DOWNLOADING DESIGNS TO THE ALTERA DE10-LITE FPGA
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- Percival Montgomery
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1 DOWNLOADING DESIGNS TO THE ALTERA DE10-LITE FPGA Consider the design of a three-bit prime number detector completed in the MSOE schematic entry tutorial. Figure 1 shows the block diagram and truth table. The inputs are binary signals A, B, and C while the output is binary signal PRIME. Note that this example calls one (001) a prime number for the purposes of illustrating equation simplification. The mathematical definition of a prime number would not consider one as prime. This tutorial assumes that you have completed the MSOE schematic entry tutorial, that the correct chip was selected at project creation, and that the design compiles without error. Page 1
2 1. Start Quartus and open your completed DE10-Lite design project. a. Use File Open Project and browse to your schematic tutorial directory. b. Choose the prime QPF file. Hoover over each icon in your file browser and after a couple of seconds Windows will show you the file type. c. Double-click the prime schematic file in the Project Navigator pane on the left hand side of the screen to re-open the schematic diagram. Page 2
3 2. Choose the Pin Planner from the Assignments menu. Page 3
4 3. Assign signals to appropriate DE10-Lite pins. Consult the umanual available on your course website for available input and output devices. This example uses three slide switches as inputs A,B,C mapping A to switch SW2, B to switch SW1 and C to switch SW0. Silkscreen print above the switches on the DE10-Lite help you identify switches by name. Figure 3-15 in the user manual shows the connections between switches and Altera MAX 10 chip pins. The PRIME output drives energy onto LEDR0. Type the alphanumeric D12 in the Location field for input A. Repeat for each input and output pin using the assignments given in this table. SIGNAL NAME USER MANUAL REFERENCE DE0-Nano-SOC PIN A Reference Figure 3-15 D12 B Reference Figure 3-15 C11 C Reference Figure 3-15 C10 PRIME Reference Figure 3-16 A8 4. Close the Pin Planner. Page 4
5 5. Assign behavior for all unused pins on the chip. Choose Add Device from the Assignments menu. Click the Device and Pin Options button. Set Unused Pins to outputs driving ground. Click the OK buttons to close the dialogue boxes. 6. Recompile the design by choosing the compile arrow just to the right of the gray STOP icon in the toolbar. Page 5
6 7. Connect the DE10-Lite to a USB port. Page 6
7 7. Click the Programmer toolbar icon. You can also use Tools Programmer. This will open the Programmer dialog box. Ensure that the DE10-Lite USB-Blaster is selected as the dialogue box opens. Use the Hardware Setup button if it is not automatically selected. See the last page of this document if no hardware is visible under Hardware Setup. Ensure that the 10M50DAF484 chip is automatically detected as the dialogue box opens. Use the Auto Detect button if it is not automatically detected. Ensure the SRAM Object File (sof) for the project is added to the programmer file window as the dialogue box opens. Use the Add File button if it is not automatically added. Ensure the Program/Configure checkbox is checked. Click the Start button to blast your configuration file into the MAX10 chip. Page 7
8 14. Verify your design works by adjusting the slider switches to difference binary numbers and monitoring the PRIME light. 15. Close the programmer dialog box and Quartus. This completes the FPGA programming tutorial. This diagram shows the complete Quartus Build-Simulate-Test design flow. SCHEMATIC SIMULATE VERIFY ASSIGN PINS UNUSED PINS RECOMPILE PROGRAM Page 8
9 DEVICE DRIVER INSTALLATION PROBLEMS The USB-Blaster device driver was part of the Software Center install. Sometimes it does not install properly. If no hardware is visible in the Hardware Setup dialogue box then you need to install the drivers. Use this process. 1. Search Icon in Windows Toolbar Device Manager 2. Identify the USB-Blaster under Other Devices. 3. Double-click it. 4. Choose Browse My Computer 5. Choose Browse 6. Browse to: OSDisk (C:) intelfpga_lite 17.0 quartus drivers 7. Highlight usb-blaster 8. Click Next to finish the install. 9. Windows may ask you if you want to install it. Ok the install. 10. Return to the programming step and restart your work. Page 9
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