13 Qorvo 2020
QPQ1906 Wi-Fi/IoT
bandBoost
™
Filter
QPQ1906EVB-01 Evaluation Board
• Low loss in the Wi-Fi band
• High near-in rejection in the 2.4GHz freqency
• High power handling to +28dBm averaged
input power
• Evaluate the QPQ1906 Wi-Fi®/IoT bandBoost filter
• This filter features low insertion loss in
the Wi-Fi channels 10-11
• Can be used in access points,
wireless routers and residential
gateways.
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Table 4 802.11ac vs 802.11ax
802.11ax protocol solves this problem through OFDMA
and schedule-based resource allocation. 802.11ax
access points dictate when the device will operate, thus
handling clients more efficiently. Resource scheduling also
significantly reduces the power consumption during sleep
time, which improves battery life of clients. Table 4 lists
the differences between 802.11ac and 802.11ax protocols.
Qorvo's broad 802.11ax portfolio includes 2.4GHz and 5GHz
front-end modules (FEMs) and bulk acoustic wave (BAW)
filters. The portfolio's high energy-efficient FEMs reduce
thermal issues associated with supporting MIMO in Wi-Fi
equipment, allowing manufacturers to reduce product size
and cost. Qorvo's edgeBoost™ (bandedge) and coexBoost™
(coexistence) BAW filters improve Wi-Fi quality of service
and prevent interference with adjacent LTE frequencies.
Summary
Qorvo is a leading provider of Wi-Fi connectivity solutions
with a significant market share. Qorvo's portfolio of radio-
frequency (RF) components provide efficient solutions with
reliable coverage in smallest form factor that help improve
the overall range, capacity, and throughput.
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