有效双内偏度(EIPS)

Se-jung Moon, Jianting Li, Xinjun Zhang, Chien-Ping Kao, Beomtaek Lee, H. Dsilva, Jong-Ru Guo
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引用次数: 1

摘要

在高速差分(HSD)接口设计中,当链路速度超过56Gbps以上时,对内倾斜变得越来越重要。差分对内的歪斜(对内歪斜)恶化了接收机的睁开眼,并在HSD信号中显著降低了信道性能。然而,业界缺乏准确和稳定的对内偏度测量方法,这在互连测试和鉴定方面造成了很大的差距。本文介绍了有效对内偏斜(EIPS),它是直接从s参数数据作为单个值计算出来的,不需要进行时域转换。EIPS通过与PCIe Gen5 32Gbps NRZ信号的HSD链路中的睁开眼和共模噪声(CMN)进行关联来验证。用于EIPS计算的MATLAB脚本包含在附录中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Intra-Pair Skew Metric, EIPS (Effective Intra-Pair Skew)
In the high-speed differential (HSD) interface design, the intra-pair skew becomes more critical as the link speed is ever increasing beyond 56Gbps+ signaling. The skew within a differential pair (intra-pair skew) deteriorates eye opening at the receiver and degrades the channel performance significantly in HSD signaling. However, industry lacks in an accurate and stable intra-pair skew measurement methodology, which created a significant gap in interconnect testing and qualification. In this paper, the effective intra-pair skew (EIPS) is introduced, which is directly calculated from S-parameter data as a single value without time-domain conversion. The EIPS is verified by correlating to the eye opening and the common-mode noise (CMN) in the HSD link of PCIe Gen5 32Gbps NRZ signaling. The MATLAB script for the EIPS calculation is included in the appendix.
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