Udemy How Microprocessors are Built and Programmed 2026-5
File List
- 5 - CPU Design and Machine Code/21. Machine Language — Loops, Branching & Assembly vs. Machine Code - Part 5 (18 43).mp4 191.4 MB
- 5 - CPU Design and Machine Code/19. What Is Programming From Python to Machine Language & Into the CPU - Part 3 (11.mp4 154.3 MB
- 2 - Manufacturing From Transistors to VLSI/2. Solid State From Transistors to Wafers - Part 4 (9 18).mp4 141.9 MB
- 5 - CPU Design and Machine Code/18. Understanding Hexadecimal (Base 16) — Why Computers Use It & How to Think in It.mp4 135.7 MB
- 3 - Digital Logic/7. Digital Logic Adding Numbers with Gates - Part 2 (14 04).mp4 135.0 MB
- 5 - CPU Design and Machine Code/20. Exploring the 6502 Architecture in the CDC6504 Emulator - Part 4 (9 49).mp4 121.8 MB
- 3 - Digital Logic/8. Digital Logic Storing Data with Gates - Part 3 (11 08).mp4 115.0 MB
- 5 - CPU Design and Machine Code/27. String Processing in Machine Language CDC6504 Uppercase Example (12 05).mp4 110.8 MB
- 5 - CPU Design and Machine Code/22. CDC 6504 Assembly Language Hello World, Math, and Upper Casing Strings - Part 6.mp4 108.0 MB
- 6 - Web Assembly (WASM)/28. From 6502 to Web Assembly Modern Day Emulators - Part 7 (10 56).mp4 102.4 MB
- 3 - Digital Logic/6. Digital Logic Computer Architecture - Part 1 (7 23).mp4 97.6 MB
- 4 - Clocked Circuits/13. Digital Building a Two Instruction CPU with Gates - Part 5 (9 49).mp4 92.7 MB
- 6 - Web Assembly (WASM)/29. From 6502 to ARM The 50-Year Journey of CPU Evolution & Apple’s CPU Strategy- P.mp4 89.5 MB
- 6 - Web Assembly (WASM)/32. Loops and the Stack A String-to-Uppercase Example in WASM (10 39).mp4 88.0 MB
- 2 - Manufacturing From Transistors to VLSI/4. Assignment Walkthough VLSI Not Gate Layout (8 30).mp4 82.2 MB
- 5 - CPU Design and Machine Code/25. Loops in Machine Language Branching in the CDC6504 Emulator (9 09).mp4 81.1 MB
- 4 - Clocked Circuits/12. Digital Logic Clocked Circuits and Clock Rates - Part 4 (7 34).mp4 74.4 MB
- 2 - Manufacturing From Transistors to VLSI/3. Solid State VLSI Design Layout - Part 5 (10 46).mp4 69.5 MB
- 1 - Introduction/1. Introduction.mp4 63.6 MB
- 6 - Web Assembly (WASM)/31. Compiling C to WebAssembly (WASM) and Running It in the Browser (7 01).mp4 63.3 MB
- 5 - CPU Design and Machine Code/17. Exploring Microprocessors From Python to Machine Language & the 6502 CPU - Part.mp4 54.3 MB
- 5 - CPU Design and Machine Code/23. Learning CPU Emulation with the CDC6504 Registers, Memory, and Instructions (5.mp4 52.6 MB
- 4 - Clocked Circuits/15. Building a Clocked Counter with Adders and Latches (9 26).mp4 51.7 MB
- 2 - Manufacturing From Transistors to VLSI/5. Assignment Walkthough VLSI NAND Gate Layout (7 45).mp4 49.8 MB
- 5 - CPU Design and Machine Code/26. Understanding Conditional Branches in a CDC6504 (4 59).mp4 45.0 MB
- 4 - Clocked Circuits/14. Digital CPU Architecture - Storing Code in Memory - Part 6 (4 18).mp4 44.4 MB
