Two approaches to getting device-DNA from FPGA using Vivado:
1. GUI based solution
2. TCL based solution
https://www.xilinx.com/support/answers/64178.html
AR#64178 #DNA #TCL
1. GUI based solution
2. TCL based solution
https://www.xilinx.com/support/answers/64178.html
AR#64178 #DNA #TCL
Following command retrieves
the TEMPERATURE property from connected FPGA:
To report all properties of HW_SYSMON use this in TCL console:
#SysMon #TCL #XADC #Xilinx #Telemetry
the TEMPERATURE property from connected FPGA:
get_property TEMPERATURE [get_hw_sysmons]
To report all properties of HW_SYSMON use this in TCL console:
report_property -all [lindex [get_hw_sysmons] 0]
#SysMon #TCL #XADC #Xilinx #Telemetry
Optionally run optimization if there are timing violations after placement
#Xilinx #Vivado #phys_opt_design #TCL #automation #slack #violation
if {[ get_property SLACK [ get_timing_paths -max_paths 1 -nworst 1 -setup ] ] < 0 } {
puts "INFO :: Found setup timing violations. Running physical optimization once."
phys_opt_design -directive AggressiveExplore
phys_opt_design -directive AlternateReplication
phys_opt_design -directive AggressiveFanoutOpt
}
#Xilinx #Vivado #phys_opt_design #TCL #automation #slack #violation
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Alterrnative of datasheets for lazy designers in CLI
Just find required P/N:
And getting some pieces of info related to P/N:
#xilinx #FPGA #vivado #datasheet #tcl
Just find required P/N:
get_parts [-regexp] [-filter <arg>] <patterns>
And getting some pieces of info related to P/N:
report_property [get_parts <parts>]
#xilinx #FPGA #vivado #datasheet #tcl
OpenSTA - the engine for gate level static timing verifier. As a stand-alone executable it can be used to verify the timing of a design using standard file formats. OpenSTA uses a TCL command interpreter to read the design, specify timing constraints and print timing reports.
Sources, Docs
#TCL #STA #sdc #sdf #spef #timing #analyze #netlist
Sources, Docs
#TCL #STA #sdc #sdf #spef #timing #analyze #netlist
The OpenROAD team also has several amazing projects, e.g.:
⦠RePlAce - RePlAce global placement tool
⦠FastRoute4-lefdef - LEF/DEF/Rsyn-based router
⦠OpenDP - Open Source Detailed Placement engine
⦠TritonCTS - Srcs and calibration scripts for clock tree synthesis
⦠magic - OpenROAD specific Magic VLSI Layout Tool
⦠ioPlacer - IO and Pin Placer for Floorplan-Placement Subflow
#ASIC #TCL
⦠RePlAce - RePlAce global placement tool
⦠FastRoute4-lefdef - LEF/DEF/Rsyn-based router
⦠OpenDP - Open Source Detailed Placement engine
⦠TritonCTS - Srcs and calibration scripts for clock tree synthesis
⦠magic - OpenROAD specific Magic VLSI Layout Tool
⦠ioPlacer - IO and Pin Placer for Floorplan-Placement Subflow
#ASIC #TCL
GitHub
The OpenROAD Project
OpenROAD seeks to develop and foster an autonomous, 24-hour, open-source layout generation flow (RTL-to-GDS). - The OpenROAD Project