Configuration and programming minimodules MMfpga01 and MMfpga11
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1 MMfpga01 MMfpga11 Configuration and programming minimodules MMfpga01 and MMfpga11 1
2 Index 1. Instalation of the QUARTUS II Web Edition How to install QUARTUS II Web Edition Installation of the USB-Blaster Demo project Pin Assignment Compiling the project Programming and Configuring...9 JTAG mode...10 AS Programming mode Technical support
3 1. Instalation of the QUARTUS II Web Edition We have to download the Quartus II Web Edition from the link below: Select Quartus II Web Edtion, select product 10.0 and press GO. There are two ways to download Quartus II Download full package of the Quartus II Download and install the Altera Download Menager 3
4 We can create account on Altera page or get one-time access. 4
5 2. How to install QUARTUS II Web Edition The process of installation is very simple and intuitive. Unpack installer to any folder. After that the Altera Software Installer starts automatically. 5
6 It is not necessary to install all components. Press select/deselect all and choose only Quartus II Web Edition software and Cyclone Family. It save a lot of free space on Your hard disc drive. 3. Installation of the USB-Blaster There are informations about installation of the USB-Blaster on the Altera page: Now our environment is ready to works. 6
7 4. Demo project Download Demo project form our page and open it. In the Quartus you have to choose device that you have. Device family Cyclone Target device: MMfpga01 EP1C3T100C8 MMfpga11 EP1C3T144C8 After that press OK. 7
8 5. Pin Assignment It's important to assign the symbolic names to real pins. Go to menu Assignments->Pin Planer The Node Name is a symbolic name that we have used in the block scheme. In the Location field we point the real pin that we want to connect symbolic name. Symbolic name Mmfpga01 MMfpga11 LED[7] PIN_23(J1_21) or other PIN_98 LED[6] PIN_26 PIN_104 LED[5] PIN_25 PIN_103 LED[4] PIN_24 PIN_100 LED[3] PIN_22 PIN_99 LED[2] PIN_21 PIN_122(J1_16) or other LED[1] PIN_20 PIN_97 LED[0] PIN_17 PIN_96 CLOCK_50 PIN_10(CLK0) PIN_16(CLK0) Attention!! MMfpga01 It is not possible to connect diode LED[7] with the jumper LED7 - J1_17 (connector J5) on EVBfpga board. We recommend to connect LED[7] to different pin, for example PIN_23. MMfpga11 It is not possible to connect diode LED[7] with the jumper LED2 - J1_23 (connector J5) on EVBfpga board. We recommend to connect LED[2] to different pin, for example PIN_122. There is possibility to export pin assignment to the file and use it in other project. Assignments->Import Assignments Assignments->Export Assignments 8
9 6. Compiling the project Processing->Start Compilation. 7. Programming and Configuring In the JTAG mode, the configuration data is loaded directly into the FPGA device. The configuration information is lost when the power is turned off. The second possibility is to use the Active Serial (AS) mode. In this case, a configuration device (EPCS4) that includes some flash memory is used to store the configuration data. MMfpga01 JTAG AS Programming (EPCS conf) Mmfpga11 JTAG (There is not JTAG connector on minimodule. If we want to JTAG mode we can use universal connector J27 and J28 on the EVBfpga) AS Programming (EPCS conf) 9
10 JTAG mode Attention! The configuration information is lost when the power is turned off. Go to Tools->Programmer or press Here it is necessary to specify the programming hardware and the mode that should be used. Chose mode: JTAG Select your programmer from the box Currently selected hardware and press close. Now It is possible to programming the target device. 10
11 AS Programming mode In this case, the configuration data has to be loaded into the configuration device on the Mmfpga01/11 board, which is identified by the name EPCS4. To specify the required configuration device select Assignments->Device and click on the Device and Pin Options 11
12 Now, click on the Configuration tab to obtain the window on picture below, W polu wyboru Configuration scheme wybieramy Active Serial (can use Configuration Device) In the configuration device box choose EPCS4 and click OK. Recompile the designed circuit. 12
13 Select Tools > Programmer In the Mode box select Active Serial Programming (Hardware setup see JTAG mode) If you are changing the mode from the previously used JTAG mode, the pop-up box will appear, asking if you want to clear all devices. Click Yes. 13
14 Now click on Add File and select file *.pof form your project folder. Mark Program/Configure. Now you can start programming your configuration memory. Attention! After programming you have to disconnect the programmer from the EPCS conf connector. 8. Technical support Please place the detailed informations about the problem and name of the product. Author of the tutorial: Piotr Banach. 14
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