Tag Archives: Wireless-AD

Top 3 Reasons For A Wireless Router Upgrade

 

Assuming that a wireless router is a set-it-and-forget-it device is an increasingly bigger security risk. If you are truly interested in the best performance and maximum privacy, vigilant monitoring of your home network is a must.

Older wireless routers are often the culprit when network security or WiFi performance problems arise due to unfixed manufacturer flaws or outdated hardware performance.

When issues are consistently occurring, a wireless router upgrade can be the cure!

The Importance of A Wireless Router

A wireless router is the centerpiece of any home network. Every device that uses a connection to the Internet takes advantage of the network created by the router to get online. For more information, FlashRouters has a comprehensive overview of what a routers actually does.

Single Router Setup

A powerful wireless router provides connected devices with the speed and performance to keep activities, like Netflix streaming and online gaming, working optimally.

The speed of a wireless connection is based on a variety of factors, starting with your Internet Service Provider (ISP) package. ISPs offer various subscription packages which are differentiated by bandwidth limitations. Economy subscription packages offer slower connectivity, as ISPs incentivize subscribers to purchase advanced plans for greater bandwidth.

The second factor affecting the speed of the wireless connection of devices is the distance from the router. Simply put, devices that are closer to the router will have a stronger connection to the router’s wireless network.

Furthermore, the make and model of the router affect how fast data is processed. The number and size of antennas, the speed of the internal processing unit (CPU), and the amount of flash memory embedded in the router all affect performance.

Still unconvinced? Here are the top reasons to upgrade:

More Devices Covered

According to research, the number of devices connected to the Internet of Things will jump from nearly 27 billion in 2017 to 125 billion in 2030. Having the proper wireless network infrastructure to support more devices is critical.

Enter MU-MIMO. MU-MIMO technology (Multiple User Multiple Input Multiple Output) reduces competition between devices on the WiFi network. With a MU-MIMO router such as the Netgear R7800 DD-WRT or the Linksys WRT3200ACM, multiple devices communicate with the network at the same time.

Before the introduction of MU-MIMO, routers used SU-MIMO technology (Single User Multiple Input Multiple Output). Devices connecting to networks using SU-MIMO technology compete for connectivity, as the network processes requests on a first-come, first served basis (as shown above).

In other words, devices form a line, like people entering a theater through one door. No one can enter the theater before the previous person enters. Likewise, device requests are processed only once the router processes the preceding device’s request. Consequently, if a network has many bandwidth-hogging devices, congestion can occur. This can lead to slow speeds and subpar performance.

A router using MU-MIMO technology, meanwhile, fixes this problem by breaking up bandwidth into streams. The router processes individual streams simultaneously, allowing for more devices to connect concurrently, thereby decreasing congestion. It is as if the theater above opened two, three, or four doors, instead of one. That allows for greater speeds and better connections.

Upgraded WiFi Standards

A wireless router upgrade can help your network stay up to date with the latest wireless standards. Check out the chart below to see how some of the older wireless standards compare.

 Wireless-GWireless-NWireless-ACWireless-AD
Max Throughput (Speeds):54 Mbps900 Mbps5300 Mbps7200 Mbps
Max Wireless Range (Radius):75 Ft200 Ft500 Ft500 Ft
Wireless Channel Widths:20 Mhz20/40 Mhz20/40/80/160 Mhz5/10/20 Mhz
Wireless Bands:One 2.4 Ghz (Single Band)One 2.4Ghz & One 5 Ghz (Dual Band)One 2.4 Ghz & Two 5 Ghz (Tri-Band)One 2.4 Ghz, Two 5 GHz Bands, & 60 GHz Bands (Quad-Stream)

As shown above, newer wireless standards allow for more device connections thanks to additional wireless bands. Wireless-AD expands on Wireless-AC by adding another wireless band. The new 60 GHz band allows for short range, powerful connections, reducing the load on other bands. Less load means that devices have a longer lifespan, saving you money.

Upgrading to a router with a newer wireless standard will extend wireless range considerably. Newer wireless routers come with more external antennas for better range and connectivity. Case in point, the Asus RT-AC5300 DD-WRT VPN FlashRouter. This customized Open Source router takes the top spot for range with eight external antennas, ensuring that any house can be covered by the network.

