Terminnus Bricks

Adds a BRICKTON of new bricks

120 Downloads

forgedecoration

Rent Server with this Mod

Screenshots

About this Mod

This mod introduces four brand-new types of bricks to your Minecraft world! Perfect for building, these unique bricks bring more variety and texture to your constructions. Whether you’re building a majestic castle, a cozy house, or a grand cityscape, these bricks will give your builds a fresh and stylish look.

The 4 new brick types

Available Versions

Terminnus Bricks 1.0.0release

MC 1.20.1forge

September 10, 2024

How to Install Terminnus Bricks on Your Server

Order Server

Order a Minecraft Java server with at least 3 GB RAM (4 GB recommended).

Set forge Loader

In the panel under "Egg", select the forge loader and matching Minecraft version (1.20.1).

Install Mod

Open the mod browser in the dashboard and search for "Terminnus Bricks". Click "Install" – done! Alternatively, upload the .jar via SFTP to the /mods folder.

Compatibility

Mod Loaders

forge

Minecraft Versions

1.20.1

Server-side

✓ Required

Recommended RAM

4 GB(min. 3 GB)

Frequently Asked Questions

Terminnus Bricks server crashes on startup – what to do?

Most common cause: wrong forge version or insufficient RAM. Check the server log (latest.log) for "OutOfMemoryError" or "Mixin" errors. With Mado Hosting: ensure at least 3 GB RAM is allocated and the loader matches the mod version (1.20.1). You can switch loaders with one click in the panel.

Is Terminnus Bricks compatible with forge?

Terminnus Bricks officially supports forge for Minecraft 1.20.1. The Mado dashboard automatically detects incompatible loader combinations.

Server lagging with Terminnus Bricks – how to optimize performance?

Recommended RAM: 4 GB (per 8 players). Use /spark profiler to check if Terminnus Bricks consumes the most tick time. Common fixes: reduce server view-distance to 8-10, install "performant" or "starlight" as supplementary mods on Forge. With Mado Hosting, your server runs on NVMe SSDs with dedicated CPU cores for minimal latency.