ZETTLER Developed High Contrast Graphic Module for Outdoor Instruments Applications, Offering Easy Connection and Plug-in Replacement

2023-10-03 ZETTLER News
High Contrast Graphic Module,HC Module,ATM2412,ZETTLER

The readability of LCD displays in outdoor human-machine interaction is becoming an increasingly critical factor in a variety of applications.


Traditional Mono LCD modules often run into the obstacle of poor readability in an outdoor ambiance due to brightness and viewing angle restrictions. Designers must then consider TFT LCD technology to overcome these obstacles but with the trade-off of more expensive data logic controllers and the additional time/effort required to redesign the application.

Application: Environmental Monitoring Instruments

ZETTLER Displays has recently been approached by a leading manufacturer of environmental monitoring instruments (air quality/ pollution monitoring) looking for improvement opportunities related to the poor readability performance of mono LCDs in some of their outdoor products.


ZETTLER Displays has developed a High Contrast Graphic Module with TFT LCD logic (3.5” and 5”) while utilizing a monochromatic LCD graphics driver. Integrated with ZETTLER’s patented technology in driving circuits, this HC Module can offer an easy connection and plug-in replacement for customers’ existing Mono LCD Module design while providing a much higher contrast, better viewing angles, and more display color options compared to traditional Mono LCD products.

Zettler Displays introduced the customer to the High Contrast Graphic Module (ATM2412 series) which is a perfectly fitted solution for their requirement. Adopting this plug-in replacement solution with a simple calibration with existing product design, they can now quickly convert to a Zettler High Contrast Graphic displays solution with improved readability and reliability performance for their outdoor portable products.

  • +1 Like
  • Add to Favorites

Recommend

This document is provided by Sekorm Platform for VIP exclusive service. The copyright is owned by Sekorm. Without authorization, any medias, websites or individual are not allowed to reprint. When authorizing the reprint, the link of www.sekorm.com must be indicated.

Contact Us

Email: