Waveshare 18179 1.3inch OLED Module (C)

(1 Reviews)

Artno.: WS3-018179
GTIN: 0614961958524
Manufacturers: Waveshare

1.3inch OLED Display Module, Black / White Display Color, 64×128 Resolution, SPI / I2C Interface

8,50 €

incl. 19% VAT

(7,14 € excl. VAT)

plus

On stock

1.3" OLED Display Module

embedded SH1107 driver, using SPI / I2C bus

Comes with examples for Raspberry Pi, Arduino, STM32, etc.

Size1.3"
Resolution64×128
Display ColorBlack / White

InterfaceSPI / I2C
Display PanelOLED
DriverSH1107

Features at a glance

Adopts both 4-wire SPI and I2C interfaces, better compatibility, high transmission rate
Comes with development resources (examples for Raspberry Pi/Arduino/STM32)

Specifications

Operating voltage	3.3V	Resolution	64 × 128 pixels
Communication Interface	4-wire SPI, I2C	Display size	14.70 × 29.42mm
Display Panel	OLED	Pixel size	0.15 × 0.15mm
Driver	SH1107	Dimensions	30.0 × 39.5mm

SPI Control Interface

supports controller boards like Raspberry Pi/Arduino/STM32

VCC	Power (3.3V input)
GND	Ground
DIN	data input
CLK	clock input
CS	Chip selection, low active
DC	Data/Command selection (high for data, low for command)
RST	Reset, low active

Hardware connection

connecting with Raspberry Pi

connecting with Arduino board

Living example

Outline dimensions

Resources & Services

Wiki: 1.3inch_OLED_Module_(C)

Selection Guide

Part Number	Type	Color	Resolution	Display Size (mm×mm)	Interfaces	Driver	Dimension (mm×mm)	Pinheader
0.91inch OLED Module	OLED	White	128×32	22.38×5.58	I2C	SSD1306	36.0×12.5	PH2.0 connector
0.95inch RGB OLED (A)	OLED	65K colorful	96×64	20.14×13.42	SPI(4-wire SPI)	SSD1331	31.7×37.0	angled/horizontal
0.95inch RGB OLED (B)	OLED	65K colorful	96×64	20.14×13.42	SPI(4-wire SPI)	SSD1331	31.7×37.0	straight/vertical
0.96inch LCD Module	IPS	65K colorful	160×80	21.70×10.80	4-wire SPI	ST7735S	32.5×26.0	PH2.0 connector
0.96inch OLED (A)	OLED	1/4 yellow section, 3/4 blue section	128×64	21.7×11.2	3-wire SPI, 4-wire SPI, I2C	SSD1306	33.0×33.5	angled/horizontal
0.96inch OLED (B)	OLED	1/4 yellow section, 3/4 blue section	128×64	21.7×11.2	3-wire SPI, 4-wire SPI, I2C	SSD1306	33.0×33.5	straight/vertical
1.14inch LCD Module	IPS	65K colorful	240×135	24.91×14.86	4-wire SPI	ST7789	35.0×32.0	PH2.0 connector
1.28inch LCD Module	IPS	65K colorful	240×240	Φ32.4mm	4-wire SPI	GC9A01	40.4×37.5 Φ37.5	PH2.0 connector
1.3inch LCD Module	IPS	65K colorful	240×240	23.40×23.40	4-wire SPI	ST7789	45.0×31.0	PH2.0 connector
1.3inch OLED (A)	OLED	Blue	128×64	29.42×14.7	3-wire SPI, 4-wire SPI, I2C	SH1106	40.5×37.5	angled/horizontal
1.3inch OLED (B)	OLED	Blue	128×64	29.42×14.7	3-wire SPI, 4-wire SPI, I2C	SH1106	40.5×37.5	straight/vertical
1.3inch OLED Module (C)	OLED	White	64×128	14.70×29.42	4-wire SPI, I2C	SH1107	30.0×39.5	PH2.0 connector
1.5inch OLED Module	OLED	White (16 gray scale)	128×128	26.86×26.86	4-wire SPI, I2C	SSD1327	44.5×37.0	PH2.0 connector
1.5inch RGB OLED Module	OLED	65K colorful	128×128	26.86×26.86	3-wire SPI, 4-wire SPI	SSD1351	44.5×37.0	PH2.0 connector
1.54inch LCD Module	IPS	65K colorful	240×240	27.72×27.72	4-wire SPI	ST7789	50.0×35.0	PH2.0 connector
1.8inch LCD Module	TFT	65K colorful	128×160	34.50×28.30	4-wire SPI	ST7735S	56.5×34.0	PH2.0 connector
2inch LCD Module	IPS	262K colorful	240×320	30.60×40.80	4-wire SPI	ST7789	58.0×35.0	PH2.0 connector
2.4inch LCD Module	TFT	65K colorful	240×320	36.72×48.96	4-wire SPI	ILI9341	70.5×43.3	PH2.0 connector

Note: the 0.96inch OLED consists of 1/4 yellow upper section and 3/4 blue lower section, not a regular dual-color display.

Package Contents

1.3inch OLED Module (C) x1
PH2.0 7PIN 20cm cable x1

Shipping weight:	0,02 kg

Average item rating

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Total entries: 1

I²C Modus schwierig
Ich habe mir dieses OLED gekauft weil es sich auch mit I²C-Bus ansteuern lässt.

Auf der Internetseite von waveshare nahezu null Information wie man das Display dafür konfiguriert.
Man muss einen SMD-Widerstand AB-löten und gegen die Lötstopmaske eine Lötverbindung zwischen zwei Lötpunkte hinfummeln.
Zusätzlich muss man den Reset-Eingang des Displays mit dem IO-pin 13 /bei einem Arduino-Uno) verbinden damit der Demo-Code auf dem Display mit I²C-Bus läuft.
Man braucht also insgesamt drei Leitungen.

Ganz merkwürdig ist die Tatsache, dass die Resetleitung empfindlich gegen Störeinflüsse ist. Ich wollte mit dem Digitalmultimeter den Spannungspegel messen aber das zusätzliche Verbinden des DMM stoppte das Display es bliebt dunkel bis ich den Arduino neu gestartet habe.

Was ist denn das für ein Murks?!

, 02.01.2022

Total entries: 1