Top 10 Raspberry Pi Alternatives Available in 2025

Did you know that the demand for single-board computers like the Raspberry Pi has skyrocketed in recent years, especially with the rise of DIY tech projects? 

While Raspberry Pi is a popular choice in the world of single-board computers (SBCs) for its versatility and low cost, there are plenty of other powerful options out there. Whether you’re building a home security system, experimenting with robotics, or setting up a DIY computer, you’ll find many SBCs with unique features, better availability, and competitive prices.

We’ll explore the top Raspberry Pi alternatives. These options vary in price, capabilities, and suitability for different tasks—some are the cheapest Raspberry Pi alterantives, while others offer enhanced performance for advanced projects. 

So, if you’re looking to customize your next project or just want to try something new, read on to discover the best alternatives to Raspberry Pi.

Key Features to Look for in Raspberry Pi Alternatives

Certain features can make a big difference, especially if your project involves complex tasks or unique requirements. Here’s what experienced users consider important:

• Processing Power
  If your project involves high-demand tasks like AI, machine learning, or gaming, look for alternatives with a multi-core CPU or a robust GPU. Options like the NVIDIA Jetson Nano, for instance, have powerful GPUs designed for these applications.
• GPIO Compatibility
  For projects involving hardware connections—like sensors, motors, or other electronics—check GPIO pin compatibility. Some alternatives offer extensive GPIOs, but they may be configured differently than on the Raspberry Pi, so make sure to verify if they support the exact components you plan to use.
• Connectivity Options
  If you need a solid internet connection for remote monitoring or IoT applications, look for built-in Wi-Fi, Bluetooth, and Ethernet options. Some boards also offer dual-band Wi-Fi for better connectivity in challenging setups.
• Cost
  Compare features against price points to find the best value. Some boards may cost more due to extra features like advanced processors or extra RAM, while others prioritize affordability, like the Rock Pi and Orange Pi models.
• Software Compatibility
  Some Raspberry Pi alternatives support Raspberry Pi OS, while others may have a custom OS. Check for compatibility with your preferred software, libraries, or languages, especially if you’re transitioning from a Raspberry Pi setup.

Top 10 Raspberry Pi Alternatives Available in 2025

Looking for a Raspberry Pi alternative? Whether for IoT, home automation, or other tech projects, these alternatives bring unique features and capabilities to suit various needs. Let’s explore options:

Raspberry Pi Alternatives for IoT and Home Automation

1. Orange Pi 5

The Orange Pi 5 is a high-performance single-board computer that’s great for media projects and tasks that need extra processing power. It uses an octa-core Rockchip processor and supports up to 16GB of RAM, which makes it suitable for handling more complex or resource-heavy applications.

Specs:

• Processor: Rockchip RK3588S 8-Core 64-Bit (4x Cortex-A76, 4x Cortex-A55) up to 2.4GHz
• Graphics: Arm Mali-G610 MP4 GPU for sharp graphics and video
• RAM: Up to 32GB LPDDR4/4x
• Video Output: HDMI with support for up to 8K at 60fps
• Ethernet: Gigabit Ethernet for fast, stable connections

Performance:
With a 2.4GHz CPU and powerful GPU, the Orange Pi 5 can handle tasks like high-resolution video playback, media centers, and basic AI applications. It has enough processing power to handle multiple tasks without slowing down.

Unique Features:

• Pros:

  Strong CPU and GPU, 8K video support, DisplayPort for advanced display setups

• Cons:

  Higher price and power needs compared to simpler boards; overkill for basic projects

Applications:
Ideal for media centers, smart home setups, and high-demand applications that require robust performance. Great for anyone looking to push beyond what a basic SBC can do.

2. NanoPi NEO4

The NanoPi NEO4 is a small, budget-friendly board with decent processing power for its size. Powered by the Rockchip RK3399, it combines two types of processors to balance speed and efficiency. Its compact design makes it easy to fit into projects with tight space requirements.

Specs:

• Processor: Rockchip RK3399 with dual Cortex-A72 and quad Cortex-A53 cores
• RAM: 1GB DDR3, enough for lightweight tasks
• Storage: eMMC support and microSD slot (up to 128GB)
• Connectivity: Gigabit Ethernet, HDMI, and multiple USB ports
• Power: Needs 5V/3A, so it’s easy to power with standard adapters

Performance:
The NanoPi NEO4 handles simple tasks well and is great for IoT and basic computing. Its processor mix offers reliable speed for everyday use, though the 1GB RAM limits memory-heavy applications.

