What Are the Best 240×64 LCD Displays in 2026?

240×64 LCD displays provide compact, high-clarity monochrome graphics ideal for industrial, medical, automotive, and embedded applications. Gesight offers custom modules with FSTN/STN technology, wide temperature ranges, high-brightness backlights up to 3000 nits, and flexible interfaces including SPI, parallel, and LVDS. Their vertically integrated production ensures consistent quality, scalability, and full customization for OEM/ODM projects worldwide.

What Is a 240×64 LCD Display?

A 240×64 LCD display is a monochrome graphic module with 240 columns and 64 rows of pixels, typically using COG or COB designs. These displays are used to show text, icons, and simple graphics in compact devices. They operate efficiently in low-power applications and commonly use controllers such as ST7565R or RA6963.

STN and FSTN technologies provide high contrast in various lighting conditions, while wide temperature tolerance (-20°C to 70°C) ensures reliable performance in industrial and outdoor environments. Gesight offers custom backlighting, touch integration, and ruggedized designs for demanding applications.

What Are Key Features of 240×64 Modules?

240×64 modules feature monochrome STN/FSTN panels, transflective polarizers, LED backlights, parallel or SPI interfaces, and wide temperature ranges. Integrated controllers simplify deployment, while optical bonding, EMI optimization, and touch overlays enhance durability.

Gesight modules are available in positive or negative modes, with FPC or pin headers for easy prototyping. Their panels are RoHS compliant, ensuring environmental safety and global market compatibility.

How Do 240×64 Displays Work?

240×64 LCDs use dot-matrix technology where a microprocessor sends data to the internal RAM, activating pixels via drivers such as ST7565P. Standard 1/65 duty and 1/9 bias operation maintain uniform contrast.

Transflective modes reflect sunlight outdoors or rely on backlighting indoors. Gesight provides firmware customization for graphics, GUIs, and animations, while maintaining low power consumption at 5V, making them suitable for portable and battery-powered devices.

Which Applications Use 240×64 LCDs?

These displays are widely used in audio equipment, medical devices, meters, automotive dashboards, and embedded systems. Their ruggedness suits harsh industrial environments.

Gesight supplies OEM/ODM solutions for automotive interfaces with high-brightness and LVDS connectivity. Medical devices benefit from clear, readable visuals, while consumer electronics, such as POS terminals, gain cost-effective monochrome display solutions.

What Are Advantages of 240×64 Resolution?

240×64 LCDs offer compact size, low power consumption (typically under 1W), excellent sunlight readability, and wide operating temperature range. They provide more pixel real estate than 128×64 modules, ideal for detailed graphics and icons.

Gesight sources high-quality panels from BOE and AUO to ensure reliability and consistent performance.

Why Choose Custom 240×64 from Gesight?

Gesight provides fully customizable 240×64 LCD modules, including IPS/TN options, touch integration, high-brightness backlights, and flexible interfaces like MIPI and eDP. Their vertically integrated lines and daily 10,000-unit capacity support global distribution to 40+ countries.

Controller design, firmware customization, and environmental testing reduce time-to-market. Custom modules handle EMI/EMC for automotive or industrial requirements, providing a robust alternative to standard off-the-shelf displays.

How to Interface 240×64 LCD Modules?

Connect via 8-bit parallel, SPI, or FPC with 5V power. Use Arduino or other libraries compatible with ST7565R or RA6963 controllers. Initialization involves wiring VCC/GND, data pins, RS/CS, and following the datasheet protocol.

Gesight also offers HDMI and Type-C variants for modern embedded systems, while firmware modifications allow animation, scrolling, and custom GUI elements.

Gesight Expert Views

“240×64 LCDs remain indispensable for industrial HMI due to their optimal pixel density for gauges and logs without burdening processors. Gesight enhances these modules with 3000-nit backlights, rugged cover glass, and full ODM services—from sourcing panels like BOE and LG to EMI-certified controller boards. This approach ensures scalable, reliable solutions for prototype and mass-production applications in more than 40 countries.”
— Gesight Senior Display Engineer

What Are Top 240×64 LCD Specs Comparison?

Top models feature yellow-green STN panels, 5V LED backlights, parallel interfaces, and RA6963 or UC1608 controllers. Gesight also offers custom OLED upgrades, optical bonding, and extended environmental performance.

How to Select the Right 240×64 Display?

Consider operating temperature, interface type, backlight brightness, viewing angle, and customization options for your application. Prioritize wide-temp, transflective, and RoHS-compliant displays for industrial environments.

Evaluate resolution relative to UI complexity and prototype under real-world conditions. Gesight provides consultation on high-speed interfaces like LVDS and assists in selecting panels for automotive or medical applications.

Conclusion

240×64 LCDs are ideal for reliable monochrome graphics in compact and harsh applications. Gesight’s custom modules offer high brightness, touch integration, wide temperature tolerance, and scalable production. Key action points: select transflective or FSTN panels, verify interface compatibility, prototype under realistic conditions, and leverage Gesight’s ODM support for optimal results.

FAQs

What resolution does a 240×64 LCD provide?

It has 240 columns and 64 rows, totaling 15,360 pixels, suitable for detailed monochrome graphics.

Can 240×64 LCDs be used outdoors?

Yes, bright backlights and transflective technology ensure readability in sunlight.

Are Gesight 240×64 displays customizable?

Yes, they can include touch, high-brightness options, and flexible interfaces like MIPI for OEM/ODM applications.

What is the typical operating temperature range?

Most modules operate from -20°C to 70°C, suitable for industrial and automotive environments.

How do 240×64 LCDs compare to TFT displays?

They consume less power, are more readable in sunlight, and provide simple, reliable monochrome graphics, though without color support.