DC-EM-02T-NC-25

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The title of this article is “DC-EM-02T-NC-25 Application Field and Working Principle”, which belongs to the category of Embedded - Microcontroller, Microprocessor, and FPGA Modules.

DC-EM-02T-NC-25 is an embedded microcontroller, microprocessor, and FPGA module developed by Dahua Technology Corporation. It is designed with a combination of Intel Atom E3815/E3845 CPU and FPGA PCIe interface, providing superior computing, data storage, and networking performance.

The DC-EM-02T-NC-25 has multiple application fields, including Industrial Automation, Intelligent Transportation Systems, Medical Device Testing, Machine Vision, Industrial Robotics, and more. It is an ideal platform for various applications that require powerful processing capabilities, high data acquisition speed, and low power consumption.

The working principle of the DC-EM-02T-NC-25 is based on its combination of Intel Atom E3815/E3845 CPU and FPGA PCIe interface. The Intel Atom E3815/E3845 CPU is a low-power, x86-architecture microprocessor with integrated graphics, media, and I/O capabilities. This CPU has the ability to deliver high-performance data processing, allowing the processor to process, route, and store data quickly and efficiently. Meanwhile, the onboard FPGA PCIe interface allows for extra data storage and network support, making it possible to integrate the system with a variety of external peripherals and devices.

In addition, the DC-EM-02T-NC-25 has multiple I/O options, including PCIe, USB, SDI, HDCP, RS485, GPIO and more, which makes it a reliable and convenient device for various applications. Its low power consumption, high performance-to-power ratio and advanced thermal design also makes it suitable for applications that require a robust system.

In summary, the DC-EM-02T-NC-25 is an embedded microcontroller, microprocessor and FPGA module developed by Dahua Technology Corporation. It is designed with both Intel Atom E3815/E3845 CPU and FPGA PCIe interface, providing superior computing, data storage and networking performance. Furthermore, its multiple I/O options make it a reliable and convenient device for various applications, while its low power consumption and advanced thermal design make it suitable for applications that require a robust system.

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