On August 13th, RS Components (RS), which served by the distributor of the global engineer, announced the launch of new STMicroelectronics STM32F7 MCU series, with 32-bit ARM® Cortex ® -M7 processor Nuclear characteristics are currently under mass production. Cortex-M7 is the latest and highest performance processor cores of the Cortex-M family, suitable for advanced consumers, industrial, medical and Internet access (IOT) devices.
RS launches the latest STM32F7 microcontroller
The latest STM32F7 MCU is the highest in the STM32 MCU series, set the Cortex-M7 core and advanced peripherals, perfectly enhanced application performance, add new features to extend battery life and ensure security, and minimize external Component, saving costs and sizes. The STM32 series from the ST is famous in the industrial sector and is more than 500 different devices, which provide a wide range of STM32 development ecosystems while providing energy consumption and pins, peripherals and software.
Compared to early version kernels (such as Cortex-M4), ARM Cortex-M7 continuously expands the advantage, the STM32F7 MCU series has about twice the digital signal processing (DSP) capabilities, making MCUs ide for high-speed or multi-channel video, audio, wireless, Exercise recognition or motor control application field. In addition, the STM32F7 MCU can reach the highest performance of Cortex-M7, whether it is from embedded flash or external memory execution code, whether it is from embedded flash or external memory execution code, can be reached at 216MHz 1082 Coremark / 462 DMIPS. The device can reach the high processing efficiency of 6 Coremark / MW under 1.8V, and exhibit a low power performance, in the stop mode, only 100 micrians in the stop mode, and the electric consumption is low to 1.7 microamage in standby mode.
This series has a very flexible architecture that interacts kernels, peripherals and memory with AXI and multi-layer AHB bus matrix. The choice of advanced peripherals has a special feature of USB OTG's dedicated power supply, supports continuing through a USB connection, while the power outside the chip requires only 1.8V, which can save power. Double clocks are supported on most peripherals, allowing CPU speed to minimize power consumption, while maintaining the clock frequency to remain unchanged when the clock frequency is in communication peripherals.
The STM32F7 has two product lines - STM32F745 and STM32F746 - both have Cortex-M7 kernels, floating point units and scalable DSPs, up to 216MHz. The STM32F745 MCU has an in-chip flash memory, as well as 320KB RAM, Ethernet, QSPI, camera interface, and flexible memory controller (FMC). The STM32F746MCU can use the TFT-LCD controller in the chip to extend this feature. STM32F7 MCU has a variety of specifications, including: 14x14mm LQFP100; 28X28MM LQFP208; 10x10mm 0.65mm pitch UFBGA176; 13x13mm 0.8mm Pitch TFBGA216 and 5.9 x 4.6mm WLCSP143.
RS can also provide STM32F7 Discovery toolkit, high flexibility, and support developers to fine-tune hardware and software in any development phase. Developers can also use associated STM32Cubef7 firmware, reuse all STM32F4 software assets because Cortex-M4 set upward compatible instructions. In addition, the board is compatible with the Arduino UNO shield, and it provides the developer with unlimited development extension capabilities.
Customers in Europe, Middle East and Africa and Asia Pacific can order MCU STM32F7 series and STM32F7 Discovery kits from RS.
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