Published October 18, 2017 © GPL3+

OLED Name Tag using XinaBox and Arduino

I built this little OLED name tag for events. It's really cool and can impress who-ever you meet. All built using XinaBox ☒CHIPS.

BeginnerFull instructions provided6 minutes1,208

Things used in this project

Hardware components

XinaBox OD01 ☒CHIP

☒CHIP 128x64 Pixel OLED Display

XinaBox PB02 ☒CHIP

CR2032 Coin Cell Battery Power

XinaBox CC03 ☒CHIP

☒CHIP 32-bit ARM® Cortex®-M0+ processor

XinaBox IP03 ☒CHIP

☒CHIP interface for SWD, JTAG and SPI programmers with USB port

XinaBox XC10 ☒BUS Connector

☒BUS connectors

XinaBox - XC55

CR2032 Coin Cell Battery

Lapel Badge Magnet or Similar

Software apps and online services

Arduino IDE

Story

Intro

I built this OLED Name Tag using XinaBox ☒CHIPS. It is a very simple, quick build with straight forward software. The XinaBox technology made this project extremely easy to do in under 10 minutes. Uses very low power (less than 4 mA) since it has no running MCU. MAGIC!

This is so I don't forget my own name ;)

What you will need

Apart from the set of ☒CHIPS, you will need Arduino installed and the following libraries.

Arduino M0 Board Driver from Arduino Board Manager

xCore (XinaBox Library)

xOD01 (XinaBox Library)

Programming the CC03

Click in an IP03 ☒CHIP onto the CC03 using an XC10 and XC55 connector and plug into a USB port on your computer via micro-USB cable. Connect as shown in the picture below. Open Arduino and select the correct COM port. Under Tools select Board: "Arduino M0", then upload the sketch, which I will provide in the code section of this page.

Programming the CC03

Building it

Click, click click, DONE!. The ☒CHIPS make it very easy, simply click them together with the XC10 connectors. The only thing to bare in mind, the small XinaBox logos with chip name must all face the same direction, the bus at the top and bottom of the board are NOT the same. Then put a CR2032 into the back of the PB02 for power. When you're finished it will look something like the picture below.

☒CHIP Assembly Complete

Now if you want to mount it on your shirt, you will need to mount a badge magnet on the back of the device using some sticky tape or something of the like. Look at how I did it below.

Badge Magnet mounted on back of OD01

Running it

Switch on at the power switch of the PB02. Pull out the CC03 after the text is displayed and VIOLA! Mount it on your shirt and have fun with it! The completed name tag uses less than 4 mA to operate, so you can expect about 55 hours of operation out of a CR2032 coin cell battery.

OD01 Name Tag

#include <xCore.h>
#include <xOD01.h>

void setup() {
  // Start I2C bus
  Wire.begin();

  // Start OLED
  OLED.begin();

  //Print your name on the tag
  print_name("BEN DIXON");
}

void loop() {
  //Nothing needed here
}

void print_name(String your_name)
{
  //Clears the OLED to take away anything previously displayed.
  OD01.clear();

  //Set to large font size and print first line
  OD01.set2X();
  OD01.println("HELLO");

  //Print next line
  OD01.println("my name is");

  //Set to smaller font size to print a space
  OD01.set1X();
  OD01.println();
 
  //Set to large font size and print name
  OD01.set2X();
  OD01.println(your_name);
}

Credits

Ben Dixon

5 projects • 12 followers

I am an electronic engineer with a true love for the art of electronics. I live for anything technology. Yes, I'm a geek just like you!

OLED Name Tag using XinaBox and Arduino

Things used in this project

Hardware components

Software apps and online services

Story

Intro

What you will need

Programming the CC03

Building it

Running it

Code

OD01 Name Tag

Credits

Ben Dixon

Comments

Embed the widget on your own site

OLED Name Tag using XinaBox and Arduino

OLED Name Tag using XinaBox and Arduino

Things used in this project

Hardware components

Software apps and online services

Story

Intro

What you will need

Programming the CC03

Building it

Running it

Code

OD01 Name Tag

Credits

Ben Dixon

Comments

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