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HoloTile is a patented computer generated holography approach with the aim ofreducing the speckle noise caused by the overlap of the non-trivial physicalextent of the point spread function in Fourier holographic systems fromadjacent frequency components. By combining tiling of phase-only of rapidlygenerated sub-holograms with a PSF-shaping phase profile, each frequencycomponent - or output "pixel" - in the Fourier domain is shaped to a desirednon-overlapping profile. In this paper, we show the high-resolution,speckle-reduced reconstructions that can be achieved with HoloTile, as well aspresent new HoloTile modalities, including an expanded list of PSF options withnew key properties. In addition, we discuss numerous applications for whichHoloTile, its rapid hologram generation, and the new PSF options may be anideal fit, including optical trapping and manipulation of particles, volumetricadditive printing, information transfer and quantum communication.

HoloTile Light Engine: New Digital Holographic Modalities and Applications