CPLD_U25_run_msim_rtl_vhdl_S25FL064L_TB. Altera Product Catalog 2009 5 General-purpose CPLDs MAX CPLD SERIES Altera’s 3.3V MAX 3000A devices are cost-optimized for high-volume applications, while the 5.0V, 3.3V, and 2.5V MAX 7000 families offer world-class, high-performance solutions for a broad array of applications. # Time: 0 ps Iteration: 0 Instance: /testbench_s25fl064l_vhdl File: C:/MyFiles/Google Drive/Jobs/Upwork/7-Azbil-USA/CPLD/E-Design/HDL/v01/rtl/testbench/S25fl064l/testbench_S25fl064l_vhdl.vhd Line: UNKNOWN # ** Fatal: SDF files require Intel FPGA Edition primitive library # Loading work.s25fl064l(vhdl_behavioral_static_memory_allocation) # -suppress Suppress comma-separed list of error/warning messages # -nocompress Don't compress the resulting output file # -delayscale Scale delays by the specified value # -maxdelays Use maximum timing from min:typ:max expressions # -typdelays Use typical timing from min:typ:max expressions (default) The architecture is based on the vertical and crosswise algorithm Note: its recommended to follow this VHDL tutorial series in order, starting with the. # -mindelays Use minimum timing from min:typ:max expressions I tried adding the SDF file to the vsim command and I ran into another issue: # usage: sdfcom source-file output-file You shouldnt have to create IO ports just to view the signals on Modelsim. No - when I generated these waveforms, it was just a behaviouralsimulation. From Modelsim, you should easily be able to click on the module that you want (Circle 1) and in Objects window (Circle 2) you will be able to see the signals within that module and you can then easily drag the signals you want to the Wave window.
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