Unleash the Power of the Atomic Pi: A Game-Changing $35 Single Board Computer

Table of Contents

1. Introduction
2. Power Delivery Options
3. Specifications of the Atomic Pi
4. Operating Systems for the Atomic Pi
5. Size Comparison with Raspberry Pi 3 B+
6. Performance testing
   • Benchmarks
   • Network Speed
7. Using the Atomic Pi as a Desktop Replacement
8. Image Editing Performance
9. Media Center Capabilities
   • Video Playback
   • Custom Kodi Builds
10. Emulation Performance
    • PSP Emulation
    • Dreamcast Emulation
    • GameCube Emulation
11. Conclusion
12. Where To Buy and Additional Information

The Atomic Pi: A Powerful and Affordable Single Board Computer

The Atomic Pi is a single board computer that has gained significant attention due to its powerful performance and affordable price tag of $35. Powered by an x86 Intel Atom CPU and offering impressive specifications, this small-sized computer has become a popular choice for various projects. In this article, we will delve into the details of the Atomic Pi, discussing its power delivery options, specifications, operating systems, performance testing, and its capabilities as a desktop replacement, image editing tool, media center, and emulator. Let's explore the possibilities and potential of this remarkable single board computer.

1. Introduction

The Atomic Pi single board computer has quickly captured the attention of tech enthusiasts, thanks to its exceptional performance and budget-friendly price. With an Intel Atom CPU and a wide range of features, this small yet powerful computer offers great value for its cost. In this article, we will take an in-depth look at the Atomic Pi, exploring its different characteristics and capabilities.

2. Power Delivery Options

One of the key considerations when working with the Atomic Pi is power delivery. The computer can be powered through GPIO pins, and it is recommended to use a 5V 4A power supply for optimal performance. To address this, you have the option of either creating a custom GPIO power adapter or purchasing the GPIO power adapter provided by the manufacturer. These adapters enable easy and reliable power delivery to the Atomic Pi, ensuring smooth operation.

Pros:

• Flexibility in power delivery options
• Custom GPIO power adapter provides a cost-effective solution
• Manufacturer-provided GPIO power adapter offers convenience

Cons:

• Additional cost for purchasing the GPIO power adapter (if not creating a custom one)

3. Specifications of the Atomic Pi

The specifications of the Atomic Pi make it an appealing choice for various applications. Powered by an Intel Atom x5-z8350 quad-core CPU running at 1.44GHz (with a boost up to 1.92GHz), this single board computer offers impressive processing power. It is equipped with an Intel HD Cherry Trail GPU with 12 execution units, providing smooth graphics rendering. The Atomic Pi features 2GB of LPDDR3 RAM, which is soldered to the board and non-user upgradeable. For storage, it offers 16GB of onboard storage and a micro SD card slot supporting up to 256GB cards. Additionally, the computer has gigabit Ethernet and dual-band Wi-Fi (802.11b/g/n/ac) connectivity options.

Pros:

• Powerful Intel Atom CPU for efficient multitasking
• Intel HD Cherry Trail GPU for smooth graphics performance
• Sufficient onboard storage and expandable through micro SD card slot
• High-speed gigabit Ethernet and dual-band Wi-Fi for versatile connectivity options

Cons:

• Non-upgradeable RAM
• Limited onboard storage (however, expandable through external storage options)

4. Operating Systems for the Atomic Pi

The Atomic Pi provides users with a wide range of operating system options due to its x86 architecture. Popular choices include Ubuntu 18.04 and higher, Windows 10, and Android x86. These operating systems offer versatility in terms of compatibility and functionality. Users can easily install the desired operating system by downloading the ISO file and installing it from a USB drive. Whether you prefer a Linux-based system or wish to use Windows, the Atomic Pi provides the flexibility to cater to your specific needs.

Pros:

• Wide range of compatible operating systems
• Ubuntu, Windows, and Android x86 options for different usage scenarios
• Easy installation process from a USB drive

Cons:

• The need to download and install the desired operating system separately (not pre-installed)

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