Altera Quartus 12.1 Crack
Gildo Santiago
I had a old project which uses an old INTEL FPGA to implement functions. Now I need to migrate the FPGA to MAX 10. But some IPs are not available on new quartus. And I got information quartus 15.1 and its update still has IPs I need. However, I could not the download link from the INTEL quartus download web site.
I only can say, Intel and its distribution can't solve my problem even I pass this issue through Intel Premier Support. I just need a specific quartus 15.1 to porting Intel old device to new device and what I need to waste so much time to do this. And got nothing.
When I manually installed the driver I pointed to the following directory: C:\intelFPGA_lite\21.1\quartus\drivers
I initially went down the directory tree further however it could not find the driver. I retried it stopping at the upper level 'drivers' directory and it worked. I attached a JPG file to show the directory structure
Here is my problem. After connecting the USB Blaster to my Win7 computer for the first time and installing the driver from altera\11.1sp2\quartus\drivers, the USB Blaster shows up in the control panel as "USB-Blaster(Altera)" but Quartus II doesn't show it in the Programmer's Hardware Setup page.
In troubleshooting, I also tried installing the same version of Quartus II and the USB blaster on my Win10 laptop, but the driver isn't signed for win10 so I dropped that approach. Back on the Win7 computer I tried using the command prompt to open altera\11.2sp2\quartus\bin\jtagconfig.exe and saw it read out the message "No JTAG hardware available".
I just encountered this problem on Windows 11 64-bit. I ran the command "C:\intelFPGA_lite\22.1std\quartus\bin64>quartus_pgm.exe -l", which should list available programmers, and it said "No JTAG hardware available". I tried solutions listed here. None worked. The registry key suggested isn't there on W11 either.
Find \quartus\drivers\ (Note 1: Your altera file is located at the location you selected when you first installed quartus. The location listed in this document is the default location) (Note 2: Stop at the drivers folder, i.e., do NOT go deeper by opening a folder within the drivers folder. This is important.) Select OK.
I don't think I had to restart, but you might have to. Try running C:\intelFPGA_lite\22.1std\quartus\bin64>quartus_pgm.exe -l again, and see if the device is listed. It was for me "1) USB-Blaster [USB-0]".
The system includes a powerful built-in synthesis engine, which is used by default. It also supports use of the Altera Quartus II synthesizer within the design environment. To enable an FPGA project to utilize this synthesis tool the project synthesis option must be set to Altera Quartus II. This is done by selecting Project Project Options from the menus, clicking on the Synthesis tab and choosing Altera Quartus II from the dropdown Synthesizer list. Once this is selected, you must indicate the folder where the quartus_map binary executable file resides, using the dropdown's associated browse button (...). The Options region of the Synthesis tab will become populated with Altera Quatus II-related options. Configure these to best suit your design.
Qsys uses a NoC-based interconnect to deliver higher performance systems compared to conventional bus and switch fabric architectures. To demonstrate the capabilities of the high-performance interconnect in version 11.0, Altera offers a PCIe to DDR3 reference design built using Qsys. The reference design achieves throughput of over 1,400MB/s between a memory-mapped PCIe Gen2 x4 Endpoint and an external DDR3 memory. The design uses an automatically pipelined, NoC-based interconnect to packetize data for easier and faster transport. The reference design demonstrates how an Altera-provided PCIe IP core saves months of development time by eliminating the need to develop Transaction Layer Packet (TLP) encoding/decoding logic and by simplifying PCIe protocol interface complexity. Customers can download the reference design from the Qsys page of Altera's Web site at www.altera.com/qsys.
Altera programmable solutions enable system and semiconductor companies to rapidly and cost-effectively innovate, differentiate and win in their markets. Find out more about Altera's FPGA, CPLD and ASIC devices at www.altera.com.
Once Quartus opens you will see this screen. Go to the New Project Wizard located in the File tab.
Create a parent folder on your flash drive. You want this on your flash drive because anything saved on the colleges hard-drives may not be there next class.
Create a parent folder where you want to keep all of your Labs! i.e. G:\Joe_Schmo_jumpdrive\EECT122\
Next:
Create a child folder this particular lab will be stored. i.e. G:\Joe_Schmo\EECT122\Lab_1-1\
You can do this either in windows explorer or directly in the program Quartus.
IMPORTANT!!!!:
VERY IMPORTANT!!!!!!!!!:
For quartus to work right, your build files(.bdf/.vhd/.etc) need to be in a folder(your child folder) that has the same name as the projects.
Quartus Prime Lite and Questa can be installed with the quartus-freeAUR meta-package. This meta-package will also install device support for every supported device family. To save on disk space once the package is built, you can install only the necessary components. For example:
quartus-free-quartus requires quartus-free-devinfo, which is provided by any one of the packages with a quartus-free-devinfo- prefix. For example, install the quartus-free-devinfo-cyclonevAUR dependency if you have a Cyclone V FPGA.
Quartus II 13.0 Web Edition is "the last version to support Cyclone II and earlier FPGAs", so install quartus-free-130AUR instead of quartus-free if support for such devices is needed. See also quartus-130AUR for the SP1 Subscription Edition.
Another possible cause may be a missing 32-bit version of libudev.so [2]. lib32-systemd provides this shared object, so make sure it is installed. (This should already be the case since it is a transitive dependency of quartus-free-quartusAUR.)
An installation of Quartus Pro contains both quartus.exe and qpro.exe executable files. When both tools are added to the path by using hdlsetuptoolpath, HDL Coder checks the tool availability before running the HDL Workflow Advisor.
The last step is to update the OpenCL SDK with AOCLSetup-16.0.2.222-linux.run. If you end up in a loop that the installer ask to uninstall the previous version in altera/16.0 for you, choose an empty directory. when finished copy all files over the ones in /home/yourusername/altera/16.0.
Now copy the 16.0.2 board files from your board to /home/yourusername/altera/16.0/hld/board/boardname. The board_env.xml should be in the root of that directory. You need to put in the directory later in FPGA_BOARD. Further instructions are provided by your board vendor.
When you receive the license file, it needs to be placed in /home/yourusername/altera/ and renamed to license.dat. It should also work with Quartus 15, so can use your current license when 15 was already installed. Run quartus again to see if it worked, and/or run aoc -v empty_file.cl to see if the OpenCL license is active.
I think everyone in this thread has gone out on a tangent and he
responses have nothing to do with the question Shannon actually asked!?!The point is not whether or not using the LPM is portable or even the
best solution for a counter (clearly it's not) but whether or not
Shannon is using the LPM component correctly.In short Shannon, yes, that's exactly what you need to do. The
megawizard "thingy" merely assists in parameterising the component with
a point-and-click interface. You could of course achieve exactly the
same in pure VHDL yourself - you'd end up with the component declaration
and the VHDL file you included from the megawizard output.Naturally you also need to instantiate your component, hence the second
step you took. The third step, adding the VHDL file, just imports the
(thin) wrapper that the megawizard created with all your parameters for
that particular instance.As for including libraries etc, you notice the wrapper VHDL file you
included uses the altera_mf_components library.Regards--
Mark McDougall, Engineer
Virtual Logic Pty Ltd,
21-25 King St, Rockdale, 2216
Ph: +612-9599-3255 Fax: +612-9599-3266
Set up your system environment for accessing from MATLAB with the function hdlsetuptoolpath. This function adds the specified installation folder to the MATLAB search path. For example: hdlsetuptoolpath... ('ToolName','Altera Quartus II','ToolPath','C:\Altera\12.0\quartus\bin64')This example assumes that the Intel FPGA design software is installed at C:\Altera\12.0\quartus\bin64.
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