What Are Embedded Boards?
Embedded motherboards are different from traditional computers. They are usually customized by companies or individuals for special application projects, combining hardware and software to meet specific needs. Many companies and hardware engineers will purchase embedded motherboards. This kind of circuit board specially designed for integration into large systems and performing specific functions will reduce a lot of project costs. Neardi focuses on the research development and production of embedded motherboards, providing customers with one-stop services.
What are the embedded boards for beginners?
Embedded boards for beginners are user-friendly platforms designed for ease of learning and development. Neardi provides several embedded board products tailored for newcomers, along with comprehensive resources to aid development. Our Product Center displays detailed information and specifications for all our products. The Product Manuals offer user guides and technical support documentation for each board. The Neardi Introduction explains features and applications, while the Hardware Information section covers specifications and components.
Additionally, we provide Debugging Methods for common troubleshooting and Interface Information to describe available interfaces and their functionalities. For programming, our Firmware Programming guidance assists with updates, and the Compiling SDK section offers detailed instructions for compiling and configuring the SDK. Lastly, we include development guidelines for Linux and Android Development, ensuring a solid foundation for your projects.
How to Choose Embedded Boards
How do beginners choose embedded boards?
Beginners can refer to the following suggestions when choosing embedded boards:
1. What field will your product be used in? Industrial automation? Or AI intelligence? This will save you a lot of time when choosing a product.
2. Performance requirements: When you have clarified the application field of your product, it is crucial to choose a suitable CPU. Choosing a CPU requires considering CPU processing speed, RAM, and storage requirements.
3. Power consumption: Is energy saving required?
4. Size: Are there size restrictions?
5. Input/output interface: Check the necessary connection options, such as UART, SPI, I2C, Ethernet, Wi-Fi, USB, etc., and you should also specify all external devices (sensors, displays, etc.) that the project product needs to use.
6. Operating system and software: Is the operating system compatible (Neardi embedded boards support Linux, Windows, and Android systems), check the development tools and whether there is community support.
7. Power supply: Make sure the board can be powered within the project constraints. If the device is portable, consider battery management and power efficiency features.
8. Operating temperature range: Make sure the board can work in the environmental conditions required for your project. For industrial applications, Neardi also provides embedded boards suitable for industrial environment applications, with an operating temperature of -40℃~85℃.
9. Manufacturer and community technical support: Choose a well-known manufacturer with good customer support. Neardi has decades of production experience and many senior technicians will escort your project. A strong community can also provide valuable support and resources.
Have other questions? Contact Neardi technical support now.