Does a better router improve Internet speed?

Question: Does a better router improve internet speed?
Answer: Sometimes. It depends. It’s complicated!

Allow me to elaborate…bandwidth speedometer

There are at least three factors that impact someone’s perception of how fast or slow an internet connection is. To help make my point, think of your internet connection as a pipeline.

The three factors that affect your speed as it relates to your pipeline are:

  1. The size of your pipeline (the amount of bandwidth you have)
  2. How quickly things flow through your pipeline (the amount of latency you have)
  3. Whether or not there are leaks in your pipeline (is data being dropped somewhere in the middle)

1. The size of your pipeline

Think of the amount of bandwidth you have. This is the number advertised by your ISP in Megabits per second (Mbps).

Some people have 1 Mbps, others have 1000 Mbps. This is the size of your pipeline.The more bandwidth you have, the more data that can flow through it at the same time and the less it gets clogged up.

Remember to also consider upload speed as well as your download speed, as they can both make a difference.

The amount of bandwidth you have is certainly important, but it is not the only factor in determining the speed of your internet connection.

2. How quickly things (data) flow through your pipeline

internet pipelineThis is referred to as latency – it is a measurement of the time it takes data to go from your computer, through the internet to a remote server (Facebook, Netflix, etc), and then all the way back (round trip).

Is the data moving slowly like sludge through the pipeline, or is it moving quickly like pure water?

If data moves back and forth quickly (low latency), it is likely that someone would perceive that connection as very fast, even if it were only a 10Mbps connection.

The reverse of this is also true – someone could have a large pipe with slow flow and they wouldn’t feel that it is a very fast connection. The best example of this is Satellite Internet, such as HughesNet.

Many satellite internet plans provide decent bandwidth (usually somewhere around 25Mbps) but are still known to be quite slow. The reason for this, is due to the added time it takes the signal to go all the way up into space and then be bounced back down to earth.

This results in a large pipe/slow flow scenario, and as such, many people with this type of service are generally unhappy with it.

3. Are there leaks in your pipeline?

This is referring to the reliability of your internet connection and all of the pathways your data takes through the internet on its way to/from a remote server.

If there is an issue, either with your ISP or somewhere upstream from them, you may experience packet loss. Packet loss will definitely slow down your internet connection.

See, your computer is very intelligent and can sense when packet loss is occuring. When this happens, it has to re-request the missing data and wait for it to arrive again.

This delay, depending on its severity, is typically noticeable to the user as lag/slowness. Alternatively, if there is no packet loss, then there is no need for data to be re-transmitted. This can result in favorable speeds and saved bandwidth.

Factors that impact your speed

Now that we’ve covered the basics of the three of the ways that speed is observed, lets discuss factors that will actually impact your speed.

router with lan cable

Congestion/Oversubscription

This is what happens when your pipeline gets full. It simply can’t move any more data simultaneously until either the size of the pipeline is increased, or the amount of existing data in the pipeline is reduced.

We’ve all noticed this before – a sudden burst of lag that occurs because someone else in the household is suddenly downloading or uploading a lot of data, like a movie or a game. This creates data contention issues, which is noticed as a slowdown.

Keep in mind that oversubscription could occur in your household (too many family members or roommates using the internet at the same time) or it could also occur at the ISP level – where there are too many customers eating up large amounts of data (usually during peak times of the day) and it ends up affecting other customers.

How well is your ISP connected to other networks/providers

cables in a datacenterThe internet is made up of thousands of pathways that connect various networks. In some instances, your data has to go through 20-30 routers before it reaches its intended destination (that is considered a lot of routers).

In other cases, maybe it only has to go through 8-10 routers. Generally speaking, the shorter the path your data has to take to reach its destination, the faster and more reliably it will get there.

These pathways are decided upon by your ISP.

If they have many connections to various upstream providers, including some direct connections (called peering arrangements) with major companies such as Apple, Google, Amazon etc – you will likely have a better experience than an ISP that only has one connection out to the internet.

Other miscellaneous issues that can impact your speed:

  • Equipment problems at your ISP or one of their upstream providers
  • Issues on the server side – if the remote server you are accessing is oversubscribed or malfunctioning, you will notice slowness
  • Local issues with your computer or your router, or perhaps a Wi-Fi issue

Here are some things that a new router could solve:

Wi-Fi environmental issues

Perhaps there are environmental issues impacting your Wireless performance. Maybe there is interference from too many people nearby on other Wi-Fi networks.

Maybe the guy next door uses a cordless phone or runs his microwave frequently (both of which can affect Wi-Fi). Or maybe the materials that your home is built out of is negatively impacting your signal.

There are technologies featured on newer routers such as beamforming, additional bands, etc that can overcome some of these environmental issues and deliver a better user experience.

New features and standards

Perhaps your old router only supports an older/slower wireless standard such as 802.11G or 802.11N, so upgrading to a newer standard such as 802.11AC will definitely give better data throughput and better range.

