Our servers run on an AMD EPYC 7B13 CPU with NVMe SSD storage, DDR4 RAM, and are located in Miami, Florida, USA.

We provide a user-friendly control panel powered by Pterodactyl. It allows you to easily manage your server, install mods and plugins, adjust server settings, and monitor performance metrics all from a web-based interface.

We strive to provide the highest level of server uptime. Our hosting infrastructure is built on reliable hardware and network connectivity, ensuring that your server experiences minimal downtime.

You can upload files to your server using our game panel, which allows you to easily manage your server files directly through your web browser. Alternatively, you can utilize full FTP access with the login information provided on the game panel for more comprehensive control over your file transfers, giving you the flexibility to upload large files or manage multiple files efficiently.

Absolutely! Our Minecraft hosting plans fully support the installation of mods and plugins. You can easily install them via the game panel or by using FTP to upload them directly to your server files.

RAM, or random access memory, acts as short-term storage for your Minecraft server, holding data that needs to be accessed quickly. It directly impacts the number of players your server can support and the size of the world that can be loaded. When a player joins your server, their data (inventory, location, etc.) is stored in RAM for fast retrieval. If there's insufficient RAM, your server may struggle to load chunks quickly, causing players to experience lag or disconnections. More RAM allows your server to support more concurrent players and helps prevent performance issues when using resource-intensive mods or plugins.

CPU cores, or central processing unit cores, are responsible for executing game logic and processing player actions on your Minecraft server. They handle tasks like mob AI, block updates, and redstone circuits. Unlike RAM, which stores data, CPU cores perform calculations and process instructions. When a player interacts with the world (e.g., breaking blocks), the CPU handles these actions and update the game state.