FogIXP Amsterdam

Netherlands

City
Amsterdam
Website
https://fogixp.nl

About this IXP

Data last updated May 2026

Capacity at this IXP

641 Gbps

Cumulative port speeds of all IXP members. This shows the potential maximum traffic that can be exchanged at this IXP at one time.

Membership and capacity

The size and strength of an IXP is determined by a combination of how many members it has, and the total capacity. Larger networks tend to bring more capacity, which can benefit all members.

Data for FogIXP Amsterdam as shown in PeeringDB in May 2026

Members of this IXP

34

ASNs (autonomous system numbers) are listed in PeeringDB

In the last 12 months

  • ASNs left0
  • New ASNs joined34

Participates in the MANRS IXP program

No

IXPs that join this voluntary program apply a framework of enhanced routing security in peering. It signals an extra commitment to responsible Internet stewardship.

Source: MANRS

RIPE Atlas anchor

Yes

Organizations that run IXPs can host anchors to measure Internet connectivity and traffic. An anchor is a large capacity probe often used by IXPs.

Source: RIPEStat

Member information

Last sync from PeeringDB: May 2026

View this IXP on PeeringDB

Countries of registration

A summary of member registrations by country. An IXP with a mixture of international and near-neighbor members can indicate that an IXP is influential, or acts as a hub within its region or sub-region.

  • Netherlands: 11
  • Germany: 4
  • United Kingdom: 4
  • Canada: 3
  • Switzerland: 3
View all countries of registration
  • United States of America: 2
  • Ireland: 2
  • Austria: 1
  • Bulgaria: 1
  • Romania: 1
  • Thailand: 1
  • Czechia: 1

Types of network at this IXP

The mix of members is an indication of a strength or focus of an IXP.

  • NSP: 11
  • Content: 6
  • Educational/Research: 5
  • Unknown: 4
  • Cable/DSL/ISP: 3
View all network types
  • Enterprise: 2
  • Network Services: 2
  • Route Server: 1

Members peering at the route server

31 / 34

The route server is a central hub that makes it easier for all networks to peer without having to create individual agreements with other members.

Members using RPKI

32 / 34

members at this IXP use Resource Public Key Infrastructure (RPKI), a security measure that helps ensure traffic is routed correctly. A member is counted as using RPKI if they have at least one valid ROA.

Peering policies of IXP members

Members of an IXP can choose how they peer with others. The Internet Society encourages open policies where possible.

Member list for FogIXP Amsterdam

This list uses the data available in PeeringDB, which is based on self-reported data, and was last updated in Pulse May 2026

Name AS Number Peering policy RPKI Enabled
ROUTE64.ORG
  • Autonomous system (AS) number: 212895
  • Type of AS: NSP
  • Peering policy: Open
  • Port speed: 1 Gbps
  • Does this member peer at the route server?: Yes
  • Country of registration: Germany
  • Total peering locations for this AS: 28
 212895 Open Yes
RelAix Networks
  • Autonomous system (AS) number: 34953
  • Type of AS: Cable/DSL/ISP
  • Peering policy: Open
  • Port speed: 10 Gbps
  • Does this member peer at the route server?: Yes
  • Country of registration: Germany
  • Total peering locations for this AS: 5
 34953 Open Yes
Robert Weir
  • Autonomous system (AS) number: 213576
  • Type of AS: Educational/Research
  • Peering policy: Open
  • Port speed: 10 Gbps
  • Does this member peer at the route server?: Yes
  • Country of registration: Ireland
  • Total peering locations for this AS: 23
 213576 Open Yes
Route Servers FogIXP Regional
  • Autonomous system (AS) number: 61190
  • Type of AS: Route Server
  • Peering policy: Open
  • Port speed: 2 Gbps
  • Does this member peer at the route server?: No
  • Country of registration: Switzerland
  • Total peering locations for this AS: 3
 61190 Open No
RoyaleHosting
  • Autonomous system (AS) number: 212477
  • Type of AS: Content
  • Peering policy: Open
  • Port speed: 100 Gbps
  • Does this member peer at the route server?: Yes
  • Country of registration: Netherlands
  • Total peering locations for this AS: 13
 212477 Open Yes
Ryamer
  • Autonomous system (AS) number: 400587
  • Type of AS: Network Services
  • Peering policy: Selective
  • Port speed: 10 Gbps
  • Does this member peer at the route server?: No
  • Country of registration: United States of America
  • Total peering locations for this AS: 11
 400587 Selective Yes
Theo Holroyd
  • Autonomous system (AS) number: 201616
  • Type of AS: Educational/Research
  • Peering policy: Open
  • Port speed: 1 Gbps
  • Does this member peer at the route server?: Yes
  • Country of registration: United Kingdom
  • Total peering locations for this AS: 4
 201616 Open Yes
Tschajera Limited
  • Autonomous system (AS) number: 209022
  • Type of AS: NSP
  • Peering policy: Selective
  • Port speed: 1 Gbps
  • Does this member peer at the route server?: Yes
  • Country of registration: United Kingdom
  • Total peering locations for this AS: 12
 209022 Selective Yes
UC Systems
  • Autonomous system (AS) number: 39563
  • Type of AS: NSP
  • Peering policy: Open
  • Port speed: 10 Gbps
  • Does this member peer at the route server?: Yes
  • Country of registration: Netherlands
  • Total peering locations for this AS: 13
 39563 Open Yes