices really good. They support all the must-have features, like QoS, Advanced Firewall, VLAN support and VPN. You can get and Unifi USG on Amazon for around $ 120.
If online gaming, streaming or video conferencing is important for you (or your household), then go for the Ubiquiti EdgeRouter X.
The EdgeRouter X is capable of handling 100 to 250mbit internet connections with QoS enabled. The USG can only handle a 60mbit internet connection with QoS.
If you have multiple access points and/or other PoE devices, then take a look at the EdgeRouter X SFP. This one has 5 PoE ports that you can use to connect and powerup your Unifi access points.
Netgear Nighthawk (R7000)
If you don’t want to go for a Ubiquiti product, then the Netgear NightHawk (R7000) is a really good and popular option. This is one of the most bought routers on Amazon for a good reason.
The Nighthawk R7000- AC1900 has dynamic QoS. QoS prioritizes the network traffic, for example, streaming (Netflix, YouTube), video conferencing (Skype) traffic is more important than normal download network traffic. So this is given a higher priority and is handled first over the network.
If you don’t want, or can’t place dedicated access points in your house, then this is the router you should get. The wifi performance is great and blazing fast.
The Netgear is more expensive than the USG or the EdgeRouter.
Home Network Switch
Connecting network devices by wire is the best solution if you want stability and performance. Wireless networks are prone to interference which can be really frustrating when you are watching your favorite series on Netflix or competing in an online game. So when you have the opportunity, pull cables to every location in your house to ensure a good, reliable, home network.
When I remodeled my home I pulled some extra wires to the TV and HiFi set. Yes, the Smart TV supports WiFi, but the built-in antenna is surrounded by metal which weakens the signal. And I hate it when Netflix keeps buffering, so if you have the chance, get an ethernet cable between your TV and router.
How many ports do you need?
So as part of our home network setup, we need a good switch to connect all the devices together. The most routers come with 4 Lan ports, so if you are only going to use WiFi in your home, then a switch is not needed.
In all the other cases, I recommend getting at least an 8-port switch to connect everything. Why 8-ports? Well, let I take you through a shortlist of common network devices:
- You need one port of the switch to connect the router
- Access point ground floor
- Access point second floor
- NAS (Network Attached Storage / External hard drive)
- Smart TV
- Game Console
- Smart Thermostat (some connect over wifi, others need a bridge)
- Office / Computer
You see, nothing really special here and I already used the 8-ports. When buying a switch keep the following in mind:
- PoE support, this way you can connect an access point with only an ethernet cable.
- vLAN support, you want to separate your guest network for your own.
- Gigabit Ethernet speed
To take full advantage of the Unifi products, we will go with an Unifi Switch with PoE. The PoE allows you to connect the Unifi Access Points with only an ethernet cable, eliminating the need for a PoE adapter (and extra power sockets)
The Unifi line is again enterprise-grade hardware for a good price. Combining all the Unifi products will allow us to manage our home network with just one controller. It will make your life and network a lot easier. They Unifi Switch will cost you around the $ 110,- on Amazon, but that is money well spent.
If you need more then 8 ports, I suggest you go for two Unifi switches, an US-8-60w, and a normal US-8. The 16 and 24 ports Unifi’s have built-in fans which can make some noise. The 8 ports are fanless.
Netgear ProSafe series
Netgear has a lot of switch models, plastic housing, metal, managed, non-managed, big, small, grey, blue… But what we want is a managed switch, 8 to 16 ports and gigabit ethernet.
The ProSafe series is the best choice for home and small business. They can be wall-mounted really nicely, have a lifetime warranty and all the essential networking features. The ProSafe is a little bit more expensive compared to the Unifi, but it comes with more ports, so you only need one of it. Check the price on Amazon if you are interested.
So these are my two goto switches, I have used them both many times and they never let me down.
Home Wireless Network
For every business or home network setup, I just use one brand for the access points, Ubiquiti Unifi. Why? Because they are so easy to manage and have such a great performance that they are the best value for money in my opinion.
So to get the best wireless network, we need to understand the layout and structure of our house and identify the places where the most Wireless devices are.
Yes, you can place an access point in the hallway, but if there is a concrete wall between the hall and the living room, then your wireless signal will suffer from the concrete and rebar.
Unifi has multiple access points, you can read more in this article on choosing the right access point for your home network and installing the access points. If you go for the all Unifi solution, make sure you check out the Unifi Product bundles on Amazon to save some money.
Home Network Basics
So before we start with setting up our home network, let me talk you through some basics to help you understand how a home network works.
In a network, all devices get an Ip Address. Each device has a unique Ip Address in the network. This way all the devices can communicate with each other.
