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Top 8 Raspberry Pi Alternatives Available in 2024

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28th Jan, 2024
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Top 8 Raspberry Pi Alternatives Available in 2024

Raspberry Pi is like the ultimate DIY computer kit, perfect for anyone eager to dive into programming, electronics, and digital creativity. It’s small but mighty, opening doors for beginners and seasoned techies alike to explore new realms. Whether you’re a hobbyist, a hacker, or an artist, Raspberry Pi has something for you. Need a basic computer? No problem. Want to experiment with AI or multimedia projects? It’s got you covered. But wait, there’s more! In the world of single-board computers, there’s a whole bunch of alternatives, each with its own unique perks. Join me as I explore some Raspberry Pi alternatives and discover what makes them stand out in the world of single-board computers. 

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The list below highlights some of the best raspberry pi alternatives that you can currently find in the market. 

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Top Raspberry Pi Alternatives

1. Onion Omega2+

The Onion Omega2+ is one of the cheapest IoT (Internet of Things) single board computers with a Linux Operating System and built-in WiFi. It is designed in a way that users of all skill levels can build their hardware applications. Plugging Omega boosts the operating system immediately, and one can start developing in their programming language or create web applications.

onion omage 2

It is based on an MT7688 SoC with a 580MHz MIPS CPU and supports 2.4GHz IEEE 802.11 b/g/n WiFi as well as 10M/100M Wired Ethernet Network connectivity. It operates at 3.3V and has 128 MB DDR2 RAM, 32 MB onboard flash storage, a MicroSD slot, USB 2.0 and 12 GPIO pins.

Pros: Onion Omega2+ has a small size, built-in Wi Fi and an aesthetics interface ideal for IoT projects and home automation as this need wireless connectivity together with ease of use. 

Cons: But the low processing power could be a limitation for more advanced applications hence not too applicable to heavy computations. 

Applications: It is a perfect combination of basic computing power and wireless connectivity for home automation solutions, small IoT projects. 

2. Banana Pi M3

The Banana Pi M3 has an Octa-core processor with a PowerVR GPU and 2GB RAM. An open platform device is ideal for people who want to learn and create projects with developer technology. It has a built-in microphone and IR receiver and power and reset buttons.

banana pi m3

It has Gigabit Ethernet along with SATA, 2 USB, Wi-Fi, Bluetooth and HDMI connection. Many operating systems like Ubuntu, Android, Lubuntu, Debian and Raspbian can run on it. It operates at 5V, 2A and has CSI camera interface with DSI display interface.

Pros: Banana Pi M3 has a phenomenal quad-core processor along with increased RAM capacity that can be used for high quality multimedia, server applications and other general purpose computing scenarios needing significant processing power. 

Cons: Its rather increased power consumption could be a compromise for its advanced performance, which affects energy efficiency. 

Applications: With its high processing power, the Banana Pi M3 is perfect for multimedia projects as well as server applications and general-purpose computers where they need it. 

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3. NanoPi NEO4

The NanoPi NEO4 is a cheap six-core single-board computer with a size of 60x45mm and a 1GB DDR3-1866 RAM. Powered by Rockchip RK3399 chipset, it combines dual and quad-core Cortex processors. The tiny size will help embed it easily into hardware projects, and it supports multiple operating systems like Android, Lubuntu, FriendlyCore, FriendlyDesktop and Armbian.

nanopi neo4

It includes an eMMC socket, and the board can support up to 128 GB microSD cards. It has four USB ports, an HDMI port, and Gigabit Ethernet. It requires a 5V/3A power supply and is ideal for machine learning, AI, robots, industrial cameras, games blockchain, etc.

Pros: NanoPi Neo4 appeals with its compact design and robust CPU that enables IoT, edge computing, lightweight server applications to work efficiently. 

Cons: However, it has low RAM capacity potentially affecting performance in the more memory demanding tasks and which should therefore be considered with care for some applications. 

Applications: NanoPi NEO4 fits very well for IoT devices, lightweight services and edge computing setups providing a tradeoff of small size with reasonable processing power for projects requiring less memory. 

4. Odroid XU4

The Odroid XU4 has powerful and energy-efficient hardware with octa-core Heterogeneous Multi-Processing ARM CPU and 2GB of high-speed RAM. It is built around a Samsung Exynos5422 SoC and has an HDMI 1.4 supporting 1080p output, 3 USB ports, Gigabit Ethernet, and a 30-pin GPIO header. It can run a full desktop version of Ubuntu and supports Android and has a power button included.

odroid xu4

It supports eMMC 5.0 storage and includes a cooling system as well as a power adapter. It has a fast ethernet and excellent performance with faster booting, allowing users to browse websites, network and play 3D games.

Pros: Odroid XU4 scores high with its powerful octa-core processor and USB 3.0 support that are most suited for gaming, media centres as well as server applications which require heavy computing power along with swift data transfer speeds. 

Cons: On the other hand, its size and power consumption level might influence how well it fits certain space-limited or energy efficient initiatives. 

