MORE ABOUT I3C MASTER

The MIPI I3C specification relies on the I2C ecosystem and capabilities while retaining the two-wire serial interface, enable system designers to connect a wider range of sensors to a device while reducing electricity consumption and component and costs of implementation. Moreover, using an I3C master, manufacturers can combine a range of sensors from different suppliers to provide new features while maintaining long battery life and economical systems.

The MIPI I3C specification ensures backward I2C-compatibility and allows for the coexistence of traditional I2C slave devices with the same interface as new MIPI I3C-specification devices. Within the 2-wire interface, the MIPI I3C specification provides band interference, significantly reducing the pin and signal number of the device and permitting the integration of additional sensors within a device. The MIPI I3C master offers higher data performance in comparison with I2C while maintaining low logic complexity using standard I/O pads and providing an accommodating bus topology, making it an attractive option for transition into I3C.

I3C MASTER

 

The I3C MIPI specification combines several I2C and SPI functions to provide a uniform standard and scalable interface for the connection of multiple sensors to the soc. It offers a low pin counting and low power solution that provides the necessary output for systems that integrate a large number of sensors and thus lower costs. Applications such as MIPI CSI-2 image-sensors using the CCI have begun to use the I3C to replace the I2C bus that is already existing.

Digital Blocks’ MIPI I3C IP is compatible and easy to integrate into mobile, automotive and IoT SoCs, comply with the MIPI CCI and I2C, and MIPI I3C master specifications. The IP contains in-band interrupts inside the 2-wire interface to provide low pin counts and support operating modes for master and slave systems so that systems with multiple ICs can connect to every sensor efficiently on the single I3C bus. To know more, visit https://www.digitalblocks.com/

 

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