Too Many Development Boards? Here's How to Choose the Right One

Typical price i
22.– to 72.–

Suitable for simple applications or basic tasks with minimal data storage needs.

Ideal for projects with limited processing requirements, ensuring cost efficiency and low power consumption.

Typical price i
51.– to 110.–

Accommodates moderate data processing and multitasking needs, suitable for a variety of applications.

Offers a balance between performance and cost, ideal for hobbyists and educational projects with medium complexity.

Typical price i
100.– to 190.–

Supports advanced applications requiring significant data processing and storage capabilities.

Perfect for complex projects and professional use, allowing for high-speed performance and efficient multitasking.

Typical price i
25.– to 61.–

Features dual-core processing with built-in Wi-Fi and Bluetooth capabilities.

Ideal for IoT projects, providing robust connectivity and efficient power consumption.

Typical price i
100.– to 200.–

Offers high-performance computing with multi-core architecture, suitable for demanding applications.

Excellent for projects requiring heavy computation, such as AI and machine learning tasks.

Typical price i
18.– to 54.–

Single-core processor known for simplicity and ease of use, common in Arduino boards.

Perfect for beginners and simple projects, offering a balance of performance and cost-effectiveness.

Typical price i
45.– to 160.–

Provides efficient processing with low-power consumption, ideal for real-time applications.

Great for embedded systems and robotics, ensuring reliable performance in power-sensitive environments.

Typical price i
20.– to 80.–

Suitable for simpler tasks and basic applications that require moderate processing power.

Ideal for projects with low power consumption needs, ensuring efficient energy usage.

Typical price i
20.– to 61.–

Provides a balance of speed and efficiency for more demanding applications.

Great for general-purpose projects, offering the ability to handle a wide range of tasks efficiently.

Typical price i
80.– to 170.–

Designed for high-performance tasks that require rapid data processing and multitasking.

Best for complex and intensive applications, delivering superior speed and responsiveness.

Typical price i
38.– to 140.–

ARM processors are known for their power efficiency and widespread use in mobile and embedded devices.

They are ideal for projects requiring low power consumption and extensive community support, making them versatile for various applications.

Typical price i
29.– to 68.–

Tensilica processors offer customizable DSP capabilities, making them suitable for specialized applications.

These processors are well-suited for audio, imaging, and communication tasks, providing high performance for specific use cases.

Typical price i
22.– to 61.–

AVR processors are recognized for their simplicity and ease of use, often found in hobbyist and educational projects.

They are great for beginners and small-scale projects, offering a straightforward learning curve and robust support.

Typical price i
100.– to 230.–

Broadcom processors are integrated into development boards for broadband and networking applications.

They provide reliable performance for connectivity solutions, making them a strong choice for IoT and communication projects.

Famous for its single-board computers that offer extensive computing power and versatility.

Ideal for those looking to build projects ranging from simple DIY gadgets to complex robotics.

Specializes in open-source microcontroller boards with a robust community support.

Perfect for beginners and educators due to its simplicity and wide range of compatible shields and modules.

Known for offering customizable development kits with a focus on IoT applications.

Suitable for advanced users looking to tailor solutions for specific internet-connected projects.

Provides innovative development kits with unique design features.

Great for users seeking creative and aesthetically pleasing solutions for prototyping.

Renowned for its modular and stackable development kits.

Allows users to easily expand functionality, making it ideal for rapid prototyping and iterative development.