A number of Arduino-compatible boards can be combined with additional Arduino boards and other electronics for augmented functionality.

Are you interested in an Arduino for your next research project, communication tool, or wearable? Adafruit offers six Arduino-compatible professional boards, each of which is briefly described in case it catches your interest.

Arduinos are handy components that can function as the centerpiece of any undertaking. A keen choice of development boards, however, can be employed to sharpen the strengths of a project or bring it to a new height.

What is an Arduino boards ?

Arduino boards are able to read inputs – light on a sensor, a finger on a button, or a Twitter message – and turn it into an output – activating a motor, turning on an LED, publishing something online.

The two boards are the motor board and control board where the motor board controls the motors & the control board is used to read the sensors for operating.

The Arduino board is not a microcontroller, it is an open-source software platform for electronics.

A printed circuit board with microcontrollers, LEDs, and links to other components has much to do with the board’s ability to control a motor, read from sensors, and work as simple computers. To conclude simple operations on the PC, the board is most commonly used for this purpose.

different type of Arduino boards

The boards range from experimental boards that offer access to various sensors to Arduino-compatible boards that are designed for installation in electrical installations and offer power supply connectivity. The boards are listed by functionality below.

Numerous types of programming boards are possible, with features ranging from wireless Internet access to smart sensors. These Arduino-compatible boards have functionality listed herein by functionality.

Wearables

FLORA

Numerous types of programming boards are possible, with features ranging from wireless Internet access to smart sensors. These Arduino-compatible boards have functionality listed herein by functionality.

Arduino-compatible Thermio wearable electrical platform composed of electronics that connects directly to an IDE. Version 3.

A FLORA is a small, round board with a micro USB connector that can be connected to Arduino. The FLORA can be used with Arduino IDE and is recommended for beginners.

In case the battery is correctly installed, the battery terminals have polarized connectors and protective diodes. The ports can be connected to other boards and are alligator clip friendly for simple prototype. The FLORA’s built-in power supply simplifies control of 50 different Neo Pixels with a 5V source. With a 5V source, the voltage can be increased to 500.

Arduino GEMMA

Wearable electronic platform that can be miniaturized.

The FLORA is much less compact than the GEMMA. Far from entirely Arduino Uno compatible, this device can be put together using the Arduino IDE.

Only 9 mA of energy is used when the GEMMA module is operating, which is a very low amount of energy. Three IO pins one analog and two PWM as well as a green and red LED are provided on the board for visual feedback.

Communication

Breakout of the Adafruit RFM95W LoRa Radio Transceiver

868 or 915 MHz

This transceiver board can send and receive on either radio frequency (for example, 868 and 915 MHz), infrared, or Bluetooth. It also includes an antenna and an Arduino library. Depending on various variables, the zone’s size is roughly 2 kilometers or even 1.2 miles.

Bluefruit EZ-Link

Version 1.3 of the Bluetooth Serial Link & Arduino Programmer was launched.

The default iOS port is RS232, so the Bluefruit EZ Link’s COM port connects to any device that is compatible with this standard.

The reference baud rates of various standards, including 2400, 4800, 9600, 19200, 115200, and 230400, are supported. The baud rate is automatically changed by the Bluetooth module based upon the application.

The computer can help manage the RTSolve boundary crossings, automatically synchronizing for it. The computer will automatically recognize changes in position and help reduce modifications.

                   The Bluefruit EZ-Link breakout board. Image courtesy of Adafruit.

Sensors

MCP9808 High Accuracy I2C Temperature Sensor Breakout Arduino Boards

This temperature sensor is accurate and precise over a range of -40 C to 125 C. Its accuracy is -.25 C with the precision of  .0625 C in this range. Its voltage range is 2.7V to 5.5V, so it can be used with different types of analog voltage logic. Ideally, it has three IO cores, allowing for up to 8 different addresses.

L3GD20H Triple-Axis Gyro Breakout Board

L3GD20/L3G4200 Upgrade – L3GD20H

The gyroscope includes controls that let you set a 250, 500, or 2000 degree-per-second range for high sensitivity and can detect motion in three distinct directions. A built-in lowpass and high pass filtering mechanism simplifies data processing even further. As a 3.3V max device, the gyroscope can be powered by a 5V source due to a built-in regulator.The L3GDD20H triple-axis gyro breakout board. Image courtesy of Adafruit.

This list is not exhaustive, but it is meant to convey a sense of a few boards that could be utilized in a future project. Numerous of these boards are listed on the Adafruit website with instructions and more detailed technical information. The Arduino is a relatively simple entry point into the world of microcontrollers and electronic equipment, and it’s constantly adding new features.

Comment below with your favorite Arduino-compatible boards!

Different Types of Arduino Boards and Its Uses

The Arduino board was designed in the Ivrea Interaction Design Institute intended for students without a background in electronics and programming concepts. Arduino boards are now able to adapt to new requirements and challenges, separating its present from simple 8-bit boards to products for IoT (Internet of Things) applications, 3D printing, wearable, and embedded applications. All boards are entirely open-source, allowing users to build them separately and finally adapt them to their exact needs.

Arduino boards allow you to create complex projects with a variety of sensors and actuators, A community of like-minded individuals has made it their objective to collaborate around an open source conference, among designers, artists, students, programmers, hobbyists, and professionals.

All modules have been built on our attention towards the community’s unique needs, permitting each administrative board to assemble them as they see fit. Arduino boards have been used to create thousands of projects, from everyday tools to scientific instruments. An international community of designers, artists, students, hobbyists, and experts has drawn together around this open-source environment. The donations keep adding up to a mind boggling array of knowledge that prove invaluable to both amateurs and specialists alike.

The community of international designers, artists, students, programmers, hobbyists, and experts has created this open source space. Their donations have contributed an incredible amount of money of valuable information that can be extremely useful for beginners and experts alike.