This guide explains the relationships between LCD screen size, display resolution, and aspect ratio, compares the most common display formats, and provides practical recommendations for selecting an industrial LCD display.

This guide explains how engineers evaluate capacitive touch controller ICs, which technical factors influence controller selection, and why the best solution is determined by project requirements rather than controller brand alone.

Eliminate project delays from PCAP-IPS integration. Learn optical bonding, controller tuning, and design strategies for zero-failure touch displays.

Choosing an LCD panel manufacturer is not about finding the most well-known name or comparing datasheet specifications alone. Successful panel selection begins with understanding the application's technical requirements, followed by evaluating compatibility, lifecycle, reliability, and long-term supply considerations. Once those factors are clearly defined, the most suitable LCD panel—and the most suitable manufacturer—often becomes much easier to identify. For industrial display projects, the goal is not to choose the most popular manufacturer, but to choose the solution that delivers the best long-term value for your product.

An LCD driver board does far more than connect a graphics source to an LCD panel. It manages signal conversion, timing generation, power sequencing, backlight control, and panel initialization, all of which influence display stability and long-term reliability.

FANNAL welcomed outstanding students from China Jiliang University for a technical exchange, where they explored display and touch technologies, visited the company's showroom, and learned about real-world industrial applications.

This article explains what HDR means, how HDR displays work, how they differ from SDR, and why HDR is not always the most important factor when selecting a display.

Prevent screen washout and overheating with sunlight readable IPS displays. Learn key specs: brightness, optical bonding, and thermal management.

Air bonding and optical bonding are not competing technologies in the traditional sense. They represent different engineering approaches to solving different design challenges. Air bonding remains a practical choice for many indoor products where cost efficiency, serviceability, and controlled operating conditions are the primary priorities.
Optical bonding becomes increasingly valuable when displays must maintain readability and reliability under demanding environmental conditions, particularly where sunlight, moisture, vibration, or temperature changes are part of normal operation.

Eliminate glare, fogging, and parallax with optical bonding IPS displays – built for high-reliability environments.