Boost Your Home WiFi for a Faster Internet

Due to the Coronavirus crisis, many are still sheltered-in-place and working from home, so figuring out how to improve your WiFi speed is more important than ever. Typically, there are several reasons for slow WiFi speeds. If you want to get things running smoothly with less disruption, we recommend the following 10 ways to boost your WiFi at home for faster internet.

Place Your Router in the Perfect Spot

Placing your router in the perfect spot matters a great deal. Walls, doors, floors, ceilings, and other obstacles affect your WiFi speed in many ways. The ideal position of your router is as closer to the center of your home as possible and in an open area without too many electronic devices around. Routers spread their WiFi signals downward. To maximize signal coverage, it’s a good idea to put your router in a higher place instead of placing it on the floor.

 

Reduce Interference from Other Electronic Devices

It’s obvious that less interference leads to better WiFi connection performance. Moving away from wireless interference and noise sources including microwaves, Bluetooth devices, baby monitors, and even your Christmas lights, is vital for speeding up your WiFi.

 

Choose a Better Frequency Band

Nowadays, most routers are dual-band routers, which support both 2.4 GHz and 5 GHz frequencies. Normally, 2.4 GHz reaches a further distance while 5 GHz offers a stronger signal. Most of the electronic devices commonly use 2.4 GHz, so the airwaves in this frequency band might be more crowded than 5 GHz. To get faster WiFi speed, just simply switch the frequency band to 5 GHz, and don’t forget to get close to your router.

Switch to a Better Channel

A router can broadcast multiple channels. Try to avoid the most utilized channel in your area, and use the less overlapping channel if possible. In the 2.4 GHz spectrum, channels 1, 6, and 11 are the only 3 non-overlapping channels with the least interference. If you are in the 5 GHz spectrum, you’ll have a whole host of channels (24 channels) to choose from, making the selection much easier.

 

Limit Your Unnecessary Connections

When you are conducting video calls, playing online games, and streaming movies, you will get low-speed connections because these take up a lot of bandwidth. You need to prioritize your connections by limiting devices and optimizing the settings. Modern routers have a Quality of Service (QoS) setting, which allows you to prioritize certain applications over others and limit the amount of bandwidth those applications use. With QoS, you won’t be interrupted by downloading large files while you’re playing online games. Find more relative information below

Set Up Wireless Security

Setting up a password for your WiFi is necessary. On one hand, it keeps you safe from hackers. On the other hand, it protects you from your neighborhood since your open network might be used by your neighbors for downloading large files or streaming videos. To set a password for your WiFi, just choose WPA2 as the encryption method and select your own passphrase.

 

Add a wireless repeater

To rebroadcast and strengthen the wireless signal from your router to other floors or the other side of the building, it’s a good way to add a wireless repeater anywhere there’s an outlet. To get a better signal, you’d better place your repeater halfway between your router, modem, or access point and your device. However, some repeaters might drag down your signal and be difficult to configure.

 

Use Range Extenders/Powerline Networks

Sometimes, you still get very low WiFi signals even if you place the router perfectly in the center of your home, especially when you live in a large multistory house. Here, you need range extenders to extend your WiFi network. These boost the existing WiFi in your home by receiving the wireless signals from your router and repeating them, extending your coverage even further. Or alternatively, using Powerline kits to transmit data throughout existing electrical wiring, eliminating the need for a complicated Ethernet cable setup. 

Upgrade Your Router with the Latest WiFi Technology

Keeping up with the latest WiFi technology is always good for your internet connection. To enjoy better wireless experiences, you might consider getting a brand new router and other electronic devices (PC, cell phone, tablet, etc.) that support WiFi 6 technology. Besides that, get a router with MU-MIMO technology. MU-MIMO improves your home network capacity and efficiency by allowing WiFi to communicate with multiple devices simultaneously. To take your home network to the next level, try getting a Mesh WiFi system (if you have the budget for it, of course). Mesh systems eliminate dead zones and provide uninterrupted WiFi throughout your home. 

 

10. Reboot Your Router and Modem Regularly

Your router and modem need a break after working for a long time. That might be the easiest way to fix internet connection problems such as low WiFi speeds, pages not loading, videos/movies freezing halfway, and music stop playing. A simple reboot cools off the router’s memory and allows updates to install. According to Consumer Reports, your WiFi connection would become slow if your router doesn’t catch a break.

