CROSSSYNC-PHY-USB

Characterize entire link training sequence with visibility of high-speed transmitter and receiver, sidebands, and USB power delivery. Observe speed changes in both electrical and protocol domains. Trigger on problematic link training behaviors and analyze their consequences through the entire protocol stack. Save, recall and re-analyze linked oscilloscope and protocol analyzer traces.

Faster root-cause analysis means fewer costly finger-pointing exercises. Trigger the protocol analyzer and oscilloscope captures on the same high-level event, then easily measure timing relationships between protocol and electrical domains.

Observe electrical-level results of protocol-level commands - combined navigation means always knowing which protocol and electrical behaviors happen at the same time. No single instrument or solution can deliver this level of cross-layer insight into link training behavior.

 

主机-设备链接训练

通过高速发射器和接收器、边带和 USB 功率传输的可见性来表征整个链路训练序列。 观察电气域和协议域中的速度变化。 触发有问题的链路训练行为并通过整个协议栈分析其后果。 保存、调用和重新分析链接的示波器和协议分析仪轨迹。

解决交互性问题

更快的根本原因分析意味着更少的昂贵的指责练习。 触发协议分析仪和示波器捕获同一高级别事件，然后轻松测量协议层和物理层之间的时序关系。

分析链路训练和功率传输

观察协议级命令的电气级结果——组合导航意味着始终知道哪些协议和电气行为同时发生。 没有任何一种仪器或解决方案可以提供这种水平的跨层链路训练行为洞察力。