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Udemy - Build a Computer From Scratch Binary to CPU to Assembly 2026-9

Magnet Download Download Torrent
File Name
Size
9 - Writing & Running Real Programs/47. Counting the Fibonacci Sequence on Our Computer.mp4
450 MB
2 - Number Systems & Binary Arithmetic/2. How Humans Represent Numbers (Decimal).mp4
49 MB
2 - Number Systems & Binary Arithmetic/3. How Computers Represent Numbers (Intro to Binary).mp4
50 MB
2 - Number Systems & Binary Arithmetic/4. Converting from Decimal to Binary.mp4
68 MB
2 - Number Systems & Binary Arithmetic/5. How Addition Works in Binary.mp4
32 MB
2 - Number Systems & Binary Arithmetic/6. Representing Negative Numbers in Binary.mp4
46 MB
2 - Number Systems & Binary Arithmetic/7. How to Negate a Number in Binary.mp4
6.9 MB
2 - Number Systems & Binary Arithmetic/8. How Subtraction Works in Binary.mp4
16 MB
3 - Logic Gates & Building Circuits/9. Introduction to Logic Gates.mp4
43 MB
3 - Logic Gates & Building Circuits/10. Constructing a Circuit Out of Logic Gates.mp4
17 MB
3 - Logic Gates & Building Circuits/11. Building a Selector With Logic Gates.mp4
45 MB
4 - Building an ALU (Adders)/12. Half-Adder Simple Binary Addition With Logic Gates.mp4
32 MB
4 - Building an ALU (Adders)/13. Where the Half-Adder Falls Short.mp4
7.8 MB
4 - Building an ALU (Adders)/14. Constructing a Full Adder.mp4
68 MB
4 - Building an ALU (Adders)/15. Chaining Adders Together for Multi-Bit Addition.mp4
64 MB
4 - Building an ALU (Adders)/16. Building a Full 8-Bit Addition Circuit (ALU).mp4
54 MB
4 - Building an ALU (Adders)/17. Enabling Subtraction in Our Circuit.mp4
209 MB
5 - Sequential Logic & Memory Storage/18. Introduction to Sequential Logic.mp4
18 MB
5 - Sequential Logic & Memory Storage/19. Storing Data With Logic Gates (Latches).mp4
153 MB
5 - Sequential Logic & Memory Storage/20. Introducing the Flip-Flop, a Better Latch.mp4
104 MB
5 - Sequential Logic & Memory Storage/21. Bridging Back to the ALU.mp4
21 MB
5 - Sequential Logic & Memory Storage/22. Saving the Output of Our ALU.mp4
89 MB
5 - Sequential Logic & Memory Storage/23. Building a Circuit That Counts Numbers.mp4
70 MB
6 - RAM, ROM & the Bus/24. Random Access Memory (RAM).mp4
154 MB
6 - RAM, ROM & the Bus/25. Building RAM From Logic Gates & Connecting RAM and the ALU.mp4
370 MB
6 - RAM, ROM & the Bus/26. Connecting RAM and the ALU.mp4
35 MB
6 - RAM, ROM & the Bus/27. Introducing the BUS.mp4
281 MB
6 - RAM, ROM & the Bus/28. Adding a Display to Our Computer (7-Segment Display).mp4
222 MB
6 - RAM, ROM & the Bus/29. Read-Only Memory (ROM).mp4
115 MB
6 - RAM, ROM & the Bus/30. Making Our Display Stateful.mp4
179 MB
7 - Instructions & the Instruction Set Architecture/31. What Happens When We Start Chaining Operations.mp4
31 MB
7 - Instructions & the Instruction Set Architecture/32. What are Instructions.mp4
6.9 MB
7 - Instructions & the Instruction Set Architecture/33. The Instruction Register.mp4
22 MB
7 - Instructions & the Instruction Set Architecture/34. Building the First Instruction for Our CPU.mp4
137 MB
7 - Instructions & the Instruction Set Architecture/35. Synchronizing the Computer Introducing the Clock.mp4
90 MB
7 - Instructions & the Instruction Set Architecture/36. Program Counter.mp4
79 MB
7 - Instructions & the Instruction Set Architecture/37. Clock Timing of Our First Instruction.mp4
63 MB
7 - Instructions & the Instruction Set Architecture/38. Designing the Instruction Set Architecture (ISA).mp4
79 MB
7 - Instructions & the Instruction Set Architecture/39. Branching in Code.mp4
39 MB
7 - Instructions & the Instruction Set Architecture/40. Adding a Flags Register to the ALU.mp4
116 MB
8 - The Control Unit/41. Introducing Control, the Brains of Our Computer.mp4
44 MB
8 - The Control Unit/42. Implementing Control as ROM.mp4
194 MB
8 - The Control Unit/43. In-Detail Timing of Each CPU Instruction.mp4
364 MB
8 - The Control Unit/44. How Condition Instructions Are Implemented.mp4
135 MB
9 - Writing & Running Real Programs/45. Writing Our First Computer Program!.mp4
82 MB
9 - Writing & Running Real Programs/46. Executing Our First Program.mp4
260 MB
1 - Introduction/1. Introduction.mp4
13 MB
10 - From Breadboard to Real-World CPUs/48. Physically Constructing Our Conceptual Computer.mp4
189 MB
10 - From Breadboard to Real-World CPUs/49. Naming and History of the Computer (SAP).mp4
78 MB
10 - From Breadboard to Real-World CPUs/50. The Original iPhone Processor.mp4
184 MB
10 - From Breadboard to Real-World CPUs/51. ARMv6 Overview.mp4
126 MB
10 - From Breadboard to Real-World CPUs/52. Hexadecimal Mini-Course.mp4
35 MB
10 - From Breadboard to Real-World CPUs/53. How Does Our CPU Draw to a Screen (Intro to MMIO).mp4
61 MB