Ready to go beyond high-level code and understand how ARM64 actually moves and accesses data at the hardware level? ✨ In this deep-dive tutorial, we break down the core mechanics of assembly programming on the Raspberry Pi 5.
From mastering data transfer instructions to automating your workflow with Bash, this guide is designed to take you from basic concepts to low-level mastery with practical, real-world examples.
What you will learn in this video: ▫️Core Instructions: Deep dive into MOV, LDR, and STR. ▫️Memory Management: Understanding memory alignment and advanced addressing modes. ▫️Data Structures: How to use .DATA, .BSS, .BYTE, and .STRING directives. ▫️Constants & ASCII: Working with EQU and character encoding. ▫️The Toolchain: Comparing GCC vs. AS/LD and using OBJ-DUMP for reverse engineering. ▫️Efficiency: Automating your assembly compilation and testing with Bash scripts.
Whether you are a computer science student or a maker looking to squeeze every bit of performance out of your Raspberry Pi 5, this tutorial provides the solid foundation you need.
🕒 Video Chapters: 00:00 - Introduction: 3 Ways to Connect to Raspberry Pi. 00:50 - Example 1: MOV Instruction. 01:50 - Creating a Bash Script. 02:20 - Example 2: Using the EQU Directive for Constants. 02:50 - Example 3: Declaring Alignment. 03:50 - Example 4: Aligning to 16 Bytes. 05:00 - Example 5: LDR with Array. 05:50 - Example 6: Addressing with OFFSET. 06:40 - Example 7: Using STR to Store Data in .bss Variable. 07:30 - Example 8: Working with ASCII Values and STRB. 08:20 - Example 9: Byte-Level Operations with STRB and LDRB.
Join the Coding Foundry community! If you want to master low-level programming and hardware performance, don't forget to Subscribe and hit the notification bell. 🔔
This is one of my news digests. If you like my editorial choices, there are more to be found by clicking on the "dear reader" link, and on my name above. Enjoy !
Takeoff projects help students complete their academic projects. Register at takeoff projects today to find and learn about different interesting big data projects and grab the best jobs. Get started right now.
Say goodbye to expensive SaaS subscriptions and hello to digital freedom! 🚀 CasaOS is the elegant, open-source personal cloud system designed specifically for your home. Whether you are a tech pro or just getting started, this system makes managing your data a breeze with its "no code, no forms" philosophy that prioritizes humanity over technical hurdles. Imagine turning that old laptop, an Intel NUC, or a Raspberry Pi into a high-performance personal data center 💻 With CasaOS, you get a beautiful UI and one-click installations for all your favorite apps like Nextcloud, HomeAssistant, AdGuard, and Jellyfin. Plus, you have instant access to over 100,000 apps from the Docker ecosystem! 🐳 It is time to take back control of your data ownership and start building your own private ecosystem. From elegant drive management to well-designed system widgets that show your resource usage at a glance, CasaOS is the ultimate tool to reshape your digital home experience. 🏠✨ Source Attribution: GitHub - IceWhaleTech/CasaOS: CasaOS - A simple, easy-to-use, elegant open-source Personal Cloud system. #CasaOS #PersonalCloud #HomeServer #SelfHosted #RaspberryPi #ZimaBoard #Docker #OpenSource #TechGuide #HomeAutomation #DataPrivacy #IceWhaleTech #CloudStorage #Software
A complete ESP32 energy monitor: read real volts, amps, watts, and kWh with a PZEM-004T, push them to a live dashboard over one WebSocket, and get a Telegram alert when the load spikes — no broker, no vendor app, on your own Cloudflare account.
The case, GPS antenna, buttons, buzzer, and 64-color MIP display (including the touch panel and backlight!) are reused from the original unit. The ambient light sensor is positioned in the same location as the original, and components are reused.
To enable ANT+ communication, it is equipped with an nRF52840 and communicates via USB CDC. It also features the BMI270, BMM150, and BMP580 sensors.
