DC-Tcl Procedures. Learning Objectives. After completing this lab, you should be able to: Write generic DC-Tcl procedures. Lab Duration: 30 minutes
|
|
|
- Domenic Hawkins
- 5 years ago
- Views:
Transcription
1 w 14 Learning Objectives After completing this lab, you should be able to: Write generic DC-Tcl procedures Lab Duration: 30 minutes Lab 14-1 Synopsys S38
2 Flow Diagram of Lab Create and test myprocs.tcl Create lab14.tcl Perform Synthesis with DC-Tcl Task 1. Create 2 User-Defined You will write a simple Tcl procedure by using the constraints.tcl file as a template. 1. Go into the scripts/ subdirectory. 2. Copy the file constraints.tcl to myprocs.tcl. 3. Modify the commands in the file in order to create two procedures that constrain a design for timing and load budgeting. Name the first procedure TimeBudget. Arguments passed to the Tcl procedure should be: Clock period 4ns Clock skew 0.25ns Clock port name Clk Input time budget 75.0 (in percentage of clock period). For example, if the number "75.0" is passed to the procedure, the input logic will be constrained to 75% of the clock period. Output time budget 25.0 (25 percent of clock period) Lab 14-2
3 Name the second procedure LoadBudget. Arguments passed to the Tcl procedure should be: Driving cell Driving pin Maximum allowable input capacitance Number of branches (fanout) of the output If you get stuck, there is an example script file at the end of this exercise. Hint: Use the examples from the lecture notes as a starting point. Task 2. Execute the User-Defined Procedure You will test the procedure you wrote in the previous section. A rough sketch of the steps to follow is outlined below. 1. Go to the risc_design subdirectory. 2. Invoke the DC-Tcl shell from UNIX. 3. Read the script myprocs.tcl. Make sure there are no errors! If syntax errors are encountered, correct them and then repeat this step until no errors occur. 4. Read in the design PRGRM_CNT_TOP. 5. From the command line, invoke the procedure you wrote. 6. Perform test-ready compile. 7. The results should be the same as you saw in the lab "Tcl Introduction". 8. Quit DC. Lab 14-3
4 Task 3. Write a Compile Script In this step, you will write lab14.tcl similar to runit.tcl. Instead of executing constraints.tcl, you will execute TimeBudget and LoadBudget for each design. The file should remain unchaged other than that. In this exercise you have used the following conventions: For each design, the design name is the same as the file name without the.db. For example, if the file name is PRGRM_CNT_TOP.db, the design name is PRGRM_CNT_TOP. Create user defined variables to make each command generic. Initialize each variable appropriately to compile only the PRGRM_CNT_TOP design. There is an example at the end of this lab. Execute lab14.tcl from UNIX prompt as follow: dc_shell-t f scripts/lab14.tcl tee lab14.log Lab 14-4
5 Answers / Solutions Example myprocs.tcl proc TimeBudget {CLK_PER CLK_SKEW CLK_PORT \ INP_BUD OUT_BUD} { # Operating Environment create_clock -period $CLK_PER \ -name my_clock $CLK_PORT set_dont_touch_network [get_clocks my_clock] set_clock_uncertainty $CLK_SKEW \ [get_clocks my_clock] # Time budget set I_DELAY [expr $CLK_PER * (1.0 - $INP_BUD/100.0)] set ALL_IN_BUT_CLK [remove_from_collection \ [all_inputs] $CLK_PORT] set_input_delay $I_DELAY -max \ -clock my_clock $ALL_IN_BUT_CLK } set O_DELAY [expr $CLK_PER * (1.0 - $OUT_BUD/100.0)] set_output_delay $O_DELAY -max \ -clock my_clock [all_outputs] proc LoadBudget {DRV_CELL DRV_PIN MAX_INPUT_LOAD \ MAX_OUTPUT_BLOCKS} { } # Load Budget set ALL_IN_BUT_CLK [remove_from_collection \ [all_inputs] [get_ports Clk]] set_driving_cell lib_cell $DRIVE_CELL \ pin $DRV_PIN $ALL_IN_BUT_CLK set_max_capacitance $MAX_INPUT_LOAD $ALL_IN_BUT_CLK set_load [expr $MAX_INPUT_LOAD * \ $MAX_OUTPUT_BLOCKS] [all_outputs] Lab 14-5
