How to Create a Minecraft Server on Hosting: Choosing a VPS and Basic Setup

A Minecraft game server is more convenient to deploy on a VPS because data centers guarantee 24/7 availability and do not depend on household factors. Home internet usually works through a dynamic IP or even CGNAT: the address changes, ports may be unavailable, and routing depends on the provider’s settings.

Routers periodically reboot after updates, lines may experience short outages at night, and home equipment is not designed for continuous load. A VPS eliminates these problems and provides full control over the environment - Java, the server core, mods, plugins, and configurations.

Modern Minecraft versions (1.20-1.21) require more resources than earlier builds. Data volumes have increased, along with CPU load, tick processing speed, and RAM requirements. For a comfortable gaming experience, the server needs a fast processor and a sufficient amount of RAM.

Minecraft VPS Requirements

Minecraft primarily loads one CPU core. The main calculations - ticks, terrain generation, and entity processing - run in a single thread, so core frequency is more important than the number of cores. Additional threads are used only for separate processes: file compression, asynchronous plugin operations, and backup preparation. They have minimal impact on world performance.

Current VPS parameters for Minecraft:

• 1-2 powerful CPU cores - determine tick speed and world response time;
  • 3-4 GB RAM - enough for vanilla and Paper servers with a small number of players;
  • 6-8 GB RAM - suitable for Fabric, Forge, and modpacks with many additional mechanics;
  • NVMe - speeds up chunk loading, world saving, and mod performance;
  • 100 Mbps connection - provides a stable connection for players.

Fabric and Forge increase the amount of computation: mods expand world generation, add their own entities, introduce new events, and perform periodic checks. All of this increases the load on memory and the Java machine. If the modpack is heavy or the player count grows, enough RAM is required so that ticks do not drop and the server does not reduce TPS when generating new areas.

How to Choose a VPS for Minecraft

When choosing a VPS, pay attention to CPU frequency, memory capacity, and storage type. Game performance depends on these parameters.

Important:

• CPU frequency - the recommended range is from 3.4-3.7 GHz and higher; older low-frequency models reduce tick speed;
  • CPU generation - modern Xeon v4 and newer models, as well as Ryzen processors, are suitable; Xeon v1-v2 and reduced-frequency series are not recommended;
  • memory capacity - 3-4 GB for vanilla servers and Paper, 6-8 GB for Fabric/Forge and modpacks; memory should be guaranteed, not temporarily available;
  • storage type - NVMe is noticeably faster than SATA SSD and reduces delays during world generation and mod operation;
  • network quality - real speed from 100 Mbps without strict traffic limits;
  • server location - the closer the server is to players, the lower the latency and packet loss;
  • scalability options - the plan should allow increasing memory and CPU cores without moving the server.

In most cases, these characteristics are the main factors to consider.

Installing Java and Preparing the System

Modern Minecraft servers run on Java 17 and Java 21. Most current server cores (Paper, Purpur, Fabric, Forge for newer versions) support Java 21, so it is usually chosen as the primary option. Java 17 remains compatible with some builds but is used less frequently.

Before launching the server, the system needs to be prepared to avoid access errors and conflicts between components.

Preparation steps:

• update system packages and install the selected OpenJDK version;
  • create a separate user to separate permissions and processes;
  • prepare directories for the world, configurations, and modifications;
  • open port 25565 and block unnecessary incoming connections;
  • set memory parameters (Xms, Xmx) within the available RAM limits.

This sequence eliminates possible permission issues, correctly creates the working environment, and ensures a proper startup.

Launching the Minecraft Core

The server is launched using one of several types of server cores. Paper or Purpur are most commonly used - both are based on Spigot and are designed to improve performance compared to the official Mojang server.

Paper includes basic optimizations for ticks and chunks, while Purpur adds advanced options for world and entity behavior.

Steps:

• download the jar file of the selected core;
  • perform the first launch to create service files;
  • accept the license agreement in eula.txt;
  • set startup parameters and memory allocation;
  • configure server.properties: render distance, game mode, difficulty, entity limits;
  • install plugins or mods and restart the server.

After the first launch, the world is created. Then tick parameters, chunk processing, and server load are configured and monitored during the initial operating period.

Server Management and Optimization

Minecraft performance depends on server core settings, JVM characteristics, and the selected world processing radius. Server management includes log monitoring, TPS control, and data backups.

Practical measures:

• Paper and Purpur reduce load through their own optimizations;
  • JVM parameters allow control over memory allocation and garbage collection;
  • reducing view-distance and simulation-distance decreases the number of operations performed during high player activity;
  • regular backups protect against world corruption and modification errors;
  • updating the server core and plugins closes vulnerabilities and fixes errors in data processing logic.

As the player count grows, increase allocated memory, move to a VPS with a higher CPU frequency, or adjust server core parameters to maintain TPS within a stable range.

Short Summary

A VPS is the simplest way to launch a Minecraft server: a ready platform with stable access, dedicated resources, and complete configuration freedom. The machine configuration can be scaled in any direction - increasing memory, adding CPU cores, or changing system parameters as the workload grows.

You can purchase a reliable VPS/VDS or dedicated server on our website.