- 5 - CPU Design and Machine Code/24. Stepping Through a CPU Emulator CDC6504 Instructions, Memory, and State (4 53).mp4 44.0 MB
- 3 - Digital Logic/9. Gates Layout Tool Walkthrough (5 46).mp4 36.5 MB
- 4 - Clocked Circuits/16. Walthrough A Two-Instruction Computer Walkthrough (5 35).mp4 33.8 MB
- 6 - Web Assembly (WASM)/30. Introducing WebAssembly (WASM) From Hello World Source Code to Execution (3 58).mp4 26.9 MB
- 3 - Digital Logic/11. Assignment Walkthrough Build a Half Adder (3 20).mp4 21.8 MB
- 3 - Digital Logic/10. Assignment Walkthrough Place and Connect AND Gate (2 52).mp4 20.3 MB
- 5 - CPU Design and Machine Code/17. 06-CPU-Machine-Code.pptx 12.2 MB
- 4 - Clocked Circuits/12. 05-Clock.pptx 9.7 MB
- 2 - Manufacturing From Transistors to VLSI/2. 03-VLSI.pptx 6.7 MB
- 3 - Digital Logic/6. 04-DigitalLogic.pptx 3.3 MB
- 6 - Web Assembly (WASM)/28. 07-Emulator.pptx 2.5 MB
- 5 - CPU Design and Machine Code/17. 06-CPU-Machine-Code.pdf 2.4 MB
- 2 - Manufacturing From Transistors to VLSI/2. 03-VLSI.pdf 2.0 MB
- 3 - Digital Logic/6. 04-DigitalLogic.pdf 1.8 MB
- 4 - Clocked Circuits/12. 05-Clock.pdf 1.8 MB
- 6 - Web Assembly (WASM)/28. 07-Emulator.pdf 1.4 MB
- 5 - CPU Design and Machine Code/4. CPU Design and Machine Code.html 26.3 KB
- 4 - Clocked Circuits/3. Quiz Clocked Logic Circuits.html 25.7 KB
- 3 - Digital Logic/2. Digital Logic.html 25.4 KB
- 5 - CPU Design and Machine Code/21. Machine Language — Loops, Branching & Assembly vs. Machine Code - Part 5 (18 43).en_US.srt 23.3 KB
- 2 - Manufacturing From Transistors to VLSI/1. Very Large Scale Integration.html 23.1 KB
- 6 - Web Assembly (WASM)/5. Quiz Emulators and Web Assembly.html 22.3 KB
- 3 - Digital Logic/7. Digital Logic Adding Numbers with Gates - Part 2 (14 04).en_US.srt 21.1 KB
- 5 - CPU Design and Machine Code/22. CDC 6504 Assembly Language Hello World, Math, and Upper Casing Strings - Part 6.en_US.srt 16.2 KB
- 6 - Web Assembly (WASM)/28. From 6502 to Web Assembly Modern Day Emulators - Part 7 (10 56).en_US.srt 15.8 KB
- 6 - Web Assembly (WASM)/32. Loops and the Stack A String-to-Uppercase Example in WASM (10 39).en_US.srt 15.3 KB
- 5 - CPU Design and Machine Code/18. Understanding Hexadecimal (Base 16) — Why Computers Use It & How to Think in It.en_US.srt 14.3 KB
- 5 - CPU Design and Machine Code/27. String Processing in Machine Language CDC6504 Uppercase Example (12 05).en_US.srt 13.3 KB
- 2 - Manufacturing From Transistors to VLSI/5. Assignment Walkthough VLSI NAND Gate Layout (7 45).en_US.srt 13.1 KB
- 5 - CPU Design and Machine Code/19. What Is Programming From Python to Machine Language & Into the CPU - Part 3 (11.en_US.srt 12.8 KB
- 2 - Manufacturing From Transistors to VLSI/3. Solid State VLSI Design Layout - Part 5 (10 46).en_US.srt 12.4 KB
- 4 - Clocked Circuits/13. Digital Building a Two Instruction CPU with Gates - Part 5 (9 49).en_US.srt 11.6 KB
- 3 - Digital Logic/8. Digital Logic Storing Data with Gates - Part 3 (11 08).en_US.srt 11.3 KB
- 3 - Digital Logic/6. Digital Logic Computer Architecture - Part 1 (7 23).en_US.srt 11.2 KB
