3D optical data storage - meaning and definition. What is 3D optical data storage
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What (who) is 3D optical data storage - definition


3D optical data storage         
  • Examples of 3D optical data storage media. Top row{{snd}} written Call/Recall media; Mempile media. Middle row{{snd}} FMD; D-Data DMD and drive. Bottom row{{snd}} Landauer media; Microholas media in action.
  • Schematic representation of a cross-section through a 3D{{nbsp}}optical storage disc (yellow) along a data track (orange marks). Four data layers are seen, with the laser currently addressing the third from the top. The laser passes through the first two layers and only interacts with the third, since here the light is at a high intensity.
ANY FORM OF OPTICAL DATA STORAGE ALLOWING THREE-DIMENSIONAL RECORDING OR DISPLAY
Fluorescent Multilayer Disc; Fluorescent multilayer disc; Digital Multlayer Disk; Digital Multilayer Disk; Digital Multilayer Disc; FMD-ROM; Two-Photon 3-D Optical Data Storage; Two-Photon 3-D Optical Data Storage system; Three-dimensional optical data storage; 2-photon optical data storage; Two-photon optical data storage; Photochromic memory; Bitwise volumetric data storage; Volumetric memory; 3D Optical Data Storage
3D optical data storage is any form of optical data storage in which information can be recorded or read with three-dimensional resolution (as opposed to the two-dimensional resolution afforded, for example, by CD).
Fluorescent Multilayer Disc         
  • Examples of 3D optical data storage media. Top row{{snd}} written Call/Recall media; Mempile media. Middle row{{snd}} FMD; D-Data DMD and drive. Bottom row{{snd}} Landauer media; Microholas media in action.
  • Schematic representation of a cross-section through a 3D{{nbsp}}optical storage disc (yellow) along a data track (orange marks). Four data layers are seen, with the laser currently addressing the third from the top. The laser passes through the first two layers and only interacts with the third, since here the light is at a high intensity.
ANY FORM OF OPTICAL DATA STORAGE ALLOWING THREE-DIMENSIONAL RECORDING OR DISPLAY
Fluorescent Multilayer Disc; Fluorescent multilayer disc; Digital Multlayer Disk; Digital Multilayer Disk; Digital Multilayer Disc; FMD-ROM; Two-Photon 3-D Optical Data Storage; Two-Photon 3-D Optical Data Storage system; Three-dimensional optical data storage; 2-photon optical data storage; Two-photon optical data storage; Photochromic memory; Bitwise volumetric data storage; Volumetric memory; 3D Optical Data Storage
Fluorescent Multilayer Disc (FMD) is an optical disc format developed by Constellation 3D at early 2000's that uses fluorescent, rather than reflective materials to store data. Reflective disc formats (such as Compact Disc and DVD) have a practical limitation of about two layers, primarily due to interference, scatter, and inter-layer cross talk.
Digital Multilayer Disk         
  • Examples of 3D optical data storage media. Top row{{snd}} written Call/Recall media; Mempile media. Middle row{{snd}} FMD; D-Data DMD and drive. Bottom row{{snd}} Landauer media; Microholas media in action.
  • Schematic representation of a cross-section through a 3D{{nbsp}}optical storage disc (yellow) along a data track (orange marks). Four data layers are seen, with the laser currently addressing the third from the top. The laser passes through the first two layers and only interacts with the third, since here the light is at a high intensity.
ANY FORM OF OPTICAL DATA STORAGE ALLOWING THREE-DIMENSIONAL RECORDING OR DISPLAY
Fluorescent Multilayer Disc; Fluorescent multilayer disc; Digital Multlayer Disk; Digital Multilayer Disk; Digital Multilayer Disc; FMD-ROM; Two-Photon 3-D Optical Data Storage; Two-Photon 3-D Optical Data Storage system; Three-dimensional optical data storage; 2-photon optical data storage; Two-photon optical data storage; Photochromic memory; Bitwise volumetric data storage; Volumetric memory; 3D Optical Data Storage
Digital Multilayer Disk (DMD) is an optical disc format developed by D Data Inc. It is based on the 3D optical data storage technology developed for the Fluorescent Multilayer Disc by the defunct company Constellation 3D.