The MSC-CTRL IP core implements a high-speed serial interface controller designed to connect a microcontroller or SoC to external power devices or sensors. It implements the Microsecond Channel (MSC) protocols derived from the Microsecond Bus (uSB) serial concept—and acts as a bus master for downstream transmission and as a bus slave for upstream transmission.
The MSC-CTRL connects microcontrollers to peripheral devices via high-speed synchronous downstream and low-speed asynchronous upstream channels. It supports up to four slave devices in the MSC mode, advanced features, fragmented command frames, and higher upstream baud rates, provide robust communication in a network of dedicated sensors or devices.
The controller’s communication with the host processor is facilitated by a 32-bit AMBA® APB4 subordinate interface. The MSC-CTRL features trigger signals to facilitate easy integration with an external DMA controller and a comprehensive set of interrupt sourc...
The MSC-CTRL IP core implements a high-speed serial interface controller designed to connect a microcontroller or SoC to external power devices or sensors. It implements the Microsecond Channel (MSC) protocols derived from the Microsecond Bus (uSB) serial concept—and acts as a bus master for downstream transmission and as a bus slave for upstream transmission.
The MSC-CTRL connects microcontrollers to peripheral devices via high-speed synchronous downstream and low-speed asynchronous upstream channels. It supports up to four slave devices in the MSC mode, advanced features, fragmented command frames, and higher upstream baud rates, provide robust communication in a network of dedicated sensors or devices.
The controller’s communication with the host processor is facilitated by a 32-bit AMBA® APB4 subordinate interface. The MSC-CTRL features trigger signals to facilitate easy integration with an external DMA controller and a comprehensive set of interrupt sources for reporting status and error information.
The silicon-proven MSC-CTRL core is designed to industry best practices and has been rigorously verified. Available functional safety documents facilitate ISO 26262 ASIL B certification.