>>213298242>>just print your movies out onto paper>ok grampaUsing monocolor Dataglyphs gets you:
Based on the Canon PIXMA iP110's maximum print resolution of 9600 ร 2400 DPI and the technical specifications of Data Glyphs encoding, hereโs a detailed calculation of the data capacity for an 8.5" ร 11" (Letter) paper with 0.25" margins:
Raw data would be 1.935 Gb (about 0.242 GB), but we need error correction. Using 25% Reed-Solomon ECC overhead, the net usable capacity becomes 1.547 Gb or 0.193 GB per page.
Raw data would be 1.935 Gb (about 0.242 GB), but we need error correction. Using 25% Reed-Solomon ECC overhead, the net usable capacity becomes 1.547 Gb or 0.193 GB per page.
With 4 colors you get 2^4 (8 times more storage), if you use "solvent printer" colors (UV-CURE poly resin) which can give you 6 to 8 colors (usually silver or clear or extra white, but can be 1/2 intensity color or even UV or infrared or magnetic ink for bank checks) you get 2^6 (32 times more storage) or (2^8= 128 times more storage).
That's not touching on Microfiche Media (photo microdots on film limited by grain density) or micro laser etching.
One big bonus of a solvent printer (UV light cure of polymer resins). If you can build 3D objects as a cold 3D resin printer.
Deep dive into Stratasys PolyJet 3D printing technology
https://m.youtube.com/watch?v=T6sxVtViX-k
Note that all the limitations of crystal laser etching goes away with Stratasys printing at you can literally put built in Raman Scattering mirrors to read any 3D layers. Hell, you wouldn't need to buy microchips as their tech gets better, just print them on the spot. Surprised the 3D NAND guys aren't just making Jacob Ladder Toy type layers then stacking layers and adding in connection lines. Of course, actual 3D memory chips need prefix routing code bits (00, no change, 01 up a layer, 10, down a layer, 11 undefined).
Jacob's Ladder Snake
https://m.youtube.com/watch?v=Jc5M5u8JZo8