This course, "Communication Protocols: UART, USART, I2C, I3C, SPI, GPIO, “untangles the mystery of low-speed interfaces for embedded systems and microcontrollers.” There are no programming prerequisites to it, and all that is required is a simple understanding of digital electronics. Master the basics of communication protocols and acquire knowledge of data transfer methods, complex sampling procedures, and data transmission.
"Communication Protocols: UART, USART, I2C, I3C, SPI, and GPIO” provides comprehensive and detailed information and guidance on how to solve those operating modes with actual examples. This will take you through signal flows and packet formats and flow. Understand how RS232, RS422, RS485, and SMBus work and learn more about SPI, CPOL, and CPHA clock modes.
Additionally, shift to the use of informative quizzes to enhance your understanding and then receive help from highly qualified teachers. All the course material and future content are within your reach, enabling you to comprehend the low-speed communication protocols in the fields of embedded systems and microcontroller interfaces easily.
Communication Protocols: UART, USART, I2C, I3C, SPI, GPIO Table of Contents:
- Introduction (01:08)
- Types of Communication (01:45)
- Serial vs Parallel (02:33)
- Parallel Communication Limitation (02:24)
- Data Transfer Modes (01:54)
- Data Transmission Modes (02:16)
- OSI Model (03:47)
- Communication Protocol Definitions (02:45)
- Communication (2 questions)
- UART Protocol (01:17)
- UART signals and modes (01:52)
- Baud Rate (02:04)
- UART Packet Format (01:41)
- UART Packet Flow (01:09)
- UART Packet Flow example (02:37)
- UART Pros and Cons (01:14)
- RS232 (01:24)
- UART vs RS232 (01:53)
- RS232 Electrical Characteristics (01:39)
- RTS and CTS (02:02)
- RS232 Working (01:45)
- RS422 and RS485 (02:19)
- Physical Connectors (01:58)
- USART (01:35)
- USART Modes (01:30)
- UART (3 questions)
- Introduction (01:12)
- I2C Protocol (01:45)
- I2C signals and modes (01:50)
- I2C Speed modes (02:13)
- I2C Packet (02:44)
- I2C Packet Flow (02:54)
- I2C Address modes (03:23)
- Multiple Slaves Connection (02:36)
- Multi Slaves Packet Flow (02:41)
- Master Arbitration (02:39)
- Open Drain IO (03:12)
- Repeated Start (03:12)
- Clock Stretching (02:45)
- I2C Debug options (02:48)
- SMBus (03:19)
- I3C Protocol (03:33)
- I2C vs I3C (02:54)
- I3C Packet flow (03:03)
- I2C (3 questions)
- Introduction (01:14)
- SPI Protocol (02:19)
- SPI Signals and Speed (03:31)
- Slave Select (01:42)
- Multiple Slaves (03:05)
- CPOL and CPHA (03:23)
- SPI Clock Modes (02:49)
- SPI Packet Flow (02:19)
- SPI on 3 wires (01:38)
- Dual SPI (01:44)
- Quad SPI (01:33)
- SPI (2 questions)
- Introduction (01:03)
- GPIO (02:26)
- GPIO functions (03:09)
- GPIO Applications (02:14)
- Drive Strength (02:29)
- IO Configuration (02:43)
- GPIO (2 questions)
- UART vs I2C vs SPI (05:08)
- Conclusion (01:07)
Who is this course for?
- Embedded systems Validation and Testing engineers.
- Electronics and Electrical graduates.
