PEMENOL 5PCS OLED Display Module for Arduino, 0.96 Inch I2C IIC Serial 128 x 64 OLED LCD Display Module with SSD1306 Driver for Raspberry Pi and ESP8266 - White Light

I. The problem This website has helped me a lot in my search for information I would like to thank everyone for being here. After reading the reviews and doing a little Googling, I was able to install and get this display to work Furthermore, you can see that in my video there is a diagonal "beating" artifact which is due to my phone's video capture rate being slower than the display's when you look directly at the display you do not see such an artifact. In any case, here is what I can suggest to help. In order to connect to your Arduino, you will need a small breadboard and 4 jumper wires. The displays are soldered on the header, so all you have to do is put the header on the breadboard. You can use either 3 or 4 pin headers. In either 3V or 5V mode It doesn't matter which you choose. Both A4 and A5 can be connected to the SCL and SDA pins, or you can connect them to the "SCL" and "SDA" pins on the digital side of the Arduino. Both will work just fine. My connection to the OLED Graphic Display Module was helped by the "Interface OLED Graphic Display Module with Arduino" tutorial by Last Minute Engineers. Next, follow Adafruit's tutorial for installing the SSD1306 as well as the GLX library. I found the latest Arduino IDE to make this process pretty easy. No need to go to Github to install, your IDE will do the job for you. Once the Arduino app is restarted (because libraries are loaded only during startup), remember to restart the app. As soon as the libraries are installed, the sample code from Adafruit is installed as well, so you can run it by clicking File>> Voici some examples SD1306 Adafruit for Raspberry Pi The following. I would recommend selecting 128x64_i2c as an In the next step, I changed the I2C address It didn't need to be changed because it was reset automatically. So that's all there is to It only takes a couple of minutes to compile and upload. There is no need to use those big LCD displays, as this is much smaller and easier! This is a bright display, so I do not need my cheater reading glasses to read even very small text. In any case, I might benefit from taking off the protective plastic film as well.

Bishop GIBBONS

| Nov 21, 2020

There were expensive LCDs, they were small, maybe two lines of 16 characters per line, and interfacing them to your microcontroller took up most of your input / output pins, leaving you with extremely few pins available for your other input / output Text LED's had better performance for numbers than character LED's. Any graphic work on either of them was pretty challenging. Backlit LCDs, the most expensive and most current-hungry, were also tough to implement. It was challenging to mount them into a project, and the result did not look great, it looked like a hobby project. Now in the year 2019, we have these awesome SSD1306 organic light emitting diodes (OLED) displays that solve We can see how they do that by looking at *Breakdown of costs. I paid $22 for five displays. I ordered these for 99 when I checked for this review (August 2019), and I received them free of charge with Prime. It is clear that these well-made displays are of good quality the low cost did not entail a decrease in Their four-year warranty makes them a great choice Having a pin header is pre-requisite Installed on a breadboard - the display is plugged into a breadboard In the photos, I've either connected the jumpers up to the board (as I have in the video). The size of these displays is a bit 125-inch square) graphic displays, with the option to select your text size. For example, in the first photo above, I was able to fit seven lines of text, with approximately 20 characters per line. That's more than 140 characters in all! It is possible to increase the font size line by line, if you want larger characters. It would make sense for the first line (top line) to be in large type, while the following lines would be in a I am writing to remind you Please note! I have included a third photo in which you can see the top of Neither the top most nor bottom most lines on the display are visible in the picture. The display is not the problem, the problem is with my camera! A user interface. Displays connected to I2C serial standards (with address 0x3C) only require two input/output pins of your microcontroller, Arduino, or Raspberry Pi. This leaves you with plenty of pins left to handle It is a very easy protocol that is supported by several Arduino libraries. These are well documented and come with good examples of how to use them. I really like how easy it is to use them! * * *Graphics. You can do pretty much anything with these graphic displays. They have 128 pixel by 64 pixel areas, so you can get a great graphics display using their entire pixels. It is really amazing what people can do with these displays. Browse around to see them in action. In addition to the Arduino SSD1306 libraries that are easy to use and have good graphics examples, there are several other very good libraries available. Lighting from behind. The great thing about OLED displays, and these displays in particular, is that they are light emitting by design. Displays of this type can be seen in total darkness, and they can be viewed simply. These are still pretty easy to read in bright sunlight. The energy consumption of the computer. These units have such a low power draw that it was impossible to get an accurate readout The equipment I use for testing is out with me. Based on the results of other folks who have tested these displays, I estimate that they consume between 20 and 30 mA at 3 V. A third of a volt. One other feature of these displays - they are both 5 VDC and 3 VDC compatible. It is connected to three VDCs. It is not necessary to use a level converter. The low current draw of the SSD1306 meant that I could power it directly from an Arduino output pin in one of my applications. *Burn hole*Burn hole. There is a simple method of mounting these displays - cut a small opening in your project that is a little larger than the top edge of the glass and put the display behind it by utilizing the four holes. The bezel is unnecessary, and it looks very attractive! Even my wife thought so, and she generally thinks that most of my electronic projects are, well, a little bit (She is, however, a remarkable woman in so many other ways as well. *) Bottom line, they are great A few of the advantages of these circuits are that they are inexpensive, easy to use, and can be programmed with libraries for many different platforms including Arduino. They are compact, consume little power, and can output a great deal of information on a small display. It is possible to read the display even though the screen is very small. It isn't hard to tell that I am a huge fan of these displays and I plan on buying more once all five are used in projects.

Luis Wright

| Nov 28, 2020

It's a pleasure to work with these OLED displays. I was able to connect it to either an Arduino or an ESP8266 without any problems. The SSD1306 library works with this board, but you will need to change the i2c address to 0x3c if you get a blank display. My opinion is that the display is much better than the other blue ones because it is white. It is easy to see the screen in bright sunlight as it is very crisp and clear. One other tip is if you are using the Adafurit SSD1305 example, don't set the OLED_RESET to + if you are not using the reset pin on the Arduino. It is advisable to use a pin number rather than 1. Otherwise, the display will be blank.

Benicio Logan

| Nov 27, 2020

When I went online to do a little research, they really were very easy to get to work.
The first thing to remember is that you need to change the address to 0x3C when loading the demo I2C sketch for the oled. The reset_pin line needs to be changed from 4 to - in some demos Once you have done these 2 things, the system will work within minutes of connecting everything, and you will be amazed at how good OLED screens It's very straight forward, I have included a pic of the code used to generate that picture's contents.
Then I'll use each one for something really cool
There are a lot more you can do with these, just check YouTube.

Kye Casey

| May 26, 2021

The display is a superb OLED display at an affordable price. If you have the correct library either for Ardinu or Raspberry Pi, in my case I used the Raspberry Pi, it is very easy to program the display to work A Raspberry Pi running Python and SSD1306 was installed. A Python library for the SSD1306 driver is available for git on Raspberry Pi. If you need a Python setup and code for the SSD1306 driver, try searching for "ssd1306 driver for RPi". An example is provided on how to display on 0 to show how useful it is. The 96" 128x64 I2C OLED is powered by In this table you can find pin outs for I2C (SDA, SCL, plus ground and VDD). The display panel is composed of one panel that is 128x64 while the OLEDs are the touch screens. I love this screen because it is so sharp and bright. It It is a good display for the price. I would recommend it to anyone.

Ayan Stephenson

| May 09, 2021