6 Example lab14.tcl # Directory Structure set UNMAPPED_DIR unmapped set SCRIPT_DIR scripts set MAPPED_DIR mapped set REPORTS_DIR reports # Add custom commands to interface source $SCRIPT_DIR/myprocs.tcl # List of designs to be compiled set DESIGNS_LIST {PRGRM_CNT_TOP} foreach module $DESIGNS_LIST { read_db $UNMAPPED_DIR/$module.db current_design $module link reset_design # Budget for 4ns clock, 250ps skew, 3 ns input # logic timing, 1 ns output TimeBudget [get_ports Clk] # Budget inputs for assumed driving cell/pin fde1a1/q; # 5 and2a1 gates (or less capacitance) # Assume that the outputs are only branching to 3 # similar blocks LoadBudget fdef1a1 Q [expr \ [load_of ssc_core_slow/and2a1/a] * 5] 3 uniquify compile -scan write -hierarchy -output $MAPPED_DIR/$module.db redirect $REPORTS_DIR/$module.rpt \ {report_constraint -all_violators} } quit Lab 14-6
Compile RISC_CORE. Learning Objectives. After completing this lab, you should be able to: Perform a top-down compile strategy on the RISC_CORE design
15 Learning Objectives After completing this lab, you should be able to: Perform a top-down compile strategy on the RISC_CORE design Lab Duration: 75 minutes Lab 15-1 Synopsys 31833-000-S38 Flow Diagram
Design Rules and Min Timing
7 Design Rules and Min Timing Learning Objectives After completing this lab, you should be able to: Apply design rules and hold time constraints Fix design rule violations Fix hold time violations Lab
Getting a Quick Start 2
2 Getting a Quick Start 2 This chapter walks you through the basic synthesis design flow (shown in Figure 2-1). You use the same basic flow for both design exploration and design implementation. The following
EE4415 Integrated Digital Design Project Report. Name: Phang Swee King Matric Number: U066584J
EE4415 Integrated Digital Design Project Report Name: Phang Swee King Matric Number: U066584J April 10, 2010 Contents 1 Lab Unit 1 2 2 Lab Unit 2 3 3 Lab Unit 3 6 4 Lab Unit 4 8 5 Lab Unit 5 9 6 Lab Unit
Multiple Clocks and Timing Exceptions
10 Multiple Clocks and Timing Exceptions Learning Objectives This lab is intended to give you a better understanding of how static timing analysis works and how timing exceptions are properly applied.
CS/EE 6710 Digital VLSI Design Tutorial on Cadence to Synopsys Interface (CSI)
CS/EE 6710 Digital VLSI Design Tutorial on Cadence to Synopsys Interface (CSI) This tutorial walks you through the Cadence to Synopsys Interface (CSI). This interface lets you take a schematic from composer
Performing STA. Learning Objectives
Performing STA Learning Objectives UNIT 45 minutes Unit 8 You are provided with a design netlist that does not meet timing. You are also provided with another set of sub blocks that were improved for timing
Using Tcl. Learning Objectives
Using Tcl Learning Objectives Using the transcript program, you will translate a given specification (in DC-Shell format) into PrimeTime Tcl format. After completing this lab, you should be able to: Write
Specifying Timing Exceptions
Specifying Timing Exceptions Learning Objectives This lab is intended to give you a better understanding of how static timing analysis works and how timing exceptions are applied properly. After completing
