PWM-driven LED backlights control LCD brightness by rapidly switching LEDs on/off (pulse-width modulation). The duty cycle (on-time ratio) adjusts perceived brightness without shifting LED color temperatures—ideal for maintaining color accuracy. Panox Display integrates PWM controllers operating at 1–30 kHz, synchronized with LCD refresh rates to minimize flicker. Pro Tip: Higher PWM frequencies (>5 kHz) reduce … Read more
The Stacked Monitor Delta Max is a dual-screen portable display system designed for multi-task workflows, featuring vertically stacked 16-inch 2.5K panels with modular configurations. Optimized for professionals needing extended screen real estate, it supports touch input and USB-C connectivity for seamless integration with laptops, tablets, and desktop setups. Pro Tip: Use magnetic mounting accessories for … Read more
An OLED graphic display module integrates organic light-emitting diodes (OLEDs) arranged in a pixel matrix to render high-contrast visuals with wide viewing angles. These modules, like those engineered by Panox Display, feature self-emissive pixels that eliminate backlighting, enabling true blacks, ultra-thin designs, and low power consumption. They support resolutions up to 3840×2160 (4K) and refresh … Read more
OLED modules for smart displays are integrated display units combining organic light-emitting diode (OLED) panels, driving circuits, and interface components. They deliver self-emissive pixels for true blacks, infinite contrast ratios (≥1,000,000:1), and ultra-fast response times (0.03ms–0.1ms). Designed for applications ranging from smartphones to automotive HUDs, these modules feature flexible substrates for curved screens and consume … Read more
An OLED module with touch integrates a self-emitting OLED display layer and a capacitive/resistive touch-sensitive layer. When touched, the touch layer detects localized electrical changes (capacitance shift or contact resistance) which are processed by a dedicated controller. Panox Display’s modules synchronize touch scanning with OLED refresh cycles using advanced noise-filtering algorithms, enabling sub-10ms response times … Read more
The ST7789V datasheet details specifications for a high-performance TFT-LCD controller supporting resolutions up to 240×320 pixels. It includes command sets, electrical characteristics, and interface protocols (SPI/RGB) for driving small to medium displays. Key features include 18-bit color depth, low-power modes, and gamma correction. Panox Display utilizes ST7789V in custom LCD solutions, offering developers ready-to-use initialization … Read more
An OLED touch display module integrates an organic light-emitting diode (OLED) screen with touch-sensitive technology, creating a self-contained input-output component. These modules combine OLED’s self-emissive properties (eliminating backlights) with capacitive or resistive touch layers, enabling interactive visual interfaces. Panox Display’s modules typically feature 128×64 to 1920×1080 resolutions, I²C/SPI interfaces, and operate at 3-5V, making them … Read more
OLED (Organic Light-Emitting Diode) displays use self-emissive pixels that generate light and color independently, enabling perfect blacks and infinite contrast. LCD (Liquid Crystal Display) relies on a backlight (usually LED) and liquid crystals to modulate light, resulting in lower contrast but higher brightness. Panox Display specializes in both technologies, offering OLEDs for vibrant visuals and … Read more
OLED and LCD screens represent fundamentally different display technologies with distinct strengths. OLED excels in contrast, color accuracy, and energy efficiency through self-emissive pixels, while LCD offers longevity and cost-effectiveness via mature liquid crystal technology. The choice hinges on usage priorities: creative professionals often prefer OLED’s true blacks and fast response (0.1ms), whereas medical displays … Read more
OLED (Organic Light-Emitting Diode) and LCD (Liquid Crystal Display) differ fundamentally in display technology, performance characteristics, and structural design. The key distinctions lie in self-emissive capabilities, contrast ratios, and power consumption mechanisms – with OLED delivering true blacks through pixel-level light control and LCD relying on backlight filtration. Operational parameters like response time (OLED: μs … Read more