Picking a VPS location in Europe usually comes down to price and whatever the provider’s marketing page says. Most people don’t dig into the actual infrastructure underneath, things like internet exchange proximity, submarine cable access, power grid composition, or fiber penetration rates. These factors directly affect latency, uptime, and connection quality, but they’re buried in industry reports that nobody outside the data center world actually reads.
I went through those reports so you don’t have to. This covers 10 European countries across six infrastructure categories: internet exchange points, data center density, submarine cable landings, renewable energy availability, internet speeds, and GDPR compliance frameworks. Every statistic comes from verified sources including DE-CIX, AMS-IX, LINX, Cloudscene, Eurostat, TeleGeography, and the FTTH Council Europe. The goal is giving you actual data to make location decisions instead of relying on provider marketing.
- For the “Default” European VPS Location: The Netherlands offers the most balanced profile: top-tier IXP (AMS-IX), extremely high data center density for competition and redundancy, and central proximity for low-latency routing across the UK, Germany, and France.
- For Enterprise-Level Low-Latency Peering: Germany (Frankfurt) remains king due to the sheer volume of traffic at DE-CIX (18.11 Tbps) and the largest raw number of data centers, making it the most critical networking hub.
- For Global Reach (US/South America/Africa): Portugal (Lisbon) is the sleeper hit, offering uniquely direct cable access to all populated continents, which is unmatched by any other country in the list.
- For Strictly Green Hosting: The Nordics (Sweden and Denmark) are the clear winners, providing the highest renewable energy composition and benefiting from the superior cooling economics of a colder climate.
Internet exchange points across Europe
Internet exchange points are where networks meet to swap traffic directly. When your server sits near a major IXP, data travels fewer hops to reach destinations, which means lower latency and more reliable connections. Europe has three dominant exchanges that handle traffic in the terabits-per-second range, plus several regional exchanges that serve specific markets.
Major European internet exchanges (2024-2025)
| Exchange | Location | Peak Traffic | Networks |
| DE-CIX Frankfurt | Germany | 18.11 Tbps | ~1,100 |
| AMS-IX Amsterdam | Netherlands | 14 Tbps | 1,227 |
| LINX London | United Kingdom | 10.84 Tbps | 850+ |
| France-IX Paris | France | Regional | 400+ |
| DE-CIX Madrid | Spain | 604 Gbps avg | Regional |
DE-CIX Frankfurt leads Europe with 18.11 terabits per second peak traffic recorded in November 2024. The exchange processed over 45 exabytes of data that year, a 13% increase from 2023. Traffic has grown 118% over the past five years. AMS-IX in Amsterdam handles 14 terabits per second and connects 1,227 parties across 70 countries. LINX in London broke 11 terabits during Champions League matches in late 2025.
Regional exchanges by country:
- Ireland has INEX, which benefits from hyperscaler presence but handles less traffic than the big three
- Sweden operates Netnod, making Stockholm a Nordic hub
- Denmark has DIX as part of the Nordic interconnection ecosystem
- Poland operates PLIX in Warsaw with growing regional importance
- Portugal has GigaPIX, strategically positioned for transatlantic connections
Data center counts and density
Raw facility counts don’t tell the whole story. Germany leads Europe with 529 data centers, but spread across a country of 83 million people. The Netherlands has 298 facilities for 17.5 million people, which works out to roughly 17 data centers per million residents versus Germany’s 6 per million. Density affects provider competition and infrastructure redundancy in ways that matter for hosting reliability.
European data center count by country (November 2025)
| Rank | Country | Data Centers | Notes |
| 1 | Germany | 529 | Europe leader by count |
| 2 | United Kingdom | 523 | Post-Brexit considerations |
| 3 | France | 322 | Marseille Mediterranean hub |
| 4 | Netherlands | 298 | Highest density per capita |
| 7 | Poland | 144 | Central European growth |
| 7 | Spain | 144 | Southern hub emerging |
| 10 | Sweden | 95 | Nordic sustainability leader |
| 14 | Ireland | 55 | 77% hyperscaler controlled |
| 15 | Denmark | 50 | 88% renewable grid |
| 21 | Portugal | 21 | All-continent cable access |
Ireland presents an interesting case. Only 55 facilities, but hyperscalers like AWS, Google, Meta, and Microsoft control 77% of capacity. Data centers now consume 21% of Ireland’s national electricity, which led to a moratorium on new Dublin connections. The growth came from low corporate taxes attracting tech giants, but grid constraints are limiting further expansion.
The FLAP-D markets (Frankfurt, London, Amsterdam, Paris, Dublin) dominate European hosting. These five cities have 4,450 MW of operational capacity with another 4,100+ MW under construction or planned. Over half of Europe’s new data center development concentrates in these locations, which creates both opportunity and competition for hosting providers.
