A method of designing and fabricating display screen based on the planar holography is proposed. The holographic screen is composed of many pixels, and every pixel is produced by the speckle image holography. The input illumination is diffracted by the gratings in each pixel and directionally diffracted to reconstruct image observed on the holographic plane. The reconstructed speckle image, which is influenced by both incident angle of reference beam and the width of slot, is demonstrated by numerical simulation. A holographic projection screen sample with a size of 600 mm×800 mm (about 40 inch diagonal) and thickness of 1.5 mm is fabricated. The corresponding fabrication details are given .The proposed holographic screen has the advantages of high brightness and achromatism. Furthermore, the surface-relief micro-structure can be manufactured by the nano-imprint technology efficiently and cost-effectively.