⚡ 本页包含 AI 生成的分析内容，仅供参考
该论文设计了一款基于16nm FinFET工艺的400Gb/s PAM-4收发器，用于短距离光直接检测应用。解决了高数据速率光互连中的带宽和功耗挑战。
F. Rad3, J. Riani3, J. Pernillo3, J. Sun1, J. Wong3, K. Abdelhalim2, K. Gopalakrishnan3, K. Kim2, L. Tse3, M. Davoodi2, M. Le2, M. Zhang3, M. Talegaonkar2, P. Prabha2, R. Mohanavelu3, S. Chong1, S. Forey4, S. Netto3, S. Bhoja3, W. Liew1, Y. Duan3, Y. Liao3 Inphi Corporation, Singapore, Singapore Inphi Corporation, Irvine, CA 3 Inphi Corporation, Santa Clara, CA 4 Inphi Corporation, Northants, United Kingdom 1 2 PAM-4 has become the mainstream modulation format for short-reach (<2km) optical interconnects at data rates of 50Gb/s and above [1,2]. For more efficient utilization of optical bandwidth in large-scale data centers, data rates of 100Gb/s per wavelength are required. This data rate imposes aggressive requirements on transceiver bandwidth (BW) and jitter. In addition, due to thermal constraints, transceivers must consume low power to help meet optical module power budgets specified by the multisource agreements (MSA) such as QSFP-DD and OSFP. This
C. Loi1, A. Mellati2, A. Tan3, A. Farhoodfar3, A. Tiruvur3, B. Helal3, B. Killips4,