⚡ 本页包含 AI 生成的分析内容，仅供参考
该论文提出了一种高度可重构的40-97GS/s DAC和ADC，具有40GHz模拟前端带宽和低于35fJ/conv-step的能效，适用于400Gb/s相干光通信系统。通过优化架构和电路设计，解决了高速光互连中对灵活性和低功耗的需求。
E. Olsen1, F. Ahmad1, G. Hatcher1, J. Chana3, L. Biolato2, L. Tse4, L. Wang1, L. Wang4, M. Azarmnia1, M. Davoodi1, N. Campos2, N. Fan1, P. Prabha1, Q. Lu1, S. Cyrusian1, S. Dallaire5, S. Ho3, S. Jantzi1, T. Dusatko3, W. Elsharkasy1 Inphi, Irvine, CA Inphi, Cordoba, Argentina 3 Inphi, Vancouver, Canada 4 Inphi, San Jose, CA 5 Inphi, Ottawa, Canada 1 2 Low power digital signal processing (DSP) and optical integration have fueled the development of high-performance optical pluggable modules due to their deployment flexibility and network disaggregation. In addition, the rapid growth of new technologies such as 5G, cloud computing, IoT and AR/VR has prompted the demand for even higher data rates, requiring optical modules to scale beyond 400Gb/s while targeting the best possible tradeoff between power efficiency and reach. This necessitates more complex equalization schemes and coding techniques such as probabilistic shaping (PS) [1] and
R. L. Nguyen1, A. M. Castrillon2, A. Fan1, A. Mellati1, B. T. Reyes2, C. Abidin1,