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① Increase access point capacity

Wi-Fi 6 uses a technique called Orthogonal Frequency Division Multiple Access. This technology can divide a wireless channel into multiple sub-channels, and each sub-channel has the ability to carry data for different devices. ethernet to rs485 adapter It makes Wi-Fi 6 better suited to handle the access needs of modern IoT and workplaces.
② Faster speed

The theoretical speed of Wi-Fi 6 is 9.6Gbps. It achieves this speed boost by combining 2.4GHx and 5GHz frequency bands and employing MU-MIMO technology in uplink and downlink data transmission.

More efficient data encoding leads to higher throughput. With Wi-Fi 6, a single device can achieve up to 40 percent faster data transfer speeds compared to Wi-Fi 5. Even 2.4GHz networks will experience higher speeds when using a Wi-Fi 6 router.
③ Larger channel width

5GHz channels allow you to aggregate 20MHz channels into 40MHz and 80MHz channels, giving you higher speeds. With Wi-Fi 6, it even goes up to 160MHz channels.
④ Wi-Fi sleep

The Wi-Fi 6 protocol effectively puts some devices' Wi-Fi to "sleep" when not in use. This frees up bandwidth by "sleeping" unused connections. Additionally, battery life is extended through a feature called Target Wake Time (TWT). TWT enables a Wi-Fi access point to communicate with your device to tell it when exactly to wake up its Wi-Fi radio and go to sleep. This helps save power.