2.4″ Transflective TFT Display

Yes, the 13-024QFCB0HB0-S can be supplied with a touch panel, either a resistive or PCAP touch panel. Other customisation is available such as optical bonding, custom cover lenses and surface treatments. Contact us to discuss what options are available and how Relec can help with your project.

A transflective TFT display uses an optical structure to transmit backlight illumination and reflect ambient light towards the viewer. Depending on its construction, a partially reflective layer may perform this function. In dim environments, the backlight provides most of the illumination. As surrounding light levels increase, reflected light contributes more to the image, helping preserve contrast and readability without relying solely on a brighter backlight. This dual-mode approach supports visibility across changing lighting conditions and can lower power consumption when sufficient ambient light allows the backlight to be dimmed or turned off.

Read our Transflective TFT vs Transmissive TFT Displays white paper for a detailed comparison of the technologies and their suitability for different applications.

Choosing the right display starts with seeing how it performs in your equipment. Contact our team to discuss evaluation sample availability, so you can assess sunlight readability, image quality and integration with your design before committing to production. Tell us about your application, development timeline and expected quantities, and we’ll help you explore pricing and lead times for both evaluation and production. Select Add to Quote or contact us to start the conversation

This compact transflective display is a good candidate for handheld test instruments, portable measurement devices, industrial controllers and marine instrumentation. Its 42.72 × 60.26 × 2.8 mm outline dimensions make it worth considering where enclosure space is limited. Share your available space, operating conditions and display requirements with Relec to discuss its suitability for your equipment.

Transflective TFT technology combines transmitted light from the LED backlight with reflected ambient light. The backlight illuminates the image in darker environments, while reflected daylight helps maintain readable contrast outdoors. This reduces reliance on backlight brightness alone to compete with sunlight. For battery-powered equipment, dimming or switching off the backlight when sufficient ambient light is available can also reduce power consumption.