DEV-10587

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Evaluation boards, expansion boards, and daughter cards are a family of products used when designing, testing, and developing solutions for many different applications. The Dev-10587 from Xilinx is a powerful multi-purpose board that can be used in a wide variety of applications and serves many different roles. This article will discuss the Dev-10587’s features, its application field, and its working principle.

Overview of the Dev-10587

The Xilinx® Dev-10587 is designed for various applications and configurations. It consists of a base board, one or more daughter cards, a power supply, and connectors and cables for signal and power connections. The base board includes a Processor, a FPGA, Memory, a PCIe Bus, and Ethernet. It also includes interfaces for Serial Debugging, JTAG, and PCIe. The base board also includes components for a signal routing network and signal conditioning. The daughter cards provide additional interfaces for additional features and capabilities, such as analog inputs/outputs, digital inputs/outputs, and I/O interfaces.

The Xilinx Dev-10587 provides a full range of power and signal connections to the base board, daughter cards, and peripheral devices. It also includes a robust support system for applications, including complete documentation, example source code, and user-friendly tutorials.

Application Field of the Dev-10587

The Xilinx Dev-10587 is a versatile and powerful platform for a variety of applications. Its features make it ideal for prototyping and developing solutions for such fields as industrial automation, medical imaging, data management, and communications systems. It is also suitable for low-power applications such as portable and embedded systems.

The Dev-10587 is ideal for developing medical imaging systems. It has features that enable the development of systems for real-time image acquisition, display, and processing. It is also suitable for the development of systems for medical diagnostics, and it has features to allow for remote diagnosis and monitoring. Furthermore, the Dev-10587 is well suited for applications in data management and communications systems. As a result, the Dev-10587 can be used as a platform for the development of real-time data acquisition, storage, analysis, and communication systems.

Working Principle of the Dev-10587

The Dev-10587 operates using the Xilinx® tool chain. This tool chain consists of a suite of development tools such as Vivado Design Suite, which allows users to configure and program the FPGA on the board. The board also includes a range of tools and software that enable the development and debug of applications running on the board.

The Dev-10587 can be connected to a host computer through a USB or Ethernet connection. Using the USB connection, the board can be programmed with the FPGA, and then debugged and tested using Vivado Design Suite. Through the Ethernet connection, applications can be run remotely on the board, allowing for remote development and debugging.

The Dev-10587 operates as a multi-core processor, with the FPGA providing a dedicated hardware platform for the applications running on the board. The board also provides a range of interfaces for connecting peripherals to the board. These interfaces include analog inputs/outputs, digital inputs/outputs, PCIe, Ethernet, JTAG, and serial debugging.

Conclusion

The Dev-10587 from Xilinx is a powerful and versatile board that can be used in a wide variety of applications. It is designed for prototyping and developing solutions for industrial automation, medical imaging, data management, and communications. It has features that enable the development of systems for real-time image acquisition, display, and processing. Furthermore, it provides a range of tools and software that enable development and debug of applications running on the board. The Dev-10587 can be used as a platform for the development of real-time data acquisition, storage, analysis, and communication systems.

The specific data is subject to PDF, and the above content is for reference