シリコンコア・テクノロジー Company Overview

Silicon Core Technology, a leading provider of analog semiconductors, has announced an advanced and groundbreaking ultra-high-definition LED display panel technology with a 1.9mm pitch for indoor applications. Such high-definition designs have not been realized until now due to several constraints, including overheating caused by high power loss and the lack of high-integration LED driver ICs. This groundbreaking technology has been made possible by the high-integration, low-power LED driver IC developed by Silicon Core Technology. This LED display brings the highest quality and performance never seen before in the world, reducing the minimum viewing distance to just 1 meter and achieving an ultra-wide viewing angle without color shift. This technology is ideal for implementing Full HD LED display panels for indoor applications such as broadcasting, retail displays, casinos, banks, lobbies, hospitals, and events.

Silicon Core Technology today announced an advanced and groundbreaking ultra-high-definition LED display panel technology with a 1.9mm pitch for indoor applications. Such high-definition designs have not been realized until now due to several constraints, including overheating caused by high power loss and the lack of high-integration LED driver ICs. This groundbreaking technology has been made possible by the high-integration, low-power LED driver IC developed by Silicon Core Technology. This IC can drive up to 128 RGB (red, green, blue) LED pixels, significantly reducing the number of components. Additionally, in fine pitch technology, it employs a "common cathode" RGB LED control method that reduces power loss by up to 30% and resolves overheating issues ahead of others. Other innovative technologies include ghost removal, 16-bit true color, significant reduction of EMI (unwanted radiation), and a maximum scan refresh rate of 16 kHz. Silicon Core Technology is currently applying for patents for its key technologies developed for fine pitch panels in the United States and China.