Tianma leads in consumer display innovation, offering advanced LTPS-LCD and AMOLED technologies for wearables, smartphones, tablets, and smart home systems, ensuring superior visual quality and reliability.
The new triple-fold G-shaped OLED screen has many more new application scenarios compared to traditional bar-type phones. The specific structural design consists of two inner water droplet folds with R2.5mm and a module thickness of 0.42mm. It uses a Tandem RGB structure, For the same luminance, the operating current of the tandem device is halved, significantly improving power-savings while extending lifetime 3-4 times that of conventional Single RGB devices.
Tianma’s Micro-LED seamless splicing technology is a cutting-edge innovation that allows for the creation of larger display areas by seamlessly connecting multiple Micro-LED panels. This technology involves placing LED chips on the driver substrate up to the border line, enabling different displays to be spliced together like tiles, forming a larger display area with almost invisible connections. This seamless splicing capability is particularly advantageous for applications requiring large, high-resolution displays, as it ensures a smooth and continuous visual experience without noticeable gaps or interruptions. Additionally, Tianma’s Micro-LED technology offers benefits such as higher brightness, high resolution, high contrast, low power consumption, and long lifespan, making it a promising solution for next-generation display applications
LCD multi frequency drive technology – first introduced by Tianma – can achieve a 25% reduction in module display power consumption proportional to screen area utilizing low power mode. This display represents a new LCD design concept by adopting a panel and driver design to achieve partition frequency function. The result is a display that can change refresh rate in different areas on the screen based on the image content. Pairing the display with an application processor, high frame rates in the video area and low frame rates in the still area-based on image content-can be realized achieving power optimization and meeting the market’s requirements for longer battery life.
Application | Display Technology | Key Features |
---|---|---|
Wearable | MicroLED, AMOLED | High Brightness, Lightweight, Low Power |
Smartphone | LTPS TFT-LCD, AMOLED | High Brightness, Lightweight, Low Power, Narrow Border, Wide Color Gamut, High Contrast Ratio |
Entertainment & Gaming | LTPS TFT-LCD, AMOLED | High Brightness, High Refresh Rate, Wide Color Gamut, High Contrast Ratio |
Smart Home & Office | A-Si, LTPS TFT-LCD | PCAP/In-cell, Narrow Bezel, Free Form |
White Goods | A-Si, LTPS TFT-LCD | PCAP, Optical Bonding, Free Form |