How does the LCD Work?
To give a comprehensive illustration of how does the LCD work, we will explain the structure, and then the collaboration of each part to create the colors.
To give a comprehensive illustration of how does the LCD work, we will explain the structure, and then the collaboration of each part to create the colors.
OLED (Organic Light Emitting Diodes) is a flat light-emitting technology, when the electrical current is applied, a bright light is emitted. OLED, as the next-generation display technology, is completing the market with LCD in all aspects.
China is the world’s largest IoT supply market, with 960 million of the 1.5 billion cellular network-connected devices in global are made. In the future, it becomes the prospective largest consumer market as well.
The performance of OLED materials and devices is very important not only in scientific studies but also in applications to practical terminals and commercial goods. There are 7 key parameters to evaluate OLED performance.
Air bonding and optical bonding are major bonding technologies used to attach the touch panel to the LCD. More and more touch displays choose optical bonding due to its better performance for display and touch. We can provide both bonding
Anti-glare, anti-reflection, and anti-fingerprint are three common surface treatments of the LCD to reduce visual interference and achieve better visual effects.
In the industry, brightness of the LCD is the unique to each terminal, only the appropriate brightness can display quality images. This article will discuss the 3 common ways to improve LCD brightness from backlight.
OLED (Organic Light Emitting Diodes) is a flat light-emitting technology, when the electrical current is applied, a bright light is emitted. OLED, as the next-generation display technology, is completing the market with LCD in all aspects.
We try to explain the working and common phenomenons of the LCD from an electrical point of view with infographics and a simple way so that you can have a quick understanding.
The glass substrate is one of the core layers of TFT LCD. It influences fundamental features of the display in the resolution, light transmittance, thickness, weight, and viewing angle.
When reading the headlines, you may have wondered what ‘Generation’ actually means in LCD panel manufacturing, when did this concept start, what the cutting size of each generation, and what field of application.
China is the world’s largest IoT supply market, with 960 million of the 1.5 billion cellular network-connected devices in global are made. In the future, it becomes the prospective largest consumer market as well.
The popular of the IoT concept has driven the market and technology development of smart wearables, among which smartwatches and smart bands take a significant role.
With the global industrial transfer and technology upgrade, a group of leading flat display panel manufacturers from mainland China is taking the opportunities and competing in the global market with their predecessors from South Korea and Taiwan. Flat display panel
DDIC for the large-sized screen is the breaking point due to the low threshold in technology and large capacity. With the trend of display industry transfer and increasing investment, DDIC supply chain in mainland China is entering into the fast