Proteus Core - Electronic Efficiency Gate

Market group: Ship and Module Modifications > Subsystems > Gallente Subsystems > Gallente Core Subsystems

Inventory group: Subsystem > Core Subsystem

Traits

Type Bonuses

Gallente Core Systems bonuses per level

15 % bonus to ship sensor strength
5 % bonus to max targeting range

Role Bonuses

25 % bonus to ship CPU output
<b><u>Additional Base Stats</b></u>
+2 Mid Slots, +2 Low Slots
+1 max locked target

Variations

Type
Proteus Core - Electronic Efficiency Gate		Tech III
Proteus Core - Augmented Fusion Reactor		Tech III
Proteus Core - Friction Extension Processor		Tech III

Market

View on:

Basic

Mass:: 1,200,000 kg
Packaged volume:: 40 m³
Portion size:: 1
Tech Level:: 3
Meta Level:: 1
Structure Hitpoints:: 40 HP
Capacity:: 0 m³
Volume:: 40 m³
Mass:: 1,200,000 kg
radius:: 1 m

Required Skills

Gallente Core Systems

(x1)

[1]

Power Grid Management

(x1)

[5]

Structure

Structure Hitpoints:: 40 HP

Reprocessing

Portion size:: 1

Output	Quantity
Optimized Nano-Engines	7
Fullerene Intercalated Sheets	1
Metallofullerene Plating	1
Neurovisual Output Analyzer	1
Nanowire Composites	1
Fulleroferrocene Power Conduits	1

Basic reprocessing, not accounting for skills and other bonuses.

Manufacturing

Blueprint:: Proteus Core - Electronic Efficiency Gate Blueprint

Output Proteus Core - Electronic Efficiency Gate:

Manufacturing time:

1h 40m

Copy time:

Material research:

3m 30s

Time research:

3m 30s

View on:

Industry

Adam4Eve Material Influence

Other

Maximum Locked Targets Bonus:: 1 +
CPU Output Bonus:: 25 %
subSystemSlot:: 125
High Slot Modifier:: 0 +
Medium Slot Modifier:: 2 +
Low Slot Modifier:: 2 +
Restricted to Ship Type:: Proteus
subsystemBonusGallenteCore:: 15
subsystemBonusGallenteCore2:: 5

Type Info

Type ID:: 45628
Graphic ID:: 21772
Group ID:: Core Subsystem
Icon ID:: 3636
Market group ID:: Gallente Core Subsystems
Meta group ID:: 14
Published:: true
Race ID:: 8
Radius:: 1 m
Sof faction name:: gallentebase
Volume:: 40 m³

Description

New technologies have resulted in a noticeable increase in CPU efficiency, as better nanotech enables further miniaturization of circuits, the result of which is a marked decrease in system bottlenecking. This electronic efficiency gate capitalizes on that technology, offering a pilot greater CPU output and significantly improved sensor integrity.