S912XET256W1VAAR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

S912XET256W1VAAR Application Field and Working Principle Overview

The S912XET256W1VAAR is an embedded microcontroller designed to meet the growing needs of embedded applications. It is a complete system solution based on the Cortex-A9 processor architecture. It is built with the ARM cores to drive development of the latest embedded applications.

Application Field

The S912XET256W1VAAR is suitable for a wide range of embedded applications, such as home automation, industrial automation, digital signage, medical devices, gaming, and automotive. It offers comprehensive support for open source projects and functionalities ranging from image/video processing, to multimedia applications and network connectivity, thereby enabling a larger ecosystem of development. Its design also allows for abundant peripherals, flexible memory configurations, CPU and GPU performance support, audio-video playback capabilities and ease of software development.

Working Principle

The S912XET256W1VAAR is powered by the ARM Cortex-A9 processor. The Cortex-A9 core is equipped with a built-in floating point processing (FPU) unit, which supports modern programming models, including big.LITTLE, NEON, and NEON-based multimedia extensibility, thereby increasing the performance of the processor. The FPU also enables efficient parallel processing in multiple applications. The integrated GPU is designed to take advantage of the ARM Cortex-A9 architecture’s features, thus providing a more energy-efficient solution for embedded applications.

The S912XET256W1VAAR is also built with an advanced data bus system. This bus system provides an excellent path for communication between the core and peripheral components, therefore enabling improved data transmission and high levels of performance. In addition, the system allows for low-latency data transfers and scalability for high data throughput.

Furthermore, the integrated graphic processor unit (GPU) offers a high-performance image processing solution. This GPU is not only optimized for high data throughput, but also capable of multi-plane imaging and low noise operations in graphic and video applications. The GPU is further supported by the embedded hardware acceleration modules and programming models such as OpenCL and Open GL ES 3.2 which allow improved development flexibility.

The S912XET256W1VAAR is equipped with a broad selection of integrated peripherals. This includes ten UARTs, two USB 2.0s, two USB 3.0s, two CAN one FSDC (Full-Speed Direct Memory Access) and one burst-mode memcpy. This advanced peripheral set allows for a wide array of interfaces with custom audio and video components, internet, wireless networks, industrial robotics, machine vision systems, and gaming devices.

The S912XET256W1VAAR is supported by the ARM Cortex-A9 core, which is designed with features such as 256-bit advanced SIMD vector instruction set and context switching. These features allow for a more efficient implementation and optimized execution of embedded applications. Moreover, the processor core also offers numerous software libraries that provide a comprehensive suite of application interfaces and development options.

Conclusion

The S912XET256W1VAAR is a comprehensive embedded microcontroller, designed to meet the needs of modern embedded applications. It comprises of powerful performance features such as advanced data bus system, integrated GPU, ARM Cortex-A9 processor, and peripheral support. Additionally, it is also backed by a comprehensive suite of software libraries, enabling efficient development and optimized execution. In conclusion, the S912XET256W1VAAR covers all essential features and peripherals to become a leading and reliable solution for many embedded applications.

The specific data is subject to PDF, and the above content is for reference