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<td><a href="https://www.sparkfun.com/products/18996">smôl OLED Display (0.91 in, 128x32) (SPX-18996)</a></td>
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The SparkFun Qwiic OLED Arduino Library is a single graphics module that supports all SparkFun OLED boards based on the SSD1306 from Solomon Systech. Prior to this library, three different libraries were used to support our four different OLED boards.
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The SparkFun Qwiic OLED Library delivers a common implementation for all our Qwiic OLED products, delivering a unified, fast, and efficient solution that implements a familiar and easy to understand user experience.
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## How much faster?
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The SparkFun Qwiic OLED Library is between 40% and 450% faster. The original Micro OLED library had a max output of ~75 frames per second. This library automatically only updates *what changed* we can reach more than 300 frames per second. What does that look like?
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The SparkFun Qwiic OLED Library is between 40% and 450% faster. The original [Micro OLED library](https://github.com/sparkfun/SparkFun_Micro_OLED_Arduino_Library) had a max output of ~75 frames per second. This library automatically only updates *what changed* we can reach more than 300 frames per second. What does that look like?
Above, the OLED on the right is running the original Micro OLED library at 75fps. On the left the display is more than 348 frames per second. In real life it's quite smooth; the camera is not able to keep up. This is all over 400kHz I2C.
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Above, the OLED on the right is running the original Micro OLED library at 75fps. On the left the display is more than 348 frames per second. In real life it's quite smooth; the camera is not able to keep up. This is at 400kHz I2C.
Above, the OLED on the right is running the original Micro OLED library at 75fps. On the left the display is more than 107 frames per second because the clock takes up a lot of the display, but not all of it. This is all over 400kHz I2C.
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Above, the OLED on the right is running the original Micro OLED library at 75fps. On the left the display is more than 107 frames per second because the clock takes up a lot of the display, but not all of it. This is at 400kHz I2C.
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