AWMF-0135

AWMF-0135 26 GHz Si Core IC

AWMF-0135 K-Band Silicon 5G Quad Core IC

  • 24.25-27.5 GHz operation
  • Supports 4 radiating elements
  • Tx/Rx half duplex operation
  • Single antenna for Tx and Rx
  • 5 bit phase and gain control
  • Fast beam steering

AWMF-0135 Product Overview

AWMF-0135 Developer Kit Product Overview

 

 

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The AWMF-0135 is a highly integrated silicon quad core IC intended for 5G phased array applications. The device supports four Tx/Rx radiating elements, includes 5 bit phase and 5 bit gain control for analog RF beam steering, and operates in half duplex fashion to enable a single antenna to support both Tx and Rx operation. The device provides 23 dB gain and +10 dBm output power during transmit mode and 26 dB coherent gain, 5.0 dB NF, and -28 dBm IIP3 during receive mode. Additional features include gain compensation over temperature, temperature reporting, Tx power telemetry, and fast beam switching. The device features ESD protection on all pins, operates from +1.8 V, and is packaged in a 48 lead 6x6 mm QFN for easy installation in planar phased array antennas.

  • 24.25 – 27.5 GHz operation
  • +10 dBm Tx OP1 dB
  • +23 dB Tx gain
  • +26 dB Rx coherent gain*
  • 5.0 dB Rx NF
  • -28 dBm Rx IIP3
  • 5 bit phase control (LSB=11.25°)
  • 5 bit gain control (LSB = 1.0 dB)
  • 0.7 W DC Tx mode quiescent
  • 0.9 W DC Tx mode at P1dB
  • 0.5 W DC Rx mode

*NOTE: Coherent gain (CG) is the RF gain with all Rx input ports energized and is most useful for assessing RF power handling in the beam forming network. Electronic gain (EG) is the RF gain exclusive of the 4:1 sum and is most useful for cascaded NF and gain calculation. The total gain of the antenna aperture can be calculated from EG + 10*log(n), where n is the number of antenna elements in the array. Single path gain (SPG) is the RF gain with only one input port energized. This is representative of the RF gain measured in a 2 port measurement system, such as with the Developer’s Kit.

CG = SPG + 12 dB = EG + 6 dB for a quad IC

5G communications arrays