In a system, most of the chips need to communicate with each other to make sure the system meets its functionalities. Each chip would be manufactured and tested from different facilities under different methods. So, it becomes crucial for the Validation Engineers to validate the functionalities of the chips. Mainly digital communication validation becomes challenging to ensure that their devices are communicating correctly in all cases. It includes analyzing the digital protocols, interpreting the protocol message, protocol parameters, and signal quality, and verifying if all meet the needs using a logic analyzer or an oscilloscope. In addition to the manual work, this also requires a strong understanding of the digital protocol to analyze and decode properly. These tasks can become very time-consuming and prone to human analysis errors. To make this task easier, we need:

• A simplified solution to interpret digital protocol waveforms and messages.
• An automated Electrical Parameters Measurement that helps to validate Signal Quality and Reliability.
• An easy-to-use interface for interactive tasks and automation.
• The Ability to perform analysis without having to use a specialized, expensive oscilloscope.