QWX27115

5-7 GHz Edge AI Wi-Fi CMOS DPD-Efficient Linear FEM
The QuantalRF QWX27115 is a highly integrated monolithic DPD-Efficient Linear front-end module designed for Edge AI Wi-Fi devices such as AI/XR glasses, cameras, drones and robots, supporting all WLAN standards up to Wi-Fi 8. It features a patent-pending PA architecture providing superior linearity across all power modes, a low-loss single-pole, triple-throw (SP3T) switch and an LNA.
  • Linearity is optimized for Digital Pre-Distortion (DPD) for further improved EVM performance across all modulation classes.
  • All RF ports are matched on-chip to 50 ohms to minimize external components and application layout area, keeping the RF front end compact in space-constrained Edge AI designs.
  • The QWX27115 is fabricated as a monolithic die in CMOS SOI technology.

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Wi-Fi CMOS DPD-Efficient Linear FEM

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Applications

  • Edge AI Wi-Fi devices: AI/XR glasses, cameras, drones and robots
  • Wi-Fi 7 and Wi-Fi 8 systems
  • Smartphones and other battery-operated devices

Features

  • DPD-Efficient linear PA with superior output power and consistent linearity across all Wi-Fi channels
  • Monolithic die implementation in CMOS SOI ensures the smallest form factor
  • LNA with high gain, low power and bypass modes
  • Transmit with mid-power and low-power modes

Key Specifications

  • 5150 – 6425 MHz
  • 3.3V supply voltage for PA; 1.8V supply voltage for LNA
  • Transmit output power (DPD applied):
    • 21.5 dBm, 802.11a, 20 MHz, 3 dB SEM margin
    • 17 dBm, HE80, -42 dB DEVM
    • 17 dBm, HE160, -42 dB DEVM
    • 16 dBm, EHT320 -43 dB DEVM
  • Transmit gain: 26 dB (low power mode)
  • Current consumption:
    • 161 mA at 17 dBm (mid power mode) 
    • 115 mA at 14 dBm (low power mode)
  • Noise figure: 2 dB
  • Receive gain: 15 dB
  • 16-pin LGA, 2 x 2 mm