Skip to content

UHV · Ancient Gate — 2.1M EU/t · A Portal of Lost Worlds

Era id: uhv · Tier: uhv

Goal: Runic tablets, void ingots and the Milky Way gate.

Exit items: sgjourney:milky_way_stargate

Steps

  1. Ruined parts and zalloy — Loot ruined component parts in Abydos and research them (128 to 144 CWU/t) to unlock the UHV parts: Component Part Assembly at 1 966 080 EU/t. Parts and components are built from zalloy (10 799 K, tritanium coils), zircalloy-4 (96 minutes per 257 ingots), zirconium (1 per 8 titanite) and zapolgium. (kubejs:ruined_computational_matrix, kubejs:uhv_micropower_router, gtceu:zalloy_ingot)
  2. Hull, hatches, components — UHV hull = neutronium casing + 2 europium cables + 288 mB PEEK. UHV energy hatch: Assembly Line 40 s at 1 966 080 EU/t with 2 UHV voltage coils, research 128 CWU/t. UHV components: 600 ticks at 491 520 EU/t, built from the parts. (gtceu:uhv_machine_hull, gtceu:uhv_energy_input_hatch, gtceu:uhv_electric_motor)
  3. First UEV circuit in UHV — The Runic Processor Mainframe (UEV circuit) needs no UEV machine: Assembly Line, 600 000 EU/t, 1800 ticks. AUX I, the Ancient Stargate Generator and the Folding Akreyrium Stabiliser need UEV circuits and UEPIC chips, so build it in this era (uhv_runic, uev_circuits). (kubejs:runic_processor_mainframe, kubejs:uepic_chip, start_core:uhv_fusion_reactor)
  4. Circuits and CWU — UHV circuit = wetware mainframe (built in the UV era). Research at 128 to 176 CWU/t needs a Network Switch / Hub with several HPCAs, or the optimised HPCA parts of the UEV page. (gtceu:wetware_processor_mainframe, gtceu:network_hub)
  5. Runes — Six runic tablets (Abydos loot, each can be converted into the next with 16 ancient runicalium foil + 1080 mB naquadria in a scanner) are fused with 21 600 mB naquadria in a sterile cleanroom into the complete tablet, the research item (176 CWU/t) of the Runic Inscribe Manipulate controller. That controller itself needs 4 UEV circuits and 16 UHV emitters: the controller is a UEV-circuit project. (kubejs:runic_tablet_complete, gtceu:runic_inscribe_manipulate)
  6. Void — Echo shard → 144 mB echo fluid; 1 neutronium ingot + 144 mB echo fluid → raw void ingot (200 s); Heat Chamber 300 s → hot void ingot; vacuum freeze. Alternative: void dust in the Super Pressure Heat Chamber (150 s). The SPHC itself needs 4 UHV circuits, a UV field generator, 288 UHPIC chips and a double void plate. (gtceu:void_ingot, gtceu:super_pressure_heat_chamber)
  7. Awakened rods — Abyss and inferno fragments. (kubejs:awakened_abyss_stargate_rod, kubejs:awakened_inferno_stargate_rod)

Machines to build

Machine Count
gtceu:uhv_machine_hull 4+
gtceu:uv_energy_input_hatch_4a 3
gtceu:component_part_assembly 1
gtceu:assembly_line 4
gtceu:alloy_blast_smelter 3
gtceu:electric_blast_furnace 2
gtceu:mega_vacuum_freezer 1
gtceu:large_chemical_reactor 8
start_core:uv_fusion_reactor 1

Setups

Power

UHV power: UHV rotor holder + Supreme Plasma Turbine (Assembly Line) burning nickel / iron plasma (UV reactor) or americium plasma (tier-4 reflectors, UHV reactor) into a UHV dynamo hatch

Storage

  • Parts: Ruined parts (duplicate 1 to 2), UHV routers, matrices, panels, cores, transmission assemblies in drawers with Keep Exact 4 to 8. (kubejs:ruined_computational_matrix, kubejs:uhv_micropower_router)
  • Metals: Zalloy and zircalloy-4 ingots, zirconium dust (251 per zircalloy batch), neutronium ingots Keep Exact 16. (gtceu:zalloy_ingot, gtceu:zirconium_dust)
  • Circuits: UHV circuits (76 for the six controllers of uhv_multis) and UEPIC chips (up to 64 per craft). (gtceu:wetware_processor_mainframe, kubejs:uepic_chip)

Multiblocks

gtceu:runic_inscribe_manipulate, gtceu:super_pressure_heat_chamber, gtceu:folding_akreyrium_stabiliser, gtceu:compact_assembly_line, gtceu:bulk_ore_processing_array, gtceu:manifold_centrifuge, gtceu:injection_mixer, gtceu:bacteria_synthesizer, gtceu:supreme_plasma_turbine

Plan phases