Additionally, many newer routers have quality of service (QoS) features that would make the internet connection feel faster/more reliable when data contention is in play.

The bottom line:laptop wired to router

You won’t know if a better router will improve your internet speed unless you do some testing:

  • You could just go out and buy a new router, plug it in, and hope everything improves
  • You could connect your computer directly to your router with a network cable to see if there is a performance issue related to your Wi-Fi (connecting directly will bypass your Wi-Fi)
  • Or you could bypass your router altogether – in some cases, you can plug a computer directly in to your modem to test

Whatever type of test you run, just make sure that you are consistent in your testing. Run speed tests before and after each change and document the results.

Be sure to use the same computer and same browser each time you test. Use the same speed test website/server each time, and try to test at the same time each day, since speeds with some providers differ depending on the time of day.

If you are testing a wired connection, make sure your computer is disconnected from the wireless network before you start testing.

Results:

If your internet speeds are identical when you bypass your router, it is unlikely that upgrading your router will have any noticeable effect. Perhaps you should contact your ISP instead to see if there is a problem with your connection.

But, if your internet speeds improve when you bypass your router, there is a good chance that a new router will give you the better performance you are craving.

Good Luck!

Best router for 200Mbps Internet

For people with a 200Mbps connection to the internet, congratulations. That is a pretty fast connection. It is definitely not the quickest, with services from some cable and fiber to the home based providers clocking in at 1Gig or 2Gig service, but it is also much quicker than the 2017 national average broadband rate of 18.75Mbps.

For most people, 200Mbps is plenty of bandwidth, even for large households. However, you’ll want to make sure you select the right router to go along with your new service to ensure that your router doesn’t hold you back and thus prevent you from geting the speeds you are paying for.

What to look for

Here is a short checklist of features you should look for for use with your 200Mbps Internet. The RT-AC68U supports all of them.

  • Stable Operation
  • Gigabit Ethernet
  • 802.11AC Wi-Fi Support
  • Dual-core CPU or better
  • Monitoring capabilities (optional, but nice to have!)
Our Pick
ASUS AC1900 WiFi Router (RT-AC68U) - Dual Band Gigabit Wireless Internet Router, Gaming & Streaming, AiMesh Compatible, Included Lifetime Internet Security, Adaptive QoS, Parental Control
NETGEAR R9000-100NAR Nighthawk X10 AD7200 802.11ac/ad Quad-Stream WiFi Router - Certified Refurbished
Excellent performance at an affordable price!
NETGEAR Nighthawk Smart Wi-Fi Router, R6700 - AC1750 Wireless Speed Up to 1750 Mbps | Up to 1500 Sq Ft Coverage & 25 Devices | 4 x 1G Ethernet and 1 x 3.0 USB Ports | Armor Security
Linksys EA7500 Dual-Band Wi-Fi Router for Home (Max-Stream AC1900 MU-Mimo Fast Wireless Router)
Gigabit Ethernet Supported
Wi-Fi Standard
802.11AC
802.11AD
802.11AC
802.11AC
CPU
1GHz Dual Core
1.7GHz Quad Core
1GHz Dual Core
1.4GHz Dual Core
Number and Type of Antennas
3 (external)
4 (external)
3 (external)
3 (external)
Range
Speed Rating
AC1900
AD7200
AC1750
AC1900
Max Wi-Fi Throughput
Prime Status
-
-
-
Our Pick
ASUS AC1900 WiFi Router (RT-AC68U) - Dual Band Gigabit Wireless Internet Router, Gaming & Streaming, AiMesh Compatible, Included Lifetime Internet Security, Adaptive QoS, Parental Control
Router
Gigabit Ethernet Supported
Wi-Fi Standard
802.11AC
CPU
1GHz Dual Core
Number and Type of Antennas
3 (external)
Range
Speed Rating
AC1900
Max Wi-Fi Throughput
Prime Status
NETGEAR R9000-100NAR Nighthawk X10 AD7200 802.11ac/ad Quad-Stream WiFi Router - Certified Refurbished
Router
Gigabit Ethernet Supported
Wi-Fi Standard
802.11AD
CPU
1.7GHz Quad Core
Number and Type of Antennas
4 (external)
Range
Speed Rating
AD7200
Max Wi-Fi Throughput
Prime Status
-
Excellent performance at an affordable price!
NETGEAR Nighthawk Smart Wi-Fi Router, R6700 - AC1750 Wireless Speed Up to 1750 Mbps | Up to 1500 Sq Ft Coverage & 25 Devices | 4 x 1G Ethernet and 1 x 3.0 USB Ports | Armor Security
Router
Gigabit Ethernet Supported
Wi-Fi Standard
802.11AC
CPU
1GHz Dual Core
Number and Type of Antennas
3 (external)
Range
Speed Rating
AC1750
Max Wi-Fi Throughput
Prime Status
-
Linksys EA7500 Dual-Band Wi-Fi Router for Home (Max-Stream AC1900 MU-Mimo Fast Wireless Router)
Gigabit Ethernet Supported
Wi-Fi Standard
802.11AC
CPU
1.4GHz Dual Core
Number and Type of Antennas
3 (external)
Range
Speed Rating
AC1900
Max Wi-Fi Throughput
Prime Status
-

