DFR0398

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The DFR0398 is a highly sophisticated, versatile, and multifunctional board that has a variety of application within the embedded development and processing market, featuring MCU, DSP, and other technologies for empowering a wide variety of applications. It is most often employed in systems with some form of automation, control, or communication. A wider range of applications are enabled using the DFR0398 as it offers the highest processing power available, thanks to the integrated MCU and DSP/FPU configurations. Features such as specialized I/Os, RGB backlighting, and Ethernet port provide a suite of opportunities for users to build complex solutions.

The DFR0398 offers a complete and comprehensive design platform for embedded system application development with an ARM Cortex-M3 based microcontroller. The integrated peripherals on this board include 10/100 Ethernet port, second Ethernet port, 4 RS-232 ports, a full-color RGB backlight LCD, SD card support, ADC, DAC, and 4-Axis MEMS Accelerometer, as well as a USB and JTAG interface.

The DFR0398 provides a versatile, powerful, and reliable ARM Cortex M3 engine for efficient computing solutions and comes with a wide range of software and development tools to help users create and build applications. It also features a rich range of on-board resources such as ARM CRP and BootROM support, Ethernet port, LCD backlight, 4-Axis MEMS Accelerometer, high-speed serial ports, USB, and JTAG interface, as well as a full range of analog and digital peripherals.

The design of the DFR0398 features the latest in ARM Cortex-M3 technology, which makes it suitable for development in a range of applications. It is also suitable for high-performance data collection, communication, and signal processing solutions. The board’s ability to deliver a high throughput at a low power consumption makes it an ideal choice for embedded applications.

The integrated peripherals and interfaces of the DFR0398 are designed to provide both flexibility and reliability for a wide range of applications. This includes a versatile Ethernet port, four-axis MEMS acceleration sensor, analog to digital converter, digital to analog converters, pin headers, JTAG debugging, USB port, real-time clock, custom battery charger, and a high-performance LCD backlight. All these features are designed to make the development of embedded systems easier and more efficient.

The high-performance ARM Cortex M3 processor of the DFR0398 is also designed to optimize system-level efficiency and provide robust performance. This enables fast and efficient data processing, as well as high-speed memory access and a wide range of memory protection options. The integrated peripherals and interfaces of the board also allow for a wide range of applications, from motor control, internet of things, and home automation to vision and signal processing solutions.

The DFR0398’s ARM Cortex-M3 processor can be clocked up to 180MHz, providing support for various memory types and resolutions, providing optimal control for real-time embedded systems applications. This workhorse is complemented by an integrated high-frequency low-power 32-bit ARM Cortex processor, which is found on the DFR0398. This robust processor combines advanced signal processing and hardware accelerators to enable high data throughput. The board’s SMT32F4 processor also provides a wide range of features, such as Ethernet with PHY, USB 2.0, and JTAG debugging, to enable development of more complex applications.

The DFR0398 also offers access to the CAN bus to facilitate communication with other nodes, and Contiki OS, which is an open-source operating system for embedded devices. This board supports a range of popular hardware platforms, such as Arduino, STM32F4, and Raspberry Pi. In addition, the board supports the ARM Core Co-Design Environment (CCE) application development tool suite for creating embedded applications.

The DFR0398 offers a wide range of applications, ranging from control and monitoring, to robotics, communication, automation, audio, video, data storage, and many more. It has the highest level of integrated peripherals available, making it an ideal candidate for the most demanding embedded development. It is also a suitable choice for a variety of industrial, scientific, medical, and commercial applications.

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