CDTech LCD Blog https://validator.w3.org/feed/docs/rss2.html Vehicle LCD Display Industrial LCD Display BAR Type LCD Display Custom LCD Display How Does ESD Protection Make Displays More Reliable? Display Interface Selection By Resolution and Refresh Rate: Engineering Checks Before Design Freeze How Can WCG TFT Improve Medical Endoscope Imaging? How Can Startups Lower Custom Display MOQs? How Long Does Custom LCD Prototyping Take? How Does AOI Detect Defects in LCD Displays? Passenger Information Displays for Buses and Trains: Standards, Readability and Reliability Dental, Ophthalmic and Aesthetic Device Displays: Colour and Detail Under Magnification Point-of-Care and Diagnostic Device Displays: Small Screens With Big Requirements How Should You Design Automotive LCD Screens? Why Are Bar Type LCDs Transforming Industrial HMIs? How Do You Select a TFT LCD Module Interface? Medical Touch Displays: Gloves, Disinfectants and the Physics of Both Second-Source Qualification for Display Modules Without Doubling Your Inventory Risk Display Power Design: Inrush, Sequencing and Protection Bring-Up Debugging: No Display, Wrong Colours, Flicker and Everything in Between Backlight Driving and Dimming: PWM, DC and Hybrid Approaches Compared Long Display Cables in Industrial Machines: Signal Integrity Without an Expensive Redesign Backlight Lifetime and Lumen Maintenance: Predicting Real Service Life Mura, Uniformity and Optical Acceptance: Writing a Standard Both Sides Can Enforce How to Compare Display Supplier Quotes When the Specifications Do Not Match Automotive Wide-Temperature Displays: Designing for -40 C to +85 C Operation Headrest and Rear-Seat Entertainment Displays: Choosing Between LCD, OLED and Projection PCAP Touch Screens for Vehicles: EMI, Gloves, Water and Everything Else That Breaks Them How to Manage LCD End-of-Life in Vehicle Programs Without Redesigning the Module Incoming Inspection for Display Modules: What to Check and How Often EMC Certification for Display Products: Passing the First Time Anti-Glare and Anti-Reflective Coatings: Durability Under Real Cleaning and Abrasion Rugged Displays for Harsh Environments: IP, IK and Chemical Resistance in Practice Industrial Displays in High-EMI Environments: Protecting Signals and Touch Open-Frame vs Panel-Mount vs VESA Displays: Choosing the Mechanical Format First Human-Machine Interface Displays for Food and Beverage Lines: Hygiene, Washdown and Uptime EV Charger Display Design: Choosing a TFT and Touch Stack for Outdoor Charging Stations Active Versus Passive Matrix Displays VFD Versus LCD: Where Each Display Type Still Applies Monochrome LCD Versus TFT: Cost, Life and Legibility FHD Versus IPS: Separating Resolution From Panel Technology Integrating a Touch Sensor With a Display Stack Home Transflective and Reflective Displays: Designing Without a Backlight Measuring Sunlight Readability: Contrast Under Real Ambient Light Transparent Display Technology for Retail ZIF Connectors and Display Reliability FPC Design for Display Modules Screen Damage Modes: Distinguishing Production Defects From Field Damage Technical Blog