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The OLED Display is a simple cost effective solution for interfacing to a small Organic Light-Emitting Diode (OLED) Display.
186 backers pledged $8,317 to help bring this project to life.
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About

$8,317

186

The OLED  Module  is a simple cost effective solution for interfacing to a small Organic Light-Emitting Diode (OLED) Display based on the SSD1306 driver.  The OLED Module is controlled via I2C Fast-mode, with a bit rate up to 400kbit/s.  Only 4 wires are needed – 5V, GND, SDA, SCL.

Open source code will be available for:

  • Arduino
  • Atmel 8-bit MicroControllers
  • LPCExpresso ARM0
  • Light Blue
  • 96 x 16 Resolution
  • Small size 30 x 15 x 4 mm
  • 256 step contrast/brightness control
  • Fast-mode I2C
  • Chip select function allows multiple displays to be run off the same I2C lines
  • Embedded horizontal and vertical scrolling functions
  • Low operating current

When I first got into working with Micro-controllers one of the first things I had a problem with, was the lack of display output.  Whether you need to display text, a menu, animations or even debug messages a simple command like System.out.println becomes much more complicated in the embedded world.  Of course you can easily add LEDs or indicator lights to represent your output, but I typically wished for something more "capable".  After playing with the Nokia screen for awhile I realized that most of my projects dont need such a large screen and that a smaller screen helps makes projects portable.  So I've set out to develop a small easy to use OLED display.

 My goal is to assist developers in implementing a display module into their project. Rather than going through the process of designing and creating a breakout board that manages the power levels and communication signal voltages. I'm am offering an OLED module that handles the voltage levels and communication lines so that even a beginner electronics hobbyist can easily get started with the OLED display.

In addition to this, there is also a significant amount of development that goes into software in order to control this display. So I will be providing open source code for Atmel and LPC microcontrollers to allow quick interface to my OLED module.

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  1. Select this reward

    Pledge $1 or more About $1

    Your name on the backer hall of fame. Thank You

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    Pledge $10 or more About $10

    Blank I2C Mini-OLED module. If you want I will drill one of the mounting holes larger so it will fit nicely on your key chain.

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    4 backers
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    Pledge $25 or more About $25

    One I2C Mini-OLED module.

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    57 backers
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    Pledge $40 or more About $40

    Two I2C Mini-OLED module.

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    36 backers
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  5. Select this reward

    Pledge $50 or more About $50

    Three I2C Mini-OLED module.

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    53 backers
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  6. Select this reward

    Pledge $80 or more About $80

    Get 5 Mini-OLED modules for your viewing pleasure.
    And your name on the Silver backer hall of fame.

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    18 backers
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  7. Select this reward

    Pledge $150 or more About $150

    Is 5 not enough? Then get 10 Mini-OLED modules.
    And your name on the Gold backer hall of fame.

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    6 backers
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  8. Select this reward

    Pledge $200 or more About $200

    Skype interview with me, chat about anything! Also includes One Limited edition, hand soldered, working prototype I2C-Mini OLED module made by me. And One retail I2C Mini-OLED module.

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    Limited 0 backers
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  9. Select this reward

    Pledge $650 or more About $650

    Retail Kit: For a low price of $13.00 each get 50 I2C Mini-OLED modules, and your AD placed on my website www.Sabernetics.com. For quantities greater than 50 add $12.00 each module to your pledge. Big Thanks!

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Funding period

- (30 days)