 

Home Network Security-Secure My WiFi Router

 

Home Network Security is much more than setting a password for your home WiFi. Your family members watch their favorite shows on your smart TV, purchase various goods online, enjoy games via the game console, and/or work from home. All kinds of vital data — identities, passwords, addresses, private photos, etc., are constantly connected to the internet through your home network.

While you may have heard of concepts like “Phishing” and “Malware” that hackers and viruses use to disguise themselves to access your home network in order to steal private information—or ruin your data—do you really know what it is and how to stop it? Home network security is the fundamental basis for protecting your family from dangers posed by those with malicious intentions. Here, we hope to provide a basic understanding of home network security and how to improve it.

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How to Secure Your Router

Typically, the home network starts from a router and several connected devices. The router governs the data transmission between the home network and the internet. Your wireless router might be an obscure gadget compared to your beloved game console, smart TV, phone, or tablet, but it’s the most vital defender against malicious external attacks. There are several changes you could make if you want your router to be harder to breach for hackers or malware:

• Set a unique password for both your WiFi and router admin account.

  Do not leave your router running with the default WiFi and administrator passwords. Hackers constantly try to break into devices using these publicly known credentials. It’s also a good habit to change the password on a regular basis.

• Keep the Firmware up to date.

  Serving as the essential control code embedded into a network device, the firmware in a router sets the basic security standard for your home network, determining what devices can and cannot connect. Security patches and bug fixes will be inserted into the latest firmware to repair the recently exposed network vulnerabilities. A router with automatic updates is the best option, but you’ll need to make sure you’ve enabled them.

• Create a Guest Network.

  Pretty much anyone will occasionally have visitors, and it’s weird to reject if they ask for WiFi access, but who knows who or what might get into your network with them? The best solution for this problem is to set up a guest network, presuming your WiFi router supports the function. A guest network is fairly isolated from the home LAN network, visitors get internet access without the potential to get into your private data. You may even want to take things a step further by hiding your home WiFi’s SSID, only connecting trusted devices to your home network, and periodically checking for new connected devices to ward off invaders.

• Disable WPS and UPnP functions.

  Some WiFi routers have the pair button or WPS button to make connecting easier as you won’t have to enter the password to add new devices to your network. However, while it’s convenient, it can also be exploited to get access to your home network.

  Similarly, UPnP (Universal Plug and Play) is designed to make it easier for devices like routers and smart TVs to connect without complex configuration. But some malware programs target UPnP to get access to your home network.

  If network security is a major concern for you, it’s safer to turn off these shortcuts.

How to Pick a Secure Router

• Choose a router with WPA3.

  There is already plenty of work done to improve your home network security. Currently, nearly all home routers use WiFi Protected Access technologies (WPA-PSK/WPA2-PSK) for WiFi encryption to keep your passwords safe when you use them on the internet. WPA3 is the latest WiFi security protocol introduced by WiFi Alliance, and it provides more secure password encryption and enhanced protection against brute force attacks. If your home router doesn’t support WPA3, the previous WPA2-AES standard is still reasonably robust. However, you really should consider replacing your router if it only supports the outdated WEP (Wired Equivalent Privacy) protocol.

• Pick a router with security controls and antivirus.

  It's a relief that today's manufacturers take security seriously and many models feature built-in security services and antivirus functions. These services help prevent network intrusions, enhance your data security and privacy, and remedy the vulnerabilities in your home network. You could save yourself the hassle of remembering and implementing the previous tips by just picking a secure router. There are also plenty of add-on safe box products to choose from if you don’t want to replace your router.

• Use a router with app management.

  Router manufacturers are developing more sophisticated apps for home network management instead and moving away from troublesome web browser interfaces in the past few years. A dedicated router app with security functions continuously monitors your network security and keeps you aware of things to pay attention to by sending notifications to your phone or tablet any time there is an incident. This makes it easy to keep tabs on who’s accessing your devices and lets you manage network access via your phone.

How to Keep the Internet Safe for Your Family

It's worthwhile to help your family develop good digital habits to help them avoid potential networking threats. There are numerous parental control functions to create individual profiles for your family members that allow you to limit what they can and can’t do on their devices as well as manage how much time they spend online. It’s an easy way to keep them away from dubious sites and a practical way to help them develop disciplined internet use according to their age.

• Set Online Duration for Your Kids.

