Synopsys Design Compiler Tutorial 2021 =link= Site

This is where the art of synthesis lies. Constraints drive the optimization engine. Without constraints, DC will simply optimize for the smallest area, ignoring timing.

# Method A: Direct Read read_verilog my_design.v # Method B: Analyze and Elaborate (Recommended) analyze -format sverilog [list top_module.sv control.sv datapath.sv] elaborate top_module Use code with caution. Step 2: Linking and Verifying the Design synopsys design compiler tutorial 2021

# Define the clock: 500 MHz frequency (Period = 2.0 nanoseconds) create_clock -name sys_clk -period 2.0 [get_ports clk] # Model the clock behavior set_clock_uncertainty 0.15 [get_clocks sys_clk] set_clock_transition 0.05 [get_clocks sys_clk] # Define Input and Output Delays relative to the clock set_input_delay 0.4 -clock sys_clk [remove_from_collection [all_inputs] [get_ports clk]] set_output_delay 0.4 -clock sys_clk [all_outputs] # Set area constraint (0 forces the tool to make it as small as possible) set_max_area 0 Use code with caution. Step 4: Compiling and Optimizing the Design This is where the art of synthesis lies

The optimized intermediate logic is mapped to actual physical gates provided by your silicon foundry's target library (.db files). # Method A: Direct Read read_verilog my_design

report_power > reports/power.rpt