Low Crosstalk Simultaneous 16-channel × 25 Gb/s Operation of High Density Silicon Photonics Optical Transceiver. - Tsuyoshi Aoki; Shigeaki Sekiguchi; Takasi Simoyama; Shinsuke Tanaka; Motoyuki Nishizawa; Nobuaki Hatori; Yohei Sobu; Akio Sugama; Tomoyuki Akiyama; Akinori Hayakawa; Hidenobu Muranaka; Toshihiko Mori; et al. (ECOC, 2017)

Low crosstalk simultaneous 12 ch × 25 Gb/s operation of high-density silicon photonics multichannel receiver. - Tsuyoshi Aoki; Tomoyuki Akiyama; Akio Sugama; Akinori Hayakawa; Hidenobu Muranaka; Takasi Simoyama; Shinsuke Tanaka; Motoyuki Nishizawa; Nobuaki Hatori; Yohei Sobu; Yanfei Chen; Toshihiko Mori; et al. (OFC, 2017)

On-Package High-Density Silicon Photonics Optical Transceiver. - Tsuyoshi Aoki; Shigeaki Sekiguchi; Takasi Simoyama; Shinsuke Tanaka; Motoyuki Nishizawa; Nobuaki Hatori; Yohei Sobu; Akio Sugama; Tomoyuki Akiyama; Akinori Hayakawa; Hidenobu Muranaka; Toshihiko Mori; et al. (ECOC, 2018)

Error-Free Loopback of a Compact 25 Gb/s × 4 ch WDM Transceiver Assembly Incorporating Silicon (De)Multiplexers with Automated Phase-Error Correction. - Tomoyuki Akiyama; Tsuyoshi Aoki; Takasi Simoyama; Akio Sugama; Shigeaki Sekiguchi; Yohei Sobu; Shinsuke Tanaka; Yu Tanaka; Seok-Hwan Jeong; Motoyuki Nishizawa; Nobuaki Hatori; Akinori Hayakawa; et al. (OFC, 2018)

Temperature-Tolerant Crosstalk-Free WDM Demultiplexing Using Controller-Integrated Cascaded AMZ Triplet (CAT) on Si Nano-Waveguide PIC Platform. - Tomoyuki Akiyama; Motoyuki Nishizawa; Akio Sugama; Yasuhiro Nakasha; Shinsuke Tanaka; Yu Tanaka; Takeshi Hoshida (ECOC, 2021)

Demonstration of Crosstalk-Free WDM Demultiplexing on Si Nanowire PIC Controlled by Si CMOS ASIC. - Tomoyuki Akiyama; Motoyuki Nishizawa; Akio Sugama; Yasuhiro Nakasha; Shinsuke Tanaka; Yu Tanaka; Shoichiro Oda; Takeshi Hoshida (OFC, 2021)

First Demonstration of Crosstalk-Free (< -38.5 dB) 32-ch DWDM Demultiplexer on Standard Si PIC Platform. - Tomoyuki Akiyama; Motoyuki Nishizawa; Akio Sugama; Yasuhiro Nakasha; Shinsuke Tanaka; Yu Tanaka; Takeshi Hoshida (OFC, 2022)