DHCP vs Fixed Ip Address
In a network, a device has either a fixed Ip Address or gets an Ip Address from the DHCP server. The DHCP server is built-in to your router and assigns a unique Ip Address for a specific time to a computer.
This way you can not only use your notebook or mobile phone in your home network but also at the office for example. When your notebook connects with the wireless network from the office it will request an Ip Address from the DHCP server at your office.
Now it’s good practice to give fixed network device a fixed Ip Address. This way you always know how to connect to them. Think of your network printer, access point or NAS. When you leave your network printer on DHCP then it will get a new IP Address every time it’s restarted, resulting in that you will lose the connection to your printer.
So in our home network setup, we will give our fixed network devices a fixed IP address so we can easily manage them when necessary.
Home Network Setup
We now have all the gear we need to for our home network setup. All is left to connect and install everything and we are done. Sound simple right?
Let me help you with that 😉
If you go for the all Unifi solution a recommend getting an Unifi Cloud Key. With the Cloud Key, you can manage your home network from the cloud and it eliminates the need for a local controller (which you can install on a Raspberry Pi for example)
Home Network Diagram
So we have all the parts, but how do you set it up? First a little diagram of how your home network setup could look like:
As you can see we have a modem that we got from our ISP, the Router (EdgeRouter ER-X in this case), a switch, multiple access points, and a Cloud Key.
If you have used the Home Network Gear Calculator you might have noticed that in a lot of situation it will recommend the EdgeRouter ER-X SFP. This router has 5 LAN ports that also support PoE. This way you can connect your access points and Cloud Key directly to your router. This will save you a more expensive PoE switch.
So in that situation, your home network setup might look as follows:
Now no matter what router you bought (or already have), the basics are the same. The router from the ISP will only be used to set up the internet connection. Further, it will only forward all the traffic to our own router.
I always give network devices a fixed IP-address and use DHCP only for the clients. This way you know how and where to reach your network equipment when something is not working.
Step 1 – Connect the router to the modem
Most ISP’s combine a modem and router into one device. This way you can just plug in your computer and it all works. But we want the best home network setup possible, so we need to “disable” the router function of the ISP’s modem/router.
What you will have to keep in mind is that every router you buy has a fixed IP-address already set from the factory and 9 out of 10 times it is 192.168.1.1 and that’s a problem. Because if two devices in the network have the same Ip Address then they can’t talk to each other.
As you can see in the big diagram above, the router from the ISP and our own router have a different IP Range then our internal network (colored orange).
Change Ip address and DHCP
So we are going to start with changing network settings in the router from the ISP:
- Press Windows Key + R
- Type cmd <enter>
The good old dos box (Windows Command Prompt) opens. Enter the following command:
It will give you a result similar to this:
As you can see, the default address of my ISP’s router is also 192.168.1.1, so when we connect our new router to the one of the ISP we will get a conflict.
So first you need to login to your ISP router, on http://192.168.1.1 and change the IP range in the DHCP settings to something like 192.168.0.10 – 192.168.0.100 and make the IP-address of the router itself 192.168.0.1
You will find the DHCP settings somewhere under Network Settings, Local Network, Network Setup or something similar.
Set the router in Bridge or DMZ mode
To disable the router function or your ISP’s router we need to set it in Bridge mode or DMZ mode. It really depends on the brand of your router on where this setting is located. Most likely on the internet settings page.
Disable the built-in access point
Because we are logged into our router, we might just also disable the wifi so we don’t have to come back later. But before you do this, make sure you are connected to your router with a network cable. Otherwise, you will lose the connection to your router.
Find the Wireless settings page and disable the WiFi so it won’t interfere with our new access point.
Connect new router
We now can safely connect our new router, just connect a cable between a LAN port of your ISP router to the WAN or Eth0 port of your new router. And because we need our computer connected as well, a cable from a LAN port of our new router to your computer:
In case of an Unifi USG router, you now need to connect the Cloud Key to set up the controller. This way you can adapt all the network devices. I won’t go into detail about this now.
Step 2 – Setting up our new Router
So our new router is connected to the one of the ISP. We now need to set up our new router. I created a detailed guide for the Edgerouter ER-X. If you have chosen another router then you can follow the step below as a guideline for your home network setup:
Change the default password
Security in our home network is something you always have to take care of. Make sure you change the default password of the router to something unique and strong. Default passwords are listed on the internet, so you really shouldn’t use those.
Setup the DHCP server
We want to keep the Ip Address above the 192.168.1.200 available for the fixed network devices. So make sure the DHCP range is set to something like 192.168.1.10 to 192.168.1.199. This way we have enough Ip Address available for our access points, network printers etc.
DNS Servers translate domain names, like lazyadmin.nl, to an Ip Address. So your computer can connect to the server where the site is hosted. Now some DNS servers are relatively slow while others are blazing fast.
