Every CPU Architecture Explained in 18 Minutes
From the x86 chips in gaming laptops to quantum processors that make supercomputers look slow — this is every CPU architecture explained simply.
Most people buy devices without understanding what's actually running inside them. x86, ARM, Apple Silicon, RISC-V, quantum chips, NPUs — these aren't just random tech buzzwords. They're completely different approaches to computing, each solving specific problems: raw gaming performance, all-day battery life, AI acceleration, or straight-up futuristic processing power.
In this video, you'll learn:
• Why x86 dominates gaming laptops (and why they sound like jet engines)
• How ARM powers billions of smartphones with insane battery efficiency
• What makes Apple Silicon so fast without fans or overheating
• Why RISC-V is the open-source rebel of the CPU world
• How console GPUs like the PS5's are optimized differently than PC parts
• What Google's Willow quantum chip actually does (and why it's mind-bending)
• Why NVIDIA's H100 is the AI accelerator powering the next generation of intelligence
• The MIPS architecture that made Nintendo 64's 3D gaming revolutionary
• How PowerPC gave the GameCube its quirky power in a tiny package
• Why Tesla used FPGAs in early Autopilot systems before switching to custom chips
By the end, you'll actually understand what's inside your devices and why different architectures matter for gaming, productivity, efficiency, and the future of computing.
TIMESTAMPS:
0:00 x86
1:49 ARM
3:36 Apple Silicon
5:20 RISC-V
6:47 GPU
8:24 Quantum
10:08 AI/NPU
11:59 MIPS
13:55 PowerPC
15:24 FPGA
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