In this articles we are going to explain different tyes of arduino boards with their comparison. The Arduino is a remarkable device. It was designed in the Ivrea Interaction Design Institute it can be used without deep knowledge in electronics and programming concepts. This board is modifiing time to time to adopt the new requirements of modern age. Tese boards are used to produced varity of application 3D printing, Wearable, and emeddd surrounging. Ardion boards are open source boards and it allow users to buid project according exact needs. Different types of ardiono boards are used to make thousands of projects for scientific and simple expirments and also for final projects. Designers community of all over the world use these boards artists, students, hobbyists, programmers and experts uses this open source stage.
Types of Arduino Boards
The arduino board is an open-source device used to make almost all types of electronics projects. It consists of microcontroller and a part of the software to runs on your PC, used to uploads and write computer code to the physical. The Arduino plateform has become very famous with designers just starting out with electronics. In the starting programmable circuit boards, the Arduino does not require a separate hardware. The Arduino IDE uses a basic version of C++that make it simpler to learn the program.
Why Arduino Boards over simple board
Arduino board are using in different engineering projects and different applications now a days mostly. Arduino software is very simple to use for learner, yet flexible adequate for advanced users. It runs Windows, Linux, and Mac. Teachers as well as students in the schools utilize it to design low-cost scientific instruments.
Arduino also makes very simple working process of microcontroller, it gives some advantages over other systems for teachers, students, and beginners.
- It is Inexpensive
- It is Cross-platform
- Simple and clear programming environment
- Open source and extensible software
- Open source and extensible
Features of Different Types of Arduino Boards
|Arduino Board||Processor||Memory||Digital I/O||Analogue I/O|
|Arduino Uno||16Mhz ATmega328||2KB SRAM, 32KB flash||14||6 input, 0 output|
|Arduino Due||84MHz AT91SAM3X8E||96KB SRAM, 512KB flash||54||12 input, 2 output|
|Arduino Mega||16MHz ATmega2560||8KB SRAM, 256KB flash||54||16 input, 0 output|
|Arduino Leonardo||16MHz ATmega32u4||2.5KB SRAM, 32KB flash||20||12 input, 0 output|
Different Types Of Arduino Boards
Arduino barards are comming in markete day by day with extended feautre and upgrade version here we are going to exmplain some important Arduino.
- Arduino Uno (R3)
- Arduino Nano
- Arduino Micro
- LilyPad Arduino Board
- Arduino Bluetooth
- Arduino Diecimila
- RedBoard Arduino Board
- Arduino Mega (R3) Board
- Arduino Robot
- Arduino Esplora
- Arduino Pro Mic
- Arduino Ethernet
- Arduino Zero
- Fastest Arduino Board
Arduino Uno (R3)
Arduino UNO (R3) is a huge option for your initial Arduino. It consist of ATmega328P based microcontroller. It is very simple to use as compared with other types of arduino boards. It has 14-digital I/O pins, where 6-pins can be used as PWM, 6-analog inputs, a USB connection, a reset button, a power jack, an In-Circuit Serial Programming header, and etc. It has everything required to hold up the microcontroller.
Arduino Nano a small board based on the microcontrollers like ATmega328P otherwise ATmega628. The connection of this board is the same as to the Arduino UNO board. This kind of microcontroller board is very small in size, flexable, sustainable, and reliable.
It is small in size As compared with the Arduino Uno board. The devices like mini USB and Arduino IDE are necessary to build the different types of electronics projects. This board includes analog pins-8, digital pins-14 with the set of an I/O pin, power pins-6 & RST (reset) pins-2.
LilyPad Arduino Board
RedBoard Arduino Board
Arduino Mega (R3) Board
Arduino Mega is a type of Microcontroller it is based on the ATmega2560. It consists of 54 digital input or output pins and from the total pins 14 pins are used for the PWM output, 4 pins are used, 16 pins are used for the analog inputs, for the hardware serial port of the UART. There are pins like crystal oscillator of 16 MHz, USB connection, ICSP header, RESET pin, and a power jack.
Arduino Mega (R3) Features
- ATmega2560 Microcontroller
- Input voltage – 7-12V
- 16 Analog Inputs
- 54 Digital I/O Pins (14 PWM outputs)
- 16Mhz Clock Speed
- 256k Flash Memory
Arduino Leonardo Board
Arduino Pro Mic
Fastest Arduino Board
Comparison of Different types of Arduino Boards
|Arduino Board||Voltage of System||CLK Speed||Digital I/O||Analog Inputs||PWM||UART||Interface of Programming|
|Arduino Uno – R3||5V||16MHz||14||14||6||1||USB through ATMega16U2|
|Arduino Uno R3 SMD||5V||16MHz||14||14||6||1||USB through ATMega16U2|
|RedBoard||5V||16MHz||14||14||6||1||USB through FTDI|
|Arduino Pro 3.3V/8MHz||3.3V||8MHz||14||14||6||1||FTDI-Compatible Header|
|Arduino Pro 5V/16MHz||5V||16MHz||14||14||6||1||FTDI-Compatible Header|
|Arduino Mini 05||5V||16MHz||14||14||8||1||FTDI-Compatible Header|
|Arduino Pro Mini 3.3V/8MHz||3.3V||8MHz||14||14||6||1||FTDI-Compatible Header|
|Arduino Pro Mini 5V/16MHz||5V||16MHz||14||8||6||1||FTDI-Compatible Header|
|Arduino Ethernet||5V||16MHz||14||6||6||1||FTDI-Compatible Header|
|Arduino Fio||3.3V||8MHz||14||8||6||1||FTDI-Compatible Header or Wirelessly via XBee†|
|LilyPad Arduino 328 Main Board||3.3V||8MHz||14||6||6||1||FTDI-Compatible Header|
|LilyPad Arduino Simple Board||3.3V||8MHz||9||4||5||0||FTDI-Compatible Header|