![](https://lp.plume.com/rs/776-GZM-466/images/thumbnail_whitepaper_maximizing_wifi_6E_944X586.png)
Maximizing WiFi 6E: How to embrace the 6 GHz spectrum—and the future—now
Discover how CSPs can intelligently manage the complexity of WiFi 6E and start offering new services that take advantage of the 6 GHz band availability
WiFi 6E is expected to be a game-changer for consumers and enterprises alike. Extending the efficiency features from WiFi 6 like OFDMA, WPA 3, and target wake time to the new ultrawide 6 GHz band, the market will certainly see exciting developments in products and services that rely on bandwidth-intense connectivity.
The primary use cases that WiFi 6E will support include:
![](https://lp.plume.com/rs/776-GZM-466/images/icon_iot_141X124_white.png)
Broader adoption of IoT
both by consumers and enterprises.
![](https://lp.plume.com/rs/776-GZM-466/images/icon_play_button_118X118_white.png)
Multigigabit video streaming
such as 4K and 8K video.
![](https://lp.plume.com/rs/776-GZM-466/images/icon_ar_120X120_white.png)
New generations of augmented reality
and virtual reality technology.
However, reaping the full benefits of WiFi 6E depends on getting it right from the start. While WiFi 6 access points (APs) require more optimization than previous WiFi generations, WiFi 6E APs need even more sophisticated management to avoid interference and ensure 6 GHz-capable customers are connecting on the 6 GHz band. Between topology management and steering, a lot can (and will) go wrong.
Read our new whitepaper to find out how CSPs can manage the complexity of WiFi 6E in today’s congested home networks, transition to a centralized system that enables intelligent network management and optimization, and start delivering cloud-based services that take advantage of the 6 GHz spectrum.