Satisfactory · Quantum computing | Compare
Choose a variant below. Closely related recipes, conditions or opening branches are collected here so you can compare them without moving between almost identical pages.
The version and limits of the original source apply to every entry. Quantities and requirements belong to the named variant; do not add alternative recipes or opening lines together.
These options share a planning task. Their differences stay visible in the individual rows and calculators.
Using this reference
Choose a recipe for Quantum computing, then choose the machine that will run it. The per-minute rate uses the recorded output, recipe duration and machine speed. Batch quantities answer how many materials a fixed number of operations consumes; the rate column answers how fast one selected machine processes them.
Increase the target rate to see the number of whole machines needed. Rounding up leaves some nominal spare capacity. This is a direct production step, not a balanced factory: upstream supply, transport and temporary interruptions still need to support the stated rate.
Superposition Oscillator
5 per minute · Buildings needed (rounded up): 12
| Source data | Batches | per minute |
|---|---|---|
| − Dark Matter Crystal | 6 | 30 |
| − Crystal Oscillator | 1 | 5 |
| − Alclad Aluminum Sheet | 9 | 45 |
| − Excited Photonic Matter | 25 m³ | 125 |
| + Superposition Oscillator | 1 | 5 |
| + Dark Matter Residue | 25 m³ | 125 |
Rates use the selected building at base speed. No modules, beacons, quality, power shortages or overclocking are simulated. Fractional outputs are expected averages, not guaranteed drops.
per minute = Batches × 60 × Production building / seconds per cycle
Superposition Oscillator · 12 Seconds
Dark Matter Crystal × 6 + Crystal Oscillator × 1 + Alclad Aluminum Sheet × 9 + Excited Photonic Matter × 25 → Superposition Oscillator × 1 + Dark Matter Residue × 25
Station: Quantum Encoder
A worked example
Suppose you want 4 × Superposition Oscillator. This recipe produces 1 per operation, so you need 4 operations. That produces 4 in total. The direct material list is Dark Matter Crystal × 24, Crystal Oscillator × 4, Alclad Aluminum Sheet × 36, and Excited Photonic Matter × 100.
Check the source ↗ · 1.0 snapshot
Neural-Quantum Processor
3 per minute · Buildings needed (rounded up): 20
| Source data | Batches | per minute |
|---|---|---|
| − Time Crystal | 5 | 15 |
| − Supercomputer | 1 | 3 |
| − Ficsite Trigon | 15 | 45 |
| − Excited Photonic Matter | 25 m³ | 75 |
| + Neural-Quantum Processor | 1 | 3 |
| + Dark Matter Residue | 25 m³ | 75 |
Rates use the selected building at base speed. No modules, beacons, quality, power shortages or overclocking are simulated. Fractional outputs are expected averages, not guaranteed drops.
per minute = Batches × 60 × Production building / seconds per cycle
Neural-Quantum Processor · 20 Seconds
Time Crystal × 5 + Supercomputer × 1 + Ficsite Trigon × 15 + Excited Photonic Matter × 25 → Neural-Quantum Processor × 1 + Dark Matter Residue × 25
Station: Quantum Encoder
A worked example
Suppose you want 4 × Neural-Quantum Processor. This recipe produces 1 per operation, so you need 4 operations. That produces 4 in total. The direct material list is Time Crystal × 20, Supercomputer × 4, Ficsite Trigon × 60, and Excited Photonic Matter × 100.
Check the source ↗ · 1.0 snapshot
AI Expansion Server
4 per minute · Buildings needed (rounded up): 15
| Source data | Batches | per minute |
|---|---|---|
| − Magnetic Field Generator | 1 | 4 |
| − Neural-Quantum Processor | 1 | 4 |
| − Superposition Oscillator | 1 | 4 |
| − Excited Photonic Matter | 25 m³ | 100 |
| + AI Expansion Server | 1 | 4 |
| + Dark Matter Residue | 25 m³ | 100 |
Rates use the selected building at base speed. No modules, beacons, quality, power shortages or overclocking are simulated. Fractional outputs are expected averages, not guaranteed drops.
per minute = Batches × 60 × Production building / seconds per cycle
AI Expansion Server · 15 Seconds
Magnetic Field Generator × 1 + Neural-Quantum Processor × 1 + Superposition Oscillator × 1 + Excited Photonic Matter × 25 → AI Expansion Server × 1 + Dark Matter Residue × 25
Station: Quantum Encoder
A worked example
Suppose you want 4 × AI Expansion Server. This recipe produces 1 per operation, so you need 4 operations. That produces 4 in total. The direct material list is Magnetic Field Generator × 4, Neural-Quantum Processor × 4, Superposition Oscillator × 4, and Excited Photonic Matter × 100.
Check the source ↗ · 1.0 snapshot
Game and item names below retain the source’s English identifiers so you can find them in the linked documentation.