Skip to content

Runic circuits: board → etched board → convergence unit → runic processor (ZPM) → runic assembly (UV) → runic computer (UHV); the pack adds them to the circuit tags

Chain id: uhv_runic · Tags: Infinite source, Unverified

Era setup: UHV · Ancient Gate

Plan modules: Runic infusion and runic circuits

Tips: 5, 1 unverified

Machines

Circuit Assembler · 60 s · 122 880 EU/t · STERILE → 32 runic circuit boardZPM
Oak 132 wetware board · enriched naquadah fluid cell · ZPM pump · ZPM sensor · 2 LuV circuit · 16 naquadah alloy foil · 7.5 B infusionWetware circuit boardNaquadah alloy foilRunic convergence infusion1
up to 131 072 EU/t
Runic Printed Circuit BoardRunic printed circuit board (etched: sterile chemical reactor 105 s, 16 YBCO foil + 5 B cupric chloride)1 + etch
gtceu:zpm_circuit_assembler
Circuit Assembler · 30 s · 491 520 EU/t · STERILEUV
Oak 1printed board · 4 UHPIC · 8 small PEEK pipe · 8 trinaquadalloy plate · 16 PBI foil · 8 zircalloy-4 bolt · 250 mB infusionUHPIC chipTrinaquadalloy plate1
up to 524 288 EU/t
Runic Convergence Processing Unit1
gtceu:uv_circuit_assembler
Circuit Assembler · 10 s · 120 000 EU/t · CleanroomZPM
Oak 1unit · crystal SoC · advanced SoC · 8 living capacitor · 8 living transistor · 8 fine europium wireCrystal SoCAdvanced SoC1
up to 131 072 EU/t
Runic ProcessorRunic processor (ZPM circuit)1
gtceu:zpm_circuit_assembler
Assembly Line · 20 s · 240 000 EU/t · 128 CWU/tMultiblock
Oak 1board · 2 processor · 4 ancient runicalium bolt · 6 living inductor · 12 capacitor · 16 QRAM · 16 fine europium wire · 576 mB ITLC + 216 mB PEEK + 500 mB infusionAncient runicalium bolt1
Runic Processor AssemblyRunic processor assembly (UV circuit)1
gtceu:assembly_line
Assembly Line · 40 s · 240 000 EU/t · 128 CWU/tMultiblock
Oak 1board · 2 assembly · 8 living diode · 24 QRAM · 8 hyper NOR · 16 hyper NAND · 32 fine europium · 32 PEEK foil · 4 tiny pipe · 2 naquadah alloy plate · 1152 + 576 + 750 mBHyper NOR chipHyper NAND chipPEEK foil1
no listed output
gtceu:assembly_line

Flow

Direct steps

  • Runic printed circuit board (etched: sterile chemical reactor 105 s, 16 YBCO foil + 5 B cupric chloride) → printed board · 4 UHPIC · 8 small PEEK pipe · 8 trinaquadalloy plate · 16 PBI foil · 8 zircalloy-4 bolt · 250 mB infusion (1)
  • Runic convergence processing unit → unit · crystal SoC · advanced SoC · 8 living capacitor · 8 living transistor · 8 fine europium wire (1)
  • Runic printed circuit board (etched: sterile chemical reactor 105 s, 16 YBCO foil + 5 B cupric chloride) → board · 2 processor · 4 ancient runicalium bolt · 6 living inductor · 12 capacitor · 16 QRAM · 16 fine europium wire · 576 mB ITLC + 216 mB PEEK + 500 mB infusion (1)
  • Runic processor (ZPM circuit) → board · 2 processor · 4 ancient runicalium bolt · 6 living inductor · 12 capacitor · 16 QRAM · 16 fine europium wire · 576 mB ITLC + 216 mB PEEK + 500 mB infusion (2)
  • Runic processor assembly (UV circuit) → board · 2 assembly · 8 living diode · 24 QRAM · 8 hyper NOR · 16 hyper NAND · 32 fine europium · 32 PEEK foil · 4 tiny pipe · 2 naquadah alloy plate · 1152 + 576 + 750 mB (2)

How to build

  1. Drawers first, one per input: wetware boards (32), ZPM pumps / sensors, LuV circuits, foils, UHPIC chips, PEEK pipes and foil, SoCs, living SMDs, QRAM, hyper chips, europium wire. Drums: infusion, cupric chloride or iron III chloride, ITLC, PEEK. — functionalstorage:oak_1, gtceu:wetware_circuit_board, gtceu:ancient_runicalium_bolt, kubejs:hyper_nor_memory_chip
  2. Board assembler (sterile cleanroom) then the etching reactor (also sterile); 32 boards per run, one printed board per later step. — gtceu:zpm_circuit_assembler, kubejs:runic_printed_circuit_board
  3. Unit assembler (sterile, UV tier), then the processor assembler in a normal cleanroom: 3 processors per run. — gtceu:uv_circuit_assembler, kubejs:runic_convergence_processing_unit
  4. Assembly Line: research of the runic processor (128 CWU/t) then the assembly recipe. — gtceu:assembly_line, kubejs:runic_processor_assembly
  5. Second Assembly Line for the computer: 2 assemblies per craft, research of the assembly. — gtceu:assembly_line, kubejs:runic_processor_computer
  6. Output drawers Keep Exact 4; the UHV runic computer substitutes for a wetware mainframe in any UHV circuit slot. — functionalstorage:oak_1, kubejs:runic_processor_computer

