Micros

STMicroelectronics extends performance lead in semiconductors with STM32 F4 MCUs

21st November 2012
ES Admin
Designers of smart, connected embedded electronics for applications such as utility metering, renewable energy, and healthcare, have begun adopting new class-leading microcontrollers from STMicroelectronics to meet demands for extra features, performance and efficiency in their embedded systems.
The STM32 F427 and F437 microcontrollers extend STM32 F4 existing portfolio and confirm ST’s performance lead among devices using the advanced ARM Cortex-M4 core by combining the highest-performing version of this core with the industry’s largest Flash memory storage and extra SRAM for running richer applications, extra communication ports, enhanced security, and best-in-class power consumption. These features help speed up software design, enhance application performance, and maximize battery life.

“Sophisticated features and connectivity of our newest STM32 microcontrollers bring exceptional user experiences to everyday electronic products,” said Michel Buffa, General Manager, Microcontroller Division, STMicroelectronics. “We are already working with lead customers to design the extended STM32 F4 variants, which provide up to 2 Mbytes of Flash memory, into applications such as smart meters, solar panel controllers, wireless modules, and personal medical monitors.”

With large on-chip Flash memory of 1 MByte or 2 Mbytes, the extended STM32 F4 devices enable developers to create more feature-rich applications and accelerate project completion by programming with high-level languages such as Java™, Microsoft .Net or uClinux. Using high-level languages also allows embedded-system developers to take advantage of software advances for desktop applications. All of the extended 1 MByte and 2 MByte variants have 256 KByte SRAM, allowing designs using current devices with 1 MByte Flash and up to 192 Kbyte SRAM to move easily onto a microcontroller with higher SRAM if required.

The STM32 F437 series provides enhanced security to protect the product developer’s intellectual property (IP) and end-user data against unauthorized access or tampering. With additional industry-standard security algorithms now included in the cryptographic and hash co-processor, these devices support MD5, SHA-1 and SHA-2 secure hash algorithms, AES GCM (Advanced Encryption Standard Galois/Counter Mode), and CCM.

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