When choosing an embedded Linux development board, factors such as processing power, support, community activity, and development environment are usually considered. The following are some common embedded Linux development board chip recommendations:
1. Raspberry Pi series
Recommended chips: Broadcom BCM283x series (such as BCM2711 of Raspberry Pi 4)
Advantages: low cost, extensive community support, rich peripheral equipment and software support, suitable for teaching and personal projects.
Applicable scenarios: beginners, education, small projects and prototype development.
2. BeagleBone series
Recommended chip: Texas Instruments AM335x series (such as AM3358 of BeagleBone Black)
Advantages: rich functions, rich GPIO, suitable for embedded Control applications, open source hardware design.
Applicable scenarios: embedded control, automation, and Internet of Things equipment.
3. NVIDIA Jetson series
Recommended chip: NVIDIA Tegra series (such as Jetson Nano’s Tegra X1)
Advantages: powerful graphics processing capabilities, suitable for machines Learning and visual processing, rich software support.
Applicable scenarios: robots, AI applications, high-performance image processing.
4. ODROID series
Recommended chip: Samsung Exynos series (such as Exynos 5422 of ODROID-XU4)
Advantages: strong performance, support for Linux and Android systems , suitable for applications with higher requirements.
Applicable scenarios: multimedia, embedded development, high-performance computing.
5. Arduino series
Recommended chip: ATmega series (such as Atmel SAM3X8E of Arduino Due)
Advantages: easy to use, rich Arduino community and libraries Supports, suitable for beginners and simple IoT projects.
Applicable scenarios: education, small sensor networks, embedded control.
6. Orange Pi series
Recommended chip: Allwinner H series (such as Orange Pi PC's H3)
Advantages: high cost performance, suitable for low-cost projects and Multimedia applications and community support are good.
Applicable scenarios: home media centers, Internet of Things devices, low-cost embedded development.
7. UP Board
Recommended chip: Intel Atom series (such as UP Board’s Intel Atom x5-Z8350)
Advantages: x86 architecture, stable performance, Broad operating system support (including Linux and Windows).
Applicable scenarios: industrial control, embedded systems, and high-performance computing requirements.
Selection suggestions:
Requirements analysis: Select appropriate chips and development boards based on project requirements and budget.
Development environment: Consider the compatibility of the development environment and tool chain.
Support and community: Choosing a development board with an active community and good technical support can help solve problems during the development process.
The above recommendations are based on common development board and chip combinations, and specific choices should be made based on the specific needs and preferences of individuals or projects.