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Mon 8 Jun | 08:00 - 09:40
Room: 252AB
This session presents recent advances in highly integrated RF transceiver and beamforming architectures that enable next-generation wireless infrastructure and high-resolution sensing. The talks span a wide range of mm-wave applications, including a 57–67GHz four-channel transmitter with fine-resolution phase shifting and built-in self-test for Doppler-offset FMCW radar, a high-linearity K-band multi-beam transmitter IC targeting LEO SATCOM, and a high-power SiGe TXSIP delivering more than 32dBm across the 71–86GHz E-band for point-to-point backhaul. Complementing these mm-wave front-ends, the session also features a single-chip ORAN-compliant 4TX-4RX 5G radio-unit transceiver that bridges Ethernet to RF for compact, power-efficient base-station deployments.
08:00 - 08:20
Mo1A-1 Ethernet to RF: Single Chip ORAN 4TX/4RX 5G Radio Unit Base Station Transceiver
08:20 - 08:40
Mo1A-2 A 57–67GHz +14dBm 4-Channel Transmitter With 7-Bit Phase Shifter and Built-In Self-Test for Doppler-Offset Doppler Division Multiplexing FMCW Radar
08:40 - 09:00
Mo1A-3 A K-Band Fully-Connected 4-Channel Beamforming Transmitter IC for LEO SATCOM in 65nm CMOS
09:00 - 09:20
Mo1A-4 A SiGe TXSIP for E-Band Point-to-Point Systems from 71 to 86GHz with >32dBm Output Power