The present invention relates to a 4K or more ultra-high resolution embedded system based on an extended multi-display capable of performing real-time interaction. Provided is the ultra-high resolution embedded system comprising: a real-time renderer which implements rendering of a real level by developing a real-time renderer through distributed processing and applying a physics-based light and material; an NVIDIA TK1 or more chip set which is obtained through the development of a client for 4K output; and an embedded device which has improved decoding performance and an improved real-time image reception function by using the TCP/IP. According to the present invention, there are advantages in four aspects, such as an expression form, an economical differentiation, a solution form and an operation form, compared to an existing multi-display solution. Furthermore, effects can be expected in three aspects, such as a technical aspect, an economic/industrial aspect, and a social aspect.
4K MORE THAN 4K ULTRA-HIGH RESOLUTION EMBEDDED SYSTEM BASED ON EXTENDED MULTI-DISPALY AVAINLABLE FOR REAL-TIME INTERACTION