在高级联网络中改进同步行为

Dirk Mohl Hirschmann, Markus Renz Hirschmann
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引用次数: 18

摘要

两个版本IEEE1588标准草案中定义的边界块(BC)在级联网络中使用时存在两个问题。即网络重构后,存在较强的非线性,同步精度下降,再同步时间上升。为了消除这些影响,在IEEE 1588标准第2版中引入了透明时钟(TC)的概念。优化控制回路的使用显示出在大范围级联上明显改善的重构行为和线性降低的同步精度。本文还将介绍高级联IEEE 1588使能开关的相关测量结果。将优化后的控制回路结果与基于tc和未优化的bc的类似配置进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improved synchronization behavior in highly cascaded networks
The boundary blocks (BC) defined in both versions of the IEEE1588 standard respectively draft standard evidence two problems when used in cascaded networks. Namely, there is strong nonlinear decreasing synchronization accuracy and rising resynchronization time after network reconfiguration. To eliminate these effects the concept of transparent clocks (TC) has been introduced in the IEEE 1588 standard version 2. The use of optimized control loops shows a clearly improved reconfiguration behavior and linear decreasing synchronization accuracy over a wide range of cascades. The paper furthermore will present related measurement results of highly (30) cascaded IEEE 1588 enabled switches. The results of the optimized control loops are compared with similar configurations based on TCs and BCs without optimization.
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