1. Final Project 6 Submission
Put following files into (LastName, FirstName)_(LastName, FirstName)_finalproject.zip
summary.xlsx
super_hash_processor.sv
transcript.txt
message.txt
super_hash_processor.flow.rpt
super_hash_processor.sta.rpt
Submit by 11:59 pm Tue 6/13, BUT don’t submit before 8 am Tue 6/13.

2. summary.xlsx See summary.xlsx template provided
If you worked alone, just fill out one row
If you just have one set of results, write “same” for “MIN AREA*DELAY DESIGN”
Spreadsheet already contains calculation fields: e.g. Area = #ALUTs + #Registers. Please use them.
Make sure to use Arria II GX EP2AGX45DF29I5 device
Make sure to use Fmax for Slow 900mV 100C Model
Make sure to use FINAL TOTAL NUMBER OF CYCLES

3. super_hash_processor.sv
If you have two designs, name the second source code file super_hash_processor2.sv.

4. transcript.txt Copy of the ModelSim simulation results.
Just need simulation results for tb_final_shp.sv.
After you run the “run –all” command, you can save your transcript by going to the “File” menu and clicking on “save transcript as”.
Transcript file will contain the history of all commands used in the current modelsim session. You can clear the current transcript by going to the “Transcript” menu on the GUI and clicking “Clear”.
Use FINAL TOTAL NUMBER OF CYCLES for your cycle count.
If you have two designs, name the second source transcript file transcript2.txt.

5. message.txt Copy of the Quartus compilation messages.
You can save the messages by “right-clicking” the message window and choosing “save message”
IMPORTANT: Make sure that are no warnings about “latches” or “inferred latches”.
If you have two designs or two synthesis results, name the second source message file message2.txt.

6. super_hash_processor.flow.rpt
Copy of the flow report with area numbers.
Make sure to use Arria II GX EP2AGX45DF29I5 device
IMPORTANT: Make sure Total block memory bits is 0.
If you have two designs or two synthesis results, name the second source flow rpt super_hash_processor2.flow.rpt.

7. super_hash_processor.sta.rpt
Copy of the sta (static timing analysis) report.
Make sure to use Fmax for Slow 900mV 100C Model
IMPORTANT: Make sure “clk” is the ONLY clock.
If you have two designs or two synthesis results, name the second source flow rpt super_hash_processor2.sta.rpt