⚡ 本页包含 AI 生成的分析内容，仅供参考
该论文提出了一种用于GDDR7内存接口的42Gb/s单端混合判决反馈均衡（DFE）PAM-3接收机。通过采用混合DFE架构，解决了高速PAM-3信号在内存接口中的均衡问题，实现了高数据率传输。
Changhyun Pyo1, Seulgi Kim1, Byungjun Kang1, Eunji Song1, Kwangjin Na1, Jinyoup Cha1, Hyesoo Kim1, Shinyoung Park1, Woo-Seok Choi2, Kyunghoon Kim1, Hae-Kang Jung1, Joohwan Cho1, Jonghwan Kim1 SK hynix, Icheon, Korea Seoul National University, Seoul, Korea 1 2 *Equally Credited Authors (ECAs) Demand for high-bandwidth graphics memory is rapidly increasing for various applications such as AI, deep learning, autonomous cars, etc. To meet this demand, GDDR6X uses multi-level signaling (PAM4) for the first time in DRAM [1], while GDDR7 targets data-rates 28Gb/s or higher using PAM3 signaling. However, the increased data rate incurs higher inter-symbol interference (ISI), while PAM3 is more vulnerable to ISI than PAM2 signaling. Decision feedback equalizers (DFEs) are widely used in receivers (RX) to remove post-cursor ISI without amplifying noise. A PAM3 RX, with an analog DFE, typically employs
Boram Kim*1, Hankyu Chi*1, Hyeongjun Ko1, Sangyeon Byeon1, Sungkwon Lee1,