Introduction to QuartusÂ® II

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CHAPTER 3: CONSTRAINT ENTRY ASSIGNING DESIGN PARTITIONS Importing Assignments To import assignments into a project in the Quartus II software, click Import Assignments on the Assignments menu. The Import Assignments dialog box allows you to specify the file that contains the assignments to import and the specific types of assignments (Assignment Categories) to import into the QSF for the current project revision. Click Advanced in the Import Assignments dialog box to specify the nature of the assignments to import, specify global or instance-level assignments to import, and specify how the assignments affect the current design. Use this dialog box to import settings files, Comma Seperated Value Files, and FPGA Xchange Files (.fx), and can create a backup of the current QSF for the design before importing assignments (Figure 5). Figure 5. Import Assignments Dialog Box You can use this command to import an MAX+PLUS II Assignment & Configuration File, which contains MAX+PLUS II project assignments and settings, into your Quartus II project. You can also use this command to import settings and assignments from other projects created in the Quartus II software into your current project. For example, you can use this command to import pin assignments from a previous Quartus II project into the current Quartus II project. For more information on using the Import Assignments command to import LogicLock region assignments, refer to “Exporting & Importing Partitions for Bottom-Up Design Flows” on page 127 in Chapter 6, “Block- Based Design.” ALTERA CORPORATION INTRODUCTION TO QUARTUS II ■ 73
CHAPTER 3: CONSTRAINT ENTRY VERIFYING PIN ASSIGNMENTS f For Information About Importing Assignments Refer To “Importing and Exporting Assignments” in Quartus II Help "Module 3: Compile a Design" in the Quartus II Interactive Tutorial Verifying Pin Assignments To verify pin location, I/O bank, and I/O standard assignments, on the Processing menu point to Start, and then click Start I/O Assignment Analysis. You can use this command at any stage of the design process to verify the accuracy of the assignments, allowing you to create your final pinout faster. You do not need design files to use this command, and can verify pin-outs before design compilation. f For Information About Importing Assignments Refer To I/O Managment chapter in volume 2 of the Quartus II Handbook 74 ■ INTRODUCTION TO QUARTUS II ALTERA CORPORATION
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Introduction to Quartus ® II Versi
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Introduction to Quartus II Altera,
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TABLE OF CONTENTS Assigning Design
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TABLE OF CONTENTS Using Incremental
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Preface The Altera ® Quartus ® II
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DOCUMENTATION CONVENTIONS Terminolo
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CHAPTER 1: DESIGN FLOW INTRODUCTION
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CHAPTER 1: DESIGN FLOW GRAPHICAL US
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CHAPTER 1: DESIGN FLOW EDA TOOL DES
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CHAPTER 1: DESIGN FLOW EDA TOOL DES
Page 25 and 26: CHAPTER 1: DESIGN FLOW COMMAND-LINE
Page 39 and 40: CHAPTER 1: DESIGN FLOW DESIGN METHO
Page 45 and 46: Chapter Two Design Entry What’s i
Page 47 and 48: CHAPTER 2: DESIGN ENTRY CREATING A
Page 59 and 60: CHAPTER 2: DESIGN ENTRY USING ALTER
Page 67 and 68: Chapter Three Constraint Entry What
Page 69 and 70: CHAPTER 3: CONSTRAINT ENTRY INTRODU
Page 71 and 72: CHAPTER 3: CONSTRAINT ENTRY USING T
Page 73 and 74: CHAPTER 3: CONSTRAINT ENTRY ASSIGNI
Page 75: CHAPTER 3: CONSTRAINT ENTRY ASSIGNI
Page 79 and 80: CHAPTER 4: SYNTHESIS INTRODUCTION I
Page 81 and 82: CHAPTER 4: SYNTHESIS USING QUARTUS
Page 83 and 84: CHAPTER 4: SYNTHESIS USING OTHER ED
Page 85 and 86: CHAPTER 4: SYNTHESIS USING OTHER ED
Page 87 and 88: CHAPTER 4: SYNTHESIS CONTROLLING AN
Page 89 and 90: CHAPTER 4: SYNTHESIS CONTROLLING AN
Page 91 and 92: CHAPTER 4: SYNTHESIS USING THE DESI
Page 97 and 98: CHAPTER 4: SYNTHESIS PERFORMING INC
Page 99 and 100: Chapter Five Place & Route What’s
Page 101 and 102: CHAPTER 5: PLACE & ROUTE INTRODUCTI
Page 103 and 104: CHAPTER 5: PLACE & ROUTE ANALYZING
Page 111 and 112: CHAPTER 5: PLACE & ROUTE OPTIMIZING
Page 113 and 114: . CHAPTER 5: PLACE & ROUTE OPTIMIZI
Page 121 and 122: CHAPTER 5: PLACE & ROUTE PRESERVING
Page 123 and 124: Chapter Six Block-Based Design What
Page 125 and 126: CHAPTER 6: BLOCK-BASED DESIGN USING
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CHAPTER 6: BLOCK-BASED DESIGN USING
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CHAPTER 6: BLOCK-BASED DESIGN USING
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CHAPTER 6: BLOCK-BASED DESIGN EXPOR
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Chapter Seven Simulation What’s i
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CHAPTER 7: SIMULATION SIMULATING DE
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Chapter Eight Timing Analysis What
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CHAPTER 8: TIMING ANALYSIS CHOOSING
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CHAPTER 8: TIMING ANALYSIS TIMEQUES
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CHAPTER 8: TIMING ANALYSIS CLASSIC
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CHAPTER 8: TIMING ANALYSIS PERFORMI
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CHAPTER 9: TIMING CLOSURE INTRODUCT
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CHAPTER 9: TIMING CLOSURE USING THE
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CHAPTER 9: TIMING CLOSURE USING THE
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CHAPTER 9: TIMING CLOSURE USING NET
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CHAPTER 9: TIMING CLOSURE USING LOG
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CHAPTER 9: TIMING CLOSURE USING LOG
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CHAPTER 9: TIMING CLOSURE USING INC
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CHAPTER 10: POWER ANALYSIS INTRODUC
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CHAPTER 10: POWER ANALYSIS SPECIFYI
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CHAPTER 10: POWER ANALYSIS USING TH
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Chapter Eleven Programming & Config
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CHAPTER 11: PROGRAMMING & CONFIGURA
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Chapter Twelve Debugging What’s i
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CHAPTER 12: DEBUGGING USING THE SIG
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CHAPTER 12: DEBUGGING USING AN EXTE
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CHAPTER 12: DEBUGGING USING SIGNALP
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CHAPTER 12: DEBUGGING USING THE IN-
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CHAPTER 12: DEBUGGING USING THE CHI
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CHAPTER 13: ENGINEERING CHANGE MANA
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CHAPTER 14: FORMAL VERIFICATION INT
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CHAPTER 14: FORMAL VERIFICATION USI
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CHAPTER 14: FORMAL VERIFICATION SPE
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CHAPTER 15: SYSTEM-LEVEL DESIGN INT
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CHAPTER 15: SYSTEM-LEVEL DESIGN CRE
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CHAPTER 16: INSTALLATION, LICENSING
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CHAPTER 17: DOCUMENTATION & OTHER R
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INDEX Create/Update > Create/Update
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INDEX using with clear box methodol
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INDEX SOFs 189, 193, 194 Software B
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Copyright © 2006 Altera Corporatio
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