AMS-IX is one of the best-known internet exchanges in the world, and it helps explain why the Netherlands is such a common global point of presence for networks, clouds, and hosting providers. Here’s how AMS-IX works, how it compares to other exchanges, and why Amsterdam matters so much for global connectivity.
Publish date: 3/31/2026
If you’ve ever looked at hosting locations and noticed that the Netherlands shows up again and again, there’s a reason for that. Amsterdam is home to AMS-IX, one of the world’s best-known internet exchanges, and that has helped make the country a major interconnection point for networks, cloud platforms, CDNs, and hosting providers.
This article explains what AMS-IX is, how an internet exchange works, how AMS-IX compares with other major exchanges like DE-CIX and LINX, and why all of this helps make the Netherlands a common worldwide PoP.
AMS-IX stands for Amsterdam Internet Exchange. It is an internet exchange point, or IXP, which means it is a neutral interconnection platform where independent networks connect and exchange traffic directly rather than sending that traffic through extra upstream networks.
In plain English, AMS-IX is one of the places where a large number of networks meet each other. ISPs, cloud providers, content platforms, CDNs, carriers, gaming networks, and hosting companies can peer there, which usually means shorter paths, lower latency, and less dependence on paid transit for traffic that can be exchanged directly.
An internet exchange is not “the internet” itself, and it is not the same thing as a data center or a transit provider. It is better to think of it as a neutral switching fabric inside one or more facilities, where participating networks plug in and then choose which other networks they want to peer with.
Without an exchange, a network might have to send traffic through one or more third parties before it reaches its destination. With peering at an exchange, two networks can often hand off traffic directly. That can reduce path length, improve latency consistency, and lower bandwidth costs, especially for traffic-heavy use cases like streaming, gaming, large downloads, SaaS, and cloud workloads.
AMS-IX matters because scale attracts more scale. Once an exchange has enough networks connected to it, it becomes increasingly valuable for other networks to connect too. That creates a network effect, and Amsterdam has benefited from it for decades.
AMS-IX reported that internet traffic volume over its Amsterdam platform reached 35.66 exabytes in 2025, and it started 2025 with a new traffic peak of 14.2 Tb/s. Its public stats page currently shows traffic peaks a little above 13 Tb/s on the Amsterdam platform as daily figures fluctuate. Those numbers change over time, but the larger point stays the same: Amsterdam handles a very large amount of interconnection traffic.
AMS-IX also says networks can connect directly or remotely from more than 800 locations worldwide. That matters because not every participant needs to be physically present in one Amsterdam building to benefit from the exchange. Remote peering broadens the reach of the platform and helps explain why AMS-IX has influence well beyond the Netherlands itself.
AMS-IX is one of the best-known exchanges globally, but it is not the only major one. In practice, it sits in the same conversation as DE-CIX in Frankfurt and LINX in London.
DE-CIX is arguably the most obvious comparison point. DE-CIX reported 79 exabytes of global traffic across its exchanges in 2025, with more than 4,000 connected networks worldwide, though that figure reflects its global platform footprint rather than a single metro alone. AMS-IX, by contrast, is especially associated with Amsterdam as a single major interconnection hub, even though it also has a broader service footprint.
LINX is another major exchange ecosystem. LINX reported a peak traffic level above 10.841 Tb/s in 2024 and continued growth in connected network capacity. Like AMS-IX and DE-CIX, it plays a major role in regional and international interconnection, but London’s role is shaped by a different geography, regulatory history, and market structure than Amsterdam’s.
A simple way to compare them is this:
The important takeaway is that AMS-IX does not exist in isolation. It competes with other big exchanges, but it also benefits from being part of a broader European interconnection map where Amsterdam, Frankfurt, London, and a few other metros act as anchor points. That is one reason hosting providers often choose the Netherlands as a deployment location even when their audience is international rather than strictly Dutch.
