Unlike traditional methods like Wi-Fi and 5G, LiFi transmits data wirelessly through light, circumventing common issues such as buffering and signal vulnerability. Ron Schaeffer, pureLiFi’s chief strategy officer, highlighted LiFi’s ease of use and lack of congestion compared to traditional Wi-Fi.

“Just like Wi-Fi access points people have, it is also a plug-and-play. People can plug into a network, and within a few seconds, you have LiFi,” explained Schaeffer.

“Importantly, it is not subject to congestion like Wi-Fi is. Everyone who would be connected to LiFi will have full bandwidth. For instance, if you are watching a video, someone is on a video call and another person is playing a VR game, you all are competing for Wi-Fi bandwidth. With LiFi, everyone has their own bandwidth. You can take off the Wi-Fi network and put it onto LiFi; the internet experience also improves because it is less congested. So, we say LiFi makes Wi-Fi better,” the Chief Strategy Officer added.

LiFi boasts impressive capabilities, transmitting and receiving 1GB of data per second in each direction, covering an area of up to 50 square meters. Its inherent security benefits, stemming from its inability to pass through walls, make it particularly interesting to security-conscious users.

Also Read: Getting Started With Google Gemini: A Beginner’s Guide

pureLiFi plans to collaborate with telecom providers to deploy its devices in homes and offices. Schaeffer emphasized the company’s potential to revolutionize internet connectivity, citing its vast spectrum availability compared to radio frequencies.

Alistair Banham, CEO of pureLiFi, expressed excitement about LiFi’s ability to address current and future connectivity challenges, including the release of light antennas for various devices: “LiFi is now ready to augment and extend other wireless technologies ushering in a new era of bandwidth, speed and reliable communications,” he said.

The post Meet LiFi: The New Tech Delivering High-Speed Internet Using Light appeared first on Tech Magazine.

Although Wi-Fi 7 Routers have already been released by companies like Netgear, TP-Link, and Eero, the products still need to be officially certified. That doesn’t mean they won’t work with Wi-Fi 7, but it does mean that some companies can’t officially guarantee compatibility for their devices just yet.

Wi-Fi 7 devices offer up to double the bandwidth of those using earlier standards, meaning the potential for wireless download speeds of two gigabits per second and theoretical local network speeds of up to 46 gigabits per second (though real-world peaks of 5-6 Gbps are more probable).

The technology also features Multi-Link Operation (MLO), which bonds connections spread across two or three of the 2.4 GHz, 5GHz, and 6GHz bands, giving extra speed and stability and allowing users to move more seamlessly between wireless access points.

Also Read: The Top 3 VPN Services For Android

In addition, Wi-Fi 7 may also unlock the use of additional bands between the 1Ghz and 7GHz+ range, but that will depend on local legislation and availability.

Wi-Fi 7 devices are backward-compatible with previous versions, though those older devices won’t benefit from new Wi-Fi 7 features or see a speed increase. However, if you’re a tech enthusiast or early adopter, a new Wi-Fi 7 router would be a fantastic upgrade to future-proof your home internet setup.

The post Wi-Fi 7, The Next Generation Of Wireless Internet, Is Here appeared first on Tech Magazine.

The collaboration showcased consistent Wi-Fi speeds of over 5 gigabits per second (5Gbps), using an Intel Core laptop connected to a Broadcom access point.

“We are proud to highlight how next-generation Wi-Fi 7 can make new mobile PC experiences possible. Industry collaboration is essential to ensure we deliver on the promises of this new wireless technology. We would like to thank our colleagues at Broadcom for their great technical cooperation, which helped enable this unprecedented, first-of-its-kind demonstration of ultra-high speed and ultra-low latency Wi-Fi 7,” says Carlos Cordeiro, Intel Fellow and Wireless CTO, Client Computing Group, Intel.

Wi-Fi 7 will be the gold standard for at least 10 years of product releases, offering high speeds, increased stability, and low latency compared to existing solutions. For technology fans wanting more details, Wi-Fi 7 will feature wider 320 MHz channels in the 6GHz spectrum, higher order 4K QAM modulation, and improved channel utilization.

“Today’s milestone sends a clear message: the ecosystem is ready, and Wi-Fi 7 is here to deliver extraordinary capacity and blazing fast speeds to extend gigabit broadband. The reliable, low latency communication provided by Wi-Fi 7 is a key element of Broadcom’s vision for connecting everything as the Internet evolves to its next iteration,” says Vijay Nagarajan, vice president, Wireless Connectivity Division, Broadcom.

