一个45nm SOI-CMOS双锁相环处理器时钟系统,用于多协议I/O

D. Fischette, A. Loke, Michael M. Oshima, B. Doyle, Roland Bakalski, Richard Joseph DeSantis, Anand Thiruvengadam, C. L. Wang, G. Talbot, E. Fang
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引用次数: 24

摘要

随着高性能数字媒体处理器具有多个有线接口的出现,一个通用的多协议时钟系统对于降低成本和功耗至关重要。我们提出了一种45nm SOI-CMOS系统,该系统时钟为PCI Express®,DisplayPort和TMDS设计的8通道处理器I/O。它的环压控锁相环(RO-PLL)实现0.99ps的有效值抖动,在切换到辅助LC-VCO锁相环(LC-PLL)时可以进一步降低到0.55ps。如图13.2.1所示,时钟系统包含两个独立的频率合成器、一组可编程分频器以提供所需频率,以及时钟分配电路。此外,设计测试功能嵌入纠正PVT变化,以获得最佳抖动性能,并监测锁相环带宽和抖动峰值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A 45nm SOI-CMOS dual-PLL processor clock system for multi-protocol I/O
As processors emerge with multiple wireline interfaces for high-performance digital media, a common multi-protocol clock system is essential for cost and power reduction. We present a 45nm SOI-CMOS system that clocks an 8-lane processor I/O designed for PCI Express®, DisplayPort, and TMDS. Its ring-VCO PLL (RO-PLL) achieves 0.99ps rms jitter that can be reduced further to 0.55ps upon switching to its auxiliary LC-VCO PLL (LC-PLL). As seen in Fig. 13.2.1, the clock system contains the two independent frequency synthesizers, an arrangement of programmable dividers to provide the required frequencies, and clock distribution circuitry. Furthermore, design-for-test features are embedded to correct for PVT variation for optimum jitter performance and to monitor PLL bandwidth and jitter peaking.
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