A PoP, or point of presence, is basically a place where a provider installs network infrastructure so it can connect users, upstreams, peers, or customers efficiently. The Netherlands became a very common worldwide PoP because Amsterdam offers a combination of dense peering, strong carrier presence, mature data center ecosystems, and good regional position within Europe.
That density matters more than any single marketing claim. When many carriers, clouds, content networks, and hosting companies are already in one metro, it becomes easier for the next provider to justify building there too.
The Netherlands also benefits from wider backbone and subsea connectivity dynamics. The European Commission notes that submarine cables carry the overwhelming majority of intercontinental data traffic, and Dutch industry groups continue to frame the Netherlands as a digital gateway whose position depends heavily on intercontinental connectivity and cable investment. In other words, AMS-IX is a major part of the story, but not the whole story. The bigger advantage is the combination of exchange density, carrier ecosystems, fiber routes, and international connectivity.
For a hosting provider, being near a major exchange like AMS-IX can be a practical advantage. It can create more options for direct peering, better route diversity, and lower-latency paths to large eyeball networks, cloud providers, and content platforms. That does not automatically mean every workload will be faster just because it is in Amsterdam, but it does mean the network environment is usually strong.
This is one reason Amsterdam keeps showing up as a hosting location for projects targeting Europe, and often for wider regions too. A provider in the Netherlands can sit close to large interconnection ecosystems and then use that position to serve nearby European markets efficiently while still remaining well-connected internationally.
AMS-IX matters most when network path quality is a real part of the workload. That includes media delivery, gaming, SaaS platforms, APIs, hosting, VPN infrastructure, and any service where latency and routing consistency affect user experience.
If your users are mostly in Europe, Amsterdam is often a sensible location to evaluate. If your traffic mix includes large networks that peer heavily in Amsterdam, the case gets even stronger. On the other hand, if your audience is concentrated in one country far from the Netherlands, another metro may make more sense even if AMS-IX itself is impressive. That is why exchange size is important, but it is never the only factor.
When comparing providers in the Netherlands, it helps to look beyond the simple phrase “connected to AMS-IX.”
First, check whether the provider has direct exchange presence or relies mostly on upstream carriers. Both models can work, but they are not the same.
Second, look at the broader network mix. A good Netherlands PoP usually benefits from multiple carriers, strong regional routes, and access to major exchanges or exchange-rich campuses.
Third, think about your actual audience geography. AMS-IX is great, but the best location is still the one that matches your traffic patterns.
AMS-IX is not the only reason the Netherlands became a major internet hub, but it is one of the clearest symbols of why Amsterdam matters. A large neutral exchange attracts networks, and those networks attract more infrastructure, more providers, and more reasons for the next company to deploy there.
That is why the Netherlands appears so often as a worldwide PoP. It is not just about geography on a map. It is about interconnection density, peering opportunity, and the long-term network effects that come from being one of Europe’s most connected metros.
AMS-IX is one of the best-known internet exchanges in the world, and it helps explain why Amsterdam and the Netherlands have become such common deployment points for networks, hosting providers, and cloud infrastructure. When people talk about the Netherlands as a global internet hub, they are usually talking about a bigger ecosystem, but AMS-IX is one of the main reasons that ecosystem became so dense in the first place.
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AMS-IX is the Amsterdam Internet Exchange, a major internet exchange point in the Netherlands where independent networks connect and exchange traffic directly.
It is one of the biggest and most recognized, but “biggest” depends on the metric being used, such as peak throughput, average traffic, members, or global platform footprint. DE-CIX and LINX are also part of that top-tier conversation.
Because large exchanges attract carriers, clouds, CDNs, and hosting providers, and that creates dense interconnection. That density helps make Amsterdam a common PoP for serving Europe and wider international traffic.
No. AMS-IX is a big part of the story, but Amsterdam’s role also comes from its mature data center ecosystem, carrier density, fiber connectivity, and broader intercontinental cable position.
No. A Netherlands location can be excellent for European reach and international interconnection, but actual latency still depends on where your users are, which networks they use, and how your provider is connected.