Better Security

Upgrading your wireless network also helps deal with the number one issue: security. Older routers are less likely to have updates and therefore have more vulnerabilities. Newer routers are more commonly updated and have better security protocols. However, even they are not free from trouble.

Recent router attacks like VPNFilter have shown that regular routers and stock router firmware are still full of security flaws and vulnerable to hacks. Plus, manufacturers are slow to respond to known flaws. So where does that leave you?

Luckily there is a open-source firmware solution like DD-WRT. It is constantly updated, ensuring that there are minimal issues and if issues do arise, they are resolved quickly. However, installing DD-WRT is difficult, time-consuming, and could leave your brand-new router nonfunctional. That’s where FlashRouters comes in! We’ll take the hassle out of upgrading your wireless network and let you enjoy your upgraded wireless network experience.

Upgrading To A FlashRouter For Maximum Performance

A wireless router upgrade is a great start, but upgrading to a FlashRouter is a more complete solution. A FlashRouter is a customized wireless router upgraded with highly customized open-source firmware. Upgrading to a FlashRouter provides added network stability and performance, increased range, and upgraded security.

Our router experts continually check routers for the newest builds, test them, and configure them onto your unique product. We then help you configure the router to ensure the optimal configuration for your environment. Check out some of our Wireless-AC FlashRouters below:

Linksys
Linksys WRT32X AC3200 Netgear R6400V2 AC1750 Asus RT-AC5300 AC5300
Wireless-AC3200 Mbps
1.8 GHz Marvell Processor
4 Ext Antennas
Top Gaming Router
Wireless-AC1750 Mbps
1 Ghz Broadcom Processor
3 Ext Antennas
Top Economy Router
Wireless-AC5300 Mbps
1.4 GHz Broadcom Processor
8 Ext Antennas
Great For Large Homes
$349.99$199.99$499.99

Interested in upgrading to the ultimate home networking centerpiece? Check out the Netgear Nighthawk R9000 X10 AD7200. It boasts a powerful 1.7 GHz Quad Core Processor and 4 high powered external antennas will provide a powerful bedrock for any wireless network.

Best DD-WRT Wireless-AD Compatible Netgear Router - R9000 Nighthawk AD7200

Bonus: VPN Protection

Upgrading to a FlashRouter allows for additional capabilities and upgrades to an already powerful wireless router, such as making it compatible for a VPN.

Furthermore, each one of our DD-WRT FlashRouters comes with our free FlashRouters Privacy App. The FlashRouters Privacy App revolutionizes and simplifies using a DD-WRT router with a VPN. With the Privacy App, users can:

  • Switch between locations with the tap of a button (as seen below using IPVanish)
  • Manage which devices go through the VPN and which don’t
  • Change VPN Providers with a few clicks on the same device

Want better support for your entire network? The FlashRouters Privacy App is here to help.

Any questions or concerns? Feel free to send us a message!

What Is Wireless-AD? (FlashRouters FAQ)

wireless-ad

Wireless-AC has had a good run as the fastest wireless networking standard available, but it couldn’t last forever. In fact, it couldn’t even last more than a few years.

What we’re saying is there’s a new sheriff in town.

A Brief History of WiFi

Before we hear about advances in the wireless field, let’s take a look at its history. A good place to start is this FlashRouters post from last year. This post offers a comprehensive history of WiFi as well as an easy follow explanation.

One can also study the history of WiFi by going over the various transformations through the years. This FlashRouters post shows the difference between Wireless-G, Wireless-N, and Wireless-AC devices.

Introducing Wireless-AD

What comes after Wireless-AC? Well, Wireless-AD, naturally. On down the alphabet we go.

Per Network World: “TP-LINK, Qualcomm, and Acer have all just announced products that will take advantage of the latest, fast 802.11ad wireless standard.”

So what does that mean to you, the potential Wireless-AD user? TP-Link is promising full 4K movie downloads in 4 minutes. And with routers that run at 7200 Mbps (or 7 Gbps), that sounds conceivable to us.

Furthermore, Wireless-AD adds another frequency band to the 5.0 GHz and 2.4 GHz bands provided by Wireless-AC devices. If you’re wondering how a device can handle 7200 Mbps of traffic, the 60 GHz range band should answer your question.

