DK1651-ET-LINUX

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DK1651-ET-Linux is an evaluation board system which combines the Embedded MCU, Linux kernel and DSP into one powerful system. It has a wide range of application in many industries and usage scenarios.

The DK1651-ET-LINUX provides a highly integrated platform for embedded device functions, which is composed of the Cortex-A2 processor, DDR3 memory, Ethernet transceiver, USB 2.0, flashes, FPGA, interrupts, expansion headers, motor control pen, touch panel, audio DAC, etc. It is widely used in industrial automation, medical, education, consumer electronics, home appliances, automotive, Internet of things, etc.

The working principle of DK1651-ET-LINUX is based on its ARM Cortex-A2 core. The Cortex-A2 architecture is a 32-bit processor optimized for high performance computing tasks and real-time applications. It supports single- and multi-core operation and provides high-bandwidth memory and instruction set. The Linux kernel, which is running on the Cortex-A2 core, is responsible for managing the resources of the board. It provides various drivers for managing the peripheral devices and for communication with the network. The DSP is used to realize signal processing, image processing, video processing and other real-time operations.

The DK1651-ET-LINUX evaluation board has a dual-core ARM Cortex-A2 processor and DDR3 memory. The memory is divided into multiple sections of video, audio, USB ports, Ethernet, SDRAM, FPGA, and I/O. The Cortex-A2 processor is used to manage the system resources and the ARM processor runs the Linux kernel, which is responsible for the management of the various devices and communication with the outside world. The DSP is used to process signals and makes real-time calculations. It can also be used for video decoding, audio playback, video stream, image processing, etc.

The DK1651-ET-LINUX evaluation board is a powerful tool for development of various embedded devices. Its low-cost, easy to integrate, high-performance system design along with the capabilities of the embedded MCU, Linux kernel, and DSP makes it an ideal platform for development of embedded products. It is also suitable for industrial control, medical instruments, consumer electronics, home appliances, automotive, and IoT applications. As such, it is an ideal platform for embedded system designers.

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