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Arduino vs Raspberry Pi — which board wins for robotics, AI cameras, retro gaming, or ultra-low-power sensors? In this 3-minute Raspberry Pi 4 vs Arduino Uno comparison, you’ll learn the pros, cons, specs, and real-world builds so you can choose the perfect dev board for your next project.
⏱️ TIMESTAMPS
00:00 Intro — why choosing the right board matters
00:19 Brains & power draw: 64-bit Pi CPU vs Arduino microcontroller
00:41 Match the workload: heavy compute or battery life?
01:04 I/O showdown: GPIO 40-pin header vs up to 54 digital/analog pins
01:24 Coding flow: Raspbian + Python vs Arduino IDE sketches
01:48 Price check & quick rule-of-thumb
02:05 4 real-world builds (LED show, AI security cam, solar greenhouse sensor, retro gaming)
02:36 Wrap-up & community invite
🛠 Parts:
Raspberry Pi 5 — https://amzn.to/3K7P3w1
Arduino UNO R4 WiFi - https://amzn.to/3Ia2HhI
📌 ESSENTIAL TALKING POINTS
• Pi = pocket-sized Linux computer — runs Python, Node, desktop apps
• Arduino = single-task workhorse — rock-solid timing, ultra-low-power
• Use Pi for AI, video, servers, emulation; choose Arduino for sensors, motors, always-on control**
• Combine both: let a Pi “think,” let an Arduino “drive” the hardware
• Cost spectrum: Pi 4 ≈ $55 USD | Pi 5 ≈ $80 | Arduino Uno R4 about $25 | budget clones about $12
• Quick chooser: Need OS or camera? Grab a Pi. Pinching power or pennies? Grab an Arduino._
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⚠️ DISCLAIMER
Specs, prices, and performance shown are accurate to the best of our knowledge at the time of recording (August 2025) and may change. Project results depend on your specific hardware, power supply, and coding skills. Always consult official datasheets and follow safety guidelines.