Fully-Differential 100-Gb/s PAM4 Cross-Coupled Regulated Transimpedance Amplifier. - Dongfan Xu; Zhang Qiu; Xiongshi Luo; Xuewei You; Wenbo Xiao; Siqiang Zhu; Minzhe Tang; Zhenghao Li; Quan Pan 002 (ICTA, 2020)

A 56-Gb/s PAM4 Receiver Analog Front-End With Fixed Peaking Frequency and Bandwidth in 40-nm CMOS. - Zhenghao Li; Minzhe Tang; Taiyang Fan; Quan Pan 002 (IEEE Trans. Circuits Syst. II Express Briefs, 2021)

A 28GHz Area-Efficient CMOS Vector-Summing Phase Shifter Utilizing Phase-Inverting Type-I Poly-Phase Filter for 5G New Radio. - Minzhe Tang; Yi Zhang 092; Jian Pang; Atsushi Shirane; Kenichi Okada 001 (ESSCIRC, 2022)

A Power-Efficient 24-to-71 GHz CMOS Phased-Array Receiver Utilizing Harmonic-Selection Technique Supporting 36dB Inter-Band Blocker Rejection for 5G NR. - Jian Pang; Yi Zhang 092; Zheng Li 021; Minzhe Tang; Yijing Liao; Ashbir Aviat Fadila; Atsushi Shirane; Kenichi Okada 001 (ISSCC, 2022)

A 39-GHz CMOS Bi-Directional Doherty Phased-Array Beamformer Using Shared-LUT DPD with Inter-Element Mismatch Compensation Technique for 5G Base-Station. - Zheng Li 021; Jian Pang; Yi Zhang 092; Yudai Yamazaki; Qiaoyu Wang; Peng Luo; Weichu Chen; Yijing Liao; Minzhe Tang; Zhengyan Guo; Yun Wang 008; Xi Fu; et al. (VLSI Technology and Circuits, 2022)

A Power-Efficient CMOS Multi-Band Phased-Array Receiver Covering 24-71-GHz Utilizing Harmonic-Selection Technique With 36-dB Inter-Band Blocker Tolerance for 5G NR. - Yi Zhang 092; Jian Pang; Zheng Li 021; Minzhe Tang; Yijing Liao; Ashbir Aviat Fadila; Atsushi Shirane; Kenichi Okada 001 (IEEE J. Solid State Circuits, 2022)

A 39-GHz CMOS Bidirectional Doherty Phased- Array Beamformer Using Shared-LUT DPD With Inter-Element Mismatch Compensation Technique for 5G Base Station. - Zheng Li 021; Jian Pang; Yi Zhang 092; Yudai Yamazaki; Qiaoyu Wang; Peng Luo; Weichu Chen; Yijing Liao; Minzhe Tang; Yun Wang 008; Xi Fu; Dongwon You; et al. (IEEE J. Solid State Circuits, 2023)

IIPC: Intra-Inter Patch Correlations for Garment Collision Handling. - Ruisheng Yuan; Minzhe Tang; Dongliang Kou; Mingyang Sun; Dingkang Yang; Xiao Zhao; Lihua Zhang (ICME, 2024)

A 24-71-GHz Tri-Mode Mixer Using Harmonic Selection for Multi-Band 5G NR. - Dongfan Xu; Minzhe Tang; Yi Zhang 092; Zheng Li 021; Atsushi Shirane; Kenichi Okada 001 (ISCAS, 2024)

A 28GHz 4-Stream Time-Division MIMO Phased-Array Receiver Utilizing Nyquist-Rate Fast Beam Switching for 5G and Beyond. - Yi Zhang 092; Minzhe Tang; Jian Pang; Zheng Li 021; Dongfan Xu; Dingxin Xu; Yuncheng Zhang; Kazuaki Kunihiro; Hiroyuki Sakai 009; Atsushi Shirane; Kenichi Okada 001 (VLSI Technology and Circuits, 2024)

A Tri-Mode Harmonic-Selection Mixer with Multiphase LO Supporting 24.25-71GHz for Multi-Band 5G NR. - Dongfan Xu; Minzhe Tang; Yi Zhang 092; Zheng Li 021; Jian Pang; Atsushi Shirane; Kenichi Okada 001 (ASP-DAC, 2025)

A 4-Stream 8-Element Time-Division MIMO Phased-Array Receiver for 5G NR and Beyond Achieving 9.6Gbps Data Rate. - Yi Zhang 092; Minzhe Tang; Zheng Li 021; Dongfan Xu; Kazuaki Kunihiro; Hiroyuki Sakai 009; Atsushi Shirane; Kenichi Okada 001 (ASP-DAC, 2025)

SAF: Local Shape-aware Face-based Garment Collision Handling via Neural SDFs. - Minzhe Tang; Ruisheng Yuan; Dongliang Kou; Mingyang Sun; Lihua Zhang (ICASSP, 2025)

5.6 A Power-Efficient CORDIC-Less Digital Polar Transmitter Using 1b DSM-Based PA Supporting 256-QAM. - Yuncheng Zhang; Zezheng Liu; Duo Li; Minzhe Tang; Yi Zhang 092; Hongye Huang; Dingxin Xu; Waleed Madany; Ashbir Aviat Fadila; Wenqian Wang; Yuang Xiong; Daxu Zhang; et al. (ISSCC, 2025)

A 2.5 dB noise figure 28 GHz current-reused noise-cancelling LNA with gm-boosting in 65 nm CMOS for millimeter-wave MIMO applications. - Yi Zhang 092; Minzhe Tang; Dongfan Xu; Jian Pang; Hiroyuki Sakai 009; Kazuaki Kunihiro; Atsushi Shirane; Kenichi Okada 001 (IEICE Electron. Express, 2025)

A 640-Gb/s 4 × 4-MIMO D-Band CMOS Transceiver Chipset. - Chenxin Liu; Zheng Li 021; Yudai Yamazaki; Hans Herdian; Chun Wang; Anyi Tian; Jun Sakamaki; Han Nie; Xi Fu; Sena Kato; Wenqian Wang; Hongye Huang; et al. (IEEE J. Solid State Circuits, 2025)