As Network World points out though, that high level of frequency does not travel too far. These new routers circumvent that problem by offering that top band to devices in the room with the router, and the lower bands to devices that are too far away for the top band.

As for whether or not a Wireless-AD FlashRouter is in your future, we’d say to hold tight. FlashRouters has more than demonstrated a preternatural ability to offer the top routers available across all wireless networking standards. In short, Wireless-AD routers flashed with DD-WRT are almost certainly in all of our futures.

In the meantime, our Wireless-AC selection is vibrant and plentifully stocked with outstanding devices. Check out some in the table below. When Wireless-AD devices hit our line, believe us, we’ll be sure to let you know.

Linksys
Linksys WRT3200ACM AC3200 R7000 NighthawkLinksys WRT1900ACS/AC v2 AC1900
Wireless-AC3200 Mbps
1.8 GHz Marvell Processor
4 Ext Antennas
Top Gaming Router
Wireless-AC1900 Mbps
1 Ghz Broadcom Processor
3 Ext Antennas
One of our Most-Popular Routers
Wireless-AC1900 Mbps
1.6 GHz Marvell Processor
4 Ext Antennas
Use in Small-Medium Homes
$349.99$299.99$299.99

Wireless-AD Has Arrived

Wireless-AD is here and it comes in the form of the ultra powerful, high end Netgear Nighthawk R9000 X10 AD7200. With an ultra powerful 1.7 Ghz Quad Core Processor, 7 Gigabit Ethernet Ports, 4 high powered external antennas, and MU-MIMO support, this is easily our most high end router. Check out our featured Router Of The Day blog post to see a full breakdown of our most advanced FlashRouter ever.

The Difference Between Wireless-N, Wireless-AC and Wireless-AD

Difference Between Wireless G, N, AC

UPDATED 7/17/2018

People generally refer to all Wireless Internet as WiFi but, as with a lot of technical jargon, WiFi as a term is often misused. Are you one of those people constantly asking: Why is my Internet or my WiFi so slow?

Very often, it is not the Internet provider’s fault. Rather, it all comes down to the type of router you are using and the speed it offers.

Table Of Contents

What Are The Different Wireless Standards?

The wireless standard that we know today was created by the Institute of Electrical and Electronics Engineers or IEEE.

IEEE 802.11 is a wireless networking standard created to keep manufacturers wireless routers and wireless networking devices (PS4, Laptops, Tablets, SmartTVs,  XboxOne, iPhones, Roku) on the same page. These standards include IEEE 802.11a, 802.11b, 802.11g, 802.11n, 802.11ac, and 802.11ad. So what are these standards and what do they have to do with you?

What is Wireless-G & Wireless-N?

Wireless-G and Wireless-N are terms referring to 802.11g and 802.11n wireless networking standards set by the IEEE.

802.11g was a wireless standard is on its way out from modern usage. It offered speeds of up to 54 Mbps and was quickly adopted due to its upgrade in speed over 802.11b.

For example, most coffee shop hotspot routers run on Wireless-G (54 Mbps) or even Wireless-B (11 Mbps). They are constantly being shared by many people so it can be somewhat slow to connect and actually surf the web.

Wireless-N was created to improve network throughput (maximum speed and transmission capabilities) over the two prior standards—802.11b and 802.11g.

Wireless-N was a significant upgrade from Wireless-G for the following reasons:

  • Increased maximum data transmission rate from 54Mbps to up to 900Mbps
  • Wider bandwidth capabilities to 40 Mhz
  • Increased security and improvement of stability and range

While these features may have been an upgrade from Wireless-G, Wireless-N is now being phased out with a new successor. Luckily, new routers and wireless standards will still support Wireless-N and the older wireless standards.

Looking for a router that supports your Wireless-N devices? Check out our Netgear Nighthawk R7000 AC1900 DD-WRT FlashRouter!

What is Wireless-AC?

Wireless-AC is the next iteration of the IEEE’s wireless standards. The 802.11ac standard greatly improves nearly every aspect of Wireless-N.