  Children are spending more and more time online with every aspect of their lives becoming connected and tied to a screen. This leads them to be less active which in turn increases the risk of obesity and internet addiction. It’s a good idea to help them develop healthy habits by managing their daily time online and creating schedules or curfews for when your kids are on their devices.

• Block Unhealthy Content for Your Family.

  A fully equipped home router with parental controls can block unhealthy and malicious content according to the manufacturer’s professional filter library. You are also empowered to restrict your children’s access to URLs with certain keywords or apps with age ratings.

• Guard Your IoT Devices.

  Smart home cameras can provide more peace of mind when you’re away from home, but you don’t want strangers accessing your devices and spying on your family. Generally, IoT devices will reveal multiple vulnerabilities when confronted with external intrusions. Therefore, it’s important to provide your IoT devices with extra protection. A high-end router with IoT device protection service may not be low-cost, but it’s a worthwhile investment if you’re after the convenience of a smart life without compromising your home network security.

Place Your Wireless Router for the Best Signal/Coverage

When you find that WiFi coverage cannot meet your needs, the first thing that might come to your mind is to buy a new mesh router or WiFi extender. Sure, a mesh router or WiFi extender can indeed improve your WiFi coverage and bring some dead zones back to life. But do you really need them? Have you ever thought about how the position of your router could have a significant impact on your WiFi coverage?

WiFi signal strength and range depend on factors such as frequency band, radio power output, receiver sensitivity, antenna gain, and antenna type as well as the modulation technique. The environment also plays a pretty major role in the coverage and performance of a wireless product. Floors, walls, physical obstacles, and radio signal interference weaken WiFi signals, decreasing the WiFi range.

So in many cases, the easiest and least costly way to improve WiFi coverage is moving your router to a better position. Here we will give some tips for finding the best spot for optimal WiFi performance of your router.

Tip 1. Position your wireless device in a central location.

WiFi signal broadcasts in all directions, so don’t leave your router in the corner of your home, otherwise, your wireless coverage will be significantly decreased. If possible, put your wireless router close to the center of your house to cover more space.

Tip 2. Put your wireless device at a certain height.

Home WiFi products generally use Omni-directional antennas, which radiate horizontally all around but are weaker vertically. Place your wireless device on a table or shelf and keep it slightly higher up to better utilize the transmission from the Omni-directional antennas.

Tip 3. Stay away from high-powered appliances/other electronics.

High-powered electrical appliances and metal products may cause signal interference. Appliances to watch out for include microwaves, refrigerators, TVs, among others. Pay special attention to the microwave because it emits a very strong signal in the 2.4 GHz band.

 

Tip 4. Avoid obstacles.

One of the materials most likely to block WiFi signals is metal. Large metal objects like a steel table or a refrigerator can reflect and absorb WiFi signals, thereby creating a WiFi dead zone. Adjust the position of your wireless router so that the WiFi signal is not absorbed by metal and does not need to pass through many walls, cabinets, furniture, or other obstacles.

 

Tip 5. Keep your device safe.

Keep your wireless device away from water or fire and avoid heat and humidity to prevent device damage that’ll negatively impact your wireless performance.

 

Tip 6. Adjust the antennas.

Place antennas at an angle oblique to the ground.

If your wireless device has two antennas, the recommended angle is between 45 degrees and 60 degrees. If it has three antennas, you can position the middle antenna straight up.

You can also refer to the product image on the relevant poster and/or user manual for antenna placement.

Remember all of these tips to place your router for optimal coverage. If your router just isn’t cutting it, consider investing in a Range Extender, Powerline Adapter, or Mesh WiFi system.

Mesh WiFi

Getting WiFi throughout your entire home is frequently difficult—especially when you live in a large house or a house with multiple floors. In a traditional home network, one router connects to the internet and broadcasts WiFi to connected devices. Devices that are further away from the router often experience lower connection speed, worse performance, and even network connection drops. Range extenders are an easy, affordable means of expanding WiFi coverage, but they come with the drawbacks of limited performance compared to the router and the need to switch between the multiple networks in your home.

Many people who are looking for more reliable home WiFi solutions are now moving over to Mesh WiFi
systems. Mesh routers, unlike traditional routers and extenders, work together to ensure a strong WiFi
signal in every part of the house, so you can move freely from room to room, connected to a single WiFi
network, and enjoying an uninterrupted connection. But what’s the difference between Mesh WiFi and
traditional WiFi? And what’s the best WiFi for ensuring your whole-home network connection? Let’s
compare.

