Building the Foundations of a Processor: From Transistors to the Mvidia Core

Embark on a journey through the intricate world of processor design, starting with the fundamental building blocks: transistors and logic gates. In Act 1, we explore the basics of NMOS and PMOS transistors, learning how they function as switches to create logic gates like NAND, AND, OR, and XOR. These gates form the backbone of digital circuits, leading us to the creation of more complex components.

In Act 2, we delve deeper into the core of processor architecture. We begin with the Half Adder and progress through various components such as decoders, capacitors, and full adders, each building upon the last. The narrative unfolds with the construction of the Arithmetic Logic Unit (ALU) and the introduction of memory elements like RAM and DRAM. The culmination of these efforts is the creation of the Mvidia Core, a sophisticated processor architecture that sets the stage for future developments.

This structured approach not only highlights the technical aspects of processor design but also emphasizes the logical progression required to build a functioning CPU. Each step is a prerequisite for the next, ensuring a comprehensive understanding of how individual components contribute to the overall system. As we unlock each act, we prepare to tackle more advanced topics, such as software programming and GPU development, promising an exciting continuation of this technological saga.