What they publish
Recent posts 66 Posts total 12 posts Last month 83.3% Members-only
Patreon does not expose a public total here, so coverage is measured from captured previews only.
Article peaceful_memories.mp3 Latest post
peaceful_memories.mp3
3 days ago
Chapter Fifteen Recent posts
Chapter Fifteen
Locked
Chapter Fifteen
June 17
If the Memory Bus is the road network, then the Memory Map is the physical address system —it tells you exactly which coordinates to drive to. 🚦 A computer’s memory isn't just one big pile of data! It’s organized into distinct regions, and understanding these addresses is critical for our machine to function correctly. * 📍 Our Digital Zip Codes: * We use four main 'spaces' in our simulated memory: 1. * RAM (`0x0000–0x7FFF`): * This is your primary working memory! Where the program variables, temporary data, the stack, and the heap live. It's super fast, and everything needs it to run! 📝 2. * VRAM (`0x8000–0xBFFF`): * This is the Article June 17 🗺️ Memory Map Mystery: Where Does Everything Live? (Part 2) 📍 If the Memory Bus is the road network, then the Memory Map is the physical address system—it tells you exactly which coordinates to drive to Image June 16 Chapter Fourteen June 16
Chapter Fourteen
Locked
Chapter Fourteen
June 10
* Hey, friends! * Ready to dive into the very plumbing of the machine? Today, we're talking about one of the most crucial, yet invisible, components: * The Memory Bus! * If the emulator core is the car, then the Memory Bus is the entire, highly organized road network it travels on! * Simple explanation: * Imagine you have five different, brilliant components (the CPU, the Graphics Card, the Sound Chip, etc.). If they all tried to talk to each other directly, there'd be absolutely nothing keeping track of it all and your machine would probably just melt. The Memory Bus solves this! It's not the data itself; it's the * standardized pathw Article June 16 Chapter Fourteen Locked
Chapter Fourteen
June 10
* Hey, friends! * Ready to dive into the very plumbing of the machine? Today, we're talking about one of the most crucial, yet invisible, components: * The Memory Bus! * If the emulator core is the car, then the Memory Bus is the entire, highly organized road network it travels on! * Simple explanation: * Imagine you have five different, brilliant components (the CPU, the Graphics Card, the Sound Chip, etc.). If they all tried to talk to each other directly, there'd be absolutely nothing keeping track of it all and your machine would probably just melt. The Memory Bus solves this! It's not the data itself; it's the * standardized pathway * for the data to trav Article June 10 🔌 Devlog Corner: What is a Memory Bus? (Part 1) 🏠 *Hey, friends! * Ready to dive into the very plumbing of the machine? Today, we're talking about one of the most crucial, yet invisible, com Image June 9 Chapter Thirteen June 9
Chapter Thirteen
Locked
Chapter Thirteen
June 3
GREAT news! We have a massive milestone to share! 🏆 Recall how much we've been talking about how many layers there are (CPU, BASIC, Assembler...) and how tricky it is to make them all talk to each other? Well, we did it! We successfully stabilized and progressed the * BASIC -> ASM -> CPU Pipeline! * The technical achievement here was passing all 19 integration tests! 🥳 * 🧠 What does this mean for you, silly? * It means that three different, complex systems—the high-level BASIC commands, the machine-specific Assembly language, and the raw CPU instructions—are now communicating harmoniously They are all speaking the same technical langu Article June 9 Chapter Thirteen Locked
Chapter Thirteen
June 3
GREAT news! We have a massive milestone to share! 🏆 Recall how much we've been talking about how many layers there are (CPU, BASIC, Assembler...) and how tricky it is to make them all talk to each other? Well, we did it! We successfully stabilized and progressed the * BASIC -> ASM -> CPU Pipeline! * The technical achievement here was passing all 19 integration tests! 🥳 * 🧠 What does this mean for you, silly? * It means that three different, complex systems—the high-level BASIC commands, the machine-specific Assembly language, and the raw CPU instructions—are now communicating harmoniously They are all speaking the same technical language! * 🚀 The Takeaway: Article June 3 🎉 Success Story: Bringing the Pipeline Together! (Part 4) 🥳 GREAT news! We have a massive milestone to share! 🏆 Recall how much we've been talking about how many layers there are (CPU, BASIC, Assemble Image June 2 Chapter Twelve June 2
Chapter Twelve
Locked
Chapter Twelve
May 27
This project is complex! To make it easy to understand, we visualized the whole thing using "layers," like an intricate cake (that's sort of melting at all times - it can get messy lol) 🎂 Imagine the different levels of a vintage computer console. We use this layered model to keep everything neat and contained, which is a huge win for stability! * 🍰 The Layers (from bottom to top): * 1. * The Machine Layer (The Heart): * This is the absolute core! It's where the CPU, RAM, and VRAM live. This layer (in meat space, anyway) deals with the raw electricity, the raw bytes, and the pure mechanics of computing. This has to be rock solid, or everyt Article June 2 Chapter Twelve Locked
Chapter Twelve
May 27
This project is complex! To make it easy to understand, we visualized the whole thing using "layers," like an intricate cake (that's sort of melting at all times - it can get messy lol) 🎂 Imagine the different levels of a vintage computer console. We use this layered model to keep everything neat and contained, which is a huge win for stability! * 🍰 The Layers (from bottom to top): * 1. * The Machine Layer (The Heart): * This is the absolute core! It's where the CPU, RAM, and VRAM live. This layer (in meat space, anyway) deals with the raw electricity, the raw bytes, and the pure mechanics of computing. This has to be rock solid, or everything else just turns t Article May 27 💻 Devlog Corner: The Architecture Layers (Part 2) 🧸 This project is complex! To make it easy to understand, we visualized the whole thing using "layers," like an intricate cake (that's sort of Image May 26 
Billy MarkVideo2Unavailable$128 -0 behind2
WeebVideo2Unavailable$10 -0 behind3
EternoVideo2Unavailable$15 -0 behind4
Conner&MirandaVideo2Unavailable$4.5 -0 behind