Isolinear chip: Difference between revisions
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Created page with "* Portable information storage technology ** Encodes information optically * First implemented c.2330 (TNG: "Relics") ** Replaced duotronic enhancers (TNG: "Relics") * Sto..." |
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* Portable information storage technology | * Portable [[isolinear]] information storage technology | ||
** Encodes information optically | ** Encodes information optically | ||
* First implemented c.2330 (TNG: "Relics") | * First implemented c.2330 (TNG: "Relics") | ||
| Line 8: | Line 8: | ||
** Allows for hotswapping of software components as needed | ** Allows for hotswapping of software components as needed | ||
** ''Possibly further indicative of incredibly modular program design as described in [[computer science]]'' | ** ''Possibly further indicative of incredibly modular program design as described in [[computer science]]'' | ||
* Authentic Starfleet materiel marked with embedded nanomarkers (TNG Novel: ''A Time to Heal'') | |||
[[Category:Computers]] | [[Category:Computers]] | ||
Latest revision as of 20:50, 12 November 2019
- Portable isolinear information storage technology
- Encodes information optically
- First implemented c.2330 (TNG: "Relics")
- Replaced duotronic enhancers (TNG: "Relics")
- Storage capacity
- One chip sufficient to store a single replicator pattern and associated metadata (DS9 Novel: Gamma: Original Sin)
- Most Federation and Starfleet technology functions via information and/or programming codes encoded on individual isolinear chips installed in a fixed array (TNG: "The Naked Now")
- Allows for hotswapping of software components as needed
- Possibly further indicative of incredibly modular program design as described in computer science
- Authentic Starfleet materiel marked with embedded nanomarkers (TNG Novel: A Time to Heal)