How to Choose the Best Game Server Location

Every competitive gamer knows the feeling: you fire first, the hit registers late, and the kill goes to the other player. In most cases, the culprit is not your aim or your internet speed. It is the physical distance between you and the game server. Choosing the right server location is one of the most impactful decisions you can make when hosting a game server, and yet it is one of the most overlooked.

This guide walks through everything you need to consider when selecting a server location: how latency works at a physical level, how to match your server to your player base, what makes certain data centers better than others, and how to test before you commit. Whether you are running a small Minecraft server for friends or a large competitive community, the principles are the same.

Why server location matters more than server specs

You can buy the fastest processor on the market and load your server with 64 GB of RAM. None of that matters if your players are 10,000 kilometers away from the machine. Server hardware determines how quickly the server processes game logic: ticks, physics calculations, world generation, and plugin execution. But the time it takes for a player's action to reach the server and for the result to travel back is governed almost entirely by geography and network routing.

Think of it this way: server performance sets the floor, but network latency sets the ceiling. A perfectly optimized server running on AMD Ryzen 9 7950X hardware with NVMe storage can process a game tick in under a millisecond. But if the round-trip time between the player and the server is 150 ms, every action that player takes is delayed by at least that amount. For fast-paced shooters, competitive PvP, or even redstone-heavy Minecraft builds, that delay is immediately noticeable.

How latency and ping actually work

Latency is the time it takes for a data packet to travel from one point to another across a network. Ping is the round-trip version: the packet goes from your computer to the server and back. When gamers say "my ping is 40 ms," they mean the full round trip takes 40 milliseconds.

Several factors determine your ping to a game server:

Physical distance. Light in a fiber-optic cable travels at roughly two-thirds the speed of light in a vacuum, about 200,000 km/s. A straight-line distance of 6,000 km between a player in New York and a server in Amsterdam introduces at least 30 ms of one-way latency from physics alone, and the real number is higher because cables do not run in straight lines.
Number of network hops. Every router and switch between the player and the server adds a small amount of processing delay. A packet might pass through 10 to 20 hops on a typical transatlantic route.
Network congestion. Shared links and overloaded peering points introduce variable delay called jitter. Jitter is often worse than raw latency because it makes the connection feel unstable.
Last-mile quality. The connection from the player's home to their ISP is frequently the weakest link. Wi-Fi, old copper lines, and congested neighborhood nodes all add latency before the packet even reaches the internet backbone.

You cannot control your players' last-mile connections, but you can control where the server sits on the network and how well that location peers with major ISPs.

Matching your server location to your player base

The single most important rule: put the server where most of your players are. This sounds obvious, but many server operators pick a location based on where they live rather than where their community plays from.

Start by figuring out the geographic distribution of your players. If you already run a server, check connection logs for IP addresses and use a GeoIP lookup to see which countries and regions they come from. If you are starting fresh, think about where you plan to recruit players. A server advertised on English-language forums will attract a very different geographic spread than one posted on German or Polish community boards.

Here is a rough guide:

Mostly North American players: choose a US location. East coast (Virginia/Ashburn) covers the densely populated northeastern corridor and provides reasonable latency to the Midwest. West coast (California/Los Angeles) serves players along the Pacific coast and connects well to players in western Canada and Mexico.
Mostly European players: pick a central European location. The Netherlands (Amsterdam), Germany (Frankfurt), or France (Paris) all sit near major internet exchange points and offer low latency across Western and Central Europe. Poland (Warsaw) is a strong choice if your community leans Eastern European.
Mixed international players: this is the hardest scenario. No single location will give everyone low ping. In this case, consider running two servers in different regions, or pick the location that minimizes the worst-case ping for the largest group.

Understanding peering and internet exchange points

Not all data centers are equal, even when they are in the same city. The difference often comes down to peering: the direct network connections between internet service providers and hosting networks.

An Internet Exchange Point (IX or IXP) is a physical location where multiple networks meet and exchange traffic directly. When your hosting provider peers at a major IX, packets from your players' ISPs can reach your server with fewer hops and lower latency. When peering is poor, packets take detours through third-party transit networks, adding milliseconds and introducing potential congestion points.

Some of the most important exchange points for game hosting:

AMS-IX (Amsterdam): one of the largest IXPs in the world by traffic volume. Hosting in Amsterdam gives you direct peering with hundreds of European ISPs and excellent transatlantic connectivity.
DE-CIX (Frankfurt): the largest IX by number of connected networks. Frankfurt is the backbone of European internet traffic and offers some of the lowest latencies to ISPs across Germany, Austria, Switzerland, and the Benelux region.
France-IX (Paris): critical for French players and also well-connected to Southern European networks. Paris adds a strong option for communities that span France, Spain, and Italy.
Equinix Ashburn: the most interconnected data center campus in North America. More than 70% of US internet traffic passes through Ashburn at some point. Hosting here gives you direct peering paths to nearly every major US ISP.
Equinix Los Angeles: the primary west coast hub, critical for players on the Pacific coast and for connections to Asia-Pacific networks.