A. Setting Up the Environment a. ~/ece394 % mkdir synopsys b.
ECE 394 ASIC & FPGA Design Synopsys Design Compiler and Design Analyzer Tutorial A. Setting Up the Environment a. Create a new folder (i.e. synopsys) under your ece394 directory ~/ece394 % mkdir synopsys
Partitioning for Better Synthesis Results
3 Partitioning for Better Synthesis Results Learning Objectives After completing this lab, you should be able to: Use the group and ungroup commands to repartition a design within Design Analyzer Analyze
Introduction to Design Compiler
Introduction to Design Compiler Courtesy of Dr. An-Yeu Wu @NTU, CIC/NARL@Taiwan http://csce.uark.edu +1 (479) 575-6043 yrpeng@uark.edu What is Synthesis Synthesis = translation + optimization We will get
Graduate Institute of Electronics Engineering, NTU Synopsys Synthesis Overview
Synopsys Synthesis Overview Ben 2006.02.16 ACCESS IC LAB Outline Introduction Setting Design Environment Setting Design Constraints Synthesis Report and Analysis pp. 2 What is Synthesis Synthesis = translation
Reading the Design into PT
Reading the Design into PT Learning Objectives Given a set of design and library files, you will read them into PrimeTime memory and access the design objects. After completing this lab, you should be
Introduction to Design With Verilog. Synopsys University Courseware 2008 Synopsys, Inc. Lecture - 3 Developed By: Paul D. Franzon
Introduction to Design With Verilog Course Mantras One clock, one edge, Flip-flops only Design BEFORE coding Behavior implies function Clearly separate control and datapath Purpose of HDLs Purpose of Hardware
Preparing for Optimization 7
7 Preparing for Optimization 7 This chapter contains the following sections: Defining the Design Environment Selecting a Compile Strategy Setting Design Rule Constraints Setting Optimization Constraints
Push-button Synthesis or, Using dc_perl to do_the_right_thing
Push-button Synthesis or, Using dc_perl to do_the_right_thing Kurt Baty WSFDB Consulting 26 Hill Street Medway MA 02053 Phone: +1.508.429.4198 Email: kurt@wsfdb.com Steve Golson Trilobyte Systems 33 Sunset
Logic Synthesis ( Prof. Dejan Marković VLSI Design Flow. Specifications & System Simulation (MATLAB, Simulink, C++)
Logic Synthesis EEM216A Fall 2012 Prof. Dejan Marković ee216a@gmail.com VLSI Design Flow Specifications & System Simulation (MATLAB, Simulink, C++) RTL Design (Verilog HDL) Logic Synthesis ( DC) Today
Lecture 11 Logic Synthesis, Part 2
Lecture 11 Logic Synthesis, Part 2 Xuan Silvia Zhang Washington University in St. Louis http://classes.engineering.wustl.edu/ese461/ Write Synthesizable Code Use meaningful names for signals and variables
Asic Design ET Alexander de Graaf, EEMCS/ME/CAS 5/20/14. Challenge the future. Delft University of Technology
Asic Design ET 4351 Alexander de Graaf, EEMCS/ME/CAS 5/20/14 Delft University of Technology Challenge the future Outline. 1. Design flow 2. Synthesis 3. Place & Route ASIC Design: Backend 2 100 1. Design
Logic Synthesis. Logic Synthesis. Gate-Level Optimization. Logic Synthesis Flow. Logic Synthesis. = Translation+ Optimization+ Mapping
Logic Synthesis Logic Synthesis = Translation+ Optimization+ Mapping Logic Synthesis 2 Gate-Level Optimization Logic Synthesis Flow 3 4 Design Compiler Procedure Logic Synthesis Input/Output 5 6 Design
Part B. Dengxue Yan Washington University in St. Louis
Tools Tutorials Part B Dengxue Yan Washington University in St. Louis Tools mainly used in this class Synopsys VCS Simulation Synopsys Design Compiler Generate gate-level netlist Cadence Encounter placing
Laboratory 5. - Using Design Compiler for Synthesis. By Mulong Li, 2013
CME 342 (VLSI Circuit Design) Laboratory 5 - Using Design Compiler for Synthesis By Mulong Li, 2013 Reference: http://www.tkt.cs.tut.fi/tools/public/tutorials/synopsys/design_compiler/gsdc.html Background
King Fahd University of Petroleum and Minerals. Computer Engineering Department. COE 561 Digital Systems Design and Synthesis (Course Activity)
King Fahd University of Petroleum and Minerals Computer Engineering Department COE 561 Digital Systems Design and Synthesis (Course Activity) Synthesis using Synopsys Design Compiler Tutorial The Synthesis
Agenda: Day One 3-1 DAY. Welcome. Introduction to Static Timing Analysis. Writing Basic Tcl Constructs in PT. Constraining Internal Reg-Reg paths
Agenda: Day One 3-1 DAY 1 Unit Register Register Paths Lab 0i Welcome 1 Introduction Static Timing Analysis 2 Writing Basic Tcl Constructs in PT 3 4 Constraining Internal Reg-Reg paths 3-1 Unit 3: Unit
EECS 151/251A ASIC Lab 3: Logic Synthesis
EECS 151/251A ASIC Lab 3: Logic Synthesis Written by Nathan Narevsky (2014, 2017) and Brian Zimmer (2014) Modified by John Wright (2015,2016) and Taehwan Kim (2018) Overview For this lab, you will learn
Automated Synthesis from HDL models. Design Compiler (Synopsys) Leonardo (Mentor Graphics)
Automated Synthesis from HDL models Design Compiler (Synopsys) Leonardo (Mentor Graphics) Front-End Design & Verification VHDL Verilog SystemC Create Behavioral/RTL HDL Model(s) VHDL-AMS Verilog-A ModelSim
Introduction to STA using PT
Introduction to STA using PT Learning Objectives Given the design, library and script files, your task will be to successfully perform STA using the PrimeTime GUI and generate reports. After completing
TRILOBYTE SYSTEMS. Consistent Timing Constraints with PrimeTime. Steve Golson Trilobyte Systems.