Our Pick

Our recommendation for a router for 200Mbps Internet service is:

ASUS RT-AC68U

ASUS RT-AC68U
  • Dual band with the latest 802; 11 AC 3x3 technology for combined speeds of up to 1900 Mbps.AiProtection : AiProtection Pro, AiProtection, Malicious site blocking, Two-Way IPS, Infected Device Prevention and Blocking. WAN : Internet connection Type - PPPoE, PPTP, L2TP, Automatic IP, Static IP. Dual WAN, 3G/4G LTE dongle, Android tethering, Port forwarding, Maximum port forwarding rule : 64, Port triggeringc, Maximum port triggering rule : 32, DMZ, DDNS, NAT Passthrough : PPTP, L2TP, IPSec, RTSP, H.323, SIP Passthrough,PPPoE relay.
  • 1 GigaHertz dual core CPU enables smart multitasking by dedicating separate lanes for Wi Fi and USB data; Network standard: IEEE 802; 11a, IEEE 802; 11B, IEEE 802; 11G, IEEE 802; 11N, IEEE 802; 11AC, IPv4, IPv6. Memory: 128 MB Flash; 256 MB RAM
  • Effortless router setup with the ASUSWRT web based interface; Dual band connectivity for compatibility and performance
  • Monitor and manage your network with ease from your mobile device using the intuitive ASUS router app
  • A protection powered by Trend Micro provides multi stage protection from vulnerability detection to protecting sensitive data; Please refer the installation manual and the user manual before use which is highly essential; Dc output: 19 Volt with maximum 1; 75 a current; Guest network: 2; 4 GigaHertz x 3, 5 GigaHertz x 3

What we like about the ASUS RT-AC68U

ASUS AC1900 WiFi Router (RT-AC68U) - Dual Band Gigabit Wireless Internet Router, Gaming & Streaming, AiMesh Compatible, Included Lifetime Internet Security, Adaptive QoS, Parental Control

The RT-AC68U has proven itself as a flagship router that can route packets at line rate (1000Mbps) without issue. This router will easily work if you end up upgrading to a Gigabit service in the future. This is good for people that like to make future-proof electronics purchases.

It is also a very stable router – It doesn’t need to be rebooted all the time, like some routers.

We also like the monitoring capabilities that can be accessed  from the ASUS app on your smartphone. You can use the app to see what is going on on your network and who/what is using bandwidth.

Finally, we like that the router supports the ASUS AirMesh feature, which allows you to connect multiple ASUS routers to your network in order to increase Wi-Fi coverage in your home. This is helpful for people with large homes or people that have issues with dead spots in their home.

Think twice before you use that old router

Make especially sure that you get a router with Gigabit Ethernet ports. Many of the older Wireless-N (802.11N) and Wireless-G (802.11B/G) routers are only equipped with 10/100Mbps Ethernet ports.

This means that the WAN port on the router can’t pass data any faster than 100Mbps. This would mean that you could only get half of the speed you are paying for if you end up using one of these routers with your 200Mbps service!

Many people think that they can just re-use an old router and it will work fine. That may be true, but in the current environment, broadband speeds are exploding.

No one used to show any concern about using a router limited at 100Mbps because broadband speeds were only in the 25-50Mbps range. Now that broadband speeds are quickly surpassing 100Mbps, you need to pay special attention to the maximum speed of the equipment on your local network, since it could quickly become the bottleneck instead of your internet connection.

This rule also applies to other devices on your local network. If you are using switches to distribute wired Ethernet to other parts of your home or to simply expand beyond the 4 wired ports provided by your router, you need to make sure that those switches also have Gigabit support.

Otherwise, you will max out at 100Mbps on any devices that connect through them.

Best Router for 75Mbps Internet

For those with a 75Mbps Internet connection, it is important to buy a high performance router that is able to keep up with your speedy Internet service.

After all, 75Mbps is substantially faster than 46Mbps, which is the worldwide average Internet bitrate for fixed broadband as calculated by Ookla, one of the major players in the bandwidth and performance measurement space.

The study, which was conducted in 2018, is available here https://www.speedtest.net/insights/blog/2018-internet-speeds-global/.

Since you are paying probably $50 to $100 per month for 75Mbps Internet service (this obviously differs greatly depending on where you live), it is in your best interest to ensure that you are taking full advantage of the speed you are paying for.

router with lan cable
A typical consumer-grade router

In many cases, users may not be able to take full advantage of the speed they are receiving from their provider because their router is a bottleneck. In some cases, this is due to a license restriction, but in most cases it is simply due to old hardware that can’t keep up.

Regardless of reason, not being able to use the speed that you are paying your provider for month after month and year after year, is criminal.

In my opinion, it is a mistake to cheap out on the one-time expense of a router, which could result in wasted money month after month depending on how long you stick with a bad router.

