x86 vs ARM Assembly: Key Differences Explained | Assembly Basics

x86 and ARM are two of the most widely used Assembly architectures, but what sets them apart? In this video, we'll break down the key differences between x86 and ARM Assembly, including instruction sets, performance, power efficiency and real-world applications. You'll learn how each architecture works, their advantages and limitations and where they're commonly used. Whether you're exploring low-level programming or just curious about how modern processors differ, this guide will give you a solid understanding.

📌 Chapters Covered:
- What is x86 Assembly?
- What is ARM Assembly?
- Instruction Sets: Key Differences
- Performance vs Power Efficiency
- Compatibility Across Devices
- Practical Code Example
- Real-World Applications

Link to our video on Assembly Basics: https://youtu.be/LdWU8JEfPhg

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Timestamps:
00:00 - Intro
00:26 - What is x86 Assembly?
01:18 - What is ARM Assembly?
01:58 - Instruction Set Differences
02:49 - Performance & Power Efficiency
03:52 - Compatibility
04:57 - Practical Example
05:56 - Real-World Applications
06:55 - Conclusions
07:48 - Outro

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