TRILOBYTE SYSTEMS Consistent Timing Constraints with PrimeTime Steve Golson Trilobyte Systems http://www.trilobyte.com 2 Physical implementation Rule #1 Do not change the functionality Rule #2 Meet the
Overview. Design flow. Principles of logic synthesis. Logic Synthesis with the common tools. Conclusions
Logic Synthesis Overview Design flow Principles of logic synthesis Logic Synthesis with the common tools Conclusions 2 System Design Flow Electronic System Level (ESL) flow System C TLM, Verification,
Using Synopsys Design Constraints (SDC) with Designer
Technical Brief Using Synopsys Design Constraints (SDC) with Designer This technical brief describes the commands and provides usage examples of Synopsys Design Constraints (SDC) format with Actel s Designer
SmartTime for Libero SoC v11.5
SmartTime for Libero SoC v11.5 User s Guide NOTE: PDF files are intended to be viewed on the printed page; links and cross-references in this PDF file may point to external files and generate an error
Behavioral Modeling and Timing Constraints
Introduction Behavioral modeling was introduced in Lab 1 as one of three widely used modeling styles. Additional capabilities with respect to testbenches were further introduced in Lab 4. However, there
Arbiters: Design Ideas and Coding Styles
Arbiters: Design Ideas and Coding Styles Matt Weber Silicon Logic Engineering, Inc. matt@siliconlogic.com Matthew.D.Weber@ieee.org ABSTRACT Arbiters exist in nearly every logic design. This paper will
A Comparison of Hierarchical Compile Strategies
A Comparison of Hierarchical Compile Strategies Steve Golson Trilobyte Systems 33 Sunset Road Carlisle MA 01741 Phone: +1.978.369.9669 Fax: +1.978.371.9964 Email: sgolson@trilobyte.com http://www.trilobyte.com
EECS 151/251A ASIC Lab 6: Power and Timing Verification
EECS 151/251A ASIC Lab 6: Power and Timing Verification Written by Nathan Narevsky (2014,2017) and Brian Zimmer (2014) Modified by John Wright (2015,2016), Ali Moin (2017) and Taehwan Kim (2018) Overview
Graduate Institute of Electronics Engineering, NTU Synopsys Synthesis Overview
Synopsys Synthesis Overview Lecturer: 沈文中 Date: 2005.05.06 ACCESS IC LAB Introduction Outline Synopsys Graphical Environment Setting Design Environment Setting Design Constraints Design Optimization Finite
My Second FPGA for Altera DE2-115 Board
My Second FPGA for Altera DE2-115 Board 數位電路實驗 TA: 吳柏辰 Author: Trumen Outline DE2-115 System Builder ModelSim-Altera 2 DE2-115 System Builder 3 Introduction to DE2-115 System Builder (1/2) This section
Tutorial for Verilog Synthesis Lab (Part 2)
Tutorial for Verilog Synthesis Lab (Part 2) Before you synthesize your code, you must absolutely make sure that your verilog code is working properly. You will waste your time if you synthesize a wrong
Pipelined MIPS CPU Synthesis and On-Die Representation ECE472 Joseph Crop Stewart Myers
Pipelined MIPS CPU Synthesis and On-Die Representation ECE472 Joseph Crop Stewart Myers 2008 Table of Contents Introduction... 3 Steps Taken and Simulation... 3 Pitfalls... 8 Simulated Delay... 9 APPENDIX
Designing RGMII Interface with FPGA and HardCopy Devices
Designing RGMII Interface with FPGA and HardCopy Devices November 2007, ver. 1.0 Application Note 477 Introduction The Reduced Gigabit Media Independent Interface (RGMII) is an alternative to the IEEE
Timing Analyzer Quick-Start Tutorial