Best for 75Mbps: Introducing the the TP-Link Archer AC1750

This router wins our recommendation for 75Mbps Internet users because it is the right mix of price and performance, and it is appropriate for those levels of throughput. I wouldn’t suggest this router for gigabit connections, but for 75Mbps it will do a great job without breaking the bank.

TP-Link AC1750 Smart WiFi Router (Archer A7) -Dual Band Gigabit Wireless Internet Router for Home, Works with Alexa, VPN Server, Parental Control, QoS
  • OneMesh Compatible Router- Form a seamless WiFi when work with TP-Link OneMesh WiFi Extenders.Processor : Qualcomm CPU.
  • Router for wireless internet, works with Alexa, compatible with all Wi-Fi devices, 802.11ac and older
  • Dual band router upgrades to 1750 Mbps high speed internet(450mbps for 2.4GHz, 1300Mbps for 5GHz), reducing buffering and ideal for 4K streaming
  • 3 external antennas for long range Wi-Fi. System Requirements-Internet Explorer 11, Firefox 12.0, Chrome 20.0, Safari 4.0, or other JavaScript-enabled browser. Cable or DSL Modem (if needed)
  • Gigabit Router with 4 Gigabit LAN ports, fast access to multiple connected wired devices, Ideal as a gaming router

The TP-Link Archer-AC1750 is a cost-effective router specifically designed for home users. It has multiple features like USB support, parental controls, multiple (4) LAN ports, guest Wi-Fi capability, and more.

Typically priced under $100, the device is definitely a good value for the money, and perfectly meets the needs of midrange bandwidth users (50Mbps-500Mbps).

What we like and what we don’t like:

A word on the ‘Cons’

Most of our dislikes regarding this router involve the optional additional features such as the USB ports (used to connect external storage) or support for a 3rd party Firmware such as DD-WRT or Tomato (which is a topic for advanced users only). We don’t feel that these cons will affect most users, since many people won’t use these additional optional features.

Dual Band? Check.

The AC1750 is a dual band router, which is a basic necessity in any router nowadays. Originally, WiFi devices only used the 2.4Ghz spectrum, but starting with Wireless-N, the 5Ghz spectrum was opened up. As a result, the 5Ghz spectrum is much less crowded and also features increased channel capacity.

The 2.4Ghz spectrum tends to penetrate walls a little better and thus reaches a little further, but the 5Ghz spectrum is higher frequency and thus (theoretically) allows for higher throughput.

Additionally, many devices still ONLY support 2.4Ghz, so buying a router that includes 2.4Ghz support is still mandatory. Thus, a dual band router that supports both bands is strongly suggested.

This router features support for the current WiFi standard – 802.11AC. It sports a fast processor, six antennas, multiple USB ports, and a host of other features. It was even named PC Magazine’s “Editor’s Choice” and J.D. Power ranked the TP-Link brand highest in customer satisfaction for routers in 2017.

Easy to setup and manage

The “Tether” app from TP-Link can be used to setup and manage the router in minutes.

This provides the capability to monitor your network and make changes either from home or remotely via the Internet.

It can literally be “plug and play” if you like. Depending on your Internet provider, you can generally just plug the “Internet” port into your modem, power up the router, and be online within minutes without configuring the router.

To be fair, most routers operating this way, however (thanks to the fact that most ISP’s provide configuration via DHCP.

Additional Pros

Latest Standards

wifi logo

The router supports many of the latest networking standards such as IPv6 and 802.11 AC. Though this product is primarily a home router, you can easily use it for a small office as well.

Integrated 4-port Ethernet switch

I was looking for the perfect router for my home, the one that suited my budget and my requirements. As I had multiple devices like the desktop PC and the laptop in addition to the mobile devices, I was looking for a router that had multiple LAN ports. To be fair, many home/small office routers come equipped with an integrated 4 port switch like this one.

Mobile Application & Quality Customer Support

One thing that I found exceptionally well is the way TP-Link treats customer support. They have a dedicated round-the-clock support team who are always ready to assist you in case you have an issue with the product or its operation.In addition, it also comes bundled with a free mobile application. I used the app for the initial setup of the device. I just connected the router to power and most of the other complex things were configurable via the app.

Guest Network Capability

I often have guests and students coming to my home and asking for the password to use the internet. On my previous router, I had no option to differentiate a guest user from a home user.

The TP-Link comes with a unique solution to this issue. A guest user can login using the guest credentials and can easily access the internet but not my private network, its devices and its data. Now, that’s very innovative of the company to include this feature at this price point.

Parental Controls

Children are increasingly getting exposed to technology. This is definitely a boon considering the usefulness it offers. However, it also brings along with it negatives.

Child abuse and other sensitive visuals need to be kept away from children. The parental control feature allows you to blacklist potentially harmful websites.

USB Ports

This is definitely one of the highlights of the product and one of the main reasons that I decided to go with this. You can easily connect two peripheral devices like printers or external hard drives and make them accessible from the network.