Submarine cable landing points
Western Europe is the most connected region globally for submarine cables. About 35% of all cables worldwide land here, with 152 cables across 20 countries and another 30 expected by 2027. These cables carry intercontinental traffic, so landing point proximity affects how your server connects to users outside Europe.
Cable landing situation by country:
United Kingdom
Multiple landing stations along south and east coasts. New builds include Iceni (UK-Netherlands), Beaufort (Ireland-UK via AWS-Vodafone partnership), and 2Africa. Excellent transatlantic positioning makes UK infrastructure valuable for US-Europe traffic.
France
Marseille is the critical Mediterranean hub where multiple SEA-ME-WE cables land, connecting Europe to Asia. The 2Africa mega-cable lands here, as does Medusa (pan-Mediterranean). Brittany coast handles Atlantic connections. This makes France essential for Europe-Asia routing.
Spain
Bilbao, Barcelona, and Valencia serve as key stations. The Anjana cable provides direct US-Spain connectivity at 480 Tbps across 7,000km. Also landing 2Africa and Medusa. Spain’s position makes it valuable for Americas and Mediterranean routing.
Portugal
The only European country with direct submarine cable connectivity to all populated continents. EllaLink provides the first direct Europe-South America route, landing at Equinix LS1 in Lisbon. Also receiving 2Africa, Equiano, and Medusa. Strategic position for global connectivity despite smaller data center count.
Germany
Limited direct submarine access despite being Europe’s largest data center market. IOEMA cable landing at Wilhelmshaven was the first new landing in over 25 years. Most German traffic routes through Netherlands or UK before hitting transatlantic cables, which adds latency for intercontinental traffic.
Netherlands
North Sea landing stations at Katwijk and Callantsoog. AC-1 (Atlantic Crossing) connects directly to US. Strong backhaul to AMS-IX. IOEMA cable runs through to Germany, Denmark, and Norway. Good positioning for Western European traffic.
Denmark
Blaabjerg serves as major landing station. Havfrue cable connects directly to US (live since 2020). IOEMA cable landing provides Northern European backbone connectivity.
Ireland
Southern coast has multiple transatlantic cables. Beaufort cable (AWS-Vodafone, 2024) strengthens UK connection. Strategic US-Europe positioning but fewer direct international routes than UK or France.
Sweden and Poland
Limited direct submarine presence. Sweden connects via Denmark and Finland with strong terrestrial fiber to continental Europe. Poland has Baltic Sea cables but limited international submarine infrastructure, relying on growing terrestrial connectivity.
Internet speeds and fiber penetration
France currently leads Europe with average fixed broadband speeds around 315 Mbps according to Ookla’s Speedtest Global Index. Denmark follows at 270 Mbps, with Sweden at 220 Mbps and Netherlands at 213 Mbps. But raw speed matters less for hosting than fiber penetration and last-mile quality, which affect how reliably end users connect to your server.
Fixed broadband speeds and fiber coverage (2025)
| Country | Download Speed | Fiber Coverage | Take-up Rate |
| France | 315 Mbps | 84% | 83.76% |
| Spain | 192 Mbps | 92% | 91% |
| Portugal | 150+ Mbps | 90% | 89.92% |
| Denmark | 270 Mbps | 76% rural | High |
| Sweden | 220 Mbps | 64.4% | High |
| Germany | ~200 Mbps | 40% | 25% |
| Poland | 168.8 Mbps | Growing | Moderate |
Spain and Portugal stand out for fiber penetration. Spain has 92% coverage with 91% take-up, Portugal has 90% coverage with nearly 90% take-up. Germany lags badly here despite having the most data centers. Only 40% fiber coverage and just 25% take-up means many German end users connect via slower technologies. This affects user experience for applications hosted in Germany when serving German customers.
Denmark deserves mention for rural fiber. 76% coverage in rural areas is the highest in the EU, which matters if your users are distributed across a country rather than concentrated in cities.
Renewable energy for data centers
Power source matters increasingly for hosting decisions. Some clients require green hosting for sustainability reporting, and renewable-heavy grids tend to have more stable long-term pricing. The Nordic countries lead Europe, with Denmark at 88.4% renewable electricity (56% from wind alone), Sweden and Portugal both at 87.5%. France sits lower at 25% renewable but adds 63% nuclear, making it 88% low-carbon overall.
Renewable electricity by country (2024)
| Country | Renewable % | Primary Sources |
| Denmark | 88.4% | Wind (56%), solar |
| Portugal | 87.5% | Wind, hydro |
| Sweden | 87.5% | Hydro, wind, biofuels |
| Spain | 56.9% | Wind, solar |
| Netherlands | ~53% | Wind 23%, Solar 21%, Nuclear 3% |
| Germany | ~52% | Wind, solar, biomass |
| Ireland | ~40% | Wind primary |
| Poland | ~25% | Coal still significant |
The Nordics offer additional advantages beyond grid composition. Cool ambient temperatures allow free cooling for 4,000+ hours per year, which reduces operating costs and improves PUE (Power Usage Effectiveness) scores. Microsoft committed $3.2 billion to an AI cluster in Sweden running on 100% renewable energy. Amazon invested €700 million in Finnish wind capacity (472 MW). These investments signal where major players see infrastructure heading.