Timing Analyzer Quick-Start Tutorial Intel Quartus Prime Pro Edition Updated for Intel Quartus Prime Design Suite: 17.1 Subscribe Send Feedback Latest document on the web: PDF HTML Contents Contents Timing
PrimeTime: Introduction to Static Timing Analysis Workshop
i-1 PrimeTime: Introduction to Static Timing Analysis Workshop Synopsys Customer Education Services 2002 Synopsys, Inc. All Rights Reserved PrimeTime: Introduction to Static 34000-000-S16 Timing Analysis
Agenda: Day Two. Unit 6: Specifying Timing Exceptions DAY 2. I/O Paths and Exceptions. Constraining I/O Interface Paths
Agenda: Day Two 6-1 DAY 2 Unit I/O Paths and Exceptions Lab 5 Constraining I/O Interface Paths 6 7 Introduction to Timing Models (QTM) 8 Performing STA 9 Summary 10 Customer Support 6-1 Unit 6: Unit Objectives
UG0776 User Guide PolarFire FPGA Design Constraints
UG0776 User Guide PolarFire FPGA Design Constraints NOTE: PDF files are intended to be viewed on the printed page; links and cross-references in this PDF file may point to external files and generate an
SDC and TimeQuest API Reference Manual
SDC and TimeQuest API Reference Manual 101 Innovation Drive San Jose, CA 95134 (408) 544-7000 http://www.altera.com MNL-SDCTMQ-1.1 Copyright 2007 Altera Corporation. All rights reserved. Altera, The Programmable
My First FPGA for Altera DE2-115 Board
My First FPGA for Altera DE2-115 Board 數位電路實驗 TA: 吳柏辰 Author: Trumen Outline Complete Your Verilog Design Assign The Device Add a PLL Megafunction Assign the Pins Create a Default TimeQuest SDC File Compile
Vivado Design Suite Tutorial. Using Constraints
Vivado Design Suite Tutorial Using Constraints Notice of Disclaimer The information disclosed to you hereunder (the "Materials") is provided solely for the selection and use of Xilinx products. To the
Setup file.synopsys_dc.setup
Setup file.synopsys_dc.setup The.synopsys_dc.setup file is the setup file for Synopsys' Design Compiler. Setup file is used for initializing design parameters and variables, declare design libraries, and
Synthesis and APR Tools Tutorial
Synthesis and APR Tools Tutorial (Last updated: Oct. 26, 2008) Introduction This tutorial will get you familiarized with the design flow of synthesizing and place and routing a Verilog module. All the
My First Nios II for Altera DE2-115 Board
My First Nios II for Altera DE2-115 Board Digital Circuit Lab TA: Po-Chen Wu Outline Hardware Design Nios II IDE Build Flow Programming the CFI Flash 2 Hardware Design 3 Introduction This slides provides
Hardware Verification Group. Department of Electrical and Computer Engineering, Concordia University, Montreal, Canada. CAD Tool Tutorial.
Digital Logic Synthesis and Equivalence Checking Tools Hardware Verification Group Department of Electrical and Computer Engineering, Concordia University, Montreal, Canada CAD Tool Tutorial May, 2010
University of Michigan
Fast Simulation and Equivalence Checking using O p ena ccess University of Michigan Kai-hui Chang, David A. Papa, Igor L. Markov and Valeria Bertacco {changkh, iamyou, imarkov, valeria}@umich.edu Outline
RTL Synthesis using Design Compiler. Dr Basel Halak
RTL Synthesis using Design Compiler Dr Basel Halak Learning Outcomes: After completing this unit, you should be able to: 1. Set up the DC RTL Synthesis Software and run synthesis tasks 2. Synthesize a
CS6710 Tool Suite. Synthesis and Place & Route. Synopsys design compiler Cadence SOC Encounter. Synopsys Design Compiler.
