S912XEP100J5VAGR

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S912XEP100J5VAGR Application Field and Working Principle

The S912xE family of integrated single-board microprocessors is specifically designed for control-oriented GUI applications, embedded control and multimedia applications. The leading power processor for embedded applications; it offers performance, fast development and easy customizability. This type of processor is capable of operating at up to 1GHz and uses the Power Architecture® instruction set. In addition, it can handle complex algorithms, data processing and the execution of larger tasks. The S912xE family has the following features and performance enhancements.

Features

• High Performance Processors – The S912xE delivers performance with up to 1GHz of processor speed. This type of processor also delivers higher performance levels than other processors in similar categories.
• High-Speed Memory – The S912xE family includes on-chip Fast Burst SRAM for program memory and a large on-chip SRAM for data memory. It also features a high-speed static RAM for data caching and fast communication between the processor and the I/O peripherals.
• Power efficiency – The S912xE processors feature power architectures designed to reduce power consumption by up to 90 percent. Furthermore, advanced power management techniques, such as dynamic voltage and frequency scaling (DVFS), are available to further reduce power consumption.
• Easy Integration – The flexible architecture and peripheral set of the S912xE family make integration with existing systems easy and cost effective.
• Real-time clock – The S912xE family features a real-time clock to calculate time, date and other vital systems operations.

Application Fields

The S912xE family of embedded microprocessors is widely used in various embedded device or product applications. These applications range from consumer electronics to automotive, for display and control related tasks. The processors support MIPI-CSI, HDMI and other standard display interfaces, making them suitable for deployment in embedded TV systems, ruggedized tablets and automotive infotainment systems. In addition, they are ideal for portable medical equipments and portable consumer devices.

Working Principle

The S912xE’s application field and working principle are closely related to its design. Its architecture allows it to perform complex operations with high efficiency and accuracy. At the core of the S912xE family is a 32-bit processor that is capable of executing a wide variety of instructions. The processor can also be configured as a 32/16-bit, 64/32-bit or 64/16 CPU core. Its architecture includes multiple advanced features such as dynamic voltage and frequency scaling, an on-chip interrupt controller, instruction and data cache, memory protection, and real-time clock.

The S912xE’s high-performance processor allows for faster task processing, higher throughputs, and better energy efficiency compared to other similarly-sized processors. Additionally, the processor is designed to support a wide range of peripherals, such as USB and serial ports, UARTs, CAN controllers, Ethernet, I2C, SPI, and other I/O buses. This flexibility allows the processor to support a variety of applications such as automotive infotainment systems, portable medical devices, navigation systems, and more.

In addition, the S912xE family provides reliable hardware-level transactional memory and error-correcting codes (ECC) support. This ensures that data used by the processor is stored accurately, increasing the accuracy and the efficiency of operations.

Conclusion

The S912xE family of embedded processors is an ideal choice for embedded applications that require high performance, flexibility, and energy efficiency. Its high-performance processor, large set of features and peripherals, and low power consumption make it well-suited for a variety of control-oriented GUI applications, consumer electronics, automotive devices and portable medical equipments. The S912xE’s ease of integration and reliable hardware-level ECC support add to its total package.

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