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| − | ''Isolinear circuitry'' |
+ | '''Isolinear circuitry''' was the basis of much [[24th century]] [[Federation]] [[computer]] technology, replacing [[duotronics]] which were prevalent on Federation starships in the [[23rd century]]. |
| + | After the {{USS|Voyager}} became stranded in the [[Delta Quadrant]], the crew attempted to retrofit some of the ship's [[bio-neural circuitry]] to isolinear circuitry when a bacterial infection afflicted its limited supply of [[bio-neural gel pack]]s and caused failures in key systems. ({{VOY|Learning Curve}}) |
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| − | The [[Starfleet]]-issued isolinear chip is a small, flat, rectangular unit featuring onboard nanotech processors to aid in memory access and with a maximum capacity of 2.15 kiloquads. Though normally easily corrupted, chips may be coated with a layer of clear plastic for protection in evironments more hostile than a computer core without affecting read and write capabilities; such ruggedized chips are commonly used in [[tricorder|tricorders]], [[PADD]]s, and other handheld devices with isolinear chip drives. |
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| + | === See also === |
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| + | *[[Isolinear rod]] |
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| + | *[[Isolinear subprocessor]] |
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| + | *[[Isolinear co-processor]] |
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| + | [[de:Isolinearer Chip]] |
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| + | [[Category:Computer technology]] |
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Revision as of 05:28, 1 March 2014
Isolinear circuitry was the basis of much 24th century Federation computer technology, replacing duotronics which were prevalent on Federation starships in the 23rd century.
After the USS Voyager became stranded in the Delta Quadrant, the crew attempted to retrofit some of the ship's bio-neural circuitry to isolinear circuitry when a bacterial infection afflicted its limited supply of bio-neural gel packs and caused failures in key systems. (VOY: "Learning Curve")