6 Antennas (3 external and 3 internal)

Connectivity is the core of any router and TP-Link understands that like no other. The router comes with three adjustable and removable antennas at the back and three internal antennas within the device.

This ensures better range and reception, resulting in the ability to use Wi-Fi at longer distances more reliably.

16MB Flash Memory

You can easily skip this part as a technical detail. However, believe me it does bring a lot to the table. The additional flash memory has enabled the company to add more features to the first version that was launched
way back in 2014.

Price

bandwidth speedometer

I tried hard to exclude this, but come on! For a sub $100 product, the TP-Link Archer-AC1750 does pack a punch. Years of experience and understanding the customer has enabled TP-Link to come off with a real gem at an affordable price point.

Cons

Documentation isn’t exactly user friendly

The user manual is somewhat difficult to understand and can overwhelm a newbie. I recommend using the mobile app to setup the router.

USB Ports

The USB indicator is at the back – the front panel is overloaded with potentially less useful information. However, when a device is connected via USB, the indicator is on the back side of the router, making it harder to see.

Also, thanks to USB 2.0 (instead of the newer 3.0 standard), I found the file transfer a bit on the slower side. If you are using the USB ports for a printer, however, you don’t need to worry about this.

TP-Link AC1750 Smart WiFi Router (Archer A7) -Dual Band Gigabit Wireless Internet Router for Home, Works with Alexa, VPN Server, Parental Control, QoS
  • OneMesh Compatible Router- Form a seamless WiFi when work with TP-Link OneMesh WiFi Extenders.Processor : Qualcomm CPU.
  • Router for wireless internet, works with Alexa, compatible with all Wi-Fi devices, 802.11ac and older
  • Dual band router upgrades to 1750 Mbps high speed internet(450mbps for 2.4GHz, 1300Mbps for 5GHz), reducing buffering and ideal for 4K streaming
  • 3 external antennas for long range Wi-Fi. System Requirements-Internet Explorer 11, Firefox 12.0, Chrome 20.0, Safari 4.0, or other JavaScript-enabled browser. Cable or DSL Modem (if needed)
  • Gigabit Router with 4 Gigabit LAN ports, fast access to multiple connected wired devices, Ideal as a gaming router

Wrapping Up

As you can see, the pros outweigh the cons. We feel the AC1750 from TP-Link is a great fit for 75Mbps Internet users. You get the performance and speed that you need, without paying more for an over-the-top router with performance and features you likely don’t need.

Why do I need a dual-band router?

Dual-band routers are all but standard nowadays (Tri-band routers even exist now), but many people don’t stop to think “why is a dual-band router is worth having?”

Some history

The FCC (and most communications authorities worldwide) have set aside certain frequencies for local area high speed wireless transmissions, aka Wi-Fi. These frequencies are 2.4GHz and 5GHz.

The original Wi-Fi standards released in 1999 – 802.11b and 802.11a (now also known as Wi-Fi version 1 and Wi-Fi version 2) only operated on single bands. 802.11b operated at 2.4GHz and 802.11a operated at 5GHz

As technology matured and Wi-Fi become more prevalent, it become obvious that using additional frequency bands was an effective way to provide additional bandwidth, support additional devices, and reduce interference.

Starting with the 802.11n (Wi-Fi version 4) standard released in 2009, both 2.4GHz and 5GHz bands were included in the standard, paving the way for the first dual-band routers to be produced.

radio channel frequency

Benefits of dual-bands

Prior to the ratification of 802.11n, we had two standards (802.11b and 802.11g) using the 2.4GHz spectrum, and one standard (802.11a) using the 5GHz spectrum.

802.11b/g ended up being much more popular and widespread, likely due to the fact that it was cheaper. As a result, the 2.4GHz spectrum was much more crowded.

Compounding the issue, the following non-WiFi devices also operate (or create interference) in the 2.4GHz spectrum:

  • Microwave Ovens
  • Wireless Microphones
  • Bluetooth
  • Car Alarms
  • Baby Monitors
  • Garage Door Openers

This resulted in the 2.4GHz band being really crowded. Having the ability to use the 5GHz band with the newer 802.11n and 802.11ac standards really alleviates this congestion issue.

wifi logo

Differences between 2.4GHz and 5GHz

Aside from the obvious difference (Look, different numbers!), there are some technical differences between the two spectrums.

Range

The first difference, is range. Lower frequencies can penetrate objects better than higher frequencies, so the 2.4GHz spectrum generally results in better range than 5GHz. The difference, although noticeable, is not huge.

Speed

5GHz can generally transmit data faster (better modulation schemes) than 2.4GHz.

Number of channels, channel width

2.4GHz only has 11 channels in North America, only 3 of which are non-overlapping. Non-overlapping basically means they are channels don’t have as much interference from nearby networks, assuming everyone is playing by the same rules.

5GHz has 23 channels in North America, and all of them are non-overlapping. This makes it much easier to avoid interference in dense environments. Less interference = better speed and reliability.