In the Netherlands, 88% of Dutch Data Center Association members report using renewable power, though some of this gets imported from Scandinavia. Germany and Netherlands both sit around 52-53% renewable, with significant wind and solar investment ongoing.
GDPR and data compliance
All EU countries operate under GDPR, which has been in effect since May 2018. The regulation doesn’t mandate storing data within the EU, but it requires adequate protection for transfers outside. For many businesses, keeping data on EU servers simplifies compliance because you avoid dealing with adequacy assessments or Standard Contractual Clauses for international transfers.
Some countries add layers on top of GDPR:
- Germany has BDSG (Bundesdatenschutzgesetz) with stricter employee data protection and multiple state-level enforcement authorities
- France supplements GDPR with Loi Informatique et Libertés, enforced by CNIL
- UK operates under UK GDPR post-Brexit, with adequacy decisions maintaining data flows for now but subject to future review
About 46% of organizations identify regulatory compliance as their most important factor when choosing cloud providers. Enforcement has been serious. Meta received a €1.2 billion fine in Ireland for inadequate US data transfer protections. Amazon and TikTok have faced significant penalties. Total GDPR fines run into billions of euros since 2018, which has pushed businesses toward keeping EU data on EU servers.
Country-by-country ratings
Based on the infrastructure data, here’s how each country stacks up across categories. Five stars means excellent, one star means limited.
Infrastructure ratings by country
| Country | IXPs | DCs | Cables | Green | Speed | GDPR |
| Germany | ★★★★★ | ★★★★★ | ★★★☆☆ | ★★★★☆ | ★★★★☆ | ★★★★★ |
| UK | ★★★★★ | ★★★★★ | ★★★★★ | ★★★★☆ | ★★★★☆ | ★★★★☆ |
| France | ★★★★☆ | ★★★★☆ | ★★★★★ | ★★★★☆ | ★★★★★ | ★★★★★ |
| Netherlands | ★★★★★ | ★★★★★ | ★★★★☆ | ★★★☆☆ | ★★★★★ | ★★★★★ |
| Ireland | ★★★☆☆ | ★★★★☆ | ★★★★☆ | ★★★★☆ | ★★★★☆ | ★★★★★ |
| Spain | ★★★★☆ | ★★★☆☆ | ★★★★★ | ★★★★★ | ★★★★★ | ★★★★★ |
| Sweden | ★★★☆☆ | ★★★☆☆ | ★★★☆☆ | ★★★★★ | ★★★★★ | ★★★★★ |
| Denmark | ★★★☆☆ | ★★★☆☆ | ★★★★☆ | ★★★★★ | ★★★★★ | ★★★★★ |
| Poland | ★★★☆☆ | ★★★☆☆ | ★★☆☆☆ | ★★★☆☆ | ★★★★☆ | ★★★★★ |
| Portugal | ★★★☆☆ | ★★☆☆☆ | ★★★★★ | ★★★★★ | ★★★★☆ | ★★★★★ |
Picking a location based on what you actually need
No single country wins across every category. Germany has the most data centers and biggest IXP but poor fiber penetration and limited submarine access. The UK has excellent Atlantic connectivity but Brexit complicates EU data flows. France has the fastest consumer internet and critical Asia-Europe cable access but smaller IXP infrastructure. The Nordics have the greenest grids but fewer data centers and limited submarine presence.
Your priorities should drive location choice:
- For maximum IXP proximity and interconnection options, Germany or Netherlands make sense. Both have world-class exchanges and dense data center markets.
- For green hosting requirements, Sweden, Denmark, or Portugal offer near-carbon-free grids. The Nordics add free cooling benefits.
- For transatlantic or global connectivity, UK, France, Spain, or Portugal have better direct submarine cable access than landlocked or North Sea-limited alternatives.
- For serving Southern European users, Spain offers excellent fiber penetration (92%) and growing data center infrastructure.
- For cost optimization with growing infrastructure, Poland offers Central European positioning at lower price points.
- For balanced European coverage with strong IXP access, providers offering VPS in the Netherlands benefit from AMS-IX proximity and central Western European positioning.
The infrastructure data tells you what each location can deliver. The rest depends on where your users sit, what compliance requirements you face, and whether sustainability matters for your specific use case. Price still factors in, but understanding what you’re getting for that price makes the comparison meaningful rather than just shopping for cheapest CPU cores.