Applications: Suitable for gaming, media centres and server applications where high processing power and data transfer speed are of importance the Odroid XU4 serves projects with intensive computational demand. 

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5. RockPi 4 Model C

The RockPi 4 Model C has a six-core Rockchip RK3399 processor and up to 4GB LPDDR4 RAM and supports up to a 4K display with a 60 Hz refresh rate. It has two external displays with a micro HDMI port and mini DisplayPort. There is a microSD card, an external NVMe SSD, or an optional eMMC module for storage. It also includes a 3.5 mm audio port, Gigabit Ethernet and a 40 pin GPIO interface along with MIPI-CSI2 connector for a camera.

rock pi 4

It is Wifi enabled and has a Bluetooth and USB port. It can be used to create retro gaming emulation arcade, building robotics and running AI frameworks for object recognition and machine learning.

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Pros: The RockPi 4 Model C comes with dual-band WiFi, Bluetooth v5.0 and USB3.0 support for improved online accessibility in multimedia primary works; NAS tasks, desktop computing exercises from its graphical workstation’s hardware providers as well. 

Cons: On the other hand, lack of accessories may be a limitation to users who want different peripherals and additions. 

Applications: RockPi 4 Model C is intended for use in multimedia projects, network-attached storage setups as well as desktop computing because it supports a variety of applications utilising its connectivity functions and processor performance. 

6. NVIDIA Jetson Nano Developer Kit

Ideal for modern AI, the NVIDIA Jetson Nano Developer Kit has a quad-core ARM A57 CPU running at 1.43 GHz and 128 CUDA core Maxwell GPU with the memory of 4GB LPDDR4. It has a storage of 16 GM eMMC and runs on a power supply of 5 watts. It also comes with 4 USB ports and an HDMI 2.0 display.

nvidia jetson

This is a small, powerful computer that helps run multiple neural networks in parallel with speech processing, image recognition, object detection and segmentation. It supports many popular AI frameworks such as PyTorch, TensorFlow, Caffe and MXNet.

Pros: Designed with GPU and CUDA support, NVIDIA Jetson Nano Developer Kit is ideal for AI and machine learning projects along computer vision apps requiring significant computing power to enable parallel processing. 

Cons: Yet, its relatively higher price relative to other substitutes could limit access. 

Applications: The target audience consists of AI and machine learning projects, as well as computer vision applications. This developer kit provides a powerful computer for parallel processing tasks requiring complex algorithms. 

7. ASUS Tinker Board S

The Tinker Board S is a single board computer which offers great durability, stability and user experience for DIY projects and other purposes. It has a powerful quad-core ARM-based processor, the Rockchip RK3288, which provides better performance than other such boards. Similar in terms of looks with the Raspberry Pi, the board has a 2GB RAM, 16GB eMMC storage and a 1 Gigabit Ethernet.

asus tinker board

It has a 40 pin GPIO colour-coded header block, which is compatible with Raspberry Pi. Along with 4 USB ports, HDMI port and Bluetooth, it also has CSI and DSI interface. The powerful and energy-efficient design supports next-generation graphics and can be used for gaming, computer vision, high-quality media playback, gesture recognition, image stabilisation and processing etc.

Pros: Featuring a quad-core processor and 4K video support, ASUS Tinker Board S is ideal for media servers, DIY electronics projects as well as educational applications that can benefit from increased processing power. 

Cons: Nevertheless, the small number of its software and lack of community support when compared with Raspberry Pi might influence those users who need a broad ecosystem. 

Applications: Suitable to media centres, DIY electronics projects and similarly educational applications for which advanced processing is required but perfect video resolution with computing power are needed. 

8. Udoo Bolt V8

The Udoo Bolt V8 is a portable supercomputer that can go up to 3.6 GHz due to the AMD Ryzen Embedded V1000 SoC. It is nearly twice as fast as the MacBook Pro 13 for AR, VR and AI projects. It has a 2x DDR4 Dual-channel 64-bit SO-DIMM socket with ECC support up to 32Gb 2400 Mt/s along with a 32GB eMMC 5.0 High-Speed Drive.

udoo bolt 8

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It can deliver a fantastic gaming experience and has applications like AAA gaming, cryptocurrency mining, high-end VR, AI, IoT, Real-time Big Data analysis etc.

Pros: Udoo Bolt V8 has a highly capable AMD Ryzen Embedded processor and many display outputs, making it optimal for high-performance computing, multimedia projects/games that require extensive computation power with flexible output options. 

Cons: But since it costs more than other SBCs, this may be taken into account by those who try to save. 

Applications: As a specialised solution for high-performance computing, multimedia projects and gaming setups in which highly flexible display options together with adequate computational power are required at the same time, Udoo Bolt V8 addresses applications entailing relatively demanding computational as well as graphical needs. 

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Cheap Raspberry Pi Alternatives 

As of 2024, there are various cheap Raspberry Pi Alternatives that are available on the market. Each has its own unique features and capabilities. Here’s a list containing some of them. 