Tips

  • Source: kjs circuits.js, circuit_etching.js, utils/tags.js (verified numbers). Tags: circuits/zpm gets kubejs:runic_processor, circuits/uv gets kubejs:runic_processor_assembly, circuits/uhv gets kubejs:runic_processor_computer and circuits/uev the mainframe, so the runic line is a full alternative to the quantum, crystal and wetware routes. Runic circuit board: circuit assembler, sterile cleanroom, 1200 ticks at VA[ZPM] = 122 880 EU/t, 32 wetware circuit boards + 1 enriched naquadah fluid cell + 1 ZPM pump + 1 ZPM sensor + 2 LuV circuits + 16 naquadah alloy foil + 7500 mB runic convergence infusion → 32 boards. Etching (sterile chemical reactor): board + 16 YBCO foil + 5000 mB cupric chloride (10 B iron III chloride, 20 B persulfate), 2100 ticks, 1920 EU/t.
  • Convergence processing unit (circuit assembler, sterile, 600 ticks at VA[UV]): printed board + 4 UHPIC chips + 8 small PEEK fluid pipes + 8 trinaquadalloy plates + 16 PBI foil + 8 zircalloy-4 bolts + 250 mB infusion. Runic processor (circuit assembler, cleanroom, 200 ticks at 120 000 EU/t, 3 per craft output): unit + crystal SoC + advanced SoC + 8 living capacitors + 8 living transistors + 8 fine europium wire. Runic assembly (Assembly Line, 400 ticks at 240 000 EU/t, station research of the processor at 128 CWU/t and 120 000 EU/t): printed board + 2 processors + 4 ancient runicalium bolts + 6 living inductors + 12 living capacitors + 16 QRAM + 16 fine europium wire, 576 mB ITLC + 216 mB PEEK + 500 mB infusion. Runic computer (800 ticks at 240 000 EU/t, research of the assembly at 128 CWU/t and 160 000 EU/t): board + 2 assemblies + 8 living diodes + 24 QRAM + 8 hyper NOR + 16 hyper NAND chips + 32 fine europium wire + 32 PEEK foil + 4 tiny enriched naquadah pipes + 2 naquadah alloy plates, 1152 mB ITLC + 576 mB PEEK + 750 mB infusion.
  • Comparison: the runic assembly is a UV circuit and the runic computer a UHV circuit with 2 assemblies each, but they cost the infusion line (uhv_runic_infusion), hyper NOR / NAND wafers (chemical reactor with strontium titanium oxide + carbon: kjs circuits.js, 1200 ticks) and ancient runicalium (a gate-line metal: Unverified). The wetware mainframe is also a UHV circuit, so the runic computer is only a substitute at UHV; but the runic MAINFRAME (the first UEV circuit, uev_circuits) is needed already in the UHV era: it requires no UEV machine (Assembly Line 600 000 EU/t, 1800 ticks, UHV 1A hatch is enough) and the UHV Fusion Reactor (4 UEV circuits), the Ancient Stargate Generator (about 96) and the Folding Akreyrium Stabiliser chain depend on it. The mainframe uses UHPIC chips (4), not UEPIC, and 24 of each living SMD type (32 capacitors).
  • Sub-steps people skip: (1) three different data items for research: the runic processor, the assembly and the computer must each be kept as scan items; (2) the etched board is a sterile recipe; (3) 7.5 B of infusion for 32 boards; (4) living SMDs again (uv_living_smd).
  • Unverified ancient runicalium source, the hyper wafer line, UV circuit assembler recipe (one machine tier per recipe EU).

Bill of materials

Item Qty
gtceu:zpm_circuit_assembler 2
gtceu:uv_circuit_assembler 1
gtceu:ev_chemical_reactor 1
gtceu:assembly_line 2
gtceu:research_station 1
functionalstorage:oak_1 24
modularrouters:modular_router 14
gtceu:lv_robot_arm 14
gtceu:item_filter 20
pipez:item_pipe 16
pipez:fluid_pipe 6
gtceu:steel_drum 8

Needs / Feeds

  • Main source for: kubejs:runic_processor, kubejs:runic_processor_assembly, kubejs:runic_processor_computer, kubejs:runic_printed_circuit_board