It is the most popular choice among the community because it’s, cheap, easy to learn and use, and also a variety of premade modules are available for this which makes it easier for developing new projects or prototypes. It is powered by an ATMega328P microcontroller. *click on the above image for full view Arduino UNO R3Īrduino Uno is the most popular and widely used development board. Here is the table showing all the features of these boards. Not only that, there are a variety of modules and shield boards available on the market, especially targeting these base-level boards. Most of them are easy to learn and make projects with. All these boards are powered by 8-bit microcontrollers. In this category, most boards have either slow clock speed or a limited number of I/O ports.
These types of arduino boards are the best choice to start with. Further, we have also provided a table under each section for quick skimming, so let’s get started. To make things quick and easy for you, we have split all the boards into three main categories, Entry Level boards, Enhanced boards, and IoT boards. So this tutorial is focused on bringing out all the different types of Arduino development boards and doing a quick comparison of their features and applications so that you will be able to make a better choice when you want something more than the popular UNO and nano boards. But most of us fail to explore beyond the popular Arduino development boards like the Arduino UNO, nano, mega, etc. For hobbyists and engineers, including me, Arduino Platform has been the go-to place for quick prototyping and design validation. Note: for the 3PIN interface, the voltage of Analog pins (labeled V) is 5V while the voltage of Digital pins (labeled V) is VCC, that is, the voltage input via a blue terminal block, default by jumper connected, connecting the voltage to 5V on the shield.Whether you're a newbie just getting started with electronics a nd e m be d d ed sy stems or a p ro fes si o nal E nginee r pla nning your n ext big desi gn p roj ec t , Arduino has you all covered with a Development board that best suits your requirements. It comes with a reset button and 2 signal indicators as well. Besides, it comes with communication pins of 2.54mm pin pitch, such as serial and SPI communication. The shield comes with digital and analog interfaces in 3PIN (G V S), easy to connect the 3PIN sensor modules. It is fully compatible with MEGA man 2560 control board, so that you can easily stack the MEGA sensor shield onto the MEGA 2560 control board. You can use this keyestudio MEGA sensor shield. Have you met with these troubles? when connecting a couple of sensor modules to MEGA 2560 control board, sometimes power output interfaces are not enough, so need to use the breadboard and the wiring is rather troublesome. Is this of a future design/product Jeremie and company is working on?Īlso, here is a link for the mega sensor Shield V1 link for anybody who what’s info. I’m asking is you have numbers on the layout of the ADC, PWM, digital and analog. Both board’s numbers only go as high to 53. I do have a question I ask a while ago about the Arduino DEU/Mega. I’m not really sure how to connect the UARt for my sabertooth on the mega on the Arduino but I will look at the documents and try to figure it out. You’re you always take the time to add additions to your already awesome software for anyone that asks. Tutorial to compile and upload the firmware.