Synthesis and Place & Route Synopsys design compiler Cadence SOC Encounter Verilog-XL Behavioral Verilog Your Library CS6710 Tool Suite Cadence SOC Encounter Synopsys Design Compiler Structural Verilog
Experiment VERI: FPGA Design with Verilog (Part 2) (webpage: /)
Department of Electrical & Electronic Engineering 2 nd Year Laboratory Experiment VERI: FPGA Design with Verilog (Part 2) (webpage: www.ee.ic.ac.uk/pcheung/teaching/e2_experiment /) 1.0 Learning Outcomes
Outline. SoC Encounter Flow. Typical Backend Design Flow. Digital IC-Project and Verification. Place and Route. Backend ASIC Design flow
Outline Digital IC-Project and Verification Deepak Dasalukunte Backend ASIC Design flow General steps Input files Floorplanning Placement Clock-synthesis Routing Typical Backend Design Flow SoC Encounter
A GENERATION AHEAD SEMINAR SERIES
A GENERATION AHEAD SEMINAR SERIES Constraints &Tcl Scripting Design Methodology Guidelines for Faster Timing Convergence Agenda Vivado Tcl Overview XDC Management Design Methodology for Faster Timing Closure
EE 5327 VLSI Design Laboratory Lab 8 (1 week) Formal Verification
EE 5327 VLSI Design Laboratory Lab 8 (1 week) Formal Verification PURPOSE: To use Formality and its formal techniques to prove or disprove the functional equivalence of two designs. Formality can be used
Virtex 2.1i tutorial: Verilog using FPGA Compiler and VerilogXL
Virtex 2.1i tutorial: Verilog using FPGA Compiler and VerilogXL This tutorial describes the Virtex design flow with Synopsys FPGA Compiler, and simulation flow with VerilogXL simulator. It includes the
HOW TO SYNTHESIZE VERILOG CODE USING RTL COMPILER
HOW TO SYNTHESIZE VERILOG CODE USING RTL COMPILER This tutorial explains how to synthesize a verilog code using RTL Compiler. In order to do so, let s consider the verilog codes below. CNT_16 Module: 16
HDL Compiler Directives 7
7 HDL Compiler Directives 7 Directives are a special case of regular comments and are ignored by the Verilog HDL simulator HDL Compiler directives begin, like all other Verilog comments, with the characters
Digital IC- Project 1. Place and Route. Oskar Andersson. Oskar Andersson, EIT, LTH, Digital IC project and Verifica=on
Digital IC- Project 1 Oskar Andersson Outline Backend ASIC Design flow (Physical Design) General steps Input files Floorplanning Placement ClockTree- synthesis Rou=ng Typical Backend Design Flow Synthesis
Vivado Design Suite User Guide
Vivado Design Suite User Guide Synthesis Revision History The following table shows the revision history for this document: Date Version Revision 06/24/2015 2015.2 Changes are: Added Important note on
Vivado Design Suite User Guide
Vivado Design Suite User Guide Synthesis Revision History The following table shows the revision history for this document: Date Version Revision 04/01/2015 2015.1 Initial release for 2015.1. Changes include:
Altera/Synopsys User Guide
Altera/Synopsys User Guide About this User Guide July 1995 This user guide provides design guidelines, sample VHDL designs, Altera-specific design methods, and optimal synthesis options to assist designers
EECS 470 Lab 2. Synopsys Build System. Department of Electrical Engineering and Computer Science College of Engineering University of Michigan
EECS 470 Lab 2 Synopsys Build System Department of Electrical Engineering and Computer Science College of Engineering University of Michigan Friday, 17 th January, 2014 (University of Michigan) Lab 2:
LECTURE 5: VHDL SYNTHESIS with SYNOPSYS dc_shell
EECS 317 CAD Computer Design LECTURE 5: VHDL SYNTHESIS with SYNOPSYS dc_shell Instructor: Francis G. Wolff wolff@eecs.cwru.edu Case Western Reserve University This presentation uses powerpoint animation:
ECE 551: Digital System Design & Synthesis
ECE 551: Digital System Design & Synthesis Lecture Set 9 9.1: Constraints and Timing (In separate file) 9.2: Optimization - Part 1 (In separate file) 9.3: Optimization - Part 2 04/14/03 1 ECE 551 - Digital
Digital Design LU. Lab Exercise 1
