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Holographic storage technology, once a novel idea introduced by pioneers like Dennis Gabor, has undergone significant evolution since its inception. The first laser-formed hologram created in 1947 has paved the way for advanced techniques that allow data storage in multiple dimensions. Today, systems like HDSS and PRISM, designed by NASA, promise storage capabilities of up to 1Tb and data transfer rates reaching 1Gbit/s while consuming minimal power. This overview explores the history, current developments, and future prospects of holographic storage technology.
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Holographic Storage นายปกรณ์ อินทะเทพ นายอัครพล คุณพิสุทธิ์
Content • Overview • The Tale • Holographic Storage • Today Story • Look Ahead
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1947 1960 1962 1964 1968 1994 2000 Dennis Gabor Emmett Leith and Juris Upatnieks "Train and Bird" is the first hologram ever made with a laser. white light transmission hologram HPSS PRISM The Tale
SPATIAL-LIGHT MODULATOR MIRROR BEAM SPLITTER LENS LENS MIRROR LASER SCANNER ASSEMBLY OBJECT BEAM BEAM SPLITTER LENS MIRROR REFERENCE BEAM LENS CRYSTAL MIRROR STRIPS LENS HOLOGRAM READER Holographic Storage
Today Story • Resolution 1024 x 1024 bits per page • Up to 41 Holograms / s • Not have mass product available • Photosensitive crystal or Polymer material
Look Ahead • HDSS and PRISM • Advanced system from NASA • Capable of storing 1Tb of data • Data transfer rate of up to 1Gbit/s • Power consumption of just 0.01W/Gbit