Check out the incredible capabilities of the ESP32-C6 Mini WiFi Development Board (DC-10116)! 🛠️ Whether you're a beginner or an advanced electronics hobbyist, this tiny development board is a game-changer for your next IoT project. Featuring native WiFi 6 support and the super convenient Qwiic connector, it simplifies prototyping like never before. In this video: A close look at the ESP32-C6 Mini design. Why the Qwiic ecosystem makes building circuits a breeze. My thoughts on why this belongs in your component bin. Key Features: ESP32-C6 RISC-V SoC Integrated WiFi 6 & Bluetooth 5 Qwiic Connector for solderless sensor integration Ultra-compact form factor for wearable and space-constrained projects Don't forget to Like, Comment, and Subscribe for more electronics tutorials and gear reviews! #ESP32 #IoT #Electronics #DIY #Maker #TechReview #Arduino #WiFi6 #Qwiic
Raspberry Pi Cyberdeck Turns: A Raspberry Pi 4 and Teensy 4.1 team up as a pocket M8-tracker music workstation you can build in a single weekend, screen and battery included. Tagged with raspberrypi, teensy, cyberdeck, diyaudio.
Linux disk-usage tools that find gigabytes du can't see — dust, ncdu, gdu — plus the lsof one-liner for deleted-but-open files. Tagged with linux, diskusage, lsof, du.
Discover how the $35 Raspberry Pi transformed education, DIY electronics, robotics, home automation, and programming around the world. Learn why this tiny computer became one of the most popular single-board computers ever made and how it continues to power amazing projects.
In this video you'll learn:
Why Raspberry Pi was created How it replaced traditional PCs for many tasks Real-world Raspberry Pi projects Why makers, students, and engineers love it The future of Raspberry Pi
👍 Like, Share, and Subscribe for more Raspberry Pi, ESP32, Arduino, AI, and electronics videos.
They say humans are resilient. But try telling me that the next time something breaks. My first instinct is to panic, not problem-solve. Turns out, though, that in some corners of the internet, people are proving we’re not quite as helpless as many of our meltdowns might suggest.
Ready to go beyond high-level code and understand how ARM64 actually moves and accesses data at the hardware level? ✨ In this deep-dive tutorial, we break down the core mechanics of assembly programming on the Raspberry Pi 5.
From mastering data transfer instructions to automating your workflow with Bash, this guide is designed to take you from basic concepts to low-level mastery with practical, real-world examples.
What you will learn in this video: ▫️Core Instructions: Deep dive into MOV, LDR, and STR. ▫️Memory Management: Understanding memory alignment and advanced addressing modes. ▫️Data Structures: How to use .DATA, .BSS, .BYTE, and .STRING directives. ▫️Constants & ASCII: Working with EQU and character encoding. ▫️The Toolchain: Comparing GCC vs. AS/LD and using OBJ-DUMP for reverse engineering. ▫️Efficiency: Automating your assembly compilation and testing with Bash scripts.
Whether you are a computer science student or a maker looking to squeeze every bit of performance out of your Raspberry Pi 5, this tutorial provides the solid foundation you need.
🕒 Video Chapters: 00:00 - Introduction: 3 Ways to Connect to Raspberry Pi. 00:50 - Example 1: MOV Instruction. 01:50 - Creating a Bash Script. 02:20 - Example 2: Using the EQU Directive for Constants. 02:50 - Example 3: Declaring Alignment. 03:50 - Example 4: Aligning to 16 Bytes. 05:00 - Example 5: LDR with Array. 05:50 - Example 6: Addressing with OFFSET. 06:40 - Example 7: Using STR to Store Data in .bss Variable. 07:30 - Example 8: Working with ASCII Values and STRB. 08:20 - Example 9: Byte-Level Operations with STRB and LDRB.
Join the Coding Foundry community! If you want to master low-level programming and hardware performance, don't forget to Subscribe and hit the notification bell. 🔔
To get content containing either thought or leadership enter:
To get content containing both thought and leadership enter:
To get content containing the expression thought leadership enter:
You can enter several keywords and you can refine them whenever you want. Our suggestion engine uses more signals but entering a few keywords here will rapidly give you great content to curate.
Your new post is loading...
