What Transit Providers and Peers Does NovoServe Connect with?

NovoServe operates one of the largest independent networks in Europe, with a total capacity of more than 16 Tbps. This massive backbone is designed for high availability, low latency, and global scalability.

Our network spans Europe and North America, connecting our data centers and customers through multiple redundant paths. This ensures traffic can be routed efficiently, minimizing latency for end users worldwide.

 Premium Transit Providers 

We work with 10+ premium transit providers including:

  • Arelion (2.0T Europe / 200G US)
  • NTT (1.6T)
  • Colt (1.5T)
  • Cogent (1.8T Europe / 200G US)
  • GTT (800G)
  • Interlink (1T)
  • Orange (600G)
  • Sparkle (400G)
  • Liberty Global (800G)
  • Global Cloud Xchange (100G)
  • RETN (800G)
  • Vodafone (800G)

This blend of providers ensures true redundancy and carrier diversity. Here you can check the full list of our connectivity partners.

 Private Network Interconnects (PNIs) 

We maintain direct connections with leading platforms and networks such as Google (200G), Cloudflare (200G), OVH (200G), Hetzner (200G), Scaleway (200G), CDN77, TalkTalk, and more. These PNIs improve routing efficiency and reduce hops between networks