S912XDP512F0MAG

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The S912XDP512F0MAG is an Embedded-Microcontroller designed with a high-performance 64-bit ARM Cortex-A5 core. It is optimized to run high-end embedded applications, providing superior speed and power efficiency. With a large set of peripherals and interfaces, it is suitable to be used in various industrial devices, communications and automotive products.

Features

Processing Capacity

The S912XDP512F0MAG has a symmetric multiprocessing (SMP) with up to 2 cores running at speeds up to 1.2 GHz. It also supports up to 8 MB memory with a total of 32-bit DDR3 or 32-bit DDR2/LPDDR2.

Integrated Peripherals and Interfaces

The S912XDP512F0MAG has rich interfaces and peripherals including a 16-bit multimedia accelerator NXP ACP, LCD controllers, digital signal processing (DSP), CAN, I2S, PCIe and SATA. Additionally, it has a variety of other interfaces such as USB, Camera, Serial Communication, GPIO and more.

Embedded Software Support

The S912XDP512F0MAG supports a variety of embedded software including OLE for process, development tools, drivers and more. It also offers a wide range of board support packages (BSPs) appropriate for various use cases.

Application Field

The S912XDP512F0MAG is designed with an optimized balance between performance and power consumption to be used in a wide range of applications. It is suitable for industrial and consumer products such as point of sale systems, inventory tracking systems and household appliances. It is also utilized in many automotive applications such as infotainment, driver assistance and body control modules.

Working Principle

The S912XDP512F0MAG is designed to process data quickly and efficiently. Its architecture is based on a reset-based microcontroller core which operates using a register-transfer logic (RTL). The RTL manages the movement of data between registers and memory, as well as controlling bus accesses for enhanced performance. The controller core also includes a series of instruction caches and memories to reduce the latency of memory accesses. Additionally, the S912XDP512F0MAG supports dynamic power and voltage management, allowing the device to reduce power consumption when operating in low-power modes.

The S912XDP512F0MAG operates in different modes depending on the task being performed. In the Run mode, the device is running user code with active clock and power control. The Low Power mode is used for saving energy when the device has finished its task, while the Sleep mode shuts off all power except for some components such as the real-time clock (RTC). The S912XDP512F0MAG also supports an Interrupt mode, allowing the microcontroller to quickly respond to events from external sources, as well as a Reset mode which can be used to restart the system.

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