Automation and logistics
Superposition Oscillator
Superposition Oscillator is a manufactured component used in quantum and dimensional technology recipes, including AI…
View 6 maps ↗WHERE & HOW TO FARM
Superposition Oscillator acquisition
Unlock and build a Quantum Encoder, select Superposition Oscillator, and supply all four named inputs. Provide fluid capacity for both Excited Photonic Matter input and Dark Matter Residue output.
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 recipe unlocked.
- Dark Matter Crystal, Crystal Oscillator, Alclad Aluminum Sheet, and Excited Photonic Matter.
- Output handling for Dark Matter Residue.
Farming steps
- Unlock the recipe and place a powered Quantum Encoder.
- Set it to Superposition Oscillator.
- Connect the three solid ingredients and Excited Photonic Matter input.
- Connect or store the Dark Matter Residue output so it can flow freely.
- Collect the oscillators and route them to the intended downstream recipe.
- At 100% clock, a 12-second batch uses 6 Dark Matter Crystal, 1 Crystal Oscillator, 9 Alclad Aluminum Sheet, and 25 m³ Excited Photonic Matter to make 1 oscillator and 25 m³ Dark Matter Residue; listed rates are 5 oscillators and 125 m³ residue per minute.
- Residue is a distinct coproduct and needs its own fluid handling.
Repeat, collect and use
Run batches while ingredients and output capacity are available; check all input and residue lines if the Encoder pauses.
Common mistakes
- Searching for a Superposition Oscillator node instead of producing it in a Quantum Encoder.
- Blocking the residue output or omitting the Excited Photonic Matter input.
When to stop or switch
Stop or throttle production when oscillator demand is met or residue handling capacity is full.
Sources & fact checks
What you can get here
Open a guide to find other locations and see what the item is used for.