LCD Display Enhancements
By Jeff Albin, Business Development Manager at New Vision Display
LCD displays are part of our daily lives. Every day we swipe, pinch, or zoom on some display somewhere. We’ve grown accustomed to using them on mobile devices like cell phones and tablets; when we withdraw money from ATM machines; as we’re loading addresses into navigation devices; and on the dashboard in our cars. Virtually every industry uses displays these days: Military, consumer, medical, automotive, industrial and marine.
Typically, displays require some sort of enhancement in order to perform well in such vastly different environments. These enhancements are what enable the display to meet the unique performance requirements of the product’s industry and environment, and perform to the expectations of the products’ end-customers. An LCD enhancement can be anything from adding a simple resistive or capacitive touch panel to adding EMI/RFI conductive coatings. Let’s learn about the various types of LCD enhancements.
- Touch Screen Integration: Adding a resistive or capacitive touch panel enables the display to be operated by touch.
- Optical Films: Adding films such as anti-reflective (AR), anti-glare (AG), or heat-rejecting (IR) enhance a display’s visibility in bright or outdoor conditions.
- Privacy Filters: A privacy filter prevents images on the display screen from being viewed from the side.
- Vandal-Resistant Glass: This is commonly used on ATMs, parking meters, and digital signage.
- EMI/RFI Conductive Coatings: These protect the display from various types of atmospheric disturbance and are commonly used in medical applications.
- LED Backlight Enhancements: Existing LED backlights can be replaced with brighter and/or longer-lasting LEDs to improve performance.
- Optical Bonding: By eliminating the air gap between the LCD and the other substrates, optical bonding enhances the display’s view-ability and ruggedness.
- Heaters: Adding a heater to the LCD allows it to work in extremely cold temperatures.
- Cover Lenses: An additional layer of protective glass which reinforces the strength of the display’s glass screen. Glass cover lenses can be made out of incredibly durable materials such as Corning® Gorilla® Glass.
As you can see, there are many available LCD display enhancements to consider when designing your project. No LCD can meet all the needs of every application. That’s why it’s important to know the requirements of your application, industry, and end-user. Your LCD manufacturer can help you in choosing the optimal LCD enhancements for your product.
- TFT LCDs – Driver ICs and Interfaces
- How to Choose the Right Components for Your Display Module
- What’s the difference between LCD and OLED displays?
- What is “liquid crystal”?
- How do LCDs work?
- Displays for Medical Applications
- Requirements for Industrial TFT Displays
- Sunlight Readable LCDs
- What LCD Modes Mean: Reflective, Transmissive, and Transflective
- Glass Treatments For Touch Screens: Anti-Reflective, Anti-Glare, Anti-Fingerprint
- Does Your Product Need a Capacitive Touchscreen?
- User Interface Design for Touch Screen Displays
- Display & Touch System Integration