Unique Features:

• Pros:

  Small and easy to embed in compact spaces, decent CPU for basic IoT or edge computing

• Cons:

  Limited to 1GB of RAM, which can be restrictive for larger applications; fewer GPIO options compared to other SBCs

Applications:
Best suited for IoT devices, basic edge computing, or low-power servers. Works well for projects where space is a concern, and heavy processing isn’t needed.

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3. Odroid XU4

The Odroid XU4 is a powerful, energy-efficient board with an octa-core processor and 2GB of RAM, perfect for tasks that need solid performance. It’s built on a Samsung Exynos CPU and includes USB 3.0 support, making it great for data-intensive projects.

Specs:

• Processor: Samsung Exynos5422 Octa-Core ARM CPU
• RAM: 2GB, offering enough memory for multitasking
• Storage: eMMC 5.0 support for faster data handling
• Connectivity: HDMI for 1080p output, three USB ports (two USB 3.0), Gigabit Ethernet
• Additional Features: Includes a cooling fan and power adapter

Performance:
The Odroid XU4’s octa-core CPU and high-speed RAM make it capable of handling more intensive tasks, such as media streaming or light gaming. It boots quickly with eMMC storage, and the USB 3.0 ports ensure fast data transfer for connected devices.

Unique Features:

• Pros:

  Strong processor, USB 3.0 for faster data transfers, built-in cooling for stability

• Cons:

  Larger size and higher power draw make it less suitable for projects that require compact or ultra-low-power setups

Applications:
Ideal for media centers, gaming consoles, or as a small server. It’s a great choice when you need higher processing power and don’t mind the extra space and power requirements

Raspberry Pi Alternatives for AI and Machine Learning

4. ASUS Tinker Board S

The ASUS Tinker Board S is a durable single-board computer with a powerful quad-core ARM processor, ideal for DIY and multimedia projects. With a look similar to the Raspberry Pi, this board has a 2GB RAM, 16GB of built-in eMMC storage, and 1 Gigabit Ethernet, which provides faster connectivity for data-intensive tasks.

Specs:

• Processor: Rockchip RK3288 Quad-Core ARM Cortex-A17
• RAM: 2GB
• Storage: 16GB eMMC, expandable via microSD
• Connectivity: Gigabit Ethernet, Bluetooth, HDMI, 4 USB ports
• GPIO: 40-pin GPIO header, compatible with Raspberry Pi accessories

Performance:
The quad-core Rockchip processor allows the Tinker Board S to handle demanding tasks smoothly, making it suitable for video playback, image processing, and gesture recognition. Its hardware can support 4K video playback, which is beneficial for media projects and basic AI applications.

Unique Features:

• Pros:

  Quad-core processor, 4K video support, and a 40-pin GPIO compatible with Raspberry Pi accessories make it ideal for media servers and educational applications that require a boost in processing power.

• Cons:

  Limited software support and a smaller community compared to Raspberry Pi may be a drawback for users who rely on a wide ecosystem.

Applications:
The ASUS Tinker Board S is great for media centers, DIY electronics, and educational projects. It’s well-suited for tasks needing good graphics and processing power, like video playback and computer vision.

5. NVIDIA Jetson Nano Developer Kit

The NVIDIA Jetson Nano Developer Kit is a small yet powerful board designed for AI and machine learning. Equipped with a quad-core ARM CPU and a 128-core GPU, it’s ideal for handling complex AI tasks such as image recognition, speech processing, and object detection.

Specs:

• Processor: Quad-core ARM Cortex-A57 CPU, 1.43GHz
• GPU: 128-core Maxwell GPU with CUDA support
• RAM: 4GB LPDDR4
• Storage: 16GB eMMC, expandable with microSD
• Connectivity: HDMI 2.0, USB 3.0, 4 USB ports, and Ethernet

Performance:
The Jetson Nano’s GPU allows it to run multiple neural networks simultaneously, making it highly effective for AI and machine learning. It supports major AI frameworks like TensorFlow, PyTorch, and Caffe, providing flexibility for different AI applications.

Unique Features:

• Pros:

  It is excellent for AI and machine learning projects, with its GPU and CUDA support allowing for efficient parallel processing. It is also great for computer vision applications.

• Cons:

  Higher price than other SBCs, which might limit access for budget-constrained projects.