- 4 - Clocked Circuits/15. Building a Clocked Counter with Adders and Latches (9 26).en_US.srt 11.2 KB
- 5 - CPU Design and Machine Code/25. Loops in Machine Language Branching in the CDC6504 Emulator (9 09).en_US.srt 10.5 KB
- 4 - Clocked Circuits/12. Digital Logic Clocked Circuits and Clock Rates - Part 4 (7 34).en_US.srt 10.5 KB
- 5 - CPU Design and Machine Code/20. Exploring the 6502 Architecture in the CDC6504 Emulator - Part 4 (9 49).en_US.srt 10.3 KB
- 2 - Manufacturing From Transistors to VLSI/2. Solid State From Transistors to Wafers - Part 4 (9 18).en_US.srt 9.7 KB
- 2 - Manufacturing From Transistors to VLSI/4. Assignment Walkthough VLSI Not Gate Layout (8 30).en_US.srt 9.6 KB
- 5 - CPU Design and Machine Code/23. Learning CPU Emulation with the CDC6504 Registers, Memory, and Instructions (5.en_US.srt 8.7 KB
- 3 - Digital Logic/9. Gates Layout Tool Walkthrough (5 46).en_US.srt 8.4 KB
- 6 - Web Assembly (WASM)/29. From 6502 to ARM The 50-Year Journey of CPU Evolution & Apple’s CPU Strategy- P.en_US.srt 7.9 KB
- 6 - Web Assembly (WASM)/31. Compiling C to WebAssembly (WASM) and Running It in the Browser (7 01).en_US.srt 7.3 KB
- 4 - Clocked Circuits/14. Digital CPU Architecture - Storing Code in Memory - Part 6 (4 18).en_US.srt 6.6 KB
- 5 - CPU Design and Machine Code/26. Understanding Conditional Branches in a CDC6504 (4 59).en_US.srt 6.6 KB
- 4 - Clocked Circuits/16. Walthrough A Two-Instruction Computer Walkthrough (5 35).en_US.srt 6.5 KB
- 5 - CPU Design and Machine Code/17. Exploring Microprocessors From Python to Machine Language & the 6502 CPU - Part.en_US.srt 6.4 KB
- 5 - CPU Design and Machine Code/24. Stepping Through a CPU Emulator CDC6504 Instructions, Memory, and State (4 53).en_US.srt 5.9 KB
- 6 - Web Assembly (WASM)/30. Introducing WebAssembly (WASM) From Hello World Source Code to Execution (3 58).en_US.srt 5.2 KB
- 1 - Introduction/1. Introduction.en_US.srt 3.9 KB
- 3 - Digital Logic/11. Assignment Walkthrough Build a Half Adder (3 20).en_US.srt 3.8 KB
- 3 - Digital Logic/10. Assignment Walkthrough Place and Connect AND Gate (2 52).en_US.srt 3.5 KB
- 3 - Digital Logic/9. Gates Layout Tool Walkthrough (5 46) (Description).html 1.7 KB
- 5 - CPU Design and Machine Code/22. CDC 6504 Assembly Language Hello World, Math, and Upper Casing Strings - Part 6 (Description).html 1.5 KB
- 2 - Manufacturing From Transistors to VLSI/4. Assignment Walkthough VLSI Not Gate Layout (8 30) (Description).html 1.5 KB
- 5 - CPU Design and Machine Code/21. Machine Language — Loops, Branching & Assembly vs. Machine Code - Part 5 (18 43) (Description).html 1.4 KB
- 6 - Web Assembly (WASM)/31. Compiling C to WebAssembly (WASM) and Running It in the Browser (7 01) (Description).html 1.4 KB
- 5 - CPU Design and Machine Code/20. Exploring the 6502 Architecture in the CDC6504 Emulator - Part 4 (9 49) (Description).html 1.4 KB
- 3 - Digital Logic/11. Assignment Walkthrough Build a Half Adder (3 20) (Description).html 1.4 KB