Also Read: How To Change Your Wi-Fi Password To Keep Intruders At Bay

For those less concerned about the details and more interested in future applications, the new Wi-Fi standard will almost certainly be put to work in augmented and virtual reality settings, enabling fast and steady streaming of ultra-high-definition 16K video.

As our homes become increasingly connected and more devices rely on wireless signals, gamers and work-from-home employees alike will benefit from massive speed increases, while regular multimedia users will benefit from stable streams and better utilization of high-speed broadband and fiber internet services.

The post Intel And Broadcom Show Off Super-Fast Wi-Fi 7 Technology appeared first on Tech Magazine.

Fortunately, changing the default Wi-Fi password to something more secure can be done in a couple of minutes. Here’s what you need to do:

Step 1: Open Your Router’s Admin Panel

Every router has an admin panel that can be accessed by entering a specific IP address in the URL bar of your web browser. In most cases, the IP address is 192.168.1.1 or 192.168.0.1, but exceptions do exist. If neither of the two addresses works, look for the right one at the bottom or rear side of your router.

Step 2: Log In With The Admin Username & Password

With the admin panel opened in your web browser, you should see a login prompt. Enter the admin username (typically admin or root) and the admin password (you can try admin, root, or 12345 if you haven’t changed the password before).

Step 3: Go To The Wireless Security Section

There should be a section called Wireless, and it should contain a subsection called Wireless Security or something similar. If you can’t find it, please consult the manufacturer of your router.

Step 4: Enter The New Password In The Correct Field

Make sure to pick a password that can’t be brute-forced or easily guessed. The password should be at least 8 characters long, and it should include letters, numbers, and special characters. Long passphrases are also great options.

Step 5: Save Your Settings And Restart The Router

Your Wi-Fi network will be unavailable for a moment, and you’ll have to log in to it again using the new password with all your Wi-Fi devices.

Also Read: Everything You Need To Know About Wi-Fi 6

That’s how easy it is to change your Wi-Fi password to keep industries at bay! Since the steps described in this article can be applied to most routers with a traditional web-based admin panel, we encourage you to share them with your friends and loved ones.

The post How To Change Your Wi-Fi Password To Keep Intruders At Bay appeared first on Tech Magazine.

In this article, we explain how WiFi extenders work and provide detailed step-by-step instructions on how to set up your Netgear WiFi extender to achieve the best coverage possible.

What Is A WiFi Extender?

A WiFi extender is a handy device whose purpose is to extend the coverage of an existing WiFi network. It does this by receiving the existing signal broadcasted by your WiFi router, amplifying it, and then transmitting the implied signal as a separate WiFi network.

Indeed, most WiFi extenders create their own WiFi network, which is often considered to be their biggest downside. The only exception to this are mesh WiFi extenders, which simply extend the range of your existing network without broadcasting a separate SSID (Service Set Identifier).

Another downside of WiFi extenders is the fact that they reduce the total amount of available bandwidth in half, leading to slower connection speeds. This downside is offset by the performance boost associated with great signal strength, so a well-placed and properly configured WiFi extender can greatly improve your online experience.

How To Set Up Netgear WiFi Extender?

Setting up a Netgear WiFi extender is easy, and you don’t need any specialized equipment or skills. All you need to do is follow our step-by-step instructions:

1. Connect your Netgear WiFi extender to a suitable wall outlet. The outlet should be located halfway between your WiFi router and the area where you want to extend the router’s signal.
2. Grab a laptop or smartphone and connect to the extender’s WiFi network. It should have “NETGEAR” in its name. If you’re asked to enter a password, try “password” or “admin.”
3. Go to mywifiext.net and click or tap the NEW EXTENDER SETUP button.
4. Select your extender’s admin credentials. Make sure to remember them or save them someplace safe because you’ll need them to access the router’s admin interface in the future.
5. Connect the extender to your existing WiFi network. Keep in mind that if you ever change the password or name of your main WiFi network, you will have to reconnect your WiFi extender.
6. Name the WiFi network broadcasted by the Netgear WiFi extender and secure it with a strong password or passphrase. If you own a mesh WiFi extender, you should be able to use the same WiFi name and password as your existing network.
7. Complete the setup process and connect your WiFi-enabled devices to the new network.

As you can see, it can take just a few minutes to set up a Netgear WiFi extender from scratch. If you would like to go a step further and ensure that you’re getting the best coverage possible, you can download a WiFi Heatmapper to your laptop and use it to discover areas of signal weakness. Simply moving either your router or extender to a different place could be enough to achieve even coverage.

