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CSCE 430/830 A Tutorial of Project Tools

CSCE 430/830 A Tutorial of Project Tools. By Dongyuan Zhan dzhan@cse.unl.edu Feb. 4, 2010. Outlines. Get started with Altera DE-I FPGA Board Get started with Quartus-II Design Software. Getting Started with Altera DE-2. Getting Started with Altera DE-2 [1].

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CSCE 430/830 A Tutorial of Project Tools

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  1. CSCE 430/830 A Tutorial of Project Tools By Dongyuan Zhan dzhan@cse.unl.edu Feb. 4, 2010

  2. Outlines Get started with Altera DE-I FPGA Board Get started with Quartus-II Design Software CSCE430/830 Course Project Guidelines

  3. Getting Started with Altera DE-2 CSCE430/830 Course Project Guidelines

  4. Getting Started with Altera DE-2 [1] EP2C35F672C6 Cyclone II FGPA chip Configurable connection between the FPGA chip and other components Toggle/push buttons, LCD, LEDs, and 7-Segment DIPs. SRAM, SDRAM, and Flash Memory RS-232, PS/2, VGA, USB The expansion headers can be used to connect other user-designed boards to the DE2 board CSCE430/830 Course Project Guidelines

  5. Getting Started with Altera DE-2 • System Requirements (on you computer) • Quartus-II web edition software • For logic design, design compilation, timing simulation, FPGA programming • V9.0 can be downloaded at [2] • USB Blaster driver • enable Quartus-II to communicate with DE-2 • Installation instructions can be found at [1] • Special Notice • I suggest you use Quartus-II 9.0 edition and windows XP for better compatibility with DE-2 CSCE430/830 Course Project Guidelines

  6. Getting Started with Altera DE-2 • Relate DE-2 to the Course Project • For the course project, you need burn your FPGA configuration (for your pipelined processor design) and benchmark program into the Flash memory (like a hard drive), load the program into and store the intermediate data in SDRAM (like the main memory), and show the results on the LCD. CSCE430/830 Course Project Guidelines

  7. Design Steps using Quartus-II [4, 5] • Create a design project • Select “File | New Project Wizard”, and Specify “Family” to be Cyclone-II and “ Device Settings” to be EP2C35F672C6 • Design a component • In “File | New | Device Design Files”, select either “Block Diagram/Schematic File” or “*HDL File” • Assign Pins • Select “Assignments | Pins” • Synthesize a design • Select “Processing | Start Compilation” • Simulating the Circuit • Select “File | New | Other Files | Vector Waveform File” • Select “Processing | Start Simulation” CSCE430/830 Course Project Guidelines

  8. Design Steps using Quartus-II • Program the FPGA • Connect DE-2 with the computer via a USB blaster cable and power it on • Select “Tools | Programmer”

  9. Design Steps using Quartus-II Design Flow Chart CSCE430/830 Course Project Guidelines

  10. References [1] Getting Started with Altera DE-2 ftp://ftp.altera.com/up/pub/Tutorials/DE2/Digital_Logic/tut_initialDE2.pdf [2] DE-2 User Manual ftp://ftp.altera.com/up/pub/Webdocs/DE2_UserManual.pdf [3] Quartus-II v9.0 http://adsl.unl.edu/docs/90sp2_quartus_free.exe [4] Quartus II Reference http://www.altera.com/literature/hb/qts/qts_qii53017.pdf [5] Quartus II Introduction Using Schematic Design ftp://ftp.altera.com/up/pub/Tutorials/DE2/Digital_Logic/tut_quartus_intro_schem.pdf CSCE430/830 Course Project Guidelines

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