No matter how busy the node gets, your RAM allocation never changes: hard-reserved at the kernel, never shared. CPU bursts onto the Ryzen 9700X's 5.5 GHz Zen 5 cores. The hardware does the rest.
Minecraft's game loop is single-threaded. Redstone, mob AI, chunk generation, TPS: all live on one core. More RAM can't fix this. More cores can't fix this. Only clock speed does, and ours is among the highest available in game hosting today.
One of our 6 GB plans here routinely outperforms a 10 GB plan on an overloaded 3.2 GHz Xeon.
The game loop - TPS, redstone, mob AI, chunk generation - runs on a single core. A 5.5 GHz core finishes each tick in time; a 3.2 GHz core doesn't, and lag is what you get. More RAM can't fix this. More cores can't fix this. Only clock speed does.
Tick budget: 50ms. Room to spare.
Tick budget blown. Players see rubber-banding, broken redstone, delayed mob damage.
Numbers illustrate typical load behaviour. Your server's TPS dashboard is in the panel.
Connect your Minecraft Java servers behind a single Velocity proxy. We auto-configurevelocity.tomland every backend'spaper-global.yml, lock the backends down to proxy-only traffic, and rotate the forwarding secret with one click.
Start, stop, take backups, and watch in-game chat without leaving Discord. Free with every plan, locked to your Discord roles, and one slash command away.
The dashboard below is the real thing - same components, same layout, same live console streaming as when you log in. Every button works. Try stopping it. Start it again. Type a command. This is the product, not a demo video.