Project Red Integration FAQ

Craft the basic gates first (AND, OR, NOT) and place them on a flat surface to test simple logic. Once you understand gate inputs and outputs, move on to cells and bus components for compact builds.

Gates are standalone blocks you place in the world with visible inputs and outputs. Cells are the flat, plate-like versions designed to sit on insulated wire or bundled cable for compact circuitry.

Gates accept redstone signals from vanilla redstone, Project Red wires, or bundled cables on any input side. Make sure you're feeding the correct face — the input side is usually marked with a colored band or arrow.

Check that the gate is actually receiving power on its input face and that its output face is pointing toward your destination. Gates only output from one side, so rotating with a screwdriver or wrench is often the fix.

Use a screwdriver on the gate to cycle through rotation and configuration modes. Right-clicking with the screwdriver usually changes the facing direction, while sneak-right-clicking may change the gate's logic variant.

Bundled cables carry multiple colored signals in a single block, letting you route many channels without spaghetti wiring. Each color is independent, so you can send different redstone strengths or on/off states side by side.

Place a Bus Converter or Bus Input Panel between the gate and the bundled cable. The converter translates individual gate signals into colored channels on the bundle, and vice versa.

In survival, gates need to be crafted with the correct components and may require power from an actual source rather than a creative-only block. Double-check that your power source is a real redstone signal, not a creative-only emitter.

Gates themselves are lightweight, but thousands of them updating every tick can add up. Use cells and bundled cables to consolidate logic, and avoid unnecessary clock circuits running constantly.

It generally works alongside vanilla redstone and most redstone mods since it uses standard redstone signals. Bundled cables are Project Red-specific, so you'll need converters to interface with other mods' wiring systems.

It adds redstone logic gates that can replace very large multi-block circuits. It is the Integration module of the Project Red series, focused on highly compact gates that make designing redstone circuits easier.

It adds redstone logic gates, including gates like AND, NAND, NOR, NOT, OR, XNOR and XOR, along with cells, latches, counters, timers, sensors, displays and other redstone components.

The Modrinth project page lists Minecraft versions 1.19.2, 1.20.1, 1.20.4 and 1.21.1.

It is listed for Forge and NeoForge.

It requires the external library mods CodeChicken Lib and CB Multipart, and the Project Red Core module is also required to be installed.

Yes, Project Red Fabrication requires Integration and Transmission.

Yes, it registers 34 items and blocks, including and cell, and gate, buffer cell, buffer gate, bus converter, bus input panel, bus randomizer, bus transceiver, comparator, counter, dec randomizer, invert cell, light sensor, multiplexer, nand gate, nor gate, not gate, null cell, or gate, pulse former, rain sensor, randomizer, repeater, rs latch, segment display, sequencer, state cell, synchronizer, timer, toggle latch, transparent latch, transparent latch cell, xnor gate and xor gate.

Yes, Project Red is heavily inspired by Red Power by Eloraam.

Yes, it integrates with CB Multipart, and all tiles are created to behave with others in the same block space.

Yes, the mod author allows use in modpacks and asks that a link to the project page be provided if possible.