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0.96 Inch OLED Display Module SPI/I2C 4pin Blue Color0.96 Inch OLED Display Module SPI/I2C - 4pin Blue Color This is the 0.96" OLED display module 4 pin, it is made of 128x64 individual blue OLED pixels, and each one is turned on or off by the controller chip. It works without a backlight,...
- Rs 165/-
- Rs 165/-
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Rs 272/-
Save Rs 107/- -
0.96in 6 pin OLED Display0.96in 6 pin OLED Display This is the 0.96 inches (2.44 cm) OLED Display Module is a precise small, This OLED module can be interfaced with any microcontroller using SPI protocol. It is having a resolution of 128x64. OLED (Organic Light-Emitting Diode) is a self-lighting...
- Rs 231/-
- Rs 231/-
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Rs 405/-
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0.91 inch Blue OLED Display Module0.91 inch Blue OLED Display Module This 0.91 inch Blue OLED Display Module has a resolution of 128x32 pixels. They are much thinner than LCD displays with good brightness and produce more accurate and true colors. This OLED Display Module is very compact and...
- Rs 149/-
- Rs 149/-
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Rs 199/-
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1.3 Inch I2C OLED Display Module 128×64 4-Pin Blue1.3 Inch I2C OLED Display Module 128×64 4-Pin Blue The 1.3 Inch I2C OLED Display Module is a compact blue OLED display designed for Arduino, IoT, robotics, embedded systems, and DIY electronics projects. With a 128×64 pixel resolution and high-contrast OLED technology, it provides...
- Rs 272/-
- Rs 272/-
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Rs 449/-
Save Rs 177/-
OLED Display Modules
OLED Display Modules
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Buy OLED Display Module
OLED is an Organic light-emitting diode. OLED displays are thin, multi-layered organic film sandwiched between an anode and a cathode that makes up the OLED Display, a self-emitting technology. OLED Display technology does not require a backlight, in contrast to LCD technology,
OLED displays, which are not only efficient and thin, but can also be made transparent, flexible, foldable, rollable, and even stretchy in the future, provide the highest image quality ever. OLEDs are the display technology of the future!
Robocraze is the destination for a wide range of OLED displays! We offer great tech, quality products, and customer-focused service. Our displays are top-notch yet budget-friendly, and our team is here to help you out. Whether you're new to this or an expert, we've got you covered.
OLED Display Categories by Size
0.91" OLED Displays
- Typically 128×32 resolution in a slim, wide form factor.
- Perfect for single-line status text, icons, battery level, Wi-Fi state, or compact wearables.
- Great for narrow enclosures and minimalistic interfaces.
0.96" OLED Displays
- The most popular hobby size, usually 128×64 resolution.
- Ideal for mini dashboards, text + icons, sensor readings, and menus.
- Fits easily into small 3D-printed enclosures and control panels.
1.3" OLED Displays
- Larger viewing area, often 128×64 or similar resolution.
- Better for more detailed UIs, multiple sensor values, and small graphs.
- Great for front-panel displays on DIY instruments and bench tools.
Applications: IoT Dashboards, Wearables & Hobby Projects
- IoT dashboards – Show real-time temperature, humidity, IP address, CPU usage, or device logs.
- Wearable displays – Use 0.91" or 0.96" OLEDs in wristbands, badges, clip-on meters, and portable testers.
- Home automation & smart sensors – Display status for MQTT nodes, smart switches, and gateways.
- Hobby & maker projects – Add clean text and graphics to Arduino, ESP32, Raspberry Pi projects.
- DIY gadgets – Clocks, voltage/current meters, game UIs, menu-based tools, and debug screens.
Connection & Wiring Guides
Arduino – I2C OLED Wiring (Most 0.91"/0.96"/1.3" SSD1306 Modules)
- VCC → 3.3 V or 5 V (check the module label or product description).
- GND → GND.
- SCL → A5 (Arduino Uno) – I2C clock.
- SDA → A4 (Arduino Uno) – I2C data.
On other Arduino boards, use the dedicated I2C pins (often labeled SDA/SCL).
Arduino – SPI OLED Wiring (If Using SPI Version)
- VCC → 3.3 V or 5 V (as specified).
- GND → GND.
- SCK / SCL → D13 (SPI clock).
- MOSI → D11 (SPI data).
- CS → D10 (chip select, can be any free digital pin).
- DC → D9 (data/command pin).
- RST → D8 (reset pin).
Raspberry Pi – I2C OLED Wiring
First, enable I2C in raspi-config, then connect:
- VCC → 3.3 V.
- GND → GND.
- SCL → GPIO3 (SCL).
- SDA → GPIO2 (SDA).
