The present invention relates to a real time rendering 3D object interactive multi-vision system and a method for processing a real time rendering 3D object in the multi-vision system. The method for processing a real time rendering 3D object in the multi-vision system comprises the following steps. Division image data into which one entire screen is divided or real time rendering object data is assigned to each of a plurality of display units in advance and storing the division image data or the real time rendering object data. The plurality of display units perform synchronization on and display the stored division image data or the real time rendering object data. At least one of the plurality of display units receives a UX event from a user. The image data or the real time rendering object data is displayed according to the inputted UX event. According to the present invention, it is possible to accurately display a real time rendering 3D screen to be expressed by the plurality of display units in a state in which screens of the plurality of display units are synchronized with one another within accuracy of a millisecond for each reproduction interval without misalignment of an entire screen in a multi-display environment Furthermore, it is possible to easily expand screen display so as to display a screen on dozens of display units or hundreds of display units with the maximum resolution while maintaining extract screen display without misalignment in the entire display screen.
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