Warfare Computation Core
Warfare computation cores begin as basic microprocessors that handle the flow of data between various combat analyzers, prioritizing vital information and calculations. The cores are first built around salvaged Sleeper warfare processors which are then further enhanced by the integration of fullerene polymers and other Sleeper technology. The addition of emergent combat analyzers expands the functionality to include more abstract combat calculations, such as comparative analyses of fleets and predictive IFF identifications. When encased in thermophased metallofullerene plating, the cores can be embedded directly into the ship's hull. This allows for a far more efficient production method of Tech III vessels, enabling any subsystem variation to integrate into a hull without the need for further redesign in the combat electronics systems.
Variations (16) Compare All Variations
| Type | Tier | Meta Level | Jita Sell |
|---|---|---|---|
| Electromechanical Interface Nexus | T1 | - | 406,382.13 ISK |
| Emergent Neurovisual Interface | T1 | - | 17,776,460.18 ISK |
| Fullerene Intercalated Sheets | T1 | - | 13,890,904.52 ISK |
| Fulleroferrocene Power Conduits | T1 | - | 2,698,590.79 ISK |
| Metallofullerene Plating | T1 | - | 73,494.16 ISK |
| Nanowire Composites | T1 | - | 33,318.88 ISK |
| Neurovisual Output Analyzer | T1 | - | 9,697,642.15 ISK |
| Optimized Nano-Engines | T1 | - | 569,570.41 ISK |
| Reconfigured Subspace Calibrator | T1 | - | 504,625.10 ISK |
| Reinforced Metallofullerene Alloys | T1 | - | 877,800.00 ISK |
| Self-Assembling Nanolattice | T1 | - | 6,496,276.67 ISK |
| Spatial Attunement Unit | T1 | - | 17,687.12 ISK |
| Superconducting Gravimetric Amplifier | T1 | - | 1,132,807.32 ISK |
| Superconducting Ladar Amplifier | T1 | - | 1,780,299.73 ISK |
| Superconducting Magnetometric Amplifier | T1 | - | 1,158,000.00 ISK |
| Superconducting Radar Amplifier | T1 | - | 949,200.00 ISK |
| Type | Meta Level | Jita Sell |
|---|---|---|
| Electromechanical Interface Nexus | - | 406,382.13 ISK |
| Emergent Neurovisual Interface | - | 17,776,460.18 ISK |
| Fullerene Intercalated Sheets | - | 13,890,904.52 ISK |
| Fulleroferrocene Power Conduits | - | 2,698,590.79 ISK |
| Metallofullerene Plating | - | 73,494.16 ISK |
| Nanowire Composites | - | 33,318.88 ISK |
| Neurovisual Output Analyzer | - | 9,697,642.15 ISK |
| Optimized Nano-Engines | - | 569,570.41 ISK |
| Reconfigured Subspace Calibrator | - | 504,625.10 ISK |
| Reinforced Metallofullerene Alloys | - | 877,800.00 ISK |
| Self-Assembling Nanolattice | - | 6,496,276.67 ISK |
| Spatial Attunement Unit | - | 17,687.12 ISK |
| Superconducting Gravimetric Amplifier | - | 1,132,807.32 ISK |
| Superconducting Ladar Amplifier | - | 1,780,299.73 ISK |
| Superconducting Magnetometric Amplifier | - | 1,158,000.00 ISK |
| Superconducting Radar Amplifier | - | 949,200.00 ISK |
Attributes (1)
| ID | Name | Value | Unit | Stackable | High Is Good |
|---|---|---|---|---|---|
| 726 | moonMiningAmount (Moon Mining Amount) | 100 | m3 | Yes | + |
Effects (0)
No dogma effects.
Outgoing Modifiers (0)
This type's effects do not modify other attributes.
Incoming Modifiers (0)
No modifiers affect this type.