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UHV circuit: Wetware Processor Mainframe (2 computers + living SMDs, 70 s at 300 000 EU/t, station research 96 CWU/t) - the UV fusion reactor and the UHV hatches ask for it

Chain id: uv_wetware3 · Tags: Infinite source, Unverified

Era setup: UV · Abydos

Plan modules: Wetware circuits (UV and UHV circuit)

Tips: 6, 1 unverified

Machines

Research Station · 96 CWU/t · 64 000 EU/t · wetware computer in the Object HolderGregTech
no listed input
Data OrbData orb with the computer researchresearch
gtceu:research_station
Assembly Line · 70 s · 300 000 EU/tMultiblock
Data OrbData orb with the computer researchdataTritanium Frame2 tritanium frame (tritanium ingots from fusion, see uv_fusion_mats)2Oak 12 wetware computer (uv_wetware2) · 24 QRAM chip · 2 UHPIC chipWetware computerQRAM chipUHPIC chip1Oak 112 living inductor · 12 capacitor · 12 diode · 12 resistor · 12 transistorLiving inductorLiving capacitorLiving diodeLiving resistorLiving transistor1Oak 116 YBCO single wire · 4 europium plate · 1728 mB ITLC solder · 1152 mB PBIYBCO single wireEuropium platePBI1
70 s
Wetware Processor MainframeWetware Processor Mainframe (UHV circuit)1
gtceu:assembly_line

Flow

How to build

  1. Drawers first, one per input: tritanium frames (Keep Exact 2), wetware computers (2), QRAM chips (24), UHPIC chips (2), five living SMD drawers (12 each), YBCO single wire (16), europium plates (4). Drums: ITLC soldering alloy and PBI. — functionalstorage:oak_1, gtceu:tritanium_frame, gtceu:wetware_processor_computer, kubejs:qram_chip
  2. Research: a data orb + 1 wetware computer in the Object Holder, 96 CWU/t at 64 000 EU/t → an orb with the recipe. The orb goes into the Assembly Line’s Data Access Hatch (zpm_data). — gtceu:research_station, gtceu:wetware_processor_computer, gtceu:data_orb
  3. Assembly Line buses in recipe order: frames, computers, QRAM, UHPIC chips, the five SMD stacks, wire, plates; solder + PBI by hatches. 70 s at 300 000 EU/t. — gtceu:assembly_line, gtceu:wetware_processor_mainframe
  4. Power: a ZPM 4A hatch is 4 x 131 072 = 524 288 EU/t, enough. Put a Power Substation buffer first: 21 MEU per mainframe. — gtceu:zpm_energy_input_hatch_4a, gtceu:assembly_line
  5. Output drawer Keep Exact 4: routers send them straight to the UV fusion reactor (4), HPCA optimized components, UHV hatches. — functionalstorage:oak_1, gtceu:wetware_processor_mainframe
  6. Easy to miss: two computers per mainframe, so the computer line (uv_wetware2) must run at twice the speed you need for UV circuits alone. — gtceu:wetware_processor_computer, functionalstorage:oak_1

Tips

  • Recipe (kjs circuits.js, assemblyLineCircuitRS; the GT recipe wetware_mainframe_uhv and its research are removed): 2 tritanium frames + 2 wetware processor computers + 24 QRAM chips + 2 UHPIC chips + 12 each of living inductor / capacitor / diode / resistor / transistor + 16 YBCO single wire + 4 europium plates; 1728 mB indium tin lead cadmium soldering alloy + 1152 mB PBI; 1400 ticks (70 s) at 300 000 EU/t; STATION research of the wetware computer at 96 CWU/t and 64 000 EU/t. The circuits tag (GTCEu jar tags/items/circuits/uhv.json) holds ONLY this mainframe from GT; the pack adds the runic computer, draconic assembly and abyssal processor to the tag (utils/tags.js).
  • Why it matters in the UV era: the UV Fusion Reactor takes 4 UHV circuits (see uv_fusion), the UHV energy hatch and the UHV machines 1 to 3 each, HPCA optimized components 4 each, and several late multis 4 to 24. Four mainframes cost 8 wetware computers, which is about 8 neuro units and 144 QRAM chips (12 wafers) on top of 240 living SMDs: this is the biggest circuit bill of the era. 300 000 EU/t for 70 s is 21 MEU per mainframe.
  • CWU: 96 CWU/t is 6 HPCA advanced computation components at 16 CWU/t each. One HPCA has 9 slots and each advanced component needs 4 cooling units (active cooler 2, heat sink 1), so one HPCA gives about 48 CWU/t; 96 CWU/t needs three bridged HPCAs through a Network Switch (uv_research). Unverified: the exact overheat rule in this fork.
  • Power: 300 000 EU/t is a UV-tier recipe (above 131 072 V ZPM), so the Assembly Line needs a ZPM 4A hatch (524 288 EU/t) or better; the pack quest text says the next-tier 4A hatch gives the next tier’s recipe speed.
  • Sub-steps people skip: (1) the research item is the COMPUTER, not the assembly: keep 1 spare computer for the Object Holder, it is not consumed (Unverified GT default); (2) frames are tritanium, made in a Fusion MK II with tier-3 reflectors (200 MEU, uv_fusion_mats): no Abydos and no UV reactor needed, and the wetware circuits themselves (living SMDs, wetware PCB, qram wafer with SiC over bismuth tritelluride in a sterile chamber) have no Abydos ingredient; (3) 60 living SMDs per mainframe: build the five SMD assemblers (uv_living_smd) twice over; (4) UHPIC chip drawer Keep Exact 2.
  • Unverified the NOR / NAND chip volume.

Bill of materials

Item Qty
gtceu:assembly_line 1
gtceu:research_station 1
gtceu:zpm_energy_input_hatch_4a 1
functionalstorage:oak_1 18
modularrouters:modular_router 10
gtceu:lv_robot_arm 10
gtceu:item_filter 14
pipez:item_pipe 16
pipez:fluid_pipe 3
gtceu:steel_drum 3

Needs / Feeds

  • Main source for: gtceu:wetware_processor_mainframe