When choosing a hosting provider, look for one that operates from data centers at or near these exchange points. HostValues runs its infrastructure in facilities connected to these exact IXPs across all six server locations.

US East Coast vs. West Coast: which one to pick

If your player base is primarily in the United States, you need to decide between an east coast and a west coast server. This decision is more nuanced than it first appears.

Virginia (Ashburn) is the default choice for most US-focused game servers, and for good reason. The eastern seaboard holds the highest population density in the United States. Cities from Boston to Washington, D.C. are all within a few milliseconds of Ashburn data centers. Midwestern cities like Chicago, Atlanta, and Dallas typically see 20 to 40 ms to Ashburn, which is perfectly playable for any game genre.

The tradeoff is that players on the west coast (Seattle, San Francisco, Los Angeles) will see 60 to 80 ms to a Virginia server. For casual games and survival titles like Minecraft, that is fine. For competitive first-person shooters where every millisecond counts, it can be a disadvantage.

California (Los Angeles) flips the equation. West coast players get single-digit pings, and the server connects well to players in the Mountain time zone. But east coast players will see the same 60 to 80 ms in reverse, and the player density on the east coast means more people are affected by the higher latency.

A practical approach: if more than 60% of your players connect from east of the Mississippi River, go with Virginia. If your community skews west coast, or if you have a significant number of players connecting from Asia or Oceania, Los Angeles is the better pick. And if you have a large, coast-to-coast community, consider running servers in both locations.

European locations: a closer look

Europe is geographically compact compared to the United States, which means the differences between European server locations are smaller in absolute terms. A player in London will see roughly 5 to 15 ms to Amsterdam, 15 to 25 ms to Frankfurt, and 20 to 30 ms to Paris. All of those are excellent for gaming.

That said, the choice still matters, especially as you move toward the edges of the continent:

Netherlands (Amsterdam) is the best all-around choice for Western European communities. AMS-IX provides outstanding peering, and Amsterdam's position gives it low latency to the UK, Scandinavia, Germany, and the Benelux countries. It also has some of the best transatlantic links if you have a mixed US-European player base.

Germany (Frankfurt) is ideal when your players are concentrated in Central Europe. German, Austrian, Swiss, and Czech players will see the lowest possible latency here. Frankfurt also serves as a gateway to Eastern Europe, with better routing to Poland and the Baltic states than Amsterdam typically offers.

France (Paris) is the strongest option for French-speaking communities and for players in Southern Europe. Spanish, Italian, and Portuguese players often get their best latency to Paris rather than to Amsterdam or Frankfurt, because the submarine cables and terrestrial routes along the Mediterranean coast route through France.

Poland (Warsaw) is the standout choice for Eastern European communities. Players in Poland, the Czech Republic, Slovakia, Hungary, Romania, and the Baltic states will see significantly lower ping to Warsaw than to any Western European location. If your community includes players from Ukraine, Turkey, or Russia, Warsaw often provides the best compromise location.

HostValues offers all four of these European locations, plus the two US locations, giving you flexibility to place your server exactly where your players need it. Browse the full list on the server locations page and use the built-in latency test to verify which location works best for your specific community.

How to test latency before committing

Never guess your latency. Always measure it. Here are several methods, ranging from quick checks to thorough testing:

Ping test from your own machine. Open a terminal or command prompt and run ping followed by the server IP or a test IP provided by your hosting provider. This gives you a basic round-trip measurement. Run it for at least 30 seconds to see the average and to spot jitter (variation between pings).
Traceroute for path analysis. Use tracert (Windows) or traceroute (Linux/macOS) to see every hop between you and the server. This reveals where delays are introduced. If you see a big latency jump at a specific hop, that is likely a congestion point or a long physical cable run.
Ask your players to test. Your own ping only tells one part of the story. Share a test IP with your community and ask players in different regions to report their ping. A server in Frankfurt might give you 10 ms from Berlin, but your Australian player will see 280 ms. Knowing these numbers helps you make informed decisions.
Use the HostValues latency test. The server locations page includes an interactive latency test that measures your ping to every available location simultaneously. Run it from several devices and at different times of day for the most complete picture.
Test during peak hours. Latency at 3 AM is often significantly lower than at 8 PM when everyone in the neighborhood is streaming video. Test during the hours your players are most active to get realistic numbers.

The role of DDoS protection in location choice

Distributed denial-of-service attacks are a persistent threat for game servers, especially popular or competitive ones. A DDoS attack floods your server's network connection with junk traffic, making the server unreachable for legitimate players.

The effectiveness of DDoS mitigation depends heavily on where the filtering happens in the network. The best protection scrubs malicious traffic at the network edge, close to the data center, before it can saturate the server's connection. This means the quality of DDoS protection is partly a function of location: a data center with robust upstream capacity and on-site scrubbing hardware handles attacks much more effectively than one where traffic must be rerouted to a distant scrubbing center.

