The Graphic I2C 0.69-inch 96x16 OLED Display MP3 Module delivers sharp white-on-black visuals with an ultra-compact form factor. Its low power consumption, wide viewing angle, high contrast, and I2C interface make it ideal for embedded systems, wearables, and portable devices requiring crisp graphic displays with reliable performance.
What are the key specifications of the Graphic I2C 0.69-Inch 96x16 OLED Display MP3 Module?
This module features a 0.69-inch diagonal OLED screen with 96x16 pixel resolution, providing clear monochrome white-on-black graphics. It uses the SSD1306 controller IC with an I2C communication interface. The module size is approximately 26.3 x 8.0 x 1.3 mm, with an active display area of 17.26 x 3.18 mm. It operates on 3.3V power without needing a backlight, offering wide viewing angles and high contrast.
How does the I2C interface benefit the 0.69-inch OLED display in applications?
The I2C interface enables simple, low-pin count communication with microcontrollers, making integration straightforward in compact devices. It supports multiple device connections on a single bus, reducing wiring complexity. For small displays like this OLED module, I2C optimizes control with minimal power use and easy programming, ideal for MP3 players, wearables, and industrial control panels.
Which industries and devices commonly use this 96x16 OLED display module?
The 0.69" 96x16 OLED module is popular in wearable tech, MP3 players, health devices, portable communication gear, and handheld instruments. Its wide temperature tolerance (-40°C to +80°C) and excellent visibility under varying lighting conditions suit outdoor and industrial applications. Medical and security devices also benefit from its sharp graphics and compact size.
Why is the OLED technology advantageous over traditional LCD for small graphic displays?
OLED displays emit light directly from organic pixels, eliminating the need for backlighting, which reduces thickness and power consumption. They provide wider viewing angles and higher contrast, with superior visibility even under direct sunlight. Pixel-level illumination enables deeper blacks and sharp white text, enhancing readability for compact devices like this 0.69-inch module.
How to integrate and program the Graphic I2C 0.69-Inch OLED Display MP3 Module with microcontrollers?
Developers can interface the module via I2C using pins for SDA and SCL. Popular microcontrollers such as Arduino, Raspberry Pi, PIC, and ARM MCUs support I2C libraries simplifying control. The SSD1306 driver IC allows displaying text and graphics through well-documented commands. Tutorials and sample code are widely available to streamline design and debugging processes.
What are the environmental and operational conditions supported by this OLED module?
The module functions reliably across a broad temperature range from -40°C up to 80°C, making it suitable for harsh environments. Its self-emitting pixels provide stable brightness without degradation due to backlight failure. The compact, lightweight design and wide viewing angle enhance usability in mobile and outdoor systems where reliability under varying conditions is critical.
How does Panox Display ensure quality and availability of OLED modules like this one?
Panox Display sources premium OLED panels from industry leaders and maintains rigorous quality control to guarantee performance and durability. Their manufacturing includes precise FPC soldering and optional connector solutions for easy installation. Panox’s efficient supply chain and technical support provide timely delivery and customization options for niche markets and OEM clients worldwide.
What innovations are driving the usability of small OLED modules in modern electronics?
Advancements such as integrated driver ICs (e.g., SSD1306), ultra-thin flexible substrates, and low-voltage operation expand application possibilities. Modules now feature enhanced brightness, contrast, and energy efficiency with extended lifespans. Panox Display contributes further with custom display design, including flexible, circular, and micro OLED panels suited for cutting-edge wearable, medical, and industrial devices.
How to choose the right display module size and resolution for your embedded project?
Consider your user interface needs, available space, and power budget. For compact devices, the 0.69-inch 96x16 OLED offers a balance of readability and minimal footprint. Higher resolution increases detail but consumes more resources. Multipurpose projects benefit from white-on-black OLED modules with wide viewing angles and low energy demand, making the Panox Display offerings versatile for many embedded applications.
Panox Display Expert Views
"At Panox Display, we recognize how crucial small OLED displays like the 0.69-inch 96x16 module are for advancing portable and wearable electronics. Our commitment to quality sourcing and flexible manufacturing allows us to support developers with reliable, high-contrast visuals that perform in diverse environments. By leveraging our broad product range and OEM customization services, clients achieve cutting-edge display integration tailored to their market needs." – Panox Display Specialist
Conclusion
The Graphic I2C 0.69-inch 96x16 OLED Display MP3 Module stands out with its crisp monochrome graphics, compact size, and easy I2C integration, making it a top choice for embedded applications like wearables and portable devices. OLED technology offers distinct advantages in contrast, viewing angle, and power usage. With Panox Display's quality assurance and technical support, this module meets diverse industry demands efficiently and reliably.
FAQs
Q: What power supply voltage does the 0.69-inch OLED module require?
A: It typically operates on a single 3.3V power supply, thanks to the SSD1306 controller's built-in voltage generation.
Q: Can this OLED display module interface with Arduino boards?
A: Yes, it supports I2C communication, making it fully compatible with Arduino and other popular microcontroller platforms.
Q: Does this OLED module require a backlight to function?
A: No, OLED pixels emit their own light, so no backlight is necessary, reducing power consumption and thickness.
Q: What is the typical viewing angle for this OLED display?
A: It provides an extremely wide viewing angle, typically close to 160° or more, ensuring clear visibility from many angles.
Q: Can Panox Display customize this OLED module for specific applications?
A: Yes, Panox Display offers OEM services including custom sizes, interfaces, and additional features to meet specific client needs.