Applications:
Ideal for AI-driven projects, machine learning applications, and computer vision. The Jetson Nano is a strong option for users looking to dive into AI or robotics, easily handling complex algorithms and high-demand tasks.

Also Read: IoT Engineer/Developer Salary in India

6. RockPi 4 Model C

The RockPi 4 Model C offers a powerful six-core processor and up to 4GB of RAM, making it suitable for AI tasks, multimedia projects, and even desktop computing. It supports dual displays, a 4K resolution, and features options for NVMe SSD storage for faster data handling.

Specs:

• Processor: Rockchip RK3399 (Dual Cortex-A72, Quad Cortex-A53)
• RAM: Up to 4GB LPDDR4
• Storage: Supports microSD, NVMe SSD, and eMMC module
• Connectivity: Gigabit Ethernet, dual-band Wi-Fi, Bluetooth 5.0, USB 3.0
• GPIO: 40-pin GPIO and MIPI-CSI2 for camera integration

Performance:
With its dual-core Cortex-A72 and quad-core Cortex-A53 setup, the RockPi 4 Model C is a balanced board for multitasking. It can handle multimedia streaming and basic AI tasks. The dual display support and 4K capabilities make it useful for visual and multimedia-heavy applications.

Unique Features:

• Pros:

  Dual-band Wi-Fi, USB 3.0, and Bluetooth 5.0 are well-suited for connected devices and media projects. The support for NVMe SSD provides a fast storage option for data-intensive tasks.

• Cons:

  Limited accessories and peripherals may be a drawback for users looking to expand their projects.

Applications:
RockPi 4 Model C is versatile for multimedia setups, AI projects, and network-attached storage. Its connectivity options and processing power make it ideal for desktop computing, video streaming, and robotics projects.

Raspberry Pi Alternatives for Multimedia and Graphics-Intensive Applications

7. Banana Pi M3

The Banana Pi M3 is an octa-core single-board computer designed for multimedia and high-processing tasks. With a PowerVR GPU and 2GB of RAM, it’s ideal for users who need extra power for applications like media servers, streaming, and general-purpose computing. It includes unique features like a built-in microphone, IR receiver, and power/reset buttons for convenience.

Specs:

• Processor: Octa-core ARM Cortex-A7
• Graphics: PowerVR GPU for enhanced video performance
• RAM: 2GB DDR3
• Connectivity: Gigabit Ethernet, SATA, 2 USB ports, Wi-Fi, Bluetooth, HDMI
• Interfaces: CSI camera and DSI display interface

Performance:
The Banana Pi M3’s octa-core processor and dedicated GPU make it highly capable of handling multimedia tasks, from video playback to general server applications. With support for various operating systems, including Ubuntu, Android, and Debian, it offers flexibility in software choices.

Unique Features:

• Pros:

  High processing power and ample RAM make it suitable for high-quality multimedia, server applications, and even as a lightweight desktop alternative.

• Cons:

  Higher power consumption may impact energy efficiency, which could concern users focused on low-power setups.

Applications:
The Banana Pi M3 is well-suited for multimedia projects, home media centers, and server applications that demand reliable performance and strong graphics capabilities.

Must Read: Raspberry Pi IoT Projects

8. Libre Computer Board AML-S905X-CC (Le Potato)

Known as “Le Potato,” the Libre Computer Board AML-S905X-CC is an affordable, beginner-friendly board optimized for media playback. It supports 4K video, making it a solid choice for home media setups. With its quad-core processor and Mali-450 GPU, this board is a strong contender for media-centric Raspberry Pi alternatives.

Specs:

• Processor: Amlogic S905X Quad-Core ARM Cortex-A53
• Graphics: Mali-450 GPU for smooth video playback
• RAM: Up to 2GB DDR3
• Connectivity: 4x USB 2.0, HDMI 2.0, Ethernet
• Storage Expansion: MicroSD card slot, eMMC interface

Performance:
Le Potato is designed with media playback in mind, handling 4K video smoothly and supporting multiple Linux distributions. It’s compatible with Android, making it flexible for various multimedia applications.

Unique Features:

• Pros:

  It is cost-effective and great for 4K video playback. It supports Linux and open-source software, making it accessible for beginners and enthusiasts alike.

• Cons:

  Limited to USB 2.0 and lacks advanced connectivity options, which could be restrictive for users needing high data transfer speeds.

Applications:
Ideal for use as a TV box, digital signage, and media streaming device. Its budget-friendly price and focus on media make it a popular choice for multimedia applications.

