GHz numbers and core counts do not predict how a game server will actually run. Two CPUs with the same clock speed can differ by 60% on real workloads, and a disk that looks fast in sequential tests can choke on the random I\/O that world saves produce. This article translates real benchmark numbers \u2014 CPU, NVMe, and network \u2014 into thresholds you can use when evaluating any dedicated server for game hosting.<\/p>\n\n
Most game server tick loops \u2014 Minecraft, Palworld, Valheim, ARK, and similar \u2014 run on one or two threads. That makes single-core performance the single best predictor of how many players you can host smoothly. Typical Geekbench 6 single-core ranges by CPU class in 2026:<\/p>\n\n Practical thresholds: a Minecraft server with view distance 10\u201312 and 50 players runs comfortably on a single-core score around 2,000; below 1,500 you will see tick lag during chunk generation. For Rust and ARK, which spread load across a few threads, look for at least 2,000 single-core plus 8+ physical cores. Multi-thread scores matter mainly when you run several instances on one box \u2014 there, roughly 4\u20138 GB of RAM and 2 cores per instance is a safer planning rule than core math alone.<\/p>\n\n When a host lists “SSD” without saying NVMe, ask. The difference is not marketing \u2014 it is a 5\u201310x gap on the exact I\/O pattern game servers generate.<\/p>\n\n Any host worth using will let you benchmark during the refund window. A 30-minute baseline beats a week of forum reading:<\/p>\n\nCPU class<\/th> Typical single-core (Geekbench 6)<\/th> What it supports<\/th><\/tr><\/thead> Xeon E5 v3\/v4 (2014\u20132016)<\/td> 1,100\u20131,500<\/td> Small vanilla servers, 1\u201320 players<\/td><\/tr> Xeon E-2300 \/ Ryzen 5000 (2021\u20132022)<\/td> 1,700\u20132,000<\/td> 50+ players on most games<\/td><\/tr> Ryzen 7000 \/ Xeon E-2400 (2023\u20132024)<\/td> 2,000\u20132,300<\/td> 100+ players, modded servers, higher tick rates<\/td><\/tr> EPYC 9004 \/ Xeon Gold (2022+)<\/td> 2,000\u20132,300<\/td> Same single-thread ceiling, far more cores for multi-instance<\/td><\/tr><\/tbody><\/table><\/figure>\n\n Disk: Where NVMe Shows Up in Real Numbers<\/h2>\n\n
Network: Throughput Math That Predicts Bandwidth Needs<\/h2>\n\n
Run Your Own Baseline Before You Commit<\/h2>\n\n
Thresholds at a Glance<\/h2>\n\n