Aiming at the combination of the acquirement and display of the 3D image data, an integrated system to perform the real-time 3D acquisition and multiview true 3D display was proposed. This integration of input (acquisition) end to output (display) end provided vivid experience in 3D visualization of the objects according to human's natural way to view the realistic world. This paper focused on both the architecture design and the implementation of the hardware and software of the acquisition, transmission and display components in our system: the camera array performed the real-time 3D acquisition at the input end and sends the acquisition-aligned images to the output end, where the projector array renders the object or scenes at the anisotropic screen in multi-view true 3D way after the projection-alignment. Different parameters were compared showing that our prototype is able to render true 3D image using the acquired 3D data with proper parameters.