ATXMEGAE5-XPLD

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ATxmegaE5-XPLD is an evaluation board with embedded Microcontroller Unit (MCU), Digital Signal Processor (DSP) and Xilinx FPGA. The board provides the user the capability to program the Xilinx FPGA using the written software code. ATxmegaE5-XPLD is built around the Atmel AVR ATxmegaE5 series MCU and Xilinx FPGA, delivering an ideal platform for quick proof-of-concept development within AVR Studio 4 and the Atmel Studio 7. It is a highly integrated development board which supports an external crystal or an internal oscillator, a configurable IO bus and a rich set of peripheral interfaces, such as UART, CAN, SPI, I2C, Timer PWM and so on.

The ATxmegaE5-XPLD Application Field and Working Principle

The ATxmegaE5-XPLD is used to embed MCU, DSP and Xilinx FPGA into an application. It can meet various development needs of customers. The ATxmegaE5-XPLD provides many peripheral resources for users. Its applications including, but not limited to, signal conditioning, data processing, multimedia and network communications.

The ATxmegaE5-XPLD works by firstly programming the onboard Xilinx FPGA. The FPGA performs operations according to the programming of the FPGA, and then, sends the results to the onboard MCU. The purpose of this is for the MCU to process the data from the FPGA and display it on the LCD screen. The MCU also controls the system functions according to the instructions from the user.

In addition, the ATxmegaE5-XPLD has an onboard DSP core to perform signal processing functions. It can process signals with high speed and low power consumption. The signal is first passed to the FPGA to perform operations like digital filters, and then sent to the DSP core to further refine the current output. The DSP core also provides several physical interfaces to connect the board to different external devices such as GPS, GSM, laser scanner and so on.

The ATxmegaE5-XPLD also includes a USB interface to connect the board to a PC. It supports both the USB 2.0 and USB 3.0 standards. The USB interface is used to upload the program to the board. Programming in AVR Studio and Atmel Studio can be done by connecting the board to a PC and writing the code in the interfaces. The board also supports debugging and programming of the multiple devices that are connected with the board.

The ATxmegaE5-XPLD is easy to use and provides a development platform for a wide range of applications. It also provides an open source software development environment and supports multiple languages. The ATxmegaE5-XPLD is a perfect choice for developers who are looking for an integrated development board for embedded development.

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