Focusing on in-vehicle displays, Chitron Northern Mini LED driver chips are expected to be mass-produced this year

As cars enter the era of electrification and intelligent networking, the development of new energy, intelligence, autonomous driving and other fields has also ushered in new demand for semiconductors. Related companies are accelerating the layout of the automotive display chip track, such as Chitron North.

Official news shows that in response to the market demand for automotive smart cockpits, Chitron North has completed the layout and project pre-research in the fields of automotive TDDI chips, automotive Bridge chips, MiniLED driver chips and automotive power management chips. At present, the Mini LED driver chip products that have entered the testing stage are expected to be mass-produced this year, and more automotive-grade chip products will be sent out for samples this year.

Chipone North introduced that the company has now entered the first echelon of automotive chip suppliers in mainland China, and has initially possessed first-mover advantages and technical reserves in the field of automotive TDDI chips and Mini LED chips. At the same time, Chipone North focuses on the localization chip strategy and has achieved localization of the entire industry chain from design to production.

It is reported that Chitron North has been focusing on the research and development, design and sales of display chips for more than ten years since its establishment. It now has a rich series of display chip products, mainly including panel display driver chips, power management chips, LED display driver chips, control chips, etc.

The company's products cover mainstream display technologies such as LCD, LED, and OLED, and are widely used in smartphones, TVs, laptops, tablets, monitors, wearable devices and various indoor devices.External LED display screen can meet the diverse display needs of customers.

While continuously expanding its technical fields, Chitron North also uses traditional advantageous display technology as an entry point to adapt to application scenarios such as scaler, converter, smart screen SOC, and smart monitor. It relies on its own UMP technology to expand medical imaging, industrial vision, VR and other businesses in high computing power application scenarios.