Automation and logistics
Neural-Quantum Processor
Neural-Quantum Processor is a late production component made in a Quantum Encoder after unlocking the recipe and machine.
View 6 maps ↗WHERE & HOW TO FARM
Neural-Quantum Processor acquisition
Build a Quantum Encoder and feed it from the corresponding ingredient lines. Do not look for a processor deposit; this item is manufactured. Provide a fluid output connection for Dark Matter Residue and account for the Quantum Encoder's variable power use.
FIND THE ACTUAL LOCATION
Open full map ↗Satisfactory resource & collectible map
Filter a resource, then select a marker or location below for its purity, elevation and coordinates. The map is hosted here.
Standard resource types and purity · Game-data snapshot 1.2.3.1. Randomized worlds differ. Nearby markers may be separated by cliffs or caves.
62 Coal locations
● Impure: amber● Normal: cyan● Pure: lime◆ Well outlet■ Well core
More resource maps for this guide
Before you go
- Quantum Encoder and default recipe unlocked
- 5 Time Crystals, 1 Supercomputer, 15 Ficsite Trigons, and 25 m³ Excited Photonic Matter per cycle
- A route or storage plan for 25 m³ Dark Matter Residue per cycle
Farming steps
- Unlock the Neural-Quantum Processor recipe and Quantum Encoder through normal progression.
- Establish supply for Time Crystals, Supercomputer, and Ficsite Trigons, then connect them to the encoder.
- Connect Excited Photonic Matter at 25 m³ per recipe cycle and verify the fluid input is available.
- Provide a fluid output connection for the 25 m³ Dark Matter Residue coproduct before relying on continuous operation.
- Run the Quantum Encoder and route Neural-Quantum Processors to AI Expansion Server production or storage.
- At 100% clock, the 20-second cycle consumes 15 Time Crystals, 3 Supercomputers, 45 Ficsite Trigons, and 75 m³ Excited Photonic Matter per minute.
- The same rate produces 3 processors and 75 m³ Dark Matter Residue per minute; keep the residue output clear.
- Power draw can vary with the Quantum Encoder. Confirm power capacity and the output fluid route if production stops.
Repeat, collect and use
Maintain input and residue handling while processors are needed downstream; inspect the encoder if output stops despite adequate solid ingredients. Check both fluid connections as well as the solid feeds before expanding the line.
Common mistakes
- Ignoring the Dark Matter Residue coproduct until the fluid output blocks production.
- Treating Excited Photonic Matter as a solid item instead of supplying the stated fluid volume.
- Looking for a natural processor resource rather than constructing the Quantum Encoder production setup.
When to stop or switch
Stop the Encoder when the processor stock meets the planned AI Expansion Server run and the residue buffer or network is handled.
Sources & fact checks
What you can get here
Open a guide to find other locations and see what the item is used for.