Digital Design LU Lab Exercise 1 Jakob Lechner, Thomas Polzer {lechner, tpolzer}@ecs.tuwien.ac.at Department of Computer Engineering University of Technology Vienna Vienna, October 4, 2010 1 Overview 1
11. Synopsys Design Compiler FPGA Support
11. Synopsys Design Compiler FPGA Support QII51014-7.2.0 Introduction Programmable logic device (PLD) designs have reached the complexity and performance requirements of ASIC designs. As a result, advanced
Tcl and SDC Tutorial. PlanAhead Design Tool
Tcl and SDC Tutorial PlanAhead Design Tool Xilinx is disclosing this user guide, manual, release note, and/or specification (the Documentation ) to you solely for use in the development of designs to operate
Timing Constraints Editor User Guide
Libero SoC v11.8 SP1 and SP2 NOTE: PDF files are intended to be viewed on the printed page; links and cross-references in this PDF file may point to external files and generate an error when clicked. View
CS/ECE 6710 Tool Suite. Design Compiler. Design Compiler Basic Flow. beh2str the simplest script! Design Compiler Basic Flow
Synthesis and Place & Route Synopsys design compiler Cadence Encounter Digital Implementation System (EDI) Verilog sim Behavioral Verilog Your Library CS/ECE 6710 Tool Suite Cadence EDI Synopsys Design
EE6250 VLSI Testing DFT Tutorial: Insert Scan Chain & ATPG Objectives:
NTHU EE EE6250 VLSI Testing DFT Tutorial: Insert Scan Chain & ATPG Objectives: In this tutorial, you can learn: 1. How to insert scan chain into a your synthesized gate level design & run ATPG 2. The scan
Hardware Verification Group
Digital Logic Synthesis and Equivalence Checking Tools Tutorial Hardware Verification Group Department of Electrical and Computer Engineering, Concordia University, Montreal, Canada {n ab, h aridh}@encs.concordia.ca
Cell-Based Design Flow. 林丞蔚
Cell-Based Design Flow 林丞蔚 cultom@viplab.cs.nctu.edu.tw 1 Outline Overview Design Flow 1 RTL Development Synthesis Gate Level Simulation Design Flow 2 Placement and Routing Example Design IC Contest 2006
CS/ECE 6710 Tool Suite
Synthesis and Place & Route Synopsys design compiler Cadence Encounter Digital Implementation System (EDI) Verilog sim Behavioral Verilog Your Library CCAR AutoRouter CS/ECE 6710 Tool Suite Cadence EDI
High-Performance FPGA PLL Analysis with TimeQuest
High-Performance FPGA PLL Analysis with TimeQuest August 2007, ver. 1.0 Application Note 471 Introduction f Phase-locked loops (PLLs) provide robust clock management and clock synthesis capabilities for
Top-down digital design flow
6 Dec 2005 Top-down digital design flow EDA tools: Modelsim, Synopsys Design Compiler, Cadence Encounter Alain Vachoux Microelectronic Systems Lab STI-IMM-LSM alain.vachoux@epfl.ch version 3.0.2 / 6 Dec
ProASIC PLUS Timing Closure in Libero IDE v5.2
Application Note AC205 ProASIC PLUS Timing Closure in Libero IDE v5.2 Introduction This application note discusses the new ProASIC PLUS timing-driven place-and-route (TDPR) flow introduced in Libero Integrated
Vivado Design Suite User Guide
Vivado Design Suite User Guide Synthesis Notice of Disclaimer The information disclosed to you hereunder (the Materials ) is provided solely for the selection and use of Xilinx products. To the maximum
Intel Quartus Prime Standard Edition User Guide
Intel Quartus Prime Standard Edition User Guide Third-party Synthesis Updated for Intel Quartus Prime Design Suite: 18.1 Subscribe Latest document on the web: PDF HTML Contents Contents 1. Synopsys Synplify*
Tcl/Tk for XSPECT a Michael Flynn
Tcl/Tk for XSPECT a Michael Flynn Tcl: Tcl (i.e. Tool Command Language) is an open source scripting language similar to other modern script languages such as Perl or Python. It is substantially more powerful
June 2003, ver. 1.2 Application Note 198
Timing Closure with the Quartus II Software June 2003, ver. 1.2 Application Note 198 Introduction With FPGA designs surpassing the multimillion-gate mark, designers need advanced tools to better address
