Given the need for ever-increasing Wi-Fi data rates and number of connections, IEEE 802.11ax builds on 802.11ac at the physical layer by adding support for both 2.4 GHz and 5 GHz as well as denser modulation. That is, 1024 QAM to increase data rates. The so-called "Wi-Fi 6," IEEE 802.11ax also adds orthogonal frequency-division multiple… The post Test 802.11ax signal quality for transmitters and receivers appeared first on Electrical Engineering News and Products.
Test 802.11ax signal quality for transmitters and receivers
Medical Design Technology - 23 Jan 2020 07:03
Given the need for ever-increasing Wi-Fi data rates and number of connections, IEEE 802.11ax builds on 802.11ac at the physical layer by adding support for both 2.4 GHz and 5 GHz as well as denser modulation. That is, 1024 QAM to increase data rates. The so-called "Wi-Fi 6," IEEE 802.11ax also adds orthogonal frequency-division multiple… The post Test 802.11ax signal quality for transmitters and receivers appeared first on Electrical Engineering News and Products.
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