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FPGA calls Ming Deyang
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FIFO exercise 3 answers
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Playlist
Chapters
Chapter 1:Course Introduction
Chapter 2:Questasim software installation
Chapter 3:QuartusII software installation
Chapter 4:GVIM installation and use
Chapter 5:The first board routine
Chapter 6:Quartus usage exercise 1 instructions
Chapter 7:QuartusⅡUsing Exercise 1 Answers
Chapter 8:Detailed explanation of verilog code
Chapter 9:Introductory Exercise 1 Instructions
Chapter 10:Answers to introductory exercise 1
Chapter 11:Introductory Exercise 2 Instructions
Chapter 12:Answers to introductory exercise 2
Chapter 13:Introductory Exercise 3 Instructions
Chapter 14:Answers to introductory exercise 3
Chapter 15:Introductory Exercise 4 Instructions
Chapter 16:Answers to introductory exercise 4
Chapter 17:modelsim usage
Chapter 18:How to view modelsim waveforms
Chapter 19:Modelsim Elementary Exercise 1 Description
Chapter 20:Modelsim Elementary Exercise 1 Answers
Chapter 21:Modelsim Elementary Exercise 2 Description
Chapter 22:Modelsim Elementary Exercise 2 Answers
Chapter 23:Modelsim Elementary Exercise 3 Description
Chapter 24:Modelsim Elementary Exercise 3 Answers
Chapter 25:Modelsim Level 1 Exercise 1 Description
Chapter 26:Modelsim Level 1 Exercise 1 Answers
Chapter 27:Modelsim Level 1 Exercise 2 Description
Chapter 28:Modelsim Level 1 Exercise 2 Answers
Chapter 29:Quickly master verilog-programming
Chapter 30:Verilog quick mastery of module instantiation
Chapter 31:Operators to quickly master verilog
Chapter 32:Module design instructions for quick mastering of verilog
Chapter 33:Verilog quick mastery of module design answers
Chapter 34:Instructions for complex module design to quickly master verilog
Chapter 35:Verilog quick mastery of complex module design answers
Chapter 36:Verilog Quick Master Exercise 1 Instructions
Chapter 37:Verilog Quick Master Exercise 2 Instructions
Chapter 38:Verilog Quick Master Exercise 3 Instructions
Chapter 39:Verilog Quick Master Exercise 4 Instructions
Chapter 40:Verilog Quick Master Exercise 5 Instructions
Chapter 41:Module design template
Chapter 42:Test file writing skills
Chapter 43:Test file template
Chapter 44:Test file writing exercise 1 instructions
Chapter 45:Test file writing exercise 1 answers
Chapter 46:The concept of packaging
Chapter 47:Test file writing exercise 2 instructions
Chapter 48:Test file writing exercise 2 answers
Chapter 49:Test file writing exercise 3 instructions
Chapter 50:Test file writing exercise 3 answers
Chapter 51:Test file writing exercise 4 instructions
Chapter 52:Test file writing exercise 4 answers
Chapter 53:Test file writing exercise 5 instructions
Chapter 54:Test file writing exercise 5 answers
Chapter 55:Mingdeyang norms
Chapter 56:Always design only one signal
Chapter 57:Clock reset design specifications
Chapter 58:Combinational logic completion condition
Chapter 59:always Exercise 1 Instructions
Chapter 60:always exercise 1 answers
Chapter 61:Mingdeyang template summary
Chapter 62:Use of GVIM 2
Chapter 63:signaltapII use
Chapter 64:Waveform comparison method
Chapter 65:Use of counters
Chapter 66:Counter Exercise 1 Instructions
Chapter 67:Counter Exercise 1 Answers
Chapter 68:Counter Exercise 2 Instructions
Chapter 69:Counter Exercise 2 Answers
Chapter 70:Counter Exercise 3 Instructions
Chapter 71:Counter Exercise 3 Answers
Chapter 72:Counter Exercise 4 Instructions
Chapter 73:Counter Exercise 4 Answers
Chapter 74:Counter Exercise 5 Instructions
Chapter 75:Counter Exercise 5 Answers
Chapter 76:Counter Exercise 6 Instructions
Chapter 77:Counter Exercise 6 Answers
Chapter 78:Counter Exercise 7 Instructions
Chapter 79:Counter Exercise 7 Answers
Chapter 80:State machine design principles
Chapter 81:State Machine Exercise 1 Instructions
Chapter 82:State machine exercise 1 answers
Chapter 83:Waveform comparison method
Chapter 84:State Machine Exercise 2 Instructions
Chapter 85:State Machine Exercise 2 Answers
Chapter 86:State Machine Exercise 3 Instructions
Chapter 87:State machine exercise 3 answers
Chapter 88:State Machine Exercise 4 Instructions
Chapter 89:State Machine Exercise 4 Answers
Chapter 90:State Machine Exercise 5 Instructions
Chapter 91:State machine exercise 5 answers
Chapter 92:FPGA timing principles
Chapter 93:Analyze timing with quartus
Chapter 94:FPGA Timing Exercise 1 Instructions
Chapter 95:Why pipeline
Chapter 96:Assembly Line Exercise 1 Instructions
Chapter 97:Assembly line exercise 1 answers
Chapter 98:Assembly Line Exercise 2 Instructions
Chapter 99:Assembly line exercise 2 answers
Chapter 100:Assembly Line Exercise 3 Instructions
Chapter 101:Assembly line exercise 3 answers
Chapter 102:Assembly Line Exercise 4 Instructions
Chapter 103:Assembly line exercise 4 answers
Chapter 104:Assembly Line Exercise 5 Instructions
Chapter 105:Assembly line exercise 5 answers
Chapter 106:The importance of simple code
Chapter 107:Code Simplification Exercise 1 Instructions
Chapter 108:Code Simplification Exercise 1 Answers
Chapter 109:Code Simplification Exercise 2 Instructions
Chapter 110:Code Simplification Exercise 2 Answers
Chapter 111:Code Simplification Exercise 3 Instructions
Chapter 112:Code Simplification Exercise 3 Answers
Chapter 113:FIFO principle
Chapter 114:IP core that generates FIFO
Chapter 115:How to verify code with IP cores
Chapter 116:FIFO Exercise 1 Instructions
Chapter 117:FIFO Exercise 1 Answers
Chapter 118:FIFO Exercise 2 Instructions
Chapter 119:FIFO Exercise 2 Answers
Chapter 120:FIFO Exercise 3 Instructions
Chapter 121:FIFO exercise 3 answers
Chapter 122:What is asynchronous timing
Chapter 123:tri-state gate
Chapter 124:Asynchronous Timing Exercise 1 Instructions
Chapter 125:Asynchronous timing exercise 1 answers
Chapter 126:Asynchronous Timing Exercise 2 Instructions
Chapter 127:Asynchronous timing exercise 2 interface timing parameters
Chapter 128:Asynchronous timing exercise 2 test file
Chapter 129:Asynchronous timing exercise 2 answers
Chapter 130:Use GVIM to create templates
Duration:8 minutes and 39 seconds
Date:2020/10/28
Uploader:JFET
Introduction
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Mingdeyang FPGA dialing video tutorial
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