The MIPI I3C SMaster, Master, and Slave Controller IP Cores are offered by T2M-IP, a leading independent silicon IP Cores vendor with a global presence in the field of semiconductor intellectual property. This innovative approach skillfully meets the rising needs of contemporary electronic gadgets and represents a substantial advancement in interconnectivity technology.
The MIPI I3C protocol, a key component in sensor communication across numerous industries, ensures error-free data transfer in software for automobile systems, IoT devices, and smartphones. The MIPI I3C controller IP core, which effortlessly enables data transmission in smartphones, IoT devices, and automotive systems, serves as a crucial cornerstone throughout these industries. This IP core package from T2M, which includes SMaster, Master, and Slave Controller IPs, gives designers the tools they need to create stable and high-performance communication interfaces. Scalability, adaptability, and seamless integration are given top priority, which shortens development cycles and enables next-generation solutions to hit the market quickly.
A unique development in I3C protocol technology, the MIPI I3C SMaster Controller IP Core boasts extra functionalities above and beyond the basic I3C protocol. It is specifically created for cutting-edge, futuristic SoCs that are fully compliant with the most recent I3C specification. The maximum bandwidth and scalability are provided for integrating many sensors into system-on-chips for mobile, automotive, and IoT devices. It connects the IP to the rest of the SoC easily via the standard-based ARM (Advanced RISC Machine) AMBA (Advanced Microcontroller Bus Architecture) Advanced High-Performance Bus (AHB), ensuring simple IP integration. With the lowest gate count and quick integration into any chip development workflow, the MIPI I3C Controller IP core is designed for simple integration into any SoC.
A key hardware or software element known as the MIPI I3C Master Controller IP Core, also known as a controller IP (Intellectual Property), enables a device to function as the master or initiator in a MIPI I3C bus communication system. Communication with MIPI I3C slave devices, such as sensors, memory devices, or other peripherals, must be started and managed by the master/controller. Bus Initialization, Device Discovery, Command and Control, Data Transfer, Error Handling, Interrupt Handling, Low Power Modes, Synchronization, Compliance, and Customization are some of the crucial functions and capabilities of a MIPI I3C Master controller IP core.
Devices that must operate as slaves on a MIPI I3C bus rely heavily on the MIPI I3C Slave Controller IP Core. The MIPI I3C protocol is upheld by this IP core, which also enables bus initialization, controls dynamic address assignments, handles instructions and data transfer, generates interrupts, reports faults, supports low power modes, and can be tailored for particular applications. It is essential for facilitating effective and smooth communication with MIPI I3C masters. I3C Protocol Compliance, Bus Initialization, Address Assignment, Command Handling, Data Transfer, Interrupt Generation, Error Reporting, Low Power Modes, Synchronization, and Customization are some of the primary characteristics and functionalities of a MIPI I3C Slave Controller IP core. All of these capabilities work together to make MIPI I3C communication between master and slave devices effective and compliant.
