altera quartus ii

Add a paragraph to the certificate file:FEATURE 6af7_0012 Alterad 2035.12 permanent uncounted e75be809707evendor_string= " Iiiiiiiihdlkhiiiiiiiiupduiaaaaaaaa11x38ddddddddpjz5cddddddddtmgzgjjjjjjjjbqih0uuuuuuuugyywivvvvvvvvbp0fvhhhhhhhhbueakffff ffffd2ffrkkkkkkkkwl$84 "hostid=78e400adbd37 ts_ok sign=" 1E27 C980 33CD 38BC 5532 368b116d c1f8 34E0 5436 99a0 5A2E 1C8C 8DD 0 c9c6 011B a5a9 932b08de c5ed 9E62 2868 5a32 6397 d9b8 5c3a b8e8 4e4f CEC7 C836 " where 6af7_0012 is the signature of the FIR IP

Core library file must be included due to the call to Altera's IP core. The file for ALTERA_MF.V is also included in the project (this file can be found under the Eda/sim_lib folder in the Quartus installation directory). Click the browse button to include the file, as shown in, and then click the OK button.It will then appear as shown in the Project work window of Modelsim, where two files have been included, where a question mark appears in the Sta

Network Ports respectively. Software programmer: The software programmer is the built-in programmer of Altera Quartus. It mainly has four programming modes: 1. Passive serial mode (EPC device ); 2. JTAG mode (devices of various companies ); 3. active serial programming mode (EPC device ); 4. In-socket programming mode (CPLD and APU ); Passive serial and JTAG modes are used for direct fpga sram

with the help of the system? (IC design) (de2) (Quartus II, therefore, you only need to add the SRAM and tristate bridge and CFI Flash are not required. As a result, only the MHz clock is used for the niosii, and the 50 MHz clock is not required. Step 2:Set the Reset vector and exception vector of the niosii CPU Since only SRAM is available now, the Reset vector and the exception vector are all set in SRAM. Step 3:More refined top Module

Recently playing Altera FPGA, when I use Quartus II comes with the IP core generated ROM, there are various problems, so in the online various search data, finally solved my problem. Here to do a summary, to facilitate their future inspection.Quartus II and Ise have some differences in simulation and initialization, here's a brief introduction to the initialization and simulation steps for both: 1. Create a

For job requirements, the two high-level language synthesis tools were applied, and the typical algorithms were implemented and evaluated (data is temporarily kept secret).Briefly talk about the experience of using.1. Altera OpenCL SDKFirst, you need to install Quartus (more than 13.1 version) and the supporting Soc EDS, respectively, apply for two license, one for the OpenCL SDK, one for soceds, indispensa

Jobs after installing Quartus II 6.0 1. Install the quartusii_60_sp1_pc patch. 2. Modify the license. dat, replace xxxxxxxxxxxx with your Nic Mac, and copy it to the Quartus II installation directory c:/Altera. (For nic Mac, use ipconfig-all in the DOS window and remove the-number.) (you must remove "-" from the MAC address; otherwise, it will fail) 3. overwri

Link: http://group.ednchina.com/56/31122.aspx Summary of questions and answers provided by Altera Forum I can't afford losing any of these invaluable information anymore! It is not too late if I start reading and collecting them from now on. I will look the threads through everyday as I do with my Hotmail e-mails and eetimes rsss. It's all about timing: Sun Nov 01 2009 17:17:32 GMT + 0800 signal transfer in different clock domainsSun Nov

When using the Altera device for design and Modelsim for post-simulation, you must first set the tool in Quartus, setting -- edatool -- Simulation-Tool Name --- Modelsim (OpenGL ); Then perform full compilation. The simulation folder is generated under the project directory. The internal Modelsim folder contains three files *. the VO file is the simulation model file after layout and wiring ,*. SDO files a

Address: http://hi.baidu.com/gmy2171/blog/item/2e3c2f890ffc4dbf0e2444cf.html Tsu/TCO have two different meanings in the Quartus II report. The TSU/TCO in the slice refers to the TCO of the front-Level Trigger and the Tsu of the Back-Level Trigger. Generally, the Tsu is several hundred PS level. You can view it through the "List paths" command. The TSU/TCO here is mainly determined by the device process. The temperature and voltage changes

Quartus II 15.x Environment Construction:Http://jingyan.baidu.com/article/b7001fe18d47fc0e7282dd91.htmlModelsim 14.x SE Environment Construction:Http://jingyan.baidu.com/article/da1091fb30d880027849d63a.htmlhas been on Google search Quartus 15.0, but the address is the official Altera, download slow and easy to fail, after a few days of trying to always have no e

) section, the default commandAdd wave *, this command is to tell the top of test bench all the letters to join the Wave window.For us, in the commissioning phase, there are a lot of low-level signals are to be observed, so we need to manually modify the commandI. In the Modelsim window, select the module you want to care about, and right-click to add your own signal to the wave waveformII. In the Wave window we can save the format of this waveform, in the Wave window midpoint menu Fileèsave ...

A good timing constraint can be used to guide the layout and wiring tools to weigh and obtain the optimal device performance, so that the design code can reflect the designer's design intent to the greatest extent possible. 2 timequest is an ASIC-style static timing analysis (STA) tool added by Altera to the 6.0 software. The Synopsys Design constraints (SDC) file format is used as the time series constraint input. 3. timequest checks the creation tim

EDA Tools:1, Quartus II 13.1 (64-bit)2, Modelsim SE-64 10.1cTime:2016.05.05-----------------------------------------------------------------------------------Often see someone in the tangled PLL simulation matter, because they have never tried. Special test.One, PLL settings:----------------------------------------Input signals----------------------------------------Inclk0: Input clock, set 27MAreset: Asynchronous input, high effective reset----------

The structure of an IO in Chip planner is shownThe left side is the output section to the right of the input section, but will notice two structure: 1, register, 2,delay moduleHere's my guess: These two structures are designed for timing optimization and are mentioned in Altera's timing optimization documentation for the fast input and output registers in the Io cell.If you have the correct timing constraints, the Quartus software can automatically de

We didn't pay much attention to it before. Altera provided many online debugging methods in Quartus, In section V. In-system design debugging of Quartus II version 7.2 handbook Volume 3: verification, five methods are introduced in Chapter 5: 1. Quick Design Debugging Using Signalprobe Signal Probe The method does not affect the original design functions and l

AbstractIf you connect us II and de2, this tutorial combination matches you. IntroductionThis is the tutorial used by the original tutorial of Altera for us II and de2. It is divided into two versions, namely the sparse and VHDL versions. You can choose your preferred statement on your own, the most common functions of Quartus II and de2 are taken from the beginning to the end in this Tutorial example. Alt

You use Altera's megafunction to generate the "divider" Wizard, now you will see like that follows: // Megafunction Wizard: % lpm_divide %// Generation: Standard// Version: wm1.0// Module: lpm_divide // ================================================ ======================================// File name: div31.v// Megafunction name (s ):// Lpm_divide//// Simulation library files (s ):// LPM// ================================================ ======================================//*************