All sorts of applications make use of serial communication methods and techniques. Machines, tools, and instruments can communicate over serial connections, household appliances do too, and some of the integrated circuits (ICs) inside a device use serial communication. Because there are so many applications for it, there are also many ways to do serial communication.

What is Serial Communication?

Serial data transfer refers to the process of sending data sequentially. Sequentially means one after the other. Therefore, in serial data transfer, one piece of data is sent after the other. In this video, we look at a few of them in more detail.

Serial, I²C and SPI

There are many protocols for communicating serially, way too many to treat them all in one video. Therefore, we concentrate on UART Serial, RS-232 and friends, the Serial Peripheral Interface or SPI and the Inter Integrated Circuit bus better known as I²C.

 
 

What You Will Learn

  • How do serial, RS-232, I²C, and SPI protocols work, and what sets them apart
  • Troubleshoot communication issues in electronic systems
  • Select the best protocol for your specific project needs
  • How to optimize communication performance in your electronic systems

Whether you're a beginner or an experienced professional, this webinar will provide you with valuable insights to help you streamline your work in electronic systems.