M30620SPFP#U3C

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M30620SPFP#U3C is a single-chip microcontroller developed by Mitsubishi Electric. It is the industry’s first natively embedded peripheral device based on the innovative simultaneous dual-core technology, combining the power of two M16C cores with two independent system memory buses. It is designed to meet the extreme graphics performance and lower system cost requirements of advanced embedded designs.

The M30620SPFP#U3C is ideal for applications that require a combination of high-end embedded control, sophisticated display processing and low power consumption. It offers extensive, easy-to-use peripheral support, including on-chip ROM, RAM, flash, LCD interface and various analog functions, as well as I/O devices.

The M30620SPFP#U3C offers a wealth of new capabilities that can enable engineers to develop powerful and cost-effective embedded solutions. Its dual-core architecture combines the benefits of CPU performance and power efficiency, while its on-chip memories enable efficient management of data, minimizing external memory requirements and reducing system cost. Its integrated LCD interface and audio playback capability allow engineers to create more sophisticated embedded products, while its power management capabilities make it well suited for battery-powered applications. In addition, the M30620SPFP#U3C offers a wide range of communication interfaces, including CAN, LIN and Ethernet.

The M30620SPFP#U3C is also well suited for high-volume consumer applications, such as portable media players, digital TVs, set top boxes and digital still cameras. It can also be employed in medical, automotive, industrial and home networking systems. The microcontroller’s strong system features and peripheral support allow engineers to develop sophisticated products that deliver high performance and low system costs.

The M30620SPFP#U3C features an 8-bit central processing unit (CPU) and two dual-core microcontrollers (MCUs) that share a common instruction set and hardware functions. The primary goal of this design is to optimize system performance by having dedicated cores handle separate functions. The dual-core MCUs are organized into System Cores and Sub-Cores. System Cores can execute basic system commands while Sub-Cores can be used to maximize efficiency in tasks such as display processing. The combination of these two core architectures facilitates system-level optimization, providing an ideal solution for embedded designs with tight power budgets.

The M30620SPFP#U3C also features an integrated Power Management Unit (PMU) for efficient system-level power management. The PMU can prevent unexpected power state changes by detecting power-down conditions and waking the device on demand. This enables the device to run in the most efficient state while still providing a safe level of performance.

The M30620SPFP#U3C also includes a variety of tooling options, such as a simulator, debugger, compiler and boot loader. This comprehensive set of development tools enables engineers to quickly and efficiently develop embedded applications. The microcontroller also includes on-chip peripheral drivers, making it easy to customize the device’s operation for specific applications.

The M30620SPFP#U3C offers a powerful combination of features and functions for advanced embedded designs. Its dual-core architecture and integrated PMU facilitate efficient system-level power management, while its extensive peripheral support allows engineers to create sophisticated products with minimal external memory requirements. The M30620SPFP#U3C is ideal for applications that require high-end embedded control and low power consumption.

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