S912XDP512J1VAGR

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S912XDP512J1VAGR Application Field and Working Principle

S912XDP512J1VAGR belongs to embedded microcontrollers — high-performance 32-bit systems developed by Freescale Semiconductor. This product is specifically designed to deliver high performance, low power, and reduced size for applications requiring more than one communication interface.

Applications

S912XDP512J1VAGR is aimed at of solutions in the enterprise, automotive, medical, industrial, military, power, and telecom markets that require strong functionality and reliability. It’s well suited for applications like HVAC, power monitoring, computer telephony, automotive powertrain and safety, medical imaging and medical, mil-spec and industrial environments all of which require reliable and secure data processing.

More precisely, the S912XDP512J1VAGR is ideal for applications where there is a need for an advanced system controller, communication interface, and powerful data manipulation capabilities. These include lighting control systems, access control, factory automation systems, motor controllers, and robotics.

Key Features

The S912XDP512J1VAGR embeds a powerful ARM Cortex-M4F processor running at up to 120MHz and provides 1MByte of low-power RAM, 3.5MBytes ROM, and a 128-bit security controller as well as peripherals such as an I 2 C Interface, SPI and UARTs. The processor is backed by several intelligent on-chip peripherals such as a power-on-reset control, low-voltage detection, protection, boot and system clocks. It also delivers time-stamping for security and traceability.

The processor supports several communication standards, including Ethernet, SDIO, and I 2 S, as well as several power profiles, including very low-power Stop and Wait mode and extremely low current Standby mode. These low-power modes allow the device to greatly reduce its power consumption when not processing data.

Working Principle

The S912XDP512J1VAGR is part of a complete systems integration and development platform. Due to its MPU Cortex-M4F core and 128-bit security controller, the system works to support a wide range of EMV- and payment processing standards. Symmetric payload encryption is applied to prevent tampering of the device or data stored on it.

The ARM project build provides a set of libraries and middleware, a compiler, and software components that can be integrated into the application. The Enterprise Security Toolbox facilitates the secure integration of the processor\'s security features. Visual Studio Code enables quick and easy code editing, compilation, debugging and deployment.

The S912XDP512J1VAGR is optimized to work with a wide variety of embedded operating systems. In addition to supporting Freescale\'s CodeWarrior and Kinetis Design Studio, the device is compatible with exokernel-based operating systems such as ThreadX, FreeRTOS, DISCO, and Xen hypervisor.

In addition to its application development tools, the S912XDP512J1VAGR offers several debug options, including trace functions and an on-chip debug mod. Its pre-engineered boot loader ensures faster integration of the ARM application when creating a complete system. The flash memory interface is also fast and requires no external memory.

The S912XDP512J1VAGR performs advanced cryptographic functions, making it perfect for secure communications applications. It is compliant with FIPS 140-2 Level 1, AES 256 encryption, and can support digital signatures, key generation, and key exchange.

Conclusion

The S912XDP512J1VAGR is an advanced microcontroller solution that is well suited to a variety of embedded products. Its combination of high performance, low power, and proven security make it a great choice for applications where reliability and secure data processing are critical. Its integrated toolchain and support for several operating systems make it an even more attractive solution.

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