Engineering Hub

Wide Temperature Guide for Industrial TFT LCD and HMI Display Systems

Part of:

This engineering guide explains how to design and validate wide temperature industrial TFT LCD and HMI display systems, covering commercial, industrial, wide, and ultra-wide operating ranges; liquid crystal behavior versus temperature; backlight derating and driver IC limits; touch performance under thermal extremes; storage versus operating conditions; thermal cycling and condensation control; chamber validation methods; and practical material selection for reliable field deployment.

LVDS vs MIPI DSI for Industrial TFT LCD and HMI Display Systems

A practical engineering guide for industrial HMI and embedded display teams comparing LVDS and MIPI DSI across architecture, EMI, cable length, connector reliability, temperature behavior, PCB layout, and migration risk for factory HMI, medical devices, outdoor kiosks, and ARM-based systems.

Resistive vs Capacitive Touch Selection for Industrial HMI

Part of:

Resistive and capacitive touch each solve different field problems, especially with gloves, water, EMI, and cover-glass design. This article gives a practical selection framework for industrial HMI touch systems.

Display Size and Aspect Ratio Selection for Industrial Use

Part of:

Display size and aspect ratio determine UI layout, mechanical fit, touch target spacing, and system cost. This article explains how to select a screen format that matches industrial enclosure constraints and operator tasks.

Viewing Angle Selection for Industrial HMI Panels

Part of:

Viewing angle selection is about operator position, mounting geometry, and contrast stability, not only panel technology labels. This article shows how to choose an angle target for industrial HMIs.

LVDS, MIPI, or RGB: Choosing the Right Display Interface

Part of:

Interface choice affects cable length, EMI margin, controller compatibility, and software complexity. This article compares LVDS, MIPI, and RGB from a practical industrial HMI perspective.