Choosing where to host a high-traffic, modded Minecraft network is one of the more consequential infrastructure decisions you will make before a public launch. The wrong provider costs you not just TPS, but community trust — players remember lag, and they leave. This analysis focuses specifically on providers with physical data centre presence in the United Kingdom (London), evaluated across the four metrics that determine real-world performance at 50–100+ concurrent players: CPU single-thread speed, network architecture, DDoS resilience, and the practicality of scaling vertically without rebuilding your network topology.
The providers reviewed below — Bloom.host, PebbleHost, BisectHosting, and Apex Hosting — represent the most referenced options in the technical Minecraft community as of Q1 2026. They are not the only choices, but they are the ones with sufficient public hardware disclosure and community track records to evaluate rigorously.
Why these four metrics matter for modded servers
Vanilla Minecraft is relatively forgiving. A modded server running a large Forge or NeoForge pack with 80+ players is not. Mods add entity processing, custom dimension tick logic, and storage I/O pressure that expose every weakness in your hardware and network stack. Before reviewing the providers, it is worth being precise about what you are actually measuring.
Single-threaded CPU performance is the most important hardware metric because Minecraft’s main game loop — ticks, entity AI, redstone, chunk loading — runs on a single thread. A 32-core server with poor single-thread clock speed will perform worse on a busy survival server than a 6-core machine at 5.5 GHz. The Ryzen 9000 series and late Ryzen 5000X parts currently lead for this use case.
Network port speed becomes critical the moment you introduce a proxy layer. A Velocity instance sitting in front of three backend shards, handling 80 simultaneous logins, auth packets, and plugin messaging channels, will saturate a 1 Gbps shared uplink noticeably under burst conditions. A 10 Gbps uplink — which only one provider in this comparison offers at the managed hosting tier — removes that ceiling entirely.
DDoS protection architecture is not just about the headline Gbps number. A 300 Gbps pipe that filters only L3/L4 traffic will not stop a Minecraft-specific login-flood attack that operates at the application layer (L7). The distinction between volumetric and game-aware mitigation is the difference between a 30-second disruption and a full server takedown.
Vertical scalability without IP changes is a practical operational concern that is often overlooked until migration day. If upgrading from 16 GB to 32 GB of RAM requires a new server allocation with a new IP address, you are rebuilding your DNS records, proxy configs, and player whitelists mid-operation. Providers that handle vertical scaling in-place are worth a meaningful premium.
Provider profiles
Bloom.host is the only managed provider in this set offering dedicated logical core allocation — two physical cores per plan, not shared across neighbouring tenants. That distinction becomes measurable under load. A shared-core environment means your server competes for CPU time during peak hours; a dedicated-core environment means your TPS is predictable regardless of what other customers on the node are doing. The 10 Gbps uplink is equally uncommon at this price point and is what makes multi-shard Velocity proxy configurations viable without re-architecting your network.
PebbleHost’s Ryzen 9 9900X is the most interesting CPU choice in the group for latency-sensitive workloads. The 5.6 GHz boost frequency is the highest base clock offered by any provider here, which translates directly into faster main-thread tick processing on entity-heavy modpacks. It runs on shared cores, but the node density is kept low enough that real-world performance reviews consistently rate it ahead of BisectHosting and Apex at similar or lower price points.
BisectHosting earns its place specifically through support depth. Their ticket staff are known for practical JVM and Forge debugging answers — not generic copy-paste responses. For operators who are less experienced with server-side tuning and want a safety net when a modpack update breaks something at 11pm, that is a genuine differentiator worth paying for. The tradeoff is price: at roughly $7.99/GB it is the most expensive option per unit of RAM and offers the least transparent DDoS specification.
Apex Hosting is the most beginner-friendly of the four, with polished onboarding and strong documentation. The 300 Gbps DDoS ceiling and 1 Gbps shared uplink are its two practical limitations for the 100-player target audience. It remains a reasonable choice for operators who prioritise ease of setup and live chat support over raw infrastructure headroom.
Full specification comparison
The table below consolidates publicly disclosed hardware and network specifications for UK London nodes as of April 2026. Where providers have not disclosed specific figures, this is noted — opacity about infrastructure specs is itself a signal worth factoring into your decision.
| Provider | CPU model | Core alloc. | Port speed | DDoS layer | Storage | Price/GB | Jars supported |
|---|---|---|---|---|---|---|---|
| Bloom.hostPerformance / Bare Metal | Ryzen 9 5950X / 7950X (bare metal) | 2 dedicated logical cores | 10 Gbps | 1+ Tbps XDP/eBPF, L3–L7, Minecraft-aware (Path.net blend) | NVMe Gen3 120–150 GB | ~$3.00 | Purpur, Pufferfish, Velocity, Paper, Fabric, Forge, NeoForge |
| PebbleHostPremium | Ryzen 9 9900X (4.4 GHz base / 5.6 boost) | Shared (low-density nodes) | 1 Gbps shared | 800 Gbps proprietary (Premium tier) | NVMe unlimited* | ~£2.00 | Purpur, Pufferfish, Velocity, Paper, Folia, Spigot, Forge, Fabric |
| BisectHostingPremium | Ryzen 9 7950X (EU/UK Premium nodes) | Shared (premium density) | 1 Gbps shared | Network-level (capacity undisclosed) | NVMe SSD | ~$7.99 | Paper, Spigot, Forge, Fabric, Velocity, BungeeCord |
| Apex HostingPremium (London) | Ryzen 9 7950X (varies; Tier 3 DC) | Shared (region-dependent) | 1 Gbps shared | Up to 300 Gbps enterprise (L3/L4) | SSD (NVMe unconfirmed UK) | ~$3.99–4.49 | Paper, Spigot, Forge, Fabric, Vanilla, Multicraft panel |
* Fair-use policy applies to PebbleHost storage. Prices reflect standard plans as of Q1 2026 — always verify current rates directly on each provider’s pricing page before purchasing.
Scaling verdict — matching host to traffic phase
No single provider is optimal at every stage of a community’s growth. The resource-to-traffic ratio that matters most changes as your concurrent player count grows: early on you need clock speed and low cost; later you need dedicated compute, proxy headroom, and attack resilience. The phases below reflect realistic milestones for a public modded project launching in the UK market.
What to prioritise when you are evaluating providers yourself
Marketing pages for Minecraft hosts rarely give you the numbers you actually need. When assessing any provider not covered in this analysis — or verifying that the specs above have not changed — ask these five questions directly in a sales ticket or support chat before purchasing.
- 1Are CPU cores dedicated or shared, and what is the overcommit ratio? A “dedicated” label can still mean you share a physical core with one other customer. Ask for the specific logical-core-to-plan ratio on the node you will be assigned.
- 2What is the uplink speed for the specific UK node, not the global network? Providers frequently advertise their fastest location as representative. Ask for the London node’s measured uplink speed and whether it is shared or dedicated.
- 3Does DDoS protection include L7 Minecraft-aware filtering? Volumetric protection (L3/L4) blocks traffic floods. Minecraft-specific L7 filtering blocks login floods, MOTD amplification, and session hijacking attempts. Confirm which level is active on your plan by default.
- 4Can you upgrade RAM without changing your server’s IP address? Seamless vertical scaling is the difference between a 5-minute plan change and a multi-hour migration involving DNS propagation, proxy reconfigs, and player communication.
- 5What is the backup retention policy and can you restore individual files? Daily full-server backups are standard. What is not standard is the ability to mount a backup and restore a single config file without downloading 40 GB of world data. Bloom.host’s Borg-based backup system is currently the only managed Minecraft host offering this natively.
TPS optimisation checklist — maximising performance after launch
The right host buys you ceiling. Hitting that ceiling requires deliberate server-side configuration. The checklist below focuses on decisions that consistently separate 18 TPS from a locked 20 TPS at high concurrency on modded servers — regardless of which provider you choose.
-XX:+UseZGC for sub-millisecond garbage collection pauses. On Bloom’s dedicated cores, ZGC stop-the-world events become effectively imperceptible to players even at 80+ concurrent connections. Keep Aikar’s base flags and append ZGC on top.view-distance to 8–10 for client rendering quality, but keep simulation-distance at 4–5 chunks. This halves your server’s entity and redstone tick surface without players noticing a visual quality drop. It is especially important on multi-dimension modpacks where each dimension maintains its own simulation radius independently.
