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mouser.com/Qorvo
Q:
A:
4
Q: What specific products does
Qorvo suggest in Wi-Fi 6
applications?
A: First, select integration level for front-end
modules that cover 2.4 and 5GHz with filters
that address bandedge and coexistence, and
potential tri-band architectures. Second, is to
evaluate a component's product data sheet,
with key focus upon Dynamic EVM levels.It
accurately reflects how a PA in a Wi-Fi
system performs.
Q: With the buzz in the industry about Wi-Fi 6
moving up into the 6GHz range, what impact it
will have on devices?
A: The solution is to increase the bandwidth of Wi-Fi into
the 6GHz range, as this will improve cellular range, as this
will improve cellular handoff and user handoff and user
quality-of-service. 6GHz is well suited to facilitate Wi-Fi's
growth and provides greater availability of wider channel
sizes–enough to accommod ate 14 additional 80MHz
channels and seven additional 160MHz channels.
Moreover, this provides forward-looking capabilities for
Wi-Fi 7 and beyond, where bandwidths of 320MHz are
being discussed.
First, select integration level for front-end
modules that cover 2.4 and 5GHz with filters
that address bandedge and coexistence, and
potention tri-band architectures. Second, is to
evaluate a component's product data sheet,
with key focus upon Dynamic EVM levels. It
accurately reflects hoe a PA in a Wi-Fi
system preforms.
The solution is to increase the bandwidth of Wi-Fi into
the 6GHz range, as this will improve cellular range, as this
will improve cellular hando and user hando and user
quality-of-service. 6GHz is well suited to facilitate Wi-Fi's
growth and provides greater availability of wider channel
sizes — enough to accommodate 14 additional 80MHz
channels and seven additional 160MHz channels.
Moreover, this provides forward-looking capabilities for
Wi-Fi 7 and beyond, where bandwidths of 320MHz are
being discussed.
