Dedicated Server for Gaming - Low Latency, Full Hardware, DDoS Protected

Game servers are latency-sensitive applications where milliseconds of inconsistency translate directly into player experience degradation. A tick rate of 64 means the server processes game state 64 times per second - every 15.6ms. If the server cannot deliver a consistent tick cycle because a noisy neighbor on the same physical host is saturating the CPU, players experience rubber-banding, ghost shots, and desync that make the game unplayable. VPS hosting introduces this variability through hypervisor scheduling, shared CPU contention, and storage I/O competition.

Dedicated hardware eliminates the variability sources. The physical CPU is yours. CPU scheduling decisions are made by your operating system kernel, not a hypervisor arbitrating between multiple tenants. Memory is not subject to balloon driver reclamation under host pressure. Disk I/O does not compete with adjacent VMs accessing the same storage controller. Network packets are not routed through a virtual switch that adds latency and jitter under high aggregate tenant traffic.

The result is consistent, predictable server performance at the tick rates your game requires. Counter-Strike and Valorant servers running at 128 tick on dedicated hardware deliver consistent 7.8ms processing intervals. The same server running on a VPS delivers variable intervals between 6ms and 25ms depending on host load - a variance that makes 128 tick meaningless in practice. For competitive gaming specifically, dedicated hardware is the only infrastructure that delivers the performance the game's design requires.

Beyond tick rate, game servers require fast world state serialization, efficient network packet processing for many concurrent connections, and the ability to run multiple game server processes on the same machine without one process starving another of resources. Dedicated hardware with high CPU clock speeds and large L3 caches handles these workloads efficiently. CPU affinity pinning - assigning specific game server processes to specific CPU cores to prevent cross-core cache invalidation - is only possible with full control over the physical CPU that dedicated hardware provides.

Gaming servers are among the most frequently DDoS-targeted infrastructure on the internet. Competitive game operators, angry players, and extortionists all have historical patterns of attacking game servers. A successful DDoS attack takes the server offline mid-match, drives players to competitor platforms, and if sustained, permanently damages the player base's confidence in the platform's reliability. DDoS protection is not optional for game server infrastructure - it is a baseline requirement.

AnubizHost's network-level DDoS protection operates at the upstream carrier level, scrubbing volumetric attack traffic before it reaches the server. This architecture is more effective than host-level mitigation because it intercepts attack traffic at the network perimeter rather than after it has already consumed the server's network bandwidth. A 100 Gbps volumetric attack directed at a server on a 1 Gbps uplink does not saturate the uplink if upstream scrubbing is in place - the scrubbing infrastructure absorbs the attack traffic and delivers only clean traffic to the server's port.

For game server operators facing regular, sophisticated DDoS campaigns rather than occasional opportunistic attacks, discuss dedicated mitigation tier options with AnubizHost support. Higher-tier mitigation includes larger scrubbing capacity, faster attack detection and mitigation activation, and more granular traffic filtering that distinguishes attack traffic from legitimate player connections more accurately during active attacks.

Offshore jurisdiction adds a secondary layer of protection for game servers. DMCA notices, legal threats from competitors, and government-directed content restriction orders all have no standing in Iceland or Romania without proper court process. For game servers hosting competitive play for titles with aggressive rights management, or for gaming platforms that operate in regulatory grey areas in some jurisdictions, the offshore location provides protection that DDoS mitigation alone cannot offer.

AnubizHost's Romania and Iceland datacenter locations connect to major European internet exchanges, providing low-latency routing to audiences across Europe. Romania's connections to DE-CIX (Frankfurt) and AMS-IX deliver latency under 30ms to most Central and Eastern European destinations and under 50ms to Western European destinations. Iceland's connectivity includes transatlantic cable access with good routing to both European and North American audiences.

For game servers targeting Eastern European players - Russia, Ukraine, Poland, Czech Republic, Hungary, Romania itself - a Romanian-origin server provides the lowest available latency from any offshore hosting option. Eastern European players connecting to Romanian servers typically see 15-30ms base latency, which is comparable to or better than latency to Western European datacenter locations. For platforms where the target audience is specifically Eastern European, Romania is the geographically optimal hosting location.

For game servers targeting Western European players or international audiences, Iceland's exchange connectivity provides good coverage across Europe with the addition of reasonable transatlantic performance. Dedicated servers with 1 Gbps uplinks can support hundreds of concurrent game server connections with bandwidth headroom for peak event traffic. Network traffic from game servers is typically low per-player compared to streaming - a 100-player game server typically generates 5-10 Mbps of aggregate traffic, well within 1 Gbps port capacity.

Custom server lists, matchmaking integration, and anti-cheat systems that require low-latency connections to central services should be evaluated against the latency profiles of both locations before selecting a hosting site. Contact AnubizHost support with your specific latency requirements and target player regions to discuss which datacenter location best fits your game server architecture.

Dedicated game servers start at $99/mo with full hardware isolation, DDoS protection, 1 Gbps network uplink, and full root SSH access. No KYC, no credit card required. Bitcoin, Monero, USDT, and ETH are accepted. Provisioning completes within 24-48 hours of confirmed payment. You receive root access to a clean Linux OS and manage your game server software stack independently.

Popular game server software - CS2, Minecraft Java and Bedrock, Valheim, Rust, ARK, Terraria, and similar titles - runs on Linux without modification. AnubizHost does not impose restrictions on which game server software you run. Steam game servers use SteamCMD for installation and updates, which installs and operates normally on a clean Linux base. Game-specific operating system requirements are your responsibility to evaluate against the available OS options before ordering.

Multiple game server instances can run simultaneously on a single dedicated server if resources permit. A 4-core dedicated server can typically run 4-8 game server processes simultaneously with appropriate CPU affinity configuration. For LAN party operators, esports tournament hosting, or multi-game hosting platforms, running multiple instances on a single dedicated server reduces per-instance infrastructure cost significantly compared to provisioning separate servers for each game.

Support for game server-specific network configuration - custom port mappings, UDP traffic optimization, MTU configuration - is available from the AnubizHost team. While we do not provide game server administration or game-specific technical support, we can assist with OS-level and network-level configuration that affects game server performance. Month-to-month billing applies with no minimum commitment, allowing you to scale game server capacity up and down with player activity levels.