Sniff's Shoji

Adds some Japanese related blocks

332 Downloads

fabricdecoration

Rent Server with this Mod

Screenshots

About this Mod

Blocks

Sniff's Shoji is a small mod that adds some Japanese blocks like:

Shoji door:

Spoiler

A Shoji is a sliding door with custom sounds. not much else.

Paper walls:

Spoiler

There are 2 types: patterned and normal.

Paper lanterns:

Spoiler

Paper lanterns come in different colors and can be hung under each other.

Stone lantern:

Spoiler

A Lantern made of stone :)

Available Versions

Sniff's Shoji 1.0.0release

MC 1.21.1fabric

February 27, 2026

How to Install Sniff's Shoji on Your Server

Order Server

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

Set fabric Loader

In the panel under "Egg", select the fabric loader and matching Minecraft version (1.21.1).

Install Mod

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

Compatibility

Mod Loaders

fabric

Minecraft Versions

1.21.1

Server-side

✓ Required

Recommended RAM

4 GB(min. 3 GB)

Frequently Asked Questions

Sniff's Shoji server crashes on startup – what to do?

Most common cause: wrong fabric 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 (1.21.1). You can switch loaders with one click in the panel.

Is Sniff's Shoji compatible with fabric?

Sniff's Shoji officially supports fabric for Minecraft 1.21.1. The Mado dashboard automatically detects incompatible loader combinations.

Server lagging with Sniff's Shoji – how to optimize performance?

Recommended RAM: 4 GB (per 8 players). Use /spark profiler to check if Sniff's Shoji 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.