Bringing it all together

So what exactly is a dual-band router?

A dual-band router is a device that is equipped with two radios operating simultaneously – one that operates at 2.4GHz, and another that operates at 5GHz.

Devices connecting to the router will then have the choice of which band to use. Some devices only have a 2.4GHz radio equipped and thus will have to connect via 2.4GHz, while others can use either band and will generally choose the 5GHz band due to the fact that it is less crowded and has more clear channels.

The main point is this: offloading some devices onto the 2.4GHz spectrum and others onto the 5GHz spectrum increases the performance for everyone.

Make sure your next router or access point is dual-band!

Best Wireless Access Point for Home

One of the best  ways to improve your  Wi-Fi’s coverage, speed (throughput), and reliability, is to add a wireless access point (AP) to your home network.

What is a wireless access point anyway?

Simply put, a wireless access point is a device that connects to your wired network and makes your network available wirelessly. It consists of a network port and one or more Wi-Fi radios that are used to serve wireless devices.

Think of a wireless access point as having a second router in your home that can be used in order to extend the coverage of your wireless network. In fact, all wireless routers include an access point – it just happens to be built into the router, so it isn’t called an access point in that case.

A wireless router is like a swiss army knife – it performs several core functions within your network. Not only does it route traffic (thus the name “router”), it also acts as a firewall, a switch, an access point, a DHCP server, and sometimes a modem.

An access point only serves one purpose – to provide wireless connectivity to devices on your network. You can’t get online with just an access point – you need a router as well.

What are the benefits and drawbacks of using an access point versus a wireless router?

hands typing on keyboard

Benefits

Using wireless access point(s) gives you the ability to distribute one or more AP’s throughout your home, which serves to increase the range and signal quality of your wireless network. This in turn makes your wireless network run faster and more reliably.

Speaking of reliability – as with many things in life, devices that are designed to accomplish just one task generally perform that task better than a device that is designed to accomplish many different tasks. This principle also applies to wireless routers versus an access point – the old adage “Jack of all trades and master of none” definitely applies here.

Since access points are designed only to efficiently and reliably connect wireless devices to the wired network, they generally do the job of serving wireless clients better than a router does.

Another benefit of access points is that they can be placed strategically – such as ceiling mounted or installed inside of a network jack gang box.

Drawbacks

Wireless access points are enterprise-grade networking equipment and are not generally marketed toward consumers. Thus, they usually require a bit more technical ability and knowledge of computer networking than a consumer-grade wireless router would.

Access points also require additional wiring work. This is both a pro and a con. Since the AP is usually placed in a strategic area to provide the best coverage, it usually requires running an Ethernet cable from the desired placement location back to wherever your router is.

This can be a lot of work, depending on the construction and layout of your home, and the proximity of the AP to your router. The amount of work also depends on how accessible of a crawlspace or attic your home has, whether or not you own or rent (which means you can’t drill into walls, floors, and ceilings), and the degree to which you wish to hide the wiring versus simply running it in plain sight along the baseboard or ceiling.

Another drawback of using a wireless access point, is price. Since using an AP also requires a router, you must buy an AP and a router, plus additional cabling. In some cases, you also need to buy a switch or firewall as well, depending on your needs and the capabilities of your current router.

The time required to run wiring (or pay labor costs to have someone else do it) should also be considered.

What is the best wireless access point for home?

Some of the best wireless AP’s on the market right now, are the UniFi product line from Ubiquiti. They are extremely popular, and for good reason – they strike an excellent balance of performance, features, ease of use, and reliability – all at an excellent price point. We recommend the UniFi AC LR (Long Range) and Lite models:

Ubiquiti Unifi Ap-AC Long Range - Wireless Access Point - 802.11 B/A/G/n/AC (UAP-AC-LR-US),White
802.11AC Support
Power Over Ethernet (POE)
Optimized for Larger Homes
Footprint
Medium
-
Ubiquiti UAP-AC-LITE UniFi AP AC LITE 802.11ac Gigabit Dual-Radio PoE
802.11AC Support
Power Over Ethernet (POE)
Optimized for Larger Homes
Footprint
Small
-

About Ubiquiti

Ubiquiti Networks has been around since 2005. They are well known among wireless internet service providers for making quality gear that is easy to manage.

They were originally known for making outdoor, long range fixed wireless equipment that allowed for high speed connections between buildings over long distances. Over time, their product lines have expanded and they have moved into other technologies of computer networking such as switches, routers, and access points.

 

The UniFi Solution

The Ubiquiti UniFi wireless solution consists of several different pieces of technology that can be put together in a customized fashion to build a very robust and feature-rich network solution. We are only reviewing their access points here, but we wanted to make our readers aware that there are several other add-on’s to the UniFi solution that will add features and visibility into your network if you wish to explore that.

The main components in the UniFi solution are the access points, the security gateway, the switches, and the controller (Cloud Key). Most components are optional – you can piece things together however you’d like, using only a single component (like an AP) if you like, or using them all together.