- 6 - Web Assembly (WASM)/30. Introducing WebAssembly (WASM) From Hello World Source Code to Execution (3 58) (Description).html 1.3 KB
- 5 - CPU Design and Machine Code/27. String Processing in Machine Language CDC6504 Uppercase Example (12 05) (Description).html 1.3 KB
- 6 - Web Assembly (WASM)/32. Loops and the Stack A String-to-Uppercase Example in WASM (10 39) (Description).html 1.3 KB
- 5 - CPU Design and Machine Code/23. Learning CPU Emulation with the CDC6504 Registers, Memory, and Instructions (5 (Description).html 1.3 KB
- 5 - CPU Design and Machine Code/19. What Is Programming From Python to Machine Language & Into the CPU - Part 3 (11 (Description).html 1.2 KB
- 5 - CPU Design and Machine Code/18. Understanding Hexadecimal (Base 16) — Why Computers Use It & How to Think in It (Description).html 1.2 KB
- 3 - Digital Logic/7. Digital Logic Adding Numbers with Gates - Part 2 (14 04) (Description).html 1.2 KB
- 6 - Web Assembly (WASM)/29. From 6502 to ARM The 50-Year Journey of CPU Evolution & Apple’s CPU Strategy- P (Description).html 1.2 KB
- 4 - Clocked Circuits/15. Building a Clocked Counter with Adders and Latches (9 26) (Description).html 1.2 KB
- 5 - CPU Design and Machine Code/24. Stepping Through a CPU Emulator CDC6504 Instructions, Memory, and State (4 53) (Description).html 1.2 KB
- 2 - Manufacturing From Transistors to VLSI/2. Solid State From Transistors to Wafers - Part 4 (9 18) (Description).html 1.1 KB
- 2 - Manufacturing From Transistors to VLSI/5. Assignment Walkthough VLSI NAND Gate Layout (7 45) (Description).html 1.1 KB
- 3 - Digital Logic/10. Assignment Walkthrough Place and Connect AND Gate (2 52) (Description).html 1.1 KB
- 5 - CPU Design and Machine Code/26. Understanding Conditional Branches in a CDC6504 (4 59) (Description).html 1.1 KB
- 5 - CPU Design and Machine Code/17. Exploring Microprocessors From Python to Machine Language & the 6502 CPU - Part (Description).html 1.1 KB
- 2 - Manufacturing From Transistors to VLSI/3. Solid State VLSI Design Layout - Part 5 (10 46) (Description).html 1.0 KB
- 4 - Clocked Circuits/12. Digital Logic Clocked Circuits and Clock Rates - Part 4 (7 34) (Description).html 1.0 KB
- 4 - Clocked Circuits/16. Walthrough A Two-Instruction Computer Walkthrough (5 35) (Description).html 1.0 KB
- 5 - CPU Design and Machine Code/25. Loops in Machine Language Branching in the CDC6504 Emulator (9 09) (Description).html 1.0 KB
- 6 - Web Assembly (WASM)/28. From 6502 to Web Assembly Modern Day Emulators - Part 7 (10 56) (Description).html 1023 bytes
- 4 - Clocked Circuits/13. Digital Building a Two Instruction CPU with Gates - Part 5 (9 49) (Description).html 1005 bytes
- 3 - Digital Logic/8. Digital Logic Storing Data with Gates - Part 3 (11 08) (Description).html 947 bytes
- 4 - Clocked Circuits/14. Digital CPU Architecture - Storing Code in Memory - Part 6 (4 18) (Description).html 844 bytes
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