Mesh WiFi VS Traditional WiFi (with Range Extenders)

One Network for Your Entire Home
Sign in to your network - so there’s just one network name and one password - and you’ve got WiFi everywhere in your home. Switching from one Mesh device to another is automatic and so smooth that it’s unnoticeable, even when streaming videos and movies.

Faster Speed and Better Performance
Mesh WiFi routers use adaptive routing to automatically choose the best configuration and band for your data. This means that you’re always getting the fastest possible speeds and better performance with a Mesh network.

Broader Coverage and More Stabler Connections
Mesh WiFi nodes communicate with each other and work together to cover every corner of your house. When a Mesh node turns off or gets blocked by interference, your devices will automatically switch to the active node with the strongest signal to keep you online.

Easy Setup and Management
Establishing a Mesh WiFi network is a breeze. Just set up the main Mesh router and connect the Mesh satellites to it. These satellites will automatically copy their network settings. Setting up and managing your Mesh network can be done remotely through the app.

Separate Networks from Each Device
Each network device creates its own network with different WiFi settings. You’ll have to go into your phone’s settings and connect to the network you want to use when you move to a new location.

Network Congestion and Low Performance
Most devices probably choose the same band and “wait in line” to transfer data. This causes lower speed, worse performance, and network delay.

WiFi Dead zones and Network Drops
Traditional extenders simply communicate with one central router while each individual device creates its own network that covers a portion of your house. When an extender breaks down, devices connected to the extender’s network will be disconnected.

Complicated Setup and Configuration
Routers and extenders have different configuration processes. Configuring the WiFi devices in the network one by one tedious, confusing, and mandatory.

WiFi should just work, no matter which room you’re in. If you are tired of endless loading when moving
between upstairs and downstairs, or searching for stable connections in a remote corner of your
garage or yard, Mesh WiFi is the best option to eliminate WiFi dead zones and keep you connected at all
times and in all spaces of your home.

10GbE

10GbE, short for 10 Gigabit Ethernet, is a group of technologies for an ultra-fast wired network that transmits data frames at a rate of 10 billion bits per second. For the last decade or so, we have witnessed advanced computers and drivers that read files at 10 Gbps speed; however, we are still stuck with 1G or 0.1G networks, which can easily feel like a bottleneck between devices. When inter-devices transferring quickly reach the limits of your network, 10GbE is the answer.

 

What does 10GbE offer?

It is all about the speed—10GbE offers 10 Gbps of transfer rate. To illustrate how fast this is – let us convert it in terms of file storage. 10 Gbps lets you transfer at a rate of 1.25 GB/s when you copy a file to another computer through the network. This basically equates to sending a 20 GB file in under 20 seconds.

What’s more important is—10GbE is so fast that it surpasses the bandwidth of WiFi 6, NAS, and multi-Gig internet access. 10GbE acts as an ultra-fast backbone to connect peripherals and boost your entire network performance.

What can you do with 10GbE?

Nowadays, ISPs in many areas have started offering Multi-Gig internet access, and in this case, the 10GbE WAN port becomes another choice for unleashing your full internet performance (2.5GbE and 5GbE are also options).

 

However, most people do not use 10 Gbps for internet access, because 10GbE is amazing enough for what it could help achieve within a small-scaled network.

In a small-scaled network and home or studios, tools like Airdrop or cloud storage enable easy collaboration. However, when the files grow larger, the barricade between devices emerges due to hours of wait time—many people are still relying on USB drives to share large documents quickly.

“We have seen 10GbE in the business networking industry for a while now, but I’m still really excited to bring the bandwidth to the level of 10G for home users. Because the speed of sharing has now finally caught up to the performance of the storage industry—which means less time wasted. Transferring files now takes 90% less time than before.” said Allen, a TP-Link engineer, and a NAS lover.

With 10GbE, unified storage becomes more feasible. Store your movies and music super-fast and stream them from any authorized device; open a huge design file in seconds and collaborate easily with your friends; or back up your computer in minutes through the network without relying on a USB stick. With a 10 Gbps network, all these tasks cost you only 1/10th of the time compared with a Gigabit network, and 1/100th the time on a 100 Mbps one.

 

If you are a content creator, indie developer, or just a mass consumer of data, 10GbE is a technology you cannot miss. With the ultra-wide bandwidth provided by 10GbE, it is easier to upload your days’ worth of footage, program files, and precious memories onto your centralized storage. This lets you not only streamline your workflow but also reserve the storage space on your working tools, shortening the wait time, and improving overall efficiency drastically. 

 

Should you upgrade to 10GbE?

As the wireless world moves fast into the WiFi 6 and 5G era, the faster 10GbE is also coming to consumer products. So do you need 10GbE? Check our suggestions below: 

• If you’re ready to upgrade your download speed to be multi-gig, or; 
• If your high-quality workflow always lags due to slow transfer speeds, or; 
• If you often share large files like 4K Blu-ray movies, projects, and games between multiple devices, or; 
• If you are a NAS-lover and want to unleash your system’s full read/write speeds. 

If you match any of these above, then you should at least upgrade your most demanded devices to 10GbE, like your workstation, your NAS server, or your networking gateway.

One more tip is—since WiFi technology today can already easily reach the Gigabit bottleneck, you should place your 10G-capable wires (see below) when furnishing the house for future scalability consideration.

 

How to set up a 10 Gbps network?

To build a 10 Gbps network, you need a 10G-capable network gateway, clients, and cables.

The first thing is the network gateway, which supports connecting all devices at the 10 Gbps rate. To maximize value, you could add a 10G switch to the existing network. If you want to maximize performance, like also enabling wireless devices to enjoy the broad bandwidth, you could pick up a 10G WiFi 6 router.

The second thing is the clients. Mac Pro, iMac Pro, Mac Mini (2018, 2019, 10GbE version), and some high-end PC systems have built-in 10 Gigabit Ethernet ports. When your clients lack the 10 GbE connectivity, you could equip them with 10 GbE Network Interface Controllers (NIC)—mostly with PCI-E connectors with others having Thunderbolt connectors. Remember to check if your current systems have these vacant interfaces before any purchase. Of course, as backup, your 2.5GbE could be your plan B if the devices cannot meet the requirements.

	Categories	Models
10G NIC	PCI-E Adapters
	Thunderbolt Adapters

One last thing is the cables which connect everything.

	Standards	Supported Max Speeds
10G Cables	UTP Cat 6	10 Gbps (within 55 m)
	UTP Cat 6a	10 Gbps (within 100 m)
	Optical Fiber OM3	10 Gbps (within 150 m)
	Optical Fiber OM4	10 Gbps (within 500 m)

Difference between WiFi 6 and WiFi 6E

WiFi 6 Technology

WiFi 6 is the next-generation standard in WiFi technology built in response to the growing number of devices in the world. If you own a VR device, multiple smart home devices, or simply have a large number of devices in your household, then a WiFi 6 router might be the best choice for you.

 

WiFi 6 uses both 1024-QAM to provide a signal packed with more data and a 160 MHz Channel to provide a wider channel to make your WiFi faster. This means you could enjoy a stutter-free VR or stunningly vivid 4K and even 8K streaming. More importantly, technologies like MU-MIMO and OFDMA generated from WiFi 6 provide up to 4x larger capacity and to handle more devices. With WiFi 6, you could easily throw house parties with a network built to handle all your guests and their devices.

 

WiFi 6E and how does it differ from WiFi 6E?

In fact, WiFi 6E is identical to WiFi 6 with an addition of “E”, which stands for “Extended” — as in an extended number of the usable wireless band, the 6 GHz band. So simply put, WiFi 6E means WiFi 6 extended to the 6 GHz band.

 

6 GHz is the new frequency band ranging from 5.925 GHz to 7.125 GHz, allowing up to 1,200 MHz of additional spectrum. Unlike the existing bands on which channels are currently crammed into the limited spectrum, the 6 GHz band exists without overlap or interference. Access to the 6 GHz frequency brings more bandwidth, faster speeds, and lower latency, opening up resources for future innovations like AR/VR, 8K streaming, and more.

 

How does WiFi 6E make a difference?

Unlike the crowded 2.4 GHz and 5 GHz bands, the wide-open 6 GHz spectrum is occupied only by efficient WiFi 6 connections, removing frustrations currently caused by overcrowding on many WiFi networks. Channels on the newly opened 6 GHz band also wouldn’t overlap with each other, greatly reducing network congestion.

 

WiFi 6E allows for 7 additional 160 MHz channels that double bandwidth and throughput, enabling many more simultaneous transmissions at the highest possible speeds. This translates to you enjoying 8K movies, AR/VR gaming, and large file downloads—all without buffering.

 

WiFi 6E offers up to 1,200 MHz of additional spectrum for 6 GHz WiFi, fulfilling the needs of ever-increasing WiFi usage. The 1.2 GHz of the contiguous spectrum more than doubles the number of pathways currently available for sending and receiving data, dramatically increasing network capacity while reducing congestion.

WiFi 6E: Unlock the Full Potential of WiFi 6

Opening the 6 GHz band will change the game for WiFi 6. WiFi 6 brings about upgraded performance in network efficiency and capacity. Whereas the advantages of WiFi 6 are not fully realized while competing with transmission WiFi 5 (or other radios). The 6 GHz band is available only for WiFi 6 traffic, allowing WiFi 6 to meet its intended potential.

WiFi 6E

WiFi 6E

Simply put, WiFi 6E means WiFi 6 extended to the 6 GHz band. WiFi 6E works with the same standard as WiFi 6 but with an extended-spectrum.

6 GHz is the new frequency band ranging from 5.925 GHz to 7.125 GHz, allowing up to 1,200 MHz of additional spectrum. Unlike the existing bands on which channels are currently crammed into the limited spectrum, the 6 GHz band exists without overlap or interference.

Earlier in 2020, the FCC (The United States Federal Communications Commission) announced the availability of a 6 GHz frequency band for unlicensed spectrum use. Since then, an additional efficient band with a greater capacity was open for operation, leading to significant benefits both to users and even the global economy.

 

Difference Between WiFi 6E and WiFi 6

Wi-Fi 6E offers all the same features and capabilities as Wi-Fi 6—including higher performance, lower latency, and faster data rates. In fact, WiFi 6E is identical to WiFi 6 other than one key difference: the additional 6 GHz band.

Opening the 6 GHz band changes the game for WiFi 6. WiFi 6 brings about upgraded performance in network efficiency and capacity. Whereas the advantages of WiFi 6 are not fully realized while competing with WiFi 5 transmissions (or other radios). The 6 GHz band is available only for WiFi 6 traffic, allowing WiFi 6 to meet its intended potential.

Do We Need WiFi 6E

The number of WiFi devices has risen drastically in the past few years, and it’s predicted that there will be nearly 100 billion internet connections around the world by 2025. Also, high-demanding devices and applications like 8K videos and VR/AR games will become more ubiquitous—all while competing over limited signals. The widely available 2.4 GHz and 5 GHz bands with lower barriers of entry are now too crowded for such increasing traffic. And the overlapping channels on them cause even serious congestion for your connections. Thus, the highly efficient WiFi 6 together with a broad and clear band is needed to tackle dense usage, more devices, and increased data traffic.

WiFi 6E Capabilities

Due to its similar characteristics and proximity to the 5 GHz band, where WiFi already operates, 6 GHz brings additional spectrum capacity, provides contiguous spectrum blocks to accommodate 14 additional 80 MHz channels or 7 additional 160 MHz wide channels, and less congested spectrum away from legacy WiFi 4 or WiFi 5 devices.

Minimized Congestion with Greenfield Spectrum

Unlike the crowded 2.4 GHz and 5 GHz bands, the wide-open 6 GHz spectrum is occupied only by efficient WiFi 6E connections, removing frustrations currently caused by so many devices on WiFi networks. Channels on the newly opened 6 GHz band also won’t overlap with each other, greatly reducing network congestion.

Wider Lanes for Faster Speeds

WiFi 6E allows for 7 additional 160 MHz channels that double bandwidth and throughput, enabling many more simultaneous transmissions at the highest possible speeds. This translates to users enjoying 8K movies, AR/VR gaming, and large file downloads—all without buffering.

Improved Capacity with More Spectrum

WiFi 6E offers up to 1,200 MHz of additional spectrum for 6 GHz WiFi, fulfilling the needs of ever-increasing WiFi usage. The 1.2 GHz of the contiguous spectrum more than doubles the number of pathways currently available for sending and receiving data, dramatically increasing network capacity while reducing congestion.

 

Will WiFi 6E Influence Daily Life

WiFi 6E utilizes the capabilities of 6 GHz to enable high-bandwidth applications that require faster data throughput such as high-definition video streaming and virtual reality, as well as lower latency connectivity for online gaming applications.

 

Now that you know a thing or two about WiFi 6E, keep your eyes peeled for all the latest updates. You don’t want to miss out on getting the best out of the latest generation of WiFi.