GPU Colocation in Amsterdam
GPU colocation in Amsterdam offers Europe's densest peering ecosystem (AMS-IX), 5ms RTT to both London and Frankfurt, and 20–80kW+ liquid-cooled capacity from operators like NorthC, Maincubes, Yondr, Penta Infra, Pure DC, and Greenhouse. Best for cross-EU inference, multi-cloud anchored AI, and EU-data-residency workloads. New builds are constrained by the post-2019 framework.
Why is Amsterdam the EU's connectivity capital?
Amsterdam is the second-largest data-centre market in Europe behind London/Slough, and it is functionally Europe's most-connected city. AMS-IX (Amsterdam Internet Exchange) is one of the largest internet exchanges in the world by traffic, sitting alongside DE-CIX (Frankfurt) and LINX (London) in the global top tier. For AI buyers running multi-region inference, federated training, or any deployment where peering economics and cross-EU latency matter, Amsterdam earns serious consideration.
The Dutch market is concentrated in two clusters: the Amsterdam metropolitan area (Science Park, Watergraafsmeer, Diemen) and the Schiphol corridor (around Schiphol airport, with Almere and Haarlemmermeer expanding the catchment). Like Slough and Dublin, Amsterdam is increasingly grid-constrained for new builds — the city of Amsterdam imposed a temporary moratorium on new data-centre construction in 2019, since revised but still imposing locational and sustainability conditions.
Which operators offer GPU colocation in Amsterdam?
From the providers we work with directly:
- NorthC Datacenters — Netherlands-headquartered operator with AMS capacity, 20–50kW density, liquid-ready, broker-friendly commercial terms.
- Penta Infra — emerging operator with Amsterdam capacity, 20–40kW density, mixed air/liquid cooling.
- Maincubes — high-density-focused operator across NL/DE, AMS site supports up to 50kW with liquid-ready specifications.
- Pure Data Centres — boutique high-density operator at 50kW+, expanding NL footprint.
- Yondr Group — purpose-built hyperscale-and-AI campuses with 30–80kW+ density and direct-to-chip cooling.
- Greenhouse Datacenters — sustainability-anchored operator, 20–50kW liquid-ready capacity, strong renewable-matching credentials.
Beyond the AI-ready operators above, Amsterdam also hosts dense capacity from Equinix (AM1–AM7), Digital Realty/Interxion (AMS1–AMS17, the largest operator in the city by sheer footprint), Iron Mountain, Lumen, and several others. Many of these are stronger interconnection plays than density plays — useful when AMS-IX peering or cloud cross-connects matter more than rack-level kW.
What is Amsterdam GPU colocation best suited for?
- Cross-EU peering economics — AMS-IX peering reaches a substantial share of European internet traffic at marginal cost. For AI inference servers needing to reach EU end-users with minimal transit, Amsterdam is structurally cheaper than London or Frankfurt at scale.
- Latency to London and Frankfurt — both ~5ms RTT. For AI architectures spanning London-anchored compute and Frankfurt-anchored compute, Amsterdam is a natural mid-point.
- EU data residency — like Dublin, Amsterdam is comfortably inside GDPR jurisdiction without cross-border transfer concerns.
- Sustainability-anchored deployments — Dutch grid mix has been moving aggressively toward renewables; operators here often have above-baseline ESG positioning.
- Multi-cloud anchored AI — every major hyperscaler runs an Amsterdam region; cross-connects are dense and well-priced.
- European HQ-region AI compute — for US AI companies establishing EU operations, Amsterdam pairs well with Dublin as a primary/replicated EU footprint.
What grid and planning constraints affect Amsterdam GPU colocation?
The City of Amsterdam's 2019 moratorium reflected concerns about the cluster's power and water demand crowding out other sustainability priorities. The framework that replaced the moratorium imposes locational requirements (preferring the Schiphol corridor over central Amsterdam), demand-response participation, sustainability minimums, and density requirements per square metre. Practical implication: new-build campuses are increasingly in the Schiphol corridor or further afield (Almere, Eemshaven). Existing Amsterdam-metropolitan capacity continues to operate normally and to take new tenants.
For an AI buyer, the buy-vs-build calculus tilts strongly toward taking space at existing operators rather than triggering new construction. This is the same dynamic as Slough and Dublin.
How does Amsterdam connect beyond AMS-IX?
Amsterdam hosts the European HQ for several major subsea cable landings (TAT-14, GTT, others) and is a critical hop for Europe-to-North-America AI replication. RTT from Amsterdam to NYC is ~70ms typical, with premium subsea routes pushing this lower. To Frankfurt: ~5ms. To Dublin: ~12–15ms via UK transit or direct subsea routes.
What should you ask Amsterdam GPU colocation operators?
- Density at the rack and across rows — confirm both numbers
- AMS-IX peering arrangements and cross-connect economics
- Cloud cross-connects to AWS, Azure, GCP, Oracle EU regions
- Sustainability commitment — renewable matching, water usage, heat re-use programmes
- City-of-Amsterdam permit position vs Schiphol-corridor capacity for build-to-spec deployments
Find GPU colocation in Amsterdam
Tell us your power, density, sustainability requirements, and EU connectivity targets. We'll come back with an Amsterdam shortlist plus comparisons to Frankfurt or Dublin where relevant.
Get Amsterdam Colocation Quotes