3.5-inch OLED displays feature vibrant color reproduction with near-100% NTSC coverage and 1M:1 contrast ratios, enabling true blacks via self-emissive pixels. Their slim profile (under 1mm thickness) and flexibility suit compact devices like cameras and wearables. With microsecond response times, they eliminate motion blur for real-time monitoring. Panox Display’s variants integrate capacitive touch and anti-reflective … Read more
Flexible LCD panels offer bendable, lightweight displays using advanced substrates like polyimide instead of rigid glass. These panels enable curved designs in wearables, automotive dashboards, and IoT devices while maintaining lower power consumption compared to OLED alternatives. Panox Display engineers panels with 180° twist capability and 10,000+ bend cycles, making them ideal for applications prioritizing … Read more
Micro displays are compact, high-resolution screens crucial for applications requiring detailed visuals in small form factors. Their low power consumption, lightweight design, and integration capabilities make them indispensable in AR/VR devices, head-mounted displays, medical instruments, and advanced military systems. What is a micro display and how does it function? A micro display is a miniature electronic screen, typically under one inch, designed to project high-resolution images in compact devices. They use technologies such as OLED, LCD, … Read more
Flexible AMOLED (Active Matrix Organic Light-Emitting Diode) is a cutting-edge display technology using bendable substrates like plastic or metal foil instead of rigid glass. Its structure combines thin-film transistor (TFT) arrays and organic light-emitting layers, enabling screens to bend, fold, or stretch while maintaining image quality. By leveraging flexible backplane designs and advanced encapsulation techniques, … Read more
The ECX335AF display panel is a 0.71-inch silicon-based OLED (organic light-emitting diode) screen manufactured by Sony. It features a Full HD resolution of 1920×1080 pixels, LVDS interface compatibility, and applications in tactical optics (e.g., firearm sights), night-vision systems, and VR/AR devices. Its compact design and AMOLED technology enable high contrast ratios and low latency, critical … Read more
Choosing an accurate smartwatch display requires evaluating screen technology, resolution, refresh rate, and sensor integration. AMOLED/OLED panels dominate premium models due to superior contrast (1:1M) and brightness (≥800 nits), enabling clear visibility in sunlight. For health metrics like heart rate or SpO2, prioritize displays with 60Hz+ refresh rates and correlated color temperature (CCT) calibration to … Read more
The Sony ECX335B micro OLED display is a 0.71-inch high-resolution (1920×1080) screen designed for augmented reality (AR) systems and compact wearable devices. Its miniature form factor, LVDS interface, and energy-efficient design make it ideal for applications requiring precise image rendering in constrained spaces. The display leverages advanced micro-OLED technology to deliver sharp visuals with low … Read more
Today’s LCD panel manufacturing landscape is dominated by three regional powerhouses, each wielding distinct technological advantages: Korean leaders maintain premium positioning, Japanese firms specialize in niche markets, while Chinese manufacturers achieve scale dominance through aggressive capacity expansion. How Does Flexible Display Technology Transform Modern Electronics? Which Korean manufacturers lead in LCD technology? Samsung Display and … Read more
Flexible OLED displays are revolutionizing multiple industries with their bendable, ultra-thin designs and superior visual performance. Panox Display These displays are predominantly used in foldable smartphones (like Samsung Galaxy Z Fold series), curved automotive dashboards, wearable health monitors, and immersive retail displays. Their 0.03mm thickness and 3mm bending radius enable applications in aerospace instrumentation and … Read more
A VR display is a specialized screen technology designed to deliver immersive, stereoscopic visuals directly to the user’s eyes through a head-mounted display (HMD). It plays a crucial role in creating realistic 3D environments by providing high resolution, wide field of view, and fast refresh rates, enabling users to experience virtual reality with minimal latency and maximum immersion. How Does a VR Display Work? A VR display works by presenting two slightly different images—one for each eye—to create a stereoscopic 3D effect that simulates depth perception. … Read more