Difference between revisions of "Object:Trinity K2"
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(Created page with "{{Page Object | nombre=Object:Trinity K2 | descripcion=The Trinity series is the first generation of quantum computers produced on an industrial scale. | icono=centro_de_compu...") |
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| descripcionCategoria=Computing centers are huge installations full of quantum supercomputers that are dedicated to mining criptocurrency, generating a constant flow of money. | | descripcionCategoria=Computing centers are huge installations full of quantum supercomputers that are dedicated to mining criptocurrency, generating a constant flow of money. | ||
| technologia=Trinity K2 computers | | technologia=Trinity K2 computers | ||
| − | | volumen = | + | | volumen = 100 |
| valor = 51020 | | valor = 51020 | ||
| masa = | | masa = | ||
| Installation time=DURACION4h | | Installation time=DURACION4h | ||
| − | | Money production= | + | | Money production=700 |
| Estructure=2000 | | Estructure=2000 | ||
| Maintenance=0 | | Maintenance=0 | ||
}} | }} | ||
{{Installation requirements | {{Installation requirements | ||
| − | | power = | + | | power = 600 |
| personnel = 100 | | personnel = 100 | ||
| space = 2000 | | space = 2000 | ||
}} | }} | ||
{{Object resources | {{Object resources | ||
| − | | Rare earths= | + | | Rare earths=800 |
| − | | Metals= | + | | Metals=600 |
| − | | Silicates= | + | | Silicates=800 |
| − | | Inert gases= | + | | Inert gases=600 |
| − | | Carbon compounds= | + | | Carbon compounds=400 |
}} | }} | ||
[[Category:Objects]] | [[Category:Objects]] | ||
[[es:Object:Trinity K2]] | [[es:Object:Trinity K2]] | ||
Revision as of 21:17, 14 October 2019
| Trinity K2 | |
| |
| Characteristics | |
| Category | Computing center |
| Value | 51020 |
| Volumen | 100 |
Computing centers are huge installations full of quantum supercomputers that are dedicated to mining criptocurrency, generating a constant flow of money.
The Trinity series is the first generation of quantum computers produced on an industrial scale.
Installation requirements
| Power | 600 |
| Personnel | 100 |
| Space | 2000 |
Resources needed
 |
Metals | 600 |
 |
Silicates | 800 |
 |
Carbon compounds | 400 |
 |
Inert gases | 600 |
 |
Rare earths | 800 |