HostValues includes DDoS protection on every plan across all six locations at no additional cost. Whether you choose Amsterdam, Frankfurt, Paris, Warsaw, Ashburn, or Los Angeles, your server benefits from network-level mitigation that filters attack traffic before it reaches your game server process.

When to switch your server location

Choosing a location is not a permanent decision. There are several scenarios where switching makes sense:

Your player base has shifted. Communities evolve. A server that started with mostly German players might now have a majority from the US after being featured by an American content creator. Review your player demographics every few months.
You are expanding to a new region. If you are growing from a European community into the US market, adding a US-based server is more effective than trying to serve both continents from one location.
Persistent routing issues. Sometimes a specific ISP will have poor routing to a particular data center. If a significant portion of your players are on that ISP and the issue does not resolve within a few weeks, switching to a nearby alternative location may help.
You are launching a competitive mode. Casual gameplay tolerates higher latency. If you are adding ranked or competitive features, consider a location that minimizes latency for the core competitive player base, even if it means slightly higher ping for casual players in other regions.

At HostValues, switching between any of the six locations (Netherlands, Germany, France, Poland, US Virginia, US California) is straightforward. Your server data transfers with you, so there is no need to rebuild from scratch.

Hardware still matters: why location and specs work together

A good location with poor hardware still results in a bad experience. Network latency determines the minimum possible response time, but the server hardware determines how much additional delay gets added on top.

When a game tick arrives at the server, the processor must calculate physics, update entity positions, run plugin logic, save data to disk, and send the result back to connected players. A slow processor or a spinning hard disk adds milliseconds to each of these steps. On a busy server with many players and complex game logic, that overhead compounds.

This is why HostValues pairs every location with identical high-performance hardware: AMD Ryzen 9 7950X processors delivering over 5 GHz single-thread boost speeds, NVMe storage for near-instant read and write operations, and generous memory allocations. The goal is to ensure that no matter which of the six locations you choose, the server-side processing time stays minimal, so the only meaningful variable in your players' experience is the network path between them and the data center.

That combination of location flexibility and consistent hardware performance is what separates a good game hosting setup from a frustrating one. You should never have to choose between a location that is close to your players and a server that can actually handle the game.

Practical checklist for choosing your location

Before you finalize your decision, walk through this checklist:

Map your player base. Where do at least 70% of your players connect from? Start with the location closest to that region.
Check peering. Is the data center connected to a major IX? Good peering reduces latency beyond what raw distance predicts.
Test from multiple locations. Use the HostValues latency test and ask players from different regions to run it too.
Consider the game genre. Fast-paced competitive games require lower latency (under 50 ms for the majority) than cooperative survival games (under 100 ms is usually fine).
Factor in growth. If you plan to attract players from a new region, choose a location that can serve both your current and target audiences.
Verify DDoS protection. Confirm that the provider includes mitigation at the location you choose, not just at certain data centers.
Test at peak times. Latency numbers taken at off-peak hours can be misleading. Run your tests when your players are active.

Explore HostValues server locations

HostValues gives you six data center locations to choose from: Netherlands (Amsterdam), Germany (Frankfurt), France (Paris), Poland (Warsaw), US Virginia (Ashburn), and US California (Los Angeles). Every location runs the same AMD Ryzen 9 7950X hardware, NVMe storage, and includes DDoS protection at no extra cost.

Browse game server hosting plans to get started, check out VPS hosting if you want full root access, or visit the server locations page to run a latency test from your own connection. For Minecraft specifically, see the dedicated Minecraft hosting page for plans tailored to vanilla and modded servers.

Frequently asked questions

Does a closer server location always mean lower ping?

Usually, but not always. Physical distance is the primary factor, but network routing plays a significant role as well. A server that is 500 km away but connected through a major IX with direct peering to your ISP can give you lower ping than a server that is 200 km away but relies on indirect transit routes. This is why testing your actual latency is important rather than just looking at a map. Data centers in Amsterdam, Frankfurt, and Ashburn tend to outperform their distance predictions because of their exceptional peering arrangements.

Can I run game servers in two locations at once?

Yes. Many communities run separate servers in different regions so that players can choose the one closest to them. For example, you might run a US Virginia server for your North American players and an Amsterdam server for European players. Each server operates independently with its own world and player data. Some games even support proxy setups that let players connect to a single address and get routed to the nearest server automatically, though this requires additional configuration. HostValues supports multi-location setups across all six data center locations.

How much ping is too much for online gaming?

It depends on the game genre. For competitive first-person shooters like Valorant or CS2, most players notice degraded hit registration above 50 to 60 ms, and anything over 80 ms puts you at a measurable disadvantage. For survival and sandbox games like Minecraft or Rust, latency up to 100 ms is comfortable for most players, and even 150 ms is playable for casual gameplay. Turn-based or strategy games are the most tolerant, with latency up to 200 ms rarely causing issues. As a general guideline, aim for under 50 ms for competitive play and under 100 ms for casual play for the majority of your player base.

Ready to place your game server in the optimal location? Visit the server locations page to test your latency, then pick a plan from the game hosting overview. With six locations spanning Europe and the United States, you will find the right fit for your community.