Access Points

The access points serve to connect wireless devices to the wired network and are the main topic of this article.

UniFi Security Gateway

The UniFi Security Gateway (USG) serves as a router and firewall. This is not your typical wireless router that you purchase at Amazon – it only performs a subset of the duties that a typical consumer-grade router does, which is just routing and firewall duties.

It also generally does a much better job of handling these duties than a typical wireless router, which is expected to handle everything. Is it any wonder that most people have to reboot their wireless router regularly?

UniFi Switch

UniFi Switches are Ethernet switches that expand the port capacity of your network and allow you to plug all of your wired devices into your network reliably and at high speed. They also serve as the connection point for the AP’s.

UniFi Controller

The UniFi Controller brings everything together. It is used to configure everything initially or to make changes down the road. It also provides a ton of reporting and security features.

The Controller can be ran on a computer or server in your home, or you can opt for the Cloud Key, which runs the controller software on a self-contained micro device that you simply plug into your network.

What is ‘Prosumer’ gear? A disclaimer:

wireless network layout

By now you are probably saying “OK hold on, this sounds complicated”. You are right.

We wanted to stop here and issue a disclaimer for anyone considering purchasing the UniFi solution.

The UniFi solution is considered “Prosumer Equipment”: it is professional-level equipment that is also suitable for savvy consumers.

This equipment is designed for professional use – it is intended to be used in enterprise environments, where the requirements for speed, security, and reliability are stricter than a residential environment. That’s what makes this equipment so desirable – it is professional grade.

There are, however, tons of people using UniFi gear in their homes. It works very well for home use… as long as you can manage installing it and getting everything up and running.

Anyone purchasing UniFi equipment should be somewhat savvy with computer networking. You should also be willing and prepared to Google for help, read forums, watch YouTube videos, and have some patience during the process. If this is you – we say go for it.

If this scares the daylights out of you – perhaps the UniFi solution isn’t for you. Or, perhaps you should consider hiring someone to install and configure it for you if it’s something you really want installed in your home.

It can, after all, be installed and configured very quickly by someone who knows what they’re doing.

Different types of AP’s

There are dozens of different UniFi AP’s SKU’s, however we are narrowing it down here to the UniFi AP AC line, which supports the newest 802.11AC wireless standard. We aren’t discussing any of the older Wireless B/G/N products here.

The four main types of UniFi AC access points are HD, Pro, LR, and Lite. You can explore more about these models here: https://www.ubnt.com/unifi/unifi-ac/

Since we are looking for the best wireless access point for home, I won’t discuss the HD and Pro models here. Those models are generally geared at larger and more dense deployments than anyone would need in their home, such as a large office, church, or stadium.

The two models that the team here at Infravio recommends are the LR and Lite version. Dare I say, these models are slightly aimed at home users, even though they are enterprise-grade.

UniFi AP AC LRUniFi AC LR AP antenna

The LR model contains most of the features common to any of the AP’s in the UniFi AC line, however is is designed to go longer distances.

It contains an antenna design that allows it to reach further into the corners of your home and yard, all from a single AP. This antenna allows it to not only transmit data further distances, but it also allows for receipt of data from a longer distance – something that a simple high-powered AP can’t accomplish alone.

Ubiquiti Unifi Ap-AC Long Range - Wireless Access Point - 802.11 B/A/G/n/AC (UAP-AC-LR-US),White
  • Ubiquit Unifi AP AC Long range
  • The installer needs networking knowledge to get it to work properly so for people that can’t get it to work.

UniFi AP AC Lite

The Lite model also contains most of the features of the other UniFi AP’s, however it is smaller and more compact than the other models. It is also generally the lowest-priced option of the line, making it an excellent option for home users.

Ubiquiti UAP-AC-LITE UniFi AP AC LITE 802.11ac Gigabit Dual-Radio PoE
  • Original brand product.
  • Two-year warranty against factory defects.

Pros and Cons

Note: These apply to both the LR and Lite models unless otherwise noted, as they are very similar.

Pros:

  • Excellent coverage from a single access point (especially the LR model)
  • Wireless connections are reliable
  • Great price point
  • Plays nice with other UniFi AP’s (even if they are not the same model)
  • Powered over Ethernet for simplicity – no need to run separate power, just a single Ethernet cable

Cons:

  • Requires controller software (or Cloud Key) to setup initially – needs to be running regularly if you want to see data/reports or any time you wish to make changes
  • AP only – still requires a router to get online
  • Advanced setup requires some networking knowledge and persistance
  • Older UniFi AP units don’t support standard POE – make sure you get a newer one or use the included AC power brick
  • Ceiling mount can be difficult to install
  • Many people report difficultly getting good support from Ubiquiti

Performance all around

Both the LR and Lite versions bring speed and stability to your Wi-Fi network – something that I think most users are looking for. Additionally, they both support advanced features such as band steering and airtime fairness, which help ensure an enjoyable experience.

