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🚀 Elevate your DIY game with OLED clarity that commands attention!
The AZDelivery I2C 0.96-inch OLED Display pack of 3 offers a high-contrast 128x64 pixel resolution screen compatible with Arduino and Raspberry Pi. Featuring an easy 4-pin I2C interface, it supports 3.3V to 5V operation and allows dual-screen setups. Included is a comprehensive eBook to accelerate your microelectronics projects, making it the perfect choice for hobbyists and professionals seeking crisp visuals and seamless integration.


| ASIN | B074N9VLZX |
| Aspect Ratio | 2:1 |
| Best Sellers Rank | 10,863 in Computers & Accessories ( See Top 100 in Computers & Accessories ) 39 in Motherboards |
| Brand Name | AZDelivery |
| Colour | white |
| Compatible Devices | Arduino, Raspberry Pi |
| Contrast Ratio | high |
| Country of Origin | China |
| Customer Reviews | 4.4 4.4 out of 5 stars (3,401) |
| Display Technology | OLED |
| Display Type | OLED |
| Global Trade Identification Number | 04251850508017 |
| Hardware Connectivity | USB |
| Has Color Screen | No |
| Image Brightness | m2 |
| Is Electric | Yes |
| Item Dimensions D x W x H | 4D x 27W x 27H millimetres |
| Manufacturer | AZDelivery |
| Maximum Display Resolution | 128 x 64 pixels |
| Model Name | ASDIOFJ2 |
| Model Number | 3xAZ002 |
| Mounting Type | Panel Mount |
| Native Resolution | 128 x 64 |
| Network Connectivity Technology | I2C |
| Picture Quality Enhancement Technology | OLED |
| Pixel Pitch | 0.0254 |
| Power Consumption Size | 0.04 Watts |
| Processor Count | 1 |
| Product Features | High-contrast and self-illuminating |
| Refresh Rate | 60 Hz |
| Resolution | 128 x 64 Pixel |
| Screen Finish Type | Glossy |
| Screen Size | 0.96 Inches |
| Shape | Rectangular |
| Specific Uses For Product | Programming |
| Total Video Out Ports | 1 |
| Viewing Angle | 160 Degrees |
| Voltage | 5 Volts |
A**Y
Does the job!
I have purchased quite a few different modules from AZ now and haven't had a problem yet. Never had a problem with their packaging. Items anti static bagged and inside a small box with foam covering the pins. Some people have mentioned not recieving the included PDF after purchase. In my experience they are usually sent via email within 24hours. If not, they're easily downloadable from the AZ website in various languages. If using Arduino, the PDF tells you which library to install to help get you started and works fine (remember to uncomment the correct line at the beginning of these sketches or you get nothing!). I've also had no issues using the SSD1306 Adafruit library so far. You may need to use an i2c scan sketch to find the right address and amend the code in order for it to work. I have found that the address is usually 0x3C. These screens do what you expect them to. They are small but everying is still visable, crisp and clear. They're good quality and not expensive.
H**T
Good value 8 line display.
Items arrived on time, as shown and as described. Worked well with ESP/Pico/Pico2 (ssd1306) Library from PyPl, Greatly simplifying code, scrolling and simple graphics. Good value for 5 x display modules. Nice clear display of 8 lines x 16 character text.
N**E
All functioning. Not so easy to set up and test.
Plus point: and the reason for 4/5, is that they all work, and no defects. A negative point: they are not so easy to set up. I am an experienced programmer and electronics guy. It was taxing to fully get them to work with Arduino. Hint: Use the ebook from AZDelivery site, and use the library they recommend. It took quite a while for me to fathom which line to uncomment in full_buffer/ GraphicsTest. For me it was line 68, but I do not know if that will change with updates, but I spotted it due to the wording. There is no reset on the OLED device, so reset it via the Arduino. It should look like: U8G2_R0, /* clock=*/ SCL, /* data=*/ SDA, /* reset=*/ U8X8_PIN_NONE The example program provided with the ebook is very awkward due to it being over several pages of a PDF. Therefore it should be obvious that it is not easy to copy and paste it. AZDelivery should be able to see that. Please fix it, and provide a link to plain text AZDelivery! It would be 5/5 if it was easier to work out how to load the test programs. 4/5 because all 3 units are functioning and undamaged.
P**K
Highly recommended seller!!
I have placed orders for a variety of parts from AZ Delivery. All arrived in a timely manner, were very well packed and all of them worked. When I am looking for a part, I always look to see if I can get it from AZ Delivery first! Highly recommended!!
P**V
😘❤️🔥🤖
Good
I**N
Perfect little display
Although the display is tiny, the text is really crisp and clear. I'm using this on an Arduino project using the I2C interface, and it works perfectly (although as I'm in my 50's I do need my glasses to see the text!)
A**I
Didn't work well for me
Based on other reviews I think I ended up with a bad batch. Out of three OLED screens one had a corner of the glass broken, the other had a flickering issue, the third one was working fine. These are standard, mass produced OLED modules, so hard to write a review on the actual performance, the one working was working just fine. They may benefit from better quality review before they put on for sale.
M**E
Fast delivery. Good price. Nice displays.
I soldered on the pins and these just worked with a micro expecting a 128 x 32 display. No address change required with my library. This setting gave full size display at half resolution. Changing the micro 's program to use 128 x 64 gave clear full-resolution display. Very happy.
W**A
Fast delivery. Device works as expected. Well packed.