  • Libre Computer Le Potato

Priced at only $35, Libre Computer Le Potato was created by Libre Computer Project. It is considered to be almost exactly similar to Raspberry Pi 3 Model B+, offering identical features such as port layout, and form factor among others. What sets it apart from all other Raspberry pi alternatives is that Le Potato can output 4K. This makes it the perfect choice for a budget-friendly home entertainment centre. There is however one major downside to this, which is the lack of documentation and community support. 

  • Libre Computer La Frite

The next one to make it to the list of cheap and best Raspberry Pi alternatives is La Frite, which is priced at only $25. It is much smaller in size than Le Potato. However, while Le Potato is capable of playing 4k video footage, with La Frite, you get to enjoy 1080p video playback. 

  • Arduino Uno R3

Last but not least, we have yet another excellent alternative to Raspberry Pi, which is none other than Arduino Uno R3, priced at only $18. At such an affordable price, it offers you multiple features similar to Raspberry Pi, such as multiple input/output pins and control actuators among others. 

Best Raspberry Pi 4 Alternatives

Ever since its launch, the Raspberry Pi 4 has taken the market by storm. It is considered to be one of the best available computers currently available, the only catch is that it is almost next to impossible to get a hold of the same. Therefore, here are some of the best Raspberry Pi 4 alternatives that you must absolutely check out. The list also includes some of the best Raspberry Pi 4 8GB alternatives as well. 

  • Tinker Board S R2.0

The first one to make it to the list in Tinker Board S R2.0 comes with a powerful processor, even more powerful than the Raspberry Pi 4. It is equipped with 16 GB of internal storage and a 1.8 GB quad-core CPU. If you are looking for something with good processing power, then this is the one to go for.

  • Odroid XU4Q

The next one to make it to the list of Raspberry Pi 4 alternatives is Odroid XU4Q, which comes with one USB 2.0, two USB 3.0, and a Gigabit Ethernet. It also has a very large heatsink attached to it. Its primary function is to soak some of the heat from its powerful processor. Furthermore, Odroid XU4Q also has an HDMI port and is currently priced at just over $100. 

  • Libre Computer Board AML-S905X-CC

Last but not least, we have yet another fantastic Raspberry Pi 4 8GB alternative, which is the Libre Computer Board AML-S905X-CC, which is equipped with a 1.5 GHz quad-core processor and  2GB of  DDR3 RAM. It is compatible with Android, Linux, and many other open-source software that you can find on the market. The manufacturers of Libre Computer Board AML-S905X-CC claim that it works as much as 50% faster than the Pi 4’s predecessors. 

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These are some of the best Raspberry Pi 4 alternatives that you can find currently on the market. Although a few of them may be slightly on the expensive side, all of them are quite easily available. Based on your requirements and your budget, you can now make your choice accordingly.


Although extremely popular, there is a tough competition to the original Raspberry Pi with the numerous raspberry pi alternatives as given in this article. Various companies are creating and releasing single board computers every year which have many advantages over the Raspberry Pi. However, the user should look at all the technical specs of each single-board computer and decide based on their use.

Also, If you’re interested to learn more about Raspberry Pi, machine learning, check out IIIT-B & upGrad’s Executive PG Programme in Machine Learning & AI which is designed for working professionals and offers 450+ hours of rigorous training, 30+ case studies & assignments, IIIT-B Alumni status, 5+ practical hands-on capstone projects & job assistance with top firms.


Pavan Vadapalli

Blog Author
Director of Engineering @ upGrad. Motivated to leverage technology to solve problems. Seasoned leader for startups and fast moving orgs. Working on solving problems of scale and long term technology strategy.
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Frequently Asked Questions (FAQs)

1Why should you stop using a Raspberry Pi for everything?

To use the Pi as a full desktop computer, even with the latest model 3, is a nightmare. To begin with, it operates Linux, which has a steep hill to climb and is not recommended for beginners. Linux zealots believe that this year will be the year when Linux finally makes it to the desktop of the average user, but it never has and never will. Even with the new model's performance improvement, you'll still struggle to do routine chores. The minuscule delay between pressing a key and seeing it show on the screen will ultimately get to you.

2How can I make my Raspberry Pi more powerful?

One thing to keep in mind while setting up a Raspberry Pi system is to use a dependable power supply. This should ideally be linked to a power supply adapter with a capacity of 2.5A. After you've figured out your power requirements, you'll want to install a distribution that consumes as few resources as possible. Getting the most out of your Raspberry Pi requires keeping things simple, and various Linux distributions have been created with this in mind. If you need an internet browser on your Raspberry Pi, you're probably already using Chromium, Vivaldi, or one of the lighter alternatives.

3Is it safe to leave a Raspberry Pi on all the time?

Because Raspberry Pis are built to work for lengthy periods of time, you can leave them on all the time. It is, however, not advised to do so. The item will overheat and be destroyed if kept on for an extended period of time without sufficient cooling. Its lifespan is also shortened if it is left on all the time. If you want to keep your Raspberry Pi on all the while and not risk damaging it, you'll need to use a linear power source. DC adapters or any decent quality battery supply must be used to regulate this.

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