What technology provides better screen visibility in direct sunlight compared to resistive touch screens?

Capacitive touch screens utilize the electrical properties of the human body to detect touch, which allows for a more responsive and precise interaction compared to resistive touch screens. This technology employs a transparent conductive layer, which often enhances visibility because capacitive screens can be designed to reduce glare and reflections more effectively.

Additionally, capacitive touch screens typically do not require a separate layer on top of the display which can interfere with light transmission. Consequently, they often yield brighter displays that are easier to read in direct sunlight. This is especially advantageous in outdoor settings where sunlight can otherwise wash out the visibility of other types of screens.

In contrast, resistive touch screens are made up of multiple layers that can create more reflections and reduce clarity in bright environments. Other technologies mentioned, such as infrared heat touch screens, may have different strengths but do not directly address the issue of visibility in sunlight. Similarly, 3D displays and LED screens pertain to different aspects of display technology that do not necessarily enhance screen visibility specifically in direct sunlight.