WiFi6E and previous generation WiFi use the 2.4 GHz and 5 GHz radio bands. The “WiFi 6E” device is a device that also works in the 6GHz band.
What is Wi-Fi 6E?
The 6GHz spectrum should work like 5GHz WiFi6, but it doesn’t provide overlapping channels. As the WiFi Alliance states, WiFi6E allows “14 additional 80MHz channels and 7 additional 160MHz channels”. These channels do not overlap, which reduces congestion, especially in high-traffic areas. Devices that communicate in the 6GHz spectrum of the network are also WiFi6E devices. Older devices using standards like WiFi 5 (802.11ac) do not.
All devices on the 6 GHz channel speak the same language and can use the new WiFi 6 congestion detection. Efficiently brought forward. With increasing mobile internet usage, internet usage on mobile phones is in the 70-80% range, and WiFi 6 is slow, congested and has many disadvantages that often prevent people from opting for open networks.
What Does Wi-Fi 6E Offer to Users?
This technology, which supports the 6 GHz frequency, provides users with higher efficiency than standard WLANs. This technology was developed primarily for use in public places and will be made available to all users in the future. Thanks to the WiFi6E 6 GHz frequency, users can output large amounts of data. In addition, the scope of wireless internet has been greatly expanded.
Thanks to the WiFi6E technology offered to users, 4K and 8K resolution videos and virtual reality applications can be watched more easily. As mentioned at the beginning of the article, this technology is primarily used by public institutions and organizations. This technology will gradually be offered to standard users through public institutions and internet usage will be greatly facilitated.
What are the Differences Between Wi-Fi 6 and Wi-Fi 6E?
WiFi6E technology uses currents from 2.4 GHz to 5 GHz, while WiFi6E vs WiFi6 technology uses currents at 6 GHz. Thanks to the 6GHz current used, higher data efficiencies can be achieved. Another key difference between the two wireless internet technologies is device compatibility. Devices adopting WiFi6E technology support older ones, while upgraded technology 6E only supports newer devices. If users are using the 6GHz frequency, they should use a device that supports WiFi6E technology.
This technology, which will be available to all users in the near future, will make internet use much easier.
In short, WiFi6E is the name of a new extension to the existing WiFi6E standard, indicating that it can support the new 6GHz frequency. This increases spectrum, increases throughput and reduces latency.
What Innovations Will WiFi6E Bring to the Internet World?
WiFi6E has many advantages in terms of features. Among them, the most famous can be listed as follows:
WiFi6E is very powerful and fast. WiFi6E technology allows you to connect dozens of devices to your network. WiFi 6 has a stronger security protocol so you can have a more secure connection. WiFi6E technology ensures efficient use of bandwidth. This technology is flexible. It shows high performance. WiFi 6 is much more scalable. Increase work efficiency with a new modulation method. It offers much higher performance in advanced applications such as 4K or 8K video, HD applications, all wireless offices and the Internet of Things (IoT).
With this technology, communication between devices is planned over a router. This means that the device does not always keep the antenna on to send and receive signals. Therefore, it consumes less battery and has a longer battery life. Eliminate the difference between wired and wireless connections. Even video game aficionados who use wires can opt for a wireless connection.
Considerations When Moving To Wi-Fi 6
Infrastructure must be configured to support WiFi 6 and receive WiFi6E compatible devices. WiFi6 technology requires more power. Therefore, you need to ensure that you are providing adequate power to the access points (APs) in your network. The WiFi6E AP can generate a lot of traffic. You can serve many devices in your network. Therefore, high-speed copper ports are available during infrastructure preparation. When purchasing a WiFi 6 product, you need to check whether the product has a certificate. WiFi6E installation is faster and faster.
WiFi6E Features
Lots of bandwidth for ltraHD and VR broadcasts. Multi-link support for multi-streaming options. More bands than (1 and 6GHz and 2.4GHz and 5GHz). Said bandwidth is divided into additional channels, providing more communication options. The packet contains more data and the network can handle different data streams at the same time. Up to 4x more power at maximum range. Improves performance outdoors and in crowded environments. Reducing wireless data traffic from underserved networks.
Developing Wi-Fi 6 to Include 6 GHz
Companies like Qualcomm know they need more network bandwidth than 2.4 GHz or 5 GHz to provide the quality of service they need on their next-generation networks. The 2.4 GHz band is saturated with common electronics, but not sufficient for wider bandwidth channels such as 5 GHz, 80 MHz and 160 MHz. Due to next-generation network requirements, big tech companies want to open 6 GHz for unlicensed technology and divide it into four subbands with different technical rules and protections. The IEEE 802.11ax Working Group has also decided to include this new band in WiFi 6. Allowing the -6 GHz band to be used as an unlicensed area enables faster and more innovative investment and research in next-generation technologies without FCC approval.
Also note that WiFi 6 or 802.11ax is just one of the wireless standards currently in development for various networking requirements. Many standards such as 11ad/month, 11ah are also being developed. As Qualcomm points out, the problem is not the speed of the wireless network, but the ability of the wireless network to meet the growing demand for different types of devices and services. WiFi 6 greatly improves network performance in crowded areas such as stadiums and homes.
For this reason, it is thought to be adopted much earlier than other standards. As broadband connections between 100 Mbit/s and 1 Gbit/s become more accessible to private users and everything gets online in the Internet of Things, the need for WiFi 6 will increase even more.
How Faster Is Wi-Fi 6?
9.6 Gbit/s is the maximum throughput of WiFi 6 over multiple channels. WiFi 5 offers up to 3.5 Gbit/s. However, these are theoretical maximums. Real-world local networks may not reach these maximum speeds. However, the maximum levels are spread across multiple devices, so devices with WiFi 6 can enjoy much higher speeds even if they haven’t reached their maximum potential.WiFi 6 uses various technologies to achieve higher data rates.
The most important of these techniques is more efficient data coding. This is made possible by a more powerful processor and smart use of radio range. WiFi 6 can achieve shorter latency times. This is done by managing large amounts of network traffic more efficiently. WiFi 6 brings wired and wireless signals closer together. This may prevent more users from connecting to the modem. Instead of taking advantage of the flexibility of wireless networks, many gamers and creators use Ethernet cables to connect directly to routers and switches.
