Gold Cable — Minecraft block

Gold Cable

Gold Cable is the first MV-tier energy wire in Ala Industrial, carrying 48 EU/tick across a 128 EU/packet ceiling for short high-power lines.

Block ID alaindustrial:gold_cable
Game versions
All versions

Description

Gold Cable is the first MV-tier energy wire in Ala Industrial for Minecraft 26.2 (Java Edition). The cable carries 48 EU per tick — four times the throughput of a Copper Cable — and raises the packet ceiling to 128 EU, the maximum for the MV (medium voltage) tier. Players craft Gold Cable by placing three gold ingots in a horizontal row in a crafting grid, which yields three cable segments. Gold Cable connects MV-tier machines such as the Assembler and the CESU advanced energy storage, both of which accept and deliver energy at the 128 EU/packet MV ceiling that a lower-tier LV cable would cap at 32 EU.

The trade-off for that width is higher attenuation: Gold Cable loses 0.03 of the remaining energy per block traversed, worse than the Copper Cable at 0.02. At a 48 EU/tick flow, 36 EU arrives over a 10-block run and only 11 EU over 50 blocks, following the formula max(1, ceil(flow x 0.97^distance)). A bare Gold Cable also deals a 6-damage contact shock within 0.5 blocks of any segment that is actively carrying energy, so players should insulate the line. Wrapping six bare cables with three rubber in a 3x3 grid yields six insulated segments that halve the loss to 0.015 and remove the shock entirely. Gold Cable works identically on Fabric and NeoForge.

Block properties

Item ID alaindustrial:gold_cable
/give command /give @p alaindustrial:gold_cable
Stackable Yes (64)
Best tool Hand (any)
Renewable Yes
Hardness 0.2
Java Edition Java Edition 26.2

Java Edition Guide

How to craft and use Gold Cable in Minecraft

  1. 1

    Gather gold ingots

    Collect at least three gold ingots from smelting raw gold, piglin bartering, or zombified piglin drops. Each craft yields three cable segments.

  2. 2

    Craft the bare cables

    Place three gold ingots in a horizontal row in any crafting grid to produce three bare Gold Cable segments for your MV energy network.

  3. 3

    Connect MV-tier machines

    Run the cable between MV devices such as the Assembler or CESU. Each segment carries up to 48 EU per tick at a 128 EU packet ceiling.

  4. 4

    Keep runs short

    Gold Cable loses 0.03 of the energy per block. Over a 10-block run, only 36 EU of a 48 EU/tick flow arrives at the consumer, so keep the line compact.

  5. 5

    Insulate for safety and efficiency

    Wrap six bare cables with three rubber in a 3x3 grid to make six insulated segments. Insulation halves the loss to 0.015 and removes the 6-damage contact shock.

Electrical hazard

A bare Gold Cable deals 6 damage within 0.5 blocks of any segment actively carrying energy. A solid block between the cable and the player blocks the shock, and insulating the cable removes the hazard entirely.

How to craft this block

Ingredients:
Crafting
Gold Cable
3
Gold Cable

Used in crafts

Frequently asked questions

How do you craft Gold Cable in Ala Industrial?

Place three gold ingots in a horizontal row in a crafting grid. The recipe yields three bare Gold Cable segments and works on both Fabric and NeoForge for Minecraft 26.2.

How much energy does Gold Cable carry?

Gold Cable carries up to 48 EU per tick and supports a 128 EU/packet ceiling, making it the first MV-tier wire in Ala Industrial — four times the throughput of a Copper Cable.

Does bare Gold Cable damage the player?

Yes. An energized bare segment deals 6 damage within 0.5 blocks. A disconnected line is safe, and insulating the cable with rubber removes the hazard entirely.

Should I use Gold Cable for long-distance power?

Gold Cable loses 0.03 of the energy per block, more than Copper Cable's 0.02, so it is best for short high-power runs. For long distances, Copper Cable or Tin Cable lose less per block.

Is there an insulated version of Gold Cable?

Yes. Wrap six bare Gold Cables with three rubber in a 3x3 crafting grid to produce six insulated segments. Insulation halves the loss to 0.015 per block and eliminates contact shock.

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