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Intel Compute Stick vs. Raspberry Pi 3 — What's the Difference?

Edited by Tayyaba Rehman — By Fiza Rafique — Published on December 3, 2023
The Intel Compute Stick is a plug-and-play mini PC, while the Raspberry Pi 3 is a customizable single-board computer.
Intel Compute Stick vs. Raspberry Pi 3 — What's the Difference?

Difference Between Intel Compute Stick and Raspberry Pi 3

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Key Differences

The Intel Compute Stick and Raspberry Pi 3 serve different audiences. The Intel Compute Stick is designed as a plug-and-play device that can transform any HDMI display into a full-fledged computer, while the Raspberry Pi 3 is a single-board computer intended primarily for DIY projects and learning purposes.
In terms of hardware, the Intel Compute Stick typically houses an Intel Atom or Core M processor with built-in storage and RAM. In contrast, the Raspberry Pi 3 features an ARM-based CPU, with no built-in storage and requires a separate microSD card for the operating system and data.
While the Intel Compute Stick comes with Windows or Linux pre-installed and is ready to use out of the box, the Raspberry Pi 3 offers flexibility in terms of operating systems. Users can choose from a range of Linux distributions, or even specialized OSes designed for the Raspberry Pi 3.
From a cost perspective, the Intel Compute Stick is generally priced higher than the Raspberry Pi 3. The Compute Stick offers a more compact, integrated solution, while the Raspberry Pi 3, being modular, requires additional components like power supply and storage.
Functionally, the Intel Compute Stick is seen more as a device for light computing tasks or media streaming. The Raspberry Pi 3, with its GPIO pins and vast community support, becomes a tool for projects, programming, and tinkering.
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Comparison Chart

Primary Use

Plug-and-play mini PC.
DIY projects and learning.

Processor Type

Intel Atom or Core M.
ARM-based CPU.

Storage

Built-in storage.
Requires a microSD card.

Price

Generally higher.
More affordable.

Operating System

Windows or Linux pre-installed.
Various options, often user-installed.

Compare with Definitions

Intel Compute Stick

HDMI plug-and-play computing device.
The Intel Compute Stick made presentations easier without a laptop.

Raspberry Pi 3

Modular platform for projects.
She created a smart mirror using a Raspberry Pi 3 and some coding.

Intel Compute Stick

A mini PC on a stick.
She transformed her TV into a computer using the Intel Compute Stick.

Raspberry Pi 3

ARM-based computer with GPIO pins.
With its GPIO pins, the Raspberry Pi 3 interfaced with various sensors.

Intel Compute Stick

Turn any HDMI display into a computer.
With the Intel Compute Stick, old monitors became functional PCs.

Raspberry Pi 3

DIY enthusiast's compact computing tool.
The Raspberry Pi 3 became the heart of her home automation system.

Intel Compute Stick

Portable PC solution.
For quick trips, he only took his Intel Compute Stick.

Raspberry Pi 3

A single-board computer for tinkering.
He built a retro gaming console using a Raspberry Pi 3.

Intel Compute Stick

Intel-powered mini computer.
Despite its size, the Intel Compute Stick offers impressive performance.

Raspberry Pi 3

Versatile and affordable microcomputer.
Schools often use the Raspberry Pi 3 for teaching programming basics.

Common Curiosities

What is the Intel Compute Stick?

The Intel Compute Stick is a compact, plug-and-play mini PC that turns HDMI displays into computers.

Is the Intel Compute Stick portable?

Yes, the Intel Compute Stick is designed to be compact and portable.

Can I run Windows on Raspberry Pi 3?

While not standard, there are specialized versions of Windows for Raspberry Pi 3, like Windows 10 IoT Core.

How much RAM does the Intel Compute Stick have?

The RAM varies by model, with earlier versions having 2GB and later ones offering up to 4GB.

What's the main advantage of the Raspberry Pi 3 over the Intel Compute Stick?

The Raspberry Pi 3 offers greater flexibility and customization for DIY projects and learning.

Can I use the Intel Compute Stick for gaming?

While suitable for light games, the Intel Compute Stick isn't designed for intensive gaming.

How do I power the Intel Compute Stick?

The Intel Compute Stick is powered via a micro USB port.

Does the Intel Compute Stick have built-in storage?

Yes, the Intel Compute Stick comes with built-in storage.

What ports are available on the Raspberry Pi 3?

The Raspberry Pi 3 typically has USB ports, HDMI, audio output, GPIO pins, and more.

Does the Intel Compute Stick support Wi-Fi?

Yes, most versions of the Intel Compute Stick support Wi-Fi connectivity.

How does the Raspberry Pi 3 differ from the Intel Compute Stick?

The Raspberry Pi 3 is a customizable single-board computer for DIY projects, whereas the Intel Compute Stick is a plug-and-play mini PC.

What kind of tasks is the Raspberry Pi 3 suitable for?

The Raspberry Pi 3 is great for programming, DIY projects, home automation, and educational purposes.

Is the Raspberry Pi 3 suitable for beginners?

Yes, the Raspberry Pi 3 is beginner-friendly and has vast community support.

Can I use the Raspberry Pi 3 as a desktop computer?

While not as powerful as traditional desktops, with the right setup, the Raspberry Pi 3 can function as a basic desktop.

Can I run Linux on the Intel Compute Stick?

Yes, there are versions of the Intel Compute Stick that come with Linux pre-installed, and others can be set up to run Linux.

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Author Spotlight

Written by
Fiza Rafique
Fiza Rafique is a skilled content writer at AskDifference.com, where she meticulously refines and enhances written pieces. Drawing from her vast editorial expertise, Fiza ensures clarity, accuracy, and precision in every article. Passionate about language, she continually seeks to elevate the quality of content for readers worldwide.
Tayyaba Rehman is a distinguished writer, currently serving as a primary contributor to askdifference.com. As a researcher in semantics and etymology, Tayyaba's passion for the complexity of languages and their distinctions has found a perfect home on the platform. Tayyaba delves into the intricacies of language, distinguishing between commonly confused words and phrases, thereby providing clarity for readers worldwide.

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