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2.42 Inch OLED Display Module 128×64 Screen 7Pin For Arduino

A Comprehensive Overview of the 2.42-Inch OLED Display Module: High-Resolution 128x64 Screen with 7-Pin Interface

The 2.42-inch OLED display module stands out as an advanced solution for high-performance visual display applications. With its compact design, precise resolution, and versatile interface options, it caters to a wide range of projects, particularly in microcontroller-based systems like Arduino. This article explores the technical specifications, features, and benefits of this module in detail.

Key Features and Specifications

The OLED module incorporates modern display technology to deliver high clarity and reliability. Below is a breakdown of its core specifications:

FeatureDetails
Display ModePassive Matrix
Resolution128×64 dots
Display ColorMonochrome (White, Blue, Yellow, Green)
Driver ICSSD1309
Drive Duty1/64 Duty
InterfaceI²C or 4-SPI
Pin Configuration7 Pins
Module Dimensions72.0 mm × 43.0 mm × 5.9 mm (max height)
Viewing Area57.01 mm × 29.5 mm
Effective Area55.01 mm × 27.49 mm
Dot Size0.39 mm × 0.39 mm
Dot Pitch0.43 mm × 0.43 mm

These attributes make the module highly suitable for applications where compactness and visual precision are priorities.

Advanced Display Technology

Passive Matrix Design

The passive matrix configuration ensures a balanced trade-off between simplicity and performance. This design reduces power consumption while maintaining a crisp display, making it ideal for low-power systems.

SSD1309 Driver IC

The integration of the SSD1309 driver IC enables efficient control over the OLED’s operation. This chip supports both I²C and 4-SPI interfaces, offering flexibility in communication protocols.

Enhanced Visual Experience

Monochrome Versatility

The display supports four color options—white, blue, yellow, and green—providing adaptability for varied user preferences and project requirements.

High Pixel Density

With a resolution of 128×64 pixels, the module delivers sharp graphics and clear text. This pixel density is particularly effective for applications involving graphical user interfaces or detailed data visualization.

Compact Design and Durability

Slim Profile

The 5.9 mm maximum thickness ensures the module fits seamlessly into space-constrained designs. The lightweight and robust construction further enhance its usability in portable devices.

Optimized Viewing Area

The effective area of 55.01 mm × 27.49 mm, combined with its uniform dot size and pitch, ensures consistent image quality across the screen.

Applications in Embedded Systems

This OLED display module is a popular choice for Arduino enthusiasts and developers working on embedded systems. Its versatile communication interfaces simplify integration into various microcontroller platforms, enabling its use in:

  • Smart home devices
  • Portable medical equipment
  • Industrial control panels
  • Wearable gadgets
  • Educational and prototyping projects

Conclusion

The 2.42-inch OLED display module combines cutting-edge technology, user-friendly design, and adaptability, making it a top choice for both hobbyists and professionals. Whether you’re developing a compact interface or building a data visualization tool, this module offers reliable performance in a sleek form factor.

Why Choose Us

Knowledge Base

Technology evolves at an incredible pace, and staying ahead requires ongoing learning and an open-minded approach. By continuously expanding our knowledge, we ensure we remain leaders in our field.

Join us as we explore the latest trends and insights, and take the opportunity to refresh and deepen your understanding of LCD technology!

Display-Module manufacturer 2024111501
Display-Module manufacturer 2024111502

Our Core Values and Mission

We aim to be the leading provider of LCD solutions by delivering high-quality products, exceptional customer service, and fostering trust-based relationships. When you work with us, you’re not just a client – you become part of our family.

Your needs are our priority, and we are dedicated to ensuring your success with every step of the journey.

Our Product Offerings

Whether it’s our standard offerings or a custom solution, quality is always our top priority. We constantly optimize our processes to deliver the best combination of competitive pricing,timely delivery. Our goal is to provide exceptional value while meeting your specific needs.

Explore our range of products today and see how we can assist with your next project!

Display-Module manufacturer
Display-Module manufacturer

Global Client Support

We are a full-service LCD solutions manufacturer and supplier, specializing in a wide range of electronic products. Our expertise includes color TFT displays, embedded LCDs, touch panels, LCD heaters, backlights, and both character and graphic LCDs.

Providing comprehensive solutions to meet diverse industry needs.come along as we discover the latest trends and insights.

Frequently Asked Question

  • The module employs a passive matrix design, which offers a good balance between simplicity and performance.

  •  

The module features a 7-pin configuration and supports I²C and 4-SPI interfaces for flexible connectivity.

The display module is powered by the SSD1309 driver IC, which supports both I²C and 4-SPI communication protocols.

The module supports monochrome display options in white, blue, yellow, and green.

The module measures 72.0 mm × 43.0 mm × 5.9 mm (maximum thickness), making it compact and ideal for space-constrained applications.

The effective viewing area is 55.01 mm × 27.49 mm, ensuring a clear and usable screen space.

The display features a resolution of 128×64 pixels, providing sharp visuals suitable for graphical interfaces and text.

The display is widely used in smart home devices, portable medical equipment, industrial control panels, wearable gadgets, and educational projects.

Each dot measures 0.39 mm × 0.39 mm with a dot pitch of 0.43 mm × 0.43 mm, ensuring high pixel density for clear and sharp visuals.

The passive matrix design consumes less power and is simpler to implement, making it suitable for low-power embedded systems.

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