You can find the fastest DNS server for you, but most of the time 22.214.171.124 and 126.96.36.199 are the fastest DNS server available. Another advantage of 188.8.131.52 is that they respect your privacy, more info about that here.
Step 3 – Connect the switch
This one is pretty easy, just put a cable between a LAN port of your new router and the switch. If you have a managed switch, then check the documentation on how to login into the web interface.
Some switches come with a fixed IP address, others have a tool to find the device. What I often use in for me strange networks, is a small program called Advanced Ip Scanner. This small, free tool, scans your network and list all connected devices and their IP-Address.
When you are logged into to switch, give it a fixed IP address, so you don’t have to search for it again.
Step 4 – Access Points
Depending on the access point you got and the switch that you’ve bought, it can be as simple a connecting an ethernet cable between the switch and access point. But when you have a switch without PoE, then you need to place the PoE adapter between the switch and access point.
If you did go for the Unifi access point, and you should have, then open the Unifi Controller (or app if you want to install them without controller), adopt the access points. A full guide on how to install the Unifi Access Points can be found here
The best location for the access point
The placement of the access point is a really important part of your home network setup. Placing it in the right location makes all the difference in a good wifi connection or not. In the Unifi Controller is an option the create a floorplan with your devices placed on it.
You can use this map to find the perfect location for your access points. The map allows you to draw a different type of walls, each with their own characteristics. Next, you can place your access point on it and turn on the heat map.
You will see how much of the signal is blocked by the walls, doors, and windows, so you get a good idea of what the perfect location is. I made a few examples to give you an idea.
In the first floor plan, the access point is placed at the entrance. It’s typically used location because people don’t like the view of an access point on the ceiling of there living room. As you can see, the 5G coverage in the living room is poor, the slower 2G coverage is ok.
When you place the access point in the living room, where most of the wireless devices are, you will get a good connection with great performance. So I really suggest that you first draw up your floorplan in the controller, so you can find the best location for the access point.
Home Network Security
Separate Guest WiFi Network
After we have done our home network setup it’s time to think about the security of it and the devices on it. We all get guests in our house, it can be friends, family or relatives and they all have a cell phone. You might be tempted to give them your WiFi password, but what if their device has malware or a virus on it? Your network could be infected as well.
Most modern access points allow you to create multiple SSID’s (WiFI networks), so create one for your guests. But that’s not all you have to do, the goal is to separate the guest network traffic from your own network. And that’s where VLANs comes in (remember what to keep in mind when looking for a new switch).
Create a separate VLAN for your guest network to keep your network safe. When creating a VLAN you need to create the VLAN on the router first, and then assign the VLAN to the guest SSID in the access point.
If you have gone for the Unifi solution you can also use the Unifi Guest Network to prevent guests from accessing your local network. Read more about the guest network and guest portal in this article.
Scan internet traffic
To keep our home network safe, we need to prevent malware and other malicious traffic. This can be done with a free service called OpenDNS. When you browse the internet, every URL you type is converted to an IP address.
So when you type www.google.com, it’s converted by a DNS server to the correct IP address (for example 184.108.40.206 ). This conversion is done by DNS servers, and there are many DNS server available. Your ISP has one, Google, Microsoft, etc.
What OpenDNS does is keeping a list of known malicious servers. When your computer makes a request to www.fakebanksite.com it will check if that site is on the known list and block the traffic. This way it protects you from phishing and other malicious websites
OpenDNS is free for personal use and I really recommend using it. All it takes is changing the DNS servers in your new router to their DNS server to protect your network.
OpenDNS is also one of the fastest DNS servers available, so a really good choice next to 220.127.116.11.
Change the default network name (SSID)
New routers and access points come with a default WiFi network name (SSID) and password. You should always change this immediately after you connected everything. Hackers can easily guess the password based on the manufacturer of the router or access point.
Choose an SSID name that doesn’t give away any personal information like your family name or address.
Regular update the firmware of your network appliances
All network appliances, router, access point, switch, smart devices, printers, need to be updated regularly to keep them secure. Creating a good home network isn’t a one-time task, you need to keep it updated.
The firmware updates can address security vulnerabilities and improve your network device’s performance. So every two months or so, check for the latest updates and apply them to the devices.
If you are using the Unifi network gear, then you can check it easily for all the devices from the controller.
I hope you found this guide useful, if you have any question or suggestions, please let know.
You might also like:
- Best router cost only $ 50
- Designing your Smart Home. With a good home network as a base, you can start making your house smart!
- Free network monitoring tools. To see how your network performs, install a PRTG Trial go get some insights into your network.
- Best home automation ideas. Let your home make your life a little easier.