STM32F4 series STM32F4 series STM32F4 series of STM32F4 series has been put into mass production, with new development board Nucleo-F410RB, high-performance STM32 F4 series in size, power consumption and lower cost .
The STM32F410 is equipped with an ARM Cortex-M4F processor core. When 100 MHz, the operation speed can reach 125 DMIPS, and the excellent results of 339 points in the EEMBC Coremark test. STM32 Dynamic Efficiency \ features of Power-Conscious), such as the ART Accelerator and voltage adjustment of semiconductor, can reduce dynamic power to 89UA / MHz. Only 6UA stop current (STOP current) makes many applications benefit its excellent performance, such as wearable technology, Internet of Things (IoT) products, sensor hubs, building buildings, personal medical devices and wisdom Mobile phone.
Nucleo-F410RB expands the scope of support for the STM32 Nucleo development board to STM32F410. Plate carrier Arduino UNO connection interface and integral semiconductor Morpho interface support function, users can simplify development plate expansion through plug-in stacked modules, such as motion sensing, close-up wireless communication (NFC), Bluetooth or IEEE 802.15.4 RF plate. The latest STM32Cubef4 kit group includes hardware abstract layers (HAL), intermediary software, and application examples, as well as the latest STM32Cubemx code generator that makes the ecosystem more complete.
Using micro-package design, STM32F410 microcontroller built 64kb-128kb flash memory and 32KB static random access memory (SRAM), providing rich peripheral equipment, with up to 6 timers, including motor control timers And 32-bit / 100MHz timer. Communication includes SPI, I2C, I2S, USART and ISO 7816 interface, and a digital-bit ratio converter (DAC) of 12-bit yuan, which is more than other STM32F41X microcontrollers. The STM32F410 is encapsulated by UFQFPN48 or LQFP64 packages or 2.55mm × 2.58mm 36 bumps (BUMP) WLCSP package, which makes it a minimum STM32 F4 microcontroller in the market.
Designers with power or budget restrictions can utilize the STM32F410's large amount of data acquisition mode (BAM) support function, which is the technological innovation of semiconductor dynamic efficiency, and the sensor data can be directly introduced to the SRAM memory, while CPU and flash memory The body is still in a shutdown state, allowing developers to efficiently use the power management mode of the microcontroller. The STM32F410 also introduces a new implementation (RUN) mode that enables flash memory into shutdown mode to save power.
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