 Are you looking for a high-performance 32-bit microcontroller? Then the STM32-F2 series is for you. This new high-performance member of the STM32 platform frees the full performance of the Cortex-M3 MCU core. It also offers significant improvements in features and system performance, thus opening up new possibilities for applications and creativity. The STM32-F2 series offers all the features you ever needed and extends the opportunities for creativity. Now let's take a look at the benefits of the product in more detail, starting with the STM32-F2's real-time performance. The STM32-F2's outstanding processing performance results include 150 DMIPS at 120 MHz over the entire voltage range and execution from flash that opens the door to zero-weight state performance. This processing performance is made possible by ST's advanced technology and process, and in particular the ART accelerator memory accelerator, the multi-AHB bus matrix, and the 90-nanometer process. In addition to the execution excellence offered by the ART accelerator, the STM32-F2 series embeds a 32-bit multi-AHB bus matrix that ensures seamless and efficient operation of the core and peripherals, even when several high-speed peripherals are working simultaneously. For instance, the core can access the flash through the ART accelerator and the 112-kilobyte SRAM, while the DMA-2 controller is transferring data from the camera interface located on the AHB-2 peripheral bus to an LCD connected to the FSMC, and while the USB OTG high-speed interface is storing received data in the 16-kilobyte SRAM block. Simultaneous processing and data transfer is made possible by the 32-bit multi-AHB bus matrix. Who said high performance and low dynamic power were incompatible? The STM32-F2 achieves 188 macro amperes per megahertz, which means 22.5 micro amperes at 120 megahertz, executing core mark benchmark from flash memory. Such outstanding dynamic power consumption is made possible using ST's 90-nanometer process that enables the CPU core to run at only 1.2 volts and the ART accelerator that reduces the number of accesses to the embedded flash memory. The STM32-F2 series adds new peripherals and performance to the STM32 platform. The audio architecture provides a dual PLL and I-squared S and USB peripherals to support data synchronization schemes. The device also offers a high-speed USB OTG interface with transfer rates up to 480 megabits per second and an Ethernet MAC 10100 interface with IEEE 1588v2 hardware support. The camera interface operates at up to 48 megabytes per second at 48 megahertz and the flexible static memory interface runs at up to 60 megahertz to expand memory space or support an external display. For secure needs, the device has a hardware crypto hash processor and of course the device provides other useful interfaces. One of the benefits of the STM32-F2 series is to provide a high level of integration. The embedded 1 megabyte flash and 128 kilobyte SRAM give you the memory power you need to accommodate advanced software stacks and user data with no need for external memories. The 4-kilobyte backup SRAM is used as an EEPROM to save the application state and calibration data. In addition, 512 bytes of one-time programming memory make it possible to store critical user data such as Ethernet MAC addresses or cryptographic keys. In addition, ST Microelectronics gives you all you need to create, evaluate and design your applications with a large choice of tools and software. ST offers an evaluation board that allows you to fully evaluate the STM32-F2 series interfaces including the external memories, the Ethernet and USB OTG connectors, touchscreen TFT display, CMOS camera and audio output. In addition to ST's evaluation board, a large choice of development solutions from the STM32 and ARM ecosystem are also available. Check out the STM32's potential and release your creativity. Visit ST.com.