- #Modelsim altera megafunction for free
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SerialLite III Streaming MegaCore Function.
#Modelsim altera megafunction serial
Serial Digital Interface (SDI) MegaCore Function.This page can also be viewed by typing 'man dat2ntl'. Convert to the Intel Hex Format: 'dat2ntl impulses.dat impulses.ntl'Īn online dat2ntl manpage provides further details. dat file following the example in impulses.dat. It is not available on the Lab PCs.Ĭreate a. dat2ntl is available on Athena for most platforms by first running 'setup 6.111'. hex (.ntl) file whish is also suitable for MAX+plusII ROM initialization. A promtools guide provides further details.ĭat2ntl is a command line routine for generating a. These tools are currently not available on the Lab PCs and are only needed for final projects which, for example, may use PROMs for storing character or image data. There are a suite of command line tools available on Athena for generating data to be stored in PROM chips. Uncheck 'address input port' under "Which ports should be registered?"īrowse to the rom8x8.mif file that was created or downloaded from aboveĪ summary page shows the files to be created Select '3' for width of q output for this example Select "Create a new custom megafunction variation"
To generate a ROM module using this example in MAX+plusII: If there are multiple values for the same address only the last value is used 6 : 9 C 8 % Range starting from specific address-% : 0 % Range-Every address from 0 to FF = 0% WIDTH = 8 % WIDTH OF OUTPUT IS REQUIRED, ENTER A DECIMAL VALUE %ĭEPTH = 8 % DEPTH OF MEMORY IS REQUIRED, ENTER A DECIMAL VALUE %ĪDDRESS_RADIX = HEX % Address and data radixes are optional, default is hex %ĭATA_RADIX = HEX % Valid radixes = BIN,DEC,HEX or OCT % This file is used with the Megawizard Plug-in Manager to create a ROM module to instantiate in a design. The format is shown here and also available ( rom8x8.mif) as a starting point. When generating an internal ROM in an Altera FPGA, the memory contents can be specified in a Memory Initialization File (.mif).
#Modelsim altera megafunction for free
For example:įor more information and a tutorial: A Beginner's Guide to MAX+plusIIĪltera also provides a version for the PC for free from their websiteįor a guide to generating memories in MAX+plusII and simulating in Modelsim, click here. &' from the desired project directory to start the application. Run 'setup 6.111' to configure your environment correctly. Īfter logging in (use ssh -X) and setting the remote X display, you will need to The lab that can be used remotely: athpal04, athpal05. There are 2 Sun machines running Solaris 8 in Wish to use MAX+plusII outside of the Digital Lab. Therefore you will need to login remotely if you It will not work directly on an Athena machine since Athenaĩ.2 uses Solaris 9 which is not currently supported by Altera.
#Modelsim altera megafunction software
On Athena, the software is only available on a Sun workstation running (or Start-> All Programs -> Altera -> MAX+plus II 10.2)
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On the Lab PCs under Windows XP, launch MAX+plus II from the Desktop icon
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The PDF for the user's manual: (MIT certificates required)
Then run 'vsim &' to start the application.Ĭreate a new project with: File->New->Project and a wizard walks you through project creation.Ī Modelsim tutorial (PDF) provides an example of using Modelsim for Verilog simulation. On an Athena Sun workstation, you must first run 'setup 6.111' to configure (or Start -> All Programs -> ModelSim SE -> ModelSim) On the Lab PC under Windows XP, launch ModelSim from the Desktop icon Tool performs the final phase of mapping the Verilog description to the device.
Verilog description of the system to be built. The two phases for generating a programming file for the Altera FPGA'sĬan be split between simulation/verification of the Verilog hardware descriptionįollowed by synthesis/optimization. You will need a floppy disk to transfer the file. For instructions on using the PAL programmer, view the PAL Programmer Guide. jed file is created, it needs to be transferred to the PAL programming station to be burned into the PAL. Galaxy is the graphical front end to WARP. Then run 'galaxy &' from the desired project directory. To use WARP on any Athena Sun machine, first run 'setupĦ.111' to setup the environment. To use WARP on the Lab PC, launch the application by clicking on the Galaxyĭesktop icon. Takes a design in Verilog and produces a JEDEC (.jed) programming file to be used 6.111 Software Tools Guide 6.111 Software Tools Guide PAL ProgrammingĬypress WARP is a tool for generating PAL programming data.