A 100mW 3.0 Gb/s spectrum efficient 60 GHz Bi-Phase OOK CMOS transceiver

• DOI: 10.23919/vlsic.2017.8008515
• Publication Date: 2017-08-29T14:53:56Z
• Authors: Yun Wang; Bangan Liu; Hanli Liu; Aravind Tharayil ...; Jian Pang; Ning Li; Torn Yoshioka; Yuki Terashima; Haosheng Zhang; Dexian Tang; Makihiko Katsuragi; Daeyoung Lee; Sungtae Choi; Rui Wu; Kenichi Okada; Akira Matsuzawa
• Keywords: Transceiver; Amplitude-shift keying

A novel high-data-rate low-power spectrum-efficient 60GHz Bi-Phase-On-Off-Keying (BPOOK) transceiver is presented for indoor short-range IoT application targeting the common spectrum mask used in IEEE 802.11ad/ WiGig standards. By employing bi-phase encoder and double-balanced mixer, BPOOK transmitter efficient to be compliant with 2-channel bonding mask. The proposed OOK fabricated 65nm CMOS, achieves 3.0 Gb/s data-rate -46 dBm sensitivity, while consuming a power of 100mW including on-chip synthesizer.