M**'
Ormai sono anni che realizzo progetti di domotica, e non solo, usando Raspberry PI, Arduino e ESP8266, spesso realizzo progetti che non necessitano di un output visivo, o al massimo bastano pochi led, nel mio prossimo progetto, un sistema che rileva le informazioni dell’auto tramite ODBII e un sistema di sensori per una piccola serra, mi serviva un modo per mostrare le informazioni in tempo reale, utilizzare l’interfaccia web è comodo ma necessita di una connessione e di un secondo apparato con un browser o un app installata per poter gestire i dati, mentre un display connesso direttamente ai microcontrollori permetterebbe un controllo immediato e senza utilizzare sistemi esterni, senza contare che chiunque può leggere un display, mentre utilizzare un interfaccia web può risultare più ostico alle persone non avvezze alla tecnologia. Cercando una soluzione, ed escludendo schermi lcd hdmi, per costo e dispendio energetico, ho trovato questo display oled da 0,96”. Il display viene consegnato in una bustina sigillata, senza nessun manuale o foglio con istruzioni, con esso è presente un bigliettino da visita, inizialmente pensavo fosse solo per ricordarci di acquistare ancora da loro, ma scansendo il qrcode presente si viene portati su di un sito web, in tedesco purtroppo, con varie guide, tra cui come usare questo display con Arduino, direi comodo, se non fosse che devo usare questo display con un Raspberry PI e un ESP8266, ma la cosa non riguarda il venditore, che anzi ha fatto più del dovuto per aiutarci nell’acquisto! Il display è un I2C con solo 4 pin, Massa, Alimentazione 5 volts, SDA e SCL, il display e la logica di controllo sono dalle dimensioni molto compatte, solo 27,70x27,75mm e circa 5mm alto incluso lo spazio occupato dai piedini, senza è di poco più di 3mm, sul display è presente una pellicola protettiva che va rimossa una volta in produzione, la risoluzione, come dichiarato, è di 128x64 pixel, lo schermo è sufficientemente luminoso grazie alla tecnologia OLED e, prima che ve lo domandiate, non è a colori, il refresh rate non è elevatissimo, ma decisamente più che dignitoso per il lavoro che deve svolgere, sul pcb sono presenti 4 fori per ancorarlo facilmente, l’uso di questo display è facile, potete vedere dalle foto che basta usare le librerie dedicate a SD1306 e similari per poterlo controllare senza problemi, su internet si trovano esempi pratici e librerie per fare tutto, incluso mostrare veri e propri disegni e cubi tridimensionali. Non vi sono particolari aspetti negativi da segnalare, spero che questa recensione vi sia stata d’aiuto.
J**K
ok avec esp32s3 I2c en 3v3
B**E
Voldoet aan de verwachting
J**4
💬 MES IMPRESSIONS 〰〰〰〰〰〰〰〰〰〰〰〰〰〰〰 📦 Contenu Du Colis 🔎 : - 1 x écran OLED 128x64 (i2c) 〰〰〰〰〰〰〰〰〰〰〰〰〰〰〰 👉 Résumé : ayant cherché un écran graphique petit et compact, ne prenant qu’un minimum de broches sur mon Arduino, je suis tombé sur ce petit écran OLED de 128 x 64 pixels, fonctionnant sur les broches I2C. Et franchement, il est super génial ! Pour m’amuser, j’ai conçu un petit « thermomètre hygromètre WIFI » pour la maison, fonctionnant avec un ESP8266 que j’avais en stock, et une sonde DHT22. L’écran me sert à afficher les infos de température et hygrométrique, mais également l’adresse IP du serveur web de l’esp8266. Ainsi, je peux aussi afficher en parallèle, sur une page web, ces infos de t° et hygrométrie (accessible aussi bien depuis mon navigateur web sur PC, que sur mon téléphone). Côté affichage, l’écriture est bien propre, et très lisible (même si j’avoue, ça ne ressort pas si bien que ça sur mes photos !). Au passage, les caractères s’affichent en blanc sur fond noir. L’angle de vision est quant à lui tout simplement époustouflant, et propre à la technologie OLED. Car on arriverait presque à lire totalement de biais ce qui est affiché à l’écran, tant la lisibilité est incroyable ! Donc, franchement, c’est du tonnerre ! ✅ Excellente lisibilité, quel que soit l’angle de vision ✅ Très facile à raccorder (une alim + et -, et deux autres fils pour le piloter, via la liaison I2C) ✅ Hyper simple à interfacer avec un Arduino Pour info, voici quelques lignes de code pour utiliser cet écran OLED : #include <U8g2lib.h> #include <Wire.h> U8G2_SSD1306_128X64_NONAME_F_HW_I2C u8g2(U8G2_R0, U8X8_PIN_NONE); void setup() { u8g2.begin(); } void loop() { u8g2.clearBuffer(); // vidange de la mémoire interne u8g2.setFont(u8g2_font_timB10_tf) ; // sélection d'une font (ici u8g2_font_ncenB08_tr) u8g2.drawStr(0, 10, "Ligne 1"); // écriture à la position (0,10) dans mémoire interne u8g2.drawStr(0, 28, "Ligne 2"); // écriture à la position (0,28) dans mémoire interne u8g2.drawStr(0, 46, "Ligne 3"); // écriture à la position (0,46) dans mémoire interne u8g2.drawStr(0, 64, "Ligne 4"); // écriture à la position (0,64) dans mémoire interne u8g2.sendBuffer(); // envoi de la mémoire interne à l'écran (affichage en lui-même) delay(1000); } 📷 Je vous joins ici quelques photos, afin que vous puissiez avoir un aperçu de l’écran en marche (même si ce n’est pas terrible ici, car j’ai pris ces photos avec mon smartphone !). N’hésitez pas à me poser des questions si besoin ! 🔻
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2 weeks ago
5 days ago