I3C

I3C Protocol: Understanding and Debug

What is MIPI I3C? The MIPI I3C Bus interface is an evolutionary specification that builds upon the legacy I2C standard. The aim is to reduce the number of physical pins...

Multi-Protocol Validation

Embedded Debug Time Challenge

Introduction Embedded development has many activities like board bring-up, device driver development, RTOS or kernel bring up and finally giving the board to the application team for further development. An...

Logic Analyzer Multi-Protocol Validation

Triggering Fundamentals – Logic Analyzer Triggers

WHAT IS TRIGGERING? The triggering feature allows engineers to capture a particular event of interest or data. Logic analyzers can be triggered on a variety of logical (Boolean) conditions. The...

I2C

I2C Signal Integrity: Measurement and Electrical Validation

Overview of I2C Bus: The I2C’s physical two-wire interface consists of a bi-directional serial clock (SCL) and data (SDA) lines. Each device that is connected to the bus is software-addressable...

I3C

I3C Protocol: Test Setup for Electrical Validation

I3C devices are going through mass adoption at the moment. One challenge however remains for I3C devices is interoperability. The I3C devices need to work with devices of other manufacturers....

I2C

I2C Clock Stretching

Introduction: I2C Protocol I2C Protocol stands for Inter Integrated-Circuit. I2C is a simple two-wire design, half-duplex serial communication protocol, and the data is transmitted bit by bit over a single...

Multi-Protocol Validation

Controller Area Network (CAN) Protocol Debugging

What is CAN protocol? The Controller Area Network (CAN) is a serial communications protocol that supports distributed real-time control with a very high level of security and efficiency.  Where is...