The DE1 board is designed to be the ideal equipment in all of these cases.
In a modern curriculum the laboratory equipment should ideally exemplify state-of-the-art technology and design tools, but be suitable for exercises that range from simple tasks illustrating fundamental concepts to challenging Altera Corporation 2 designs that require knowledge of advanced topics. In effect, the DE1 board and the available exercises can be used as a ready-to-teach platform for both university and college courses.Ĭourses on the design of logic circuits and computer organization usually include a laboratory component.
#Altera quartus ii fpga development tool full
In addition to the DE1 board’s hardware and software, Altera Corporation provides a full set of associated laboratory exercises that can be performed in a laboratory setting for typical courses on logic design and computer organization. Altera’s DE1 board is a significant departure from this trend.
#Altera quartus ii fpga development tool software
Traditionally, manufacturers of educational FPGA boards have provided a variety of hardware features and software CAD tools needed to implement designs on these boards, but very little material has been offered that could be used directly for teaching purposes. Also included are several aids to help students and professionals experiment with features of the board, such as tutorials and example applications. Software provided with the DE1 board features the Quartus® II Web Edition CAD system, and the Nios® II Embedded Processor. Finally, it is possible to connect other user defined boards to the DE1 board by means of two expansion headers. For experiments that involve sound or video signals, there are standard connectors for microphone, line-in, line-out (24-bit audio CODEC), SD memory card connector, and VGA these features can be used to create CD-quality audio applications and video. For experiments that require a processor and simple I/O interfaces, it is easy to instantiate Altera’s Nios II processor and use interface standards such as RS-232 and For more advanced experiments, there are SRAM, SDRAM, and Flash memory chips. For simple experiments, the DE1 board includes a sufficient number of robust switches (of both toggle and push-button type), LEDs, and 7-segment displays. All important components on the board are connected to pins of this chip, allowing the user to control all aspects of the board’s operation. The DE1 board features a state-of-the-art Cyclone® II 2C20 FPGA in a 484-pin package. Altera provides a suite of supporting materials for the DE1 board, including tutorials, “ready-to-teach” laboratory exercises, and illustrative demonstrations. The board offers a rich set of features that make it suitable for use in alaboratory environment for university and college courses, for a variety of design projects, as well as for the development of sophisticated digital systems. It uses the state-of-the-art technology in both hardware and CAD tools to expose students and professionals to a wide range of topics. The purpose of this board is to provide the ideal vehicle for learning about digital logic, computer organization, and FPGAs. But right now we’ll just go through the specification first. We will discuss further more about the functionality of this FPGA in the next post. The details of the board were mention below. The board we are using is Altera DE1 Cyclon II. As we mention before, this project were built based on FPGA board.
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