S912ZVMC12F3WKHR

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S912ZVMC12F3WKHR is a type of microcontroller developed by Renesas Electronics Corporation. It is an embedded system-on-chip (SoC) with a secure, high-performance 64-bit CortexTM-A7 processor and a Renesas SynergyTM platform. This SoC is ideal for secure, low-power embedded applications that require powerful processing capability and long life-cycles.

The S912ZVMC12F3WKHR provides designers with an efficient system-on-chip platform for low-power and low-cost designs. It integrates various analog, digital and interface functions on a single chip. These functions include a PMU for wake-up, reset and clock generation, a ROM for program memory, SRAM for data memory, a timer and other peripherals. Furthermore, it provides flexibility in choosing peripherals and software functions to help design cost-optimizedsolutions.

The S912ZVMC12F3WKHR provides a high level of power-saving capability due to its low power consumption and is optimized for a wide range of applications, including IoT, wearable and home appliance applications. Additionally, it offers several advancements in performance over its predecessor, such as improved peak performance, greater application speed and reductions in power, latency and cost.

The S912ZVMC12F3WKHR offers an extensive range of on-chip peripherals and interfaces, including USB FS/HS, Ethernet PHY, UART, SPI, I2C, and I2S. Additionally, it provides support for secure boot and cryptographic functions, allowing system design- ers to secure their products and reduce the risk of malicious attacks. The S912ZVMC12F3WKHR also has a comprehensive set of tools to optimize the design process, including RTL synthesis tools, EDA tools, and a firmware development kit (FPDK).

The S912ZVMC12F3WKHR is the ideal solution for embedded applications requiring excellent performance, long-life cycle and secure boot. It provides high-speed, low-power processing and a combination of analog, digital and interface functions, as well as advanced software development support. This makes the S912ZVMC12F3WKHR a great choice for secure, cost-effective designs that need robust performance.

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