9. Udoo Bolt V8

The Udoo Bolt V8 is a high-performance single-board computer with an AMD Ryzen Embedded V1000 SoC, delivering speeds up to 3.6 GHz. Known as a “portable supercomputer,” it’s nearly twice as fast as a MacBook Pro 13 and is suited for demanding applications like gaming, AR/VR, AI, and real-time data processing.

Specs:

• Processor: AMD Ryzen Embedded V1000 (up to 3.6 GHz)
• RAM: 2x DDR4 dual-channel, supports up to 32GB
• Storage: 32GB eMMC 5.0, with SSD expansion options
• Connectivity: Dual HDMI, USB-C, Gigabit Ethernet, DisplayPort, Wi-Fi, Bluetooth

Performance:
The Udoo Bolt V8’s powerful AMD processor and dual-channel RAM support make it a great choice for high-performance computing tasks. It can easily handle AAA gaming, VR, and complex AI algorithms, making it one of the most powerful SBCs available.

Unique Features:

• Pros:

  Its extremely powerful processor and multiple display options make it perfect for high-end gaming, multimedia, and AI applications.

• Cons:

  Its higher price point may be a limitation for users on a tight budget, as it’s more expensive than other SBCs.

Applications:
Udoo Bolt V8 is ideal for users seeking a high-performance solution for multimedia, gaming, and graphics-intensive applications. It’s well-suited for setups requiring both high computational and graphical capabilities, including VR, AI, and big data analysis.

Raspberry Pi Alternatives for Development and Prototyping

10. BeagleBone Black: Developer-Friendly with Extensive GPIO

The BeagleBone Black is a widely-used single-board computer for developers focused on hardware interfacing and prototyping. With a 1GHz ARM Cortex-A8 processor and 512MB of RAM, it’s capable of handling intensive GPIO operations, making it well-suited for applications where direct hardware control is essential. The board’s extensive I/O pin availability allows for diverse connectivity, which is why it’s popular for testing and development work.

Specs:

• Processor: 1GHz ARM Cortex-A8
• RAM: 512MB DDR3, suitable for lightweight processing and GPIO tasks
• Storage: 4GB onboard eMMC, with additional storage through microSD
• Connectivity: HDMI, Ethernet, USB, and serial ports for flexible connections
• GPIO: 92 I/O pins, with 65 usable for digital I/O, SPI, I2C, PWM, and analog inputs

Performance:
The BeagleBone Black’s processing power is optimized for projects requiring stable performance rather than high speed. Its ARM Cortex-A8 is reliable for handling sensor networks, basic data processing, and real-time hardware interactions. While it doesn’t offer the highest RAM, its architecture makes it stable for development environments requiring precise GPIO control.

Unique Features:

• Pros:

  The BeagleBone Black’s extensive GPIO pin configuration, including PWM, SPI, I2C, and analog inputs, is highly beneficial for direct hardware manipulation. With native support for Debian-based systems and broad compatibility with development tools, it’s a developer-friendly choice for hands-on projects.

• Cons:

  Limited RAM can restrict applications that require multitasking or high memory usage. Additionally, its graphics support is minimal, making it less ideal for applications involving media or graphical interfaces.

Applications:
The BeagleBone Black is widely used for electronics testing, hardware prototyping, and educational projects that involve real-time sensor data handling or embedded systems development. It’s a preferred option for developers working on robotics, IoT prototypes, or custom hardware solutions that benefit from a stable, GPIO-focused development platform.

Note: Prices are approximate and may vary based on availability and retailer.

Cheapest Raspberry Pi Alternatives for Budget Projects

Several Raspberry Pi alternatives deliver great value. Whether you’re setting up a media center, experimenting with programming, or building basic electronics, these budget-friendly boards can handle various tasks. Here’s a look at some affordable options:

• Libre Computer La Frite

  • Price: ₹4,620
  • Overview: Smaller and more compact than Le Potato, La Frite offers 1080p video playback and is an excellent choice for light tasks and basic programming projects.
  • Best Use Cases: Entry-level electronics, basic programming, and small DIY projects.

• Arduino Uno R3

  • Price: ₹2,636
  • Overview: Though not a single-board computer, the Arduino Uno R3 is a budget-friendly microcontroller with multiple input/output pins, perfect for controlling sensors, actuators, and other components in low-power setups.
  • Best Use Cases: Simple electronics projects, DIY sensors, basic robotics, and educational kits.

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