Exploring the Arduino Ecosystem and Development Elements
Discover the components of the Arduino ecosystem including the Arduino IDE workstation, hardware precautions, and the heart of the Arduino Uno. Dive into the rough speed comparisons, processor evolution, and the key functions of the IDE. Explore the world of Arduino through images and descriptions from 27/1/2016.
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Presentation Transcript
The Arduino Ecosystem 27/1/2016 Ecosystem 1
Three development elements 27/1/2016 Arduino IDE workstation Ecosystem usb Arduino 2
First principal element 27/1/2016 Ecosystem Arduino 3
The thing, itself 27/1/2016 the world Ecosystem 4 the brain the heart
The Heart of the Arduino Uno 27/1/2016 The ATMEGA328P central processing unit is about 20 years old Ecosystem has a 440 page manual way over one billion in use 5
The Heart of the Arduino Uno 27/1/2016 Ecosystem 6
Rough Speed Comparisons 27/1/2016 Year Processor MIPS 10 5 mid-Paleo brain evolved 1989 Intel i386DX Atmel AVR ( C) Intel Core i7 0.1 PC 1996 2011 16 105 1010 Arduino PC Ecosystem 2011 Fujitsu K 88,000 chips 705,024 cores 7
Arduino Hardware Precautions 27/1/2016 10-20 different Arduino models depends on how you count differing maximum input voltages 3.3V and 5V pinout variations somewhat standardized but have to be checked for each Arduino model Ecosystem 8
Second principal element 27/1/2016 Ecosystem workstation 9
Third principal element 27/1/2016 Arduino IDE Ecosystem 10
27/1/2016 Ecosystem 11
The IDE does four big things 27/1/2016 edit plain text source files compile source files into machine language load machine language into the Arduino communicate with the Arduino while it s running a program Ecosystem 12
Compiling Arduino Source Code 27/1/2016 Modern compilers are among the most complex and highly developed applications in existence. Compilers used by the Arduino IDE are open-source, free software Ecosystem 13
Single runtime element 27/1/2016 power Ecosystem Arduino 14
Arduino Peripherals 27/1/2016 are called shields Ecosystem are boards that are built to stack on top of an Arduino 15
Seismic shield with Arduino 28/1/2016 Arduino/TC1 16
Microprocessor versus Microcontroller (I) Raspberry Pi 2 about $35 complex operating system high power consumption slow event response complex low-level programming complete PC 27/1/2016 Ecosystem 17
Microprocessor versus Microcontroller (II) Arduino Uno about $20 NO operating system moderate power consumption fast event response simple low-level programming embedded system 27/1/2016 Ecosystem 18
Parts, Projects, and Ideas 27/1/2016 arduino.cc adafruit.com sparkfun.com makezine.com hackaday.com allaboutcircuits.com many, many more Ecosystem 19
27/1/2016 Ecosystem 20