Your choice

Most people will be happy with the LR or Lite. It’s up to you to choose which one you prefer. If you are needing to cover a greater area, perhaps the LR model is the best choice. If you are more price sensitive and wanting something with a smaller footprint, perhaps you should consider the Lite model.

If you are needing to cover a really large area, you should consider installing multiple AP’s. That is one of the benefits of using AP’s instead of a single wireless router – you can grow your network over time, adding AP’s as your need for a larger coverage area increases.

 

 

Why do I have to keep resetting my router?

Pretty much the first thing anyone does when they start having problems with their internet connection, is reboot their router. After all, rebooting your router usually fixes the problem – but why?

Why power cycle?

finger pushing power button

What is it about a reset (power cycle) that fixes problems? Well, there are several things.

For starters, a router is similar to a computer. It has a power supply, a processor (CPU), memory (RAM), and even an operating system (firmware).

Just like your computer needs a good reboot from time to time, so does a router.

Some routers are more well built than others and don’t require a reset as often, but for the most part any consumer-grade router is going to need a power cycle occasionally.

Consumer routers are generally built with lower quality hardware, slower speed components, and less rigorous software engineering standards compared to the routers that your ISP uses. As a result, they generally can’t go as long without a reset as their business-grade counterparts can.

Drain the electricity from circuitry

A proper power cycle involves disconnecting power from the device for 5-10 seconds, which allows for all of the circuitry in the router to fully discharge.

There are capacitors inside the router that take a few seconds to discharge, during which time, if you were to reapply power, the device would start back up but could continue to have issues since it wasn’t fully reset.

Memory in a computer system (or a router, in this case) gets fully erased when the power is cut. This is called volatile memory.

Don’t worry – there are also non-volatile memory types, which is why we don’t lose the configuration on our router as well when it is power cycled.

When power is re-applied, the router’s operating system boots from a fresh state, which fresh memory,  and is completely re-initialized so it can run at maximum capacity again.

IP address issues

After rebooting, the router also verifies that its’ current IP address from your ISP is valid (called renewing the IP) or if necessary, it requests a new IP address from your ISP.

Sometimes there is a bit of a disconnect between the IP address your ISP is providing and the IP address your router is using – the reboot will synchronize your router with your ISP again.

Bandwidth hogs are shut down (at least temporarily)

bandwidth hog

Sometimes, an internet connection is not working well because of a bandwidth hog. A bandwidth hog is defined as a person or device on your network that is uploading or downloading a large amount of data.

It could be something like a roommate downloading a new game on their Xbox, or something more systematic, like a computer downloading an automatic update.

This large upload or download creates a data contention issue, where other user’s data is slowed down because of the lack of bandwidth.

During a router reboot, bandwidth hogs lose the internet connection along with everyone else. They will usually resume their upload or download once the internet connection becomes available again, but sometimes (like in the case of a software update) they will wait a while to resume the data transfer.

Sometimes this delay is all you need to finish what you were doing online.

Wi-Fi frequencies are re-scanned

Some routers have a dynamic channel allocation feature where they survey the other nearby Wi-Fi networks to see what channels are in use, and then they pick the channel that is least populated or has the least amount of interference.

Power cycling your router will force your router to perform this adjustment as soon as the router has finished its reboot, as opposed to waiting for the router to do it on it’s own.

What are your options?

If you are otherwise fairly happy with your current router, you may wish to simply continue putting up with the minor inconvenience of occasionally resetting it. You could also automate the resets so that you don’t have to worry about doing it yourself.

keyboard reset button

Therapeutic reboots

Depending on the model of your router, you may be able to schedule it to reboot at the same time daily or weekly. I do this with my router – I have scheduled therapeutic reboots to occur every day at 2:00 AM, when everyone in the house is sleeping and won’t notice the brief interruption associated with the reboot.

If your router doesn’t support scheduled reboots, you can also get smart power switches that can turn the power off or on depending on the time of day. You could obtain one of these switches and then connect your router through it and accomplish the same goal.

Get a new router

You could also just consider getting a new router. Here is a recommendation on a router that gets overwhelmingly positive reviews and most people report that it doesn’t need rebooting.

NETGEAR Nighthawk Pro Gaming XR500 Wi-Fi Router with 4 Ethernet Ports and Wireless Speeds Up to 2.6 Gbps, AC2600, Optimized for Low Ping
  • Minimize ping and maximize performance with four 1 Gigabit Ethernet ports for lag free, wired connectivity and 1.7 GHz dual core processor network efficiency.Beamforming : Implicit & Explicit Beamforming. LEDs : On/off LED lights option.
  • Amp up your Wi-Fi with AC2600 dual band router that delivers blazing fast speeds up to 2.6 Gbps
  • Put your gaming traffic in a designated express lane with advanced quality of service, bypassing network congestion and reducing lag spikes, jumps and jitters
  • Make every millisecond count by using Geo filtering to connect to the closest servers and players so you can respond and dominate
  • Monitor your network and game ping in real time so you can see who’s hogging the bandwidth by device and application