Code Examples for Arduino & Raspberry Pi
Arduino – SSD1306 I2C Example
#include <Wire.h>
#include <Adafruit_GFX.h>
#include <Adafruit_SSD1306.h>
#define SCREEN_WIDTH 128
#define SCREEN_HEIGHT 64
Adafruit_SSD1306 display(SCREEN_WIDTH, SCREEN_HEIGHT, &Wire, -1);
void setup() {
if (!display.begin(SSD1306_SWITCHCAPVCC, 0x3C)) { // Check your OLED I2C address
for (;;); // Don't proceed, loop forever
}
display.clearDisplay();
display.setTextSize(1);
display.setTextColor(SSD1306_WHITE);
display.setCursor(0, 0);
display.println("Hello Robocraze!");
display.display();
}
void loop() {
// Update OLED content here as needed
}
Raspberry Pi – Simple Text Example (Python + I2C)
Using the luma.oled style libraries (adapt as needed for your setup):
from time import sleep
from luma.core.interface.serial import i2c
from luma.oled.device import ssd1306
from luma.core.render import canvas
serial = i2c(port=1, address=0x3C)
device = ssd1306(serial)
while True:
with canvas(device) as draw:
draw.text((0, 0), "Hello Robocraze!", fill=255)
sleep(1)
Brightness, Refresh Rate & Troubleshooting Tips
Brightness & Power Tips
- Use library functions to reduce brightness where possible to extend OLED lifespan.
- For battery-powered projects, dim or turn off the display when idle.
- Avoid running at maximum brightness continuously for long periods.
Refresh & Performance
- Only redraw the screen when content changes, if the library supports partial updates.
- For animations, aim for sensible frame rates (around 10–30 FPS) instead of constant full-speed refresh.
- Use small fonts and minimal graphics on 0.91" / 0.96" modules for smoother updates.
Troubleshooting Common Issues
- Blank screen:
- Confirm VCC and GND connections.
- Check the I2C address (commonly 0x3C or 0x3D).
- Run an I2C scanner (Arduino) or
i2cdetect -y 1(Raspberry Pi).
- Garbled or shifted output:
- Ensure the correct resolution is used in code (128×32 vs 128×64).
- Match the driver type (e.g., SSD1306 vs SH1106) to the actual display module.
- No I2C device found:
- Check SDA/SCL wiring and solder joints.
- Make sure I2C is enabled on the Raspberry Pi.
- Use shorter wires and a solid breadboard or PCB.
- Burn-in or ghosting:
- Avoid static images at full brightness for long periods.
- Use simple screen savers, periodic clears, or animations.
Why choose us?
- Wide Selection
- Great Prices
- Quality Assurance
- Helpful Support
- Fast Delivery
Discover the future of visual technology with Robocraze!
Price List OLED Displays in India
OLED Display | OLED Display Price |
| Rs. 199/- | |
| Rs. 297/- | |
| Rs. 369/- | |
| Rs. 209/- |
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1. What is OLED display module?
OLED monitors or OLED display modules are flat screens that use organic light-emitting diodes (OLEDs) as pixels instead of liquid crystals. OLED technology does not require backlighting to operate.
2. What materials are used in OLED displays?
OLED displays are made by sandwiching an organic emissive layer (EML) between two conductive layers. When electricity passes through these layered structures, light is produced, eliminating the need for backlighting used in LCDs.
3. Is OLED better than IPS?
Yes, OLEDs generally outperform IPS LCDs. OLED displays offer better viewing angles, faster response times, and individually illuminated pixels that switch on/off and change colors more rapidly.
4. Is OLED sharper than LED?
OLED typically provides sharper visuals than LED/LCD displays. It offers wider viewing angles, better control over brightness and darkness, higher refresh rates, and superior motion processing—though image retention can be a concern.
5. How do OLED screens function?
OLED screens consist of multiple layers, including two organic layers. When current flows through the OLED diode, these organic layers emit light, which then passes through a color refiner to produce the final image.
6. What is the difference between LED and OLED?
LED and LCD screens rely on a backlight to illuminate pixels, while OLED pixels generate their own light. OLED pixels are self-emissive, whereas LCD pixels are transmissive. This allows OLED displays to control brightness at the individual pixel level.
7. What are the applications of OLED Displays?
OLED displays are used in televisions, computer monitors, smartphones, handheld gaming consoles, wearable devices, and portable digital assistants. They are considered leading technology for next-generation flat-panel displays.
8. What are the advantages of OLED Displays?
Enhanced contrast
More brightness
Wider color spectrum
Faster refresh rates
Better image quality
Lower power consumption
Ultra-thin, flexible, foldable, and transparent screen options
Operates over a wider temperature range
9. What sizes of OLED displays are available?
The collection offers a range of OLED display sizes—from small modules (around 0.96 inch) to larger formats (1.3 inch or above). This variety lets you pick a size that fits your enclosure, dashboard, wearable gadget or sensor display cleanly.
10. Are these OLED modules compatible with Arduino and Raspberry Pi?
Yes. These modules are designed to work with popular microcontroller boards and single-board computers, making them an excellent choice for Arduino or Raspberry Pi based projects. Many come ready with header pins or breakout boards for easier use.
11. Can these displays be used for DIY electronics and IoT projects?
Absolutely. These OLED displays are ideal for DIY electronics, IoT dashboards, sensor read-outs, wearables, robotics displays, and more. Their crisp visuals and low power consumption make them a favorite for embedded and smart projects.
12. Are these OLED displays easy to mount and connect?
Yes. Many modules come mounted on easy-to-use breakout boards with labels, header pins and standard footprint. This makes them quick to plug into breadboards or PCBs, mount in enclosures, and wire up without deep technical hassle.
13. Do the displays support SPI and I2C protocols?
Most of the OLED modules support I2C and/or SPI interfaces. This interface flexibility means you can connect them in different wiring setups—whether you want to use fewer pins (I2C) or higher data throughput (SPI).
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