The editor of Downcodes will take you to understand the embedded system development board! There are many types of embedded system development boards with a wide range of applications, from simple Arduino to complex Raspberry Pi. They differ in terms of processors, memory, interfaces and operating systems to meet different development needs. This article will focus on several common embedded system development boards, including their characteristics, applicable scenarios, and advantages and disadvantages, to help you better choose a development board suitable for your project. I hope this article can provide some useful reference for your embedded system development journey.
There are many types of embedded system development boards, the most common of which include Arduino, Raspberry Pi, BeagleBone Black, STM32 Discovery Kit, Intel Edison, etc. Each of these development boards has its own characteristics. They are different in terms of processor, memory, interface, operating system, etc., and can be selected according to project needs. Arduino is the most suitable development board for beginners. It has strong community support and rich library functions, which can quickly implement various functions. The Raspberry Pi is a microcomputer that supports various operating systems and can be used to develop complex applications.
1. ARDUINO
Arduino is an open source electronic prototyping platform. It includes hardware (various models of Arduino development boards) and software (Arduino IDE). Arduino is designed to make it easy for non-expert electronics enthusiasts to create interactive projects. Arduino's syntax is very simple, the learning curve is gentle, and it has a large number of sample codes and library files, so users can implement various functions very conveniently.
The hardware part of the Arduino consists of a microcontroller and some components that plug directly into the microcontroller. These components are called Shields and include motor controls, Ethernet interfaces, GPS, LCD screens, and more. These Shields can be plugged directly into the Arduino development board without the need for other complex circuit designs.
2. RASPBERRY PI
The Raspberry Pi is an ARM-based card-based microcomputer whose goal is to promote basic computer science education. The Raspberry Pi's hardware includes an ARM-compatible processor and some flash memory. It supports running various operating systems, including Linux, Windows 10 IoT Core, etc.
Raspberry Pi has powerful computing power and can be used to develop a variety of complex applications. For example, you can use a Raspberry Pi to build a home media center, or a small web server. In addition, Raspberry Pi also provides some GPIO (General Purpose Input/Output) interfaces, which you can use to control various hardware devices.
3. BEAGLEBONE BLACK
BeagleBone Black is an open source hardware platform that uses Texas Instruments' AM335x processor. This processor contains an ARM Cortex-A8 core and some real-time processing units. This allows BeagleBone Black to handle complex applications while also meeting real-time requirements.
BeagleBone Black's hardware includes an Ethernet interface, an HDMI interface, and some USB interfaces. In addition, it also provides a large number of GPIO interfaces, which you can use to connect various hardware devices.
4. STM32 DISCOVERY KIT
STM32 Discovery Kit is a development board launched by ST Microelectronics, which uses the STM32 series of microcontrollers. The STM32 series of microcontrollers include a variety of different models, from the low-power STM32L0 to the high-performance STM32H7, which can meet almost all application needs.
The hardware of the STM32 Discovery Kit includes an ST-LINK/V2 debugger, some buttons, LED lights, and some sockets. You can use these sockets to connect various hardware devices, such as sensors, motors, etc.
5. INTEL EDISON
Intel Edison is a microcomputer launched by Intel, which uses Intel's Atom processor. This processor contains two cores, as well as some graphics processing units. This allows Intel Edison to run a variety of complex applications, such as machine learning, image processing, etc.
Intel Edison's hardware includes a Wi-Fi module, a Bluetooth module, and some flash memory. In addition, it also provides some GPIO interfaces, which you can use to connect various hardware devices.
In general, these embedded system development boards have their own characteristics. They are different in terms of processor, memory, interface, operating system, etc., and can be selected according to project needs.
1. What are the common types of embedded system development boards?
Common types of embedded system development boards include microcontroller development boards, ARM development boards, FPGA development boards, Raspberry Pi, etc. Each type of development board has its own characteristics and applicable scenarios.
2. How to choose an embedded system development board that suits you?
First, you need to determine your project requirements, including processor performance, memory capacity, peripheral interfaces, etc. Then, you can filter for suitable development boards based on these needs. Additionally, factors such as the board's price, community support, and ease of use can also be considered.
3. What are the common application fields of embedded system development boards?
Embedded system development boards are widely used in the Internet of Things, smart homes, industrial automation, robots, medical equipment and other fields. Developers can use development boards to implement various functions, such as sensor data collection, data processing, communication control, etc.
Hope the above information is helpful to you! If you have any questions, please feel free to ask.