Programmable Logic System Design

1. Programmable Logic System Design Lab03- Simulation Preliminary SOC LAB. 2019.10.17

2. Lab Description • 認識實驗版 • 撰寫 VHDL，利用 Switch 模組控制 LED 模組 • 定義I/O腳位(I/O Pins)，產生燒錄檔(*.sof)，燒錄並觀察在 FPGA 板子上的結果

3. Altera Cyclone II DE2-70 FPGA board

5. Create Xilinx Project • 若忘記 Quartus II 開新 Project 的設定請參考 Lab1 的講義

6. Use Switches to Light LEDs library IEEE; use IEEE.STD_LOGIC_1164.ALL; use IEEE.STD_LOGIC_ARITH.ALL; use IEEE.STD_LOGIC_UNSIGNED.ALL; entity lab3 is Port ( iSW : in std_logic_vector(9 downto 0); oLEDR : out std_logic_vector(9 downto 0)); end lab3; architecture Behavioral of lab3 is begin oLEDR(9 downto 0) <= iSW(9 downto 0); end Behavioral;

7. Pin Assignment • Open Pin planner

8. Pin Assignment (Cont’d) • Check pin assignment

9. Programming Process

10. Program the DE1-SOC Board

11. Program the DE1-SOC Board(Cont’d) • Open Hardware Setup

12. Program the DE1-SOC Board(Cont’d) • Select hardware as USB-Blaster [USB-0]

13. Program the DE1-SOC Board(Cont’d) • Select auto Detect

14. Program the DE1-SOC Board(Cont’d) • Change file

15. Program the DE1-SOC Board(Cont’d) • Select your file (*.sof )

16. Program the DE1-SOC Board(Cont’d) • Start program

17. Program the DE1-SOC Board(Cont’d) • Program success

18. Assignment • 以VHDL 撰寫描述此一真值表並完成波形模擬圖、腳位設定以及Download。並輸入訊號觀察與模擬設計是否相符。

19. CONNECT THE USB CABLE BETWEEN THE COMPUTER AND FPGA BOARD

20. Right click “USB-Blaster” and select setup driver. Then select “install from a list or specific location”.

22. Choose the file from C:\altera\13.0sp1\quartus\drivers\usb-blaster and install.