Serial SPI White 1.21-Inch OLED Display 160×64 is a monochrome, high-contrast organic LED screen designed for embedded systems requiring compact, low-power interfaces. With a resolution of 160×64 pixels and Serial Peripheral Interface (SPI) communication, it’s widely used in industrial HMIs, medical devices, and IoT gadgets. Panox Display’s version integrates Samsung’s OLED tech, offering 1000:1 contrast, … Read more
A Serial SPI 3.5-Inch TFT LCD Module 320×480 ILI9488 is a compact display using Thin-Film Transistor (TFT) technology with a 320×480 resolution, driven by the ILI9488 controller. It communicates via Serial Peripheral Interface (SPI), enabling fast data transfer with minimal wiring. Ideal for embedded systems, IoT devices, and industrial HMIs, it supports 16.7M colors and … Read more
A Serial SPI 1.5-inch Color OLED Display 128×128 is a high-resolution, compact screen module using SPI (Serial Peripheral Interface) for fast data transfer. Measuring 1.5 inches diagonally with a 128×128-pixel array, it delivers vibrant color reproduction and supports 16-bit RGB depth. Designed for low-power applications, these displays operate at 3.3V and integrate driver ICs like … Read more
4-pin OLED displays are monochrome or color screens using four electrical connections for power and data communication. They employ I2C or SPI protocols (via SDA/SCL pins) to transmit display data efficiently while minimizing wiring complexity. Popular in embedded systems, these displays integrate driver ICs like SSD1306 for pixel matrix control, delivering crisp visuals with low … Read more
OLED (Organic Light-Emitting Diode) is a solid-state display technology utilizing organic semiconductor materials that emit light through electroluminescence. Its core mechanism involves electron-hole recombination within organic layers: electrons from the cathode and holes from the anode form excitons in the emissive layer, which release photons during energy decay. This self-illuminating design eliminates the need for … Read more
OEM (Original Equipment Manufacturer) involves a company producing goods based on client specifications, while ODM (Original Design Manufacturer) provides pre-designed products that clients rebrand. OEM suits businesses with custom design needs, whereas ODM accelerates time-to-market using existing blueprints. Panox Display offers both models, enabling tailored display solutions or ready-to-brand designs for diverse industries like wearables … Read more
Nits measure luminance (brightness emitted from a surface), defined as candelas per square meter (cd/m²), and are used for displays like TVs or smartphones. Lumens measure luminous flux (total light output from a source), applicable to projectors or bulbs. A 1,000-nit screen is visible in sunlight, while a 1,000-lumen projector illuminates a dark room. Panox … Read more
The Riverdi 10.1 USB-C Display Series comprises industrial-grade 10.1-inch TFT-LCD screens designed for seamless USB-C integration, supporting video, touch, and power delivery through a single cable. These displays feature 1280×800 resolution, 1000-nit brightness, and capacitive touchscreens, tailored for rugged applications like medical devices, automotive HMIs, and IoT control panels. Panox Display supplies these units with … Read more
LCD backlight failure while the display works occurs when the liquid crystal layer operates, but illumination systems (inverter, LEDs, or power circuits) fail. Common culprits include burnt-out CCFL/LEDs, faulty drivers, cracked solder joints, or blown fuses. Pro Tip: Shine a flashlight at the screen—if images appear, the LCD works. For robust replacements, Panox Display’s industrial-grade … Read more
Monochrome LCD displays operate by manipulating liquid crystals sandwiched between polarized glass layers. When voltage is applied, crystals twist to block or allow light, creating high-contrast grayscale images without color filters. They use passive matrix addressing for low-cost control, ideal for devices like calculators, medical equipment, and industrial panels. Panox Display engineers these with STN/FSTN … Read more