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?
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.
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 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.
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 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.
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:
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 LR
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.
- Long-Range, Symmetrical Links for Distant Clients
- 24V Passive PoE
- (1) 10/100/1000 Ethernet
- 175.7 x 43.2 mm
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.
- UAP-AC-LITE UniFi AP AC LITE 802.11ac Gigabit Dual-Radio PoE
- The UniFi AC Lite AP features the latest Wi-Fi 802.11ac technology in a refined industrial design and is ideal for cost-effective deployment of high‑performance wireless networks.
- Dual-Radio performance, gigabit speeds, the UniFi AC Lite AP delivers 5x the performance of the first-generation UniFi AP while still maintaining Ubiquiti disruptive pricing strategy.
- Sleek, Ultra-Compact Design, uniFi AC Lite AP features a cleaner design in a reduced footprinthalf the size compared to the standard UniFi AP.
- Scalable Enterprise Wi-Fi Management, UniFi Controller v4 software is a powerful, enterprise wireless software engine ideal for high-density client deployments requiring low latency and high uptime performance. With its software-based capabilities, the UniFi virtual control plane allows for unlimited scalability under one centralized controller. Remotely access the UniFi Controller to upgrade deployed UniFi APs while in the field.
Pros and Cons
Note: These apply to both the LR and Lite models unless otherwise noted, as they are very similar.
- 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
- 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.
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.
Andrew Namder is an experienced Network Engineer with 20+ years of experience in IT. He loves technology in general, but is truly passionate about computer networking and sharing his knowledge with others. He is a Cisco Certified Network Professional (CCNP) and is working towards achieving the coveted CCIE certification. He can be reached at firstname.lastname@example.org.