Wireless-AC has increasingly become more formalized and is essentially the minimum for every wireless-capable device. Some improvements include:

  • Increased maximum data transmission rates of up to 5300 Mbps
  • Wider bandwidth capabilities of 80 Mhz as well as an optional 160 Mhz channel
  • Additional 5 GHz frequency band for faster speeds and less wireless clutter

For the best Wireless-AC speeds we recommend the Linksys WRT3200ACM DD-WRT FlashRouter.

What is Wireless-AD?

Wireless-AD is among the newest wireless standards to hit the consumer market. As with any new wireless standard, nearly every aspect has been improved and upgraded. Some of these upgrades include:

  • Increased maximum data transmission rates of up to 7200 Mbps
  • Additional 60 GHz frequency band
  • High-quality 4K movie downloads in mere minutes

However, Wireless-AD is not backward compatible. Simply put, there are few very Wireless-AD compatible devices that support the new 60 GHz frequency band.

What is Wireless-AD? The Netgear R9000 DD-WRT

Currently, that makes Wireless-AD a great future proofing feature on the routers that support it, such as the Netgear Nighthawk R9000 X10 AD7200 DD-WRT FlashRouter. When Wireless-AD becomes adopted as the standard, you will be ready.

Why Should You Upgrade To Wireless-AC?

Hanging onto an older Wireless-G or Wireless-N router means you are sacrificing overall speed and security while actually hindering the wireless capabilities for newer devices.

Using a Wireless-G or Wireless-N router with your iPad may feel like trying to catching a fish with a stick. It may eventually work, but it certainly not the most efficient way to get the job done. This is not an iPhone 6S to iPhone 7 type upgrade where you have a little bit sleeker device and a few new features to play with. When a wireless standard is jumped, you are talking MAJOR wireless connectivity improvements.

Want to see the differences between Wireless AC, Wireless-N, and Wireless-G? Well, here’s a quick breakdown for you.

 Wireless-GWireless-NWireless-ACWireless-AD
Max Throughput (Speeds):54 Mbps900 Mbps5300 Mbps7200 Mbps
Max Wireless Range (Radius):75 Ft200 Ft500 Ft500 Ft
Wireless Channel Widths:20 Mhz20/40 Mhz20/40/80/160 Mhz5/10/20 Mhz
Wireless Bands:One 2.4 Ghz (Single Band)One 2.4Ghz & One 5 Ghz (Dual Band)One 2.4 Ghz & Two 5 Ghz (Tri-Band)One 2.4 Ghz, Two 5 GHz Bands, & 60 GHz Bands (Quad-Stream)

Of course, these ranges are maximum distances in optimal conditions. Most of us don’t live in a world where there is no other wireless interference. Even if you don’t see any other wireless signals in your range, there is still a laundry list of devices that can cost you range, such as cordless phones, baby monitors and even microwaves.

While Wireless-AD is the latest iteration of the standard, getting a premium Wireless-AC router is the best way to ensure compatibility with the best performance.

Here is a handy list of some of our most popular Wireless-AC Routers and their manufacturer speed maximums:

Top FlashRouters By Maximum Speeds

Wireless-AC 1900 Mbps
Linksys WRT1900ACS/AC v2 DD-WRT Top Budget Wireless-AC Option
Netgear R7000 Nighthawk DD-WRT

Wireless-AC 2600 Mbps
Netgear R7800 X4S DD-WRT

Wireless-AC 3200 Mbps
Linksys WRT3200ACM DD-WRT – Best Recommended Wireless-AC Router

Wireless-AC 5300 Mbps
Asus RT-AC5300 DD-WRT – Best Range Router of 2018

Wireless-AD 7200 Mbps
Netgear R9000 DD-WRT – Most Powerful DD-WRT Router of 2018

If you are looking to get “faster wifi,” these are the devices you want to buy.

Upgrading these router’s firmware to the powerful DD-WRT firmware platform on all of these routers, as FlashRouters does, allows you more control over the signal while improving signal strength and stability. Many of these routers have excellent hardware but the manufacturer’s firmware actually hinders their abilities.

Buying one of these routers with a DD-WRT upgrade can make a world of difference in their overall performance and create a new bedrock for your networking gateway.

For more DD-WRT Router & VPN Service Provider info, product updates, and specials follow us on Twitter @flashrouters or like us on Facebook.