*Summary* *i3C Basics* - i3C is a two-wire interface, an upgrade from i2C. - i3C can handle interrupts within the protocol, no separate lines needed. - Supports data rates up to 25 Mbps in DDR mode. *Advantages over i2C* - Cleaner, two-wire connection to CPU. - Higher data rates and lower power consumption. - Built-in interrupt handling. *i3C in Mobile Phones* - Handles various sensors like distance, light, temperature, etc. - Replaces messy i2C connections with cleaner i3C. *i3C Master-Slave Architecture* - i3C allows for one main master and multiple secondary masters. - Secondary masters can request bus mastership. *i3C IP Offerings* - i3C Master-Slave combo IP, Master-only IP, and Slave-only IP. - Compliant with i3C 1.1 specification. - Supports speeds up to 25 Mbps in DDR mode. *Demo Setup* - Consists of a PC, a microcontroller, and an i3C slave. - Demonstrates basic i3C operations like writing and reading data, executing global common command codes, and inbound interrupts. *Q&A Highlights* - Ternary modes not implemented due to patents and lack of customer interest. - Cycle stretching not part of i3C spec. - Hot join feature allows slaves to join the bus during operation.
What kinds of EVK software for PC are you using in your demo?
*Summary*
*i3C Basics*
- i3C is a two-wire interface, an upgrade from i2C.
- i3C can handle interrupts within the protocol, no separate lines needed.
- Supports data rates up to 25 Mbps in DDR mode.
*Advantages over i2C*
- Cleaner, two-wire connection to CPU.
- Higher data rates and lower power consumption.
- Built-in interrupt handling.
*i3C in Mobile Phones*
- Handles various sensors like distance, light, temperature, etc.
- Replaces messy i2C connections with cleaner i3C.
*i3C Master-Slave Architecture*
- i3C allows for one main master and multiple secondary masters.
- Secondary masters can request bus mastership.
*i3C IP Offerings*
- i3C Master-Slave combo IP, Master-only IP, and Slave-only IP.
- Compliant with i3C 1.1 specification.
- Supports speeds up to 25 Mbps in DDR mode.
*Demo Setup*
- Consists of a PC, a microcontroller, and an i3C slave.
- Demonstrates basic i3C operations like writing and reading data, executing global common command codes, and inbound interrupts.
*Q&A Highlights*
- Ternary modes not implemented due to patents and lack of customer interest.
- Cycle stretching not part of i3C spec.
- Hot join feature allows slaves to join the bus during operation.