1.3-inch OLED Display: Difference between revisions

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Revision as of 22:56, 16 September 2026

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OLED Display

1.3-inch OLED

Published

128*64 SH1106 30pin

1.3-inch OLED Display 128*64 (blue) Main View

1.3-inch OLED Display 128*64 (blue) Auxiliary View

Introduction

1.3" 128x64 OLED Screen, Multi-interface, 30Pin Soldering Flex Cable, Compatible with ESP32 / Arduino.

Specifications


Item	Specification
Size	1.30 inch OLED Screen
Resolution	128*64
Interface Type	SPI, IIC, 8-bit Parallel
Controller IC	SH1106
Display Color	Blue
Active Area	29.42 × 14.7 (mm)
Panel Dimension	34.5 × 23.0 × 1.4 (mm)
Pixel Pitch	0.23 × 0.23 (mm)
Pixel Size	0.21 × 0.21 (mm)
Flex Cable Length	40 (mm)
Pin Count	30pin (0.5mm Top Contact Type)
Viewing Angle	Full Viewing Angle
Operating Temperature	-40 ~ 70℃

Hardware

1.Hardware Wiring

1.3" OLED (SH1106, IIC Interface) ↔ Arduino Board

You need to use the OLED 30P Shield adapter board, together with an Arduino-compatible mainboard. You can freely choose either ESP8266 Arduino Board or ESP32 Arduino Board.

2.Compilation & Upload

Open the sample code, compile it, upload the code, and perform the final test.

Size

FAQ

What if the address cannot be scanned?: Check power, ground, SCL/SDA reversal, and pull-up resistors.
What if the display content is misaligned?: Confirm controller model, resolution, and page addressing mode.

Downloads

Demo

Esp8266 screen display 1_3 v10.zip

Download

Demo

Esp32 screen display 1_3 v10.zip

Download

@@ Line 7: / Line 7: @@
 |image2=1.3-oled-800-600-2.jpg
 |intro=128*64  SH1106  30pin
-|highlights=* Self-emissive display, no additional backlight needed.
+|highlights=''1.3" 128x''64 OLED Screen, Multi-interface, 30Pin Soldering Flex Cable, Compatible with ESP32 / Arduino.
-* Compact size, low power consumption, easy to embed in tight devices.
-* Supports simple I2C connection.
-* Standalone product ID: 2.
 |specs={{{!}} class="wikitable"
 {{!}}+
@@ Line 55: / Line 52: @@
 {{!}} -40 ~ 70℃
 {{!}}}
-|hardware=The module provides VCC, GND, SCL, and SDA interfaces. Confirm I2C address and host pull-up voltage before use.
+|hardware=== <span style="color: rgb(52, 176, 176);">1.Hardware Wiring</span> ==
-|usage=# Connect power and the I2C bus.
+.3" OLED (SH1106, IIC Interface) ↔ Arduino Board
-# Scan and confirm the device address.
-# Load the driver matching the resolution.
+You need to use the OLED 30P Shield adapter board, together with an Arduino-compatible mainboard. You can freely choose either ESP8266 Arduino Board or ESP32 Arduino Board.
-# Draw text and graphics to verify orientation.
+== <span style="color: rgb(52, 176, 176);">2.Compilation & Upload</span> ==
+Open the sample code, compile it, upload the code, and perform the final test.
+|usage=[[File:1.3-oled-800-600-3.jpg|center|thumb|800x800px]]
 |faq=; What if the address cannot be scanned?
 : Check power, ground, SCL/SDA reversal, and pull-up resistors.