The Boa Methodology. Abstract. What is Boa? by Wilson Snyder, Digital Semiconductor, January 17, 1997
The Boa Methodology 1 of 15 The Boa Methodology by Wilson Snyder, Digital Semiconductor, January 17, 1997 Abstract The Synopsys methodology devised by Digital Semiconductor called the "Boa Methodology"
PROGRAMMING IN HASKELL. Chapter 2 - First Steps
PROGRAMMING IN HASKELL Chapter 2 - First Steps 0 The Hugs System Hugs is an implementation of Haskell 98, and is the most widely used Haskell system; The interactive nature of Hugs makes it well suited
Introduction to Xilinx Vivado tools
Introduction to Xilinx Vivado tools This document is meant to be a starting point for users who are new to using the Xilinx Vivado tools. The document will describe the basic steps to start, create, simulate,
PROGRAMMING IN HASKELL. Chapter 2 - First Steps
PROGRAMMING IN HASKELL Chapter 2 - First Steps 0 Glasgow Haskell Compiler GHC is the leading implementation of Haskell, and comprises a compiler and interpreter; The interactive nature of the interpreter
ECE 551 Design Vision Tutorial
ECE 551 Design Vision Tutorial ECE 551 Staff Dept of Electrical & Computer Engineering, UW-Madison Lesson 0 Tutorial Setup... 2 Lesson 1 Code Input (Analyze and Elaborate)... 4 Lesson 2 - Simple Synthesis...
8. Switching to the Quartus II TimeQuest Timing Analyzer
December 2010 QII53019-10.1.0 8. Switching to the Quartus II TimeQuest Timing Analyzer QII53019-10.1.0 This chapter describes the benefits of switching to the Quartus II TimeQuest Timing Analyzer, the
Lab 7 (All Sections) Prelab: Introduction to Verilog
Lab 7 (All Sections) Prelab: Introduction to Verilog Name: Sign the following statement: On my honor, as an Aggie, I have neither given nor received unauthorized aid on this academic work 1 Objective The
Place & Route Tutorial #1
Place & Route Tutorial #1 In this tutorial you will use Synopsys IC Compiler (ICC) to place, route, and analyze the timing and wirelength of two simple designs. This tutorial assumes that you have worked
Introduction. In this exercise you will:
Introduction In a lot of digital designs (DAQ, Trigger,..) the FPGAs are used. The aim of this exercise is to show you a way to logic design in a FPGA. You will learn all the steps from the idea to the
CS6710 Tool Suite. Design Compiler. Design Compiler Basic Flow. Design Compiler Basic Flow. Synthesis and Place & Route
Synthesis and Place & Route Verilog-XL CS6710 Tool Suite Synopsys Design Compiler Behavioral Verilog Synopsys design compiler Cadence Encounter Digital Implementation System (EDI) Your Library Circuit
Microtronix Video LVDS SerDes Transmitter / Receiver IP Core
Microtronix Video LVDS SerDes Transmitter / Receiver IP Core User Manual Revision 2.2 4056 Meadowbrook Drive, Unmit 126 London, ON Canada N5L 1E3 www.microtronix.com Document Revision History This user
ECE337 Lab 1 Introduction to VHDL Simulation via Modelsim and Digital Logic Design Refresher
ECE337 Lab 1 Introduction to VHDL Simulation via Modelsim and Digital Logic Design Refresher The purpose of this first lab exercise is to help you become familiar with the VHDL synthesizer, Design Compiler
EE M216A.:. Fall Lecture 13. Logic Synthesis. Prof. Dejan Marković Design Challenges: An Industrial View DESIGNER
EE M216A.:. Fall 2010 Lecture 13 Logic Synthesis Prof. Dejan Marković ee216a@gmail.com Design Challenges: An Industrial View TIMING AREA POWER RUNTIME DESIGNER MEMORY TIME TO MARKET Correct functionality
Tcl/Tk lecture. What is the Wish Interpreter? CIS 410/510 User Interface Programming
Tcl/Tk lecture CIS 410/510 User Interface Programming Tool Command Language TCL Scripting language for developing & using GUIs Allows generic programming variables, loops, procedures Embeddable into an
Vivado Tutorial. Introduction. Objectives. Procedure
Lab Workbook Introduction This tutorial guides you through the design flow using Xilinx Vivado software to create a simple digital circuit using VHDL. A typical design flow consists of creating model(s),