The post How To Set Up Any Netgear WiFi Extender appeared first on Tech Magazine.

What Is Wi-Fi 6?

Most people who are not tech geeks or don’t work with wireless networks for a living find the names of Wi-Fi standards utterly confusing. The Wi-Fi Alliance had been aware of this issue for quite some time, which is why they decided to come up with a more memorable name for their next Wi-Fi standard.

So why did they choose 6 and not 3 or 10? Because the Wi-Fi Alliance is also retroactively renaming the previous standards to bring some consistency into their naming scheme:

• 11b is now called Wi-Fi 1
• 11a is now called Wi-Fi 2
• 11g is now called Wi-Fi 3
• 11n is now called Wi-Fi 4
• 11ac is now called Wi-Fi 5
• 11ax is now called Wi-Fi 6

That’s right, Wi-Fi 6 is the same standard as 802.11ax, which is how many people in the industry referred to it in the past. Even today, you can still see some writers and vendors using the two terms interchangeably.

What Are The Main Benefits Of Wi-Fi 6?

Okay, we’ve established that Wi-Fi 6 is the next-generation standard in Wi-Fi technology and the successor to 802.11ac, but what are its main benefits? Do we even need a new Wi-Fi standard given that the current one allows us to do just about anything we want?

On its website, the Wi-Fi Alliance mentions the following key benefits:

• Higher data rates: The most commonly supported Wi-Fi standard today, 802.11ac (Wi-Fi 5), offers up to an impressive 6.97 Gbps of bandwidth for 8 streams. Wi-Fi 6 bumps the maximum data rate to 9.607 Gbps thanks to its support for the 1024 quadrature amplitude modulation (QAM) modulation, which essentially allows it to send more information with each transmission.
• Increased capacity: There’s a chance that your current Wi-Fi router supports multi-user MIMO (MU-MIMO), a technology that makes it possible for the router to serve multiple users in parallel. Wi-Fi 6 introduces an improved version of MU-MIMO, enabling routers to not only transmit concurrently to multiple devices but also simultaneously receive information from them.
• Performance in environments with many connected devices: These days, Wi-Fi networks are everywhere, and the number of devices that connect to them is growing at a rapid pace. To improve performance in environments with many connected devices, Wi-Fi 6 is introducing support for spatial frequency reuse. With this technology, it’s possible to differentiate transmissions in their own network from transmissions in neighboring networks.
• Improved power efficiency: Most Wi-Fi devices rely on battery power, and Wi-Fi 6 aims to improve their efficiency by making it possible for them to wake up at other periods than the beacon transmission period. This new feature is called Target Wake Time, and it basically turns your router into a traffic cop.

Overall, Wi-Fi 6 is ready for a world where all kinds of devices — from personal computers to smartphones to smart home products — connect to the internet wirelessly. It offers greater theoretical speeds, increased capacity, and improved power efficiency, among other things.

Do My Devices Support Wi-Fi 6?

Any device purchased before 2019 is unlikely to support Wi-Fi 6 because the Wi-Fi Alliance has been officially certifying devices only since mid-September 2019.

The first smartphone in the world to receive official certification was the Samsung Galaxy Note 10, which was released on August 7, 2019. Other smartphones that support Wi-Fi 6 include the Huawei P40 Pro, iPhone 11, LG V60 ThinQ, OnePlus 8 and 8 Pro, and Samsung Galaxy Fold, just to name a few.

There are currently not many laptops with Wi-Fi 6 support, but you can expect to start seeing them in the near future. Your best options at the moment include the Dell XPS 13 (2020), HP Spectre x360, Lenovo Yoga c940, and LG Gram 17.

Of course, buying a device that supports Wi-Fi 6 won’t provide any benefits unless you also buy a Wi-Fi 6 router. If you have a large budget, then you can go for the Asus ZenWifi AX, a powerful mesh Wi-Fi system, but there are also much less expensive options, such as the TP-Link Archer AX10, a dual-band router with full support.

Also Read: How To Find & Cancel Pending Instagram Requests

Conclusion

The new standard or Wi-Fi is finally here, and there are already quite a few devices that support it. By connecting a device to a router that supports the new standard, you can enjoy faster connection speeds, greater capacity, and improved power efficiency, among other things.

The post Wi-Fi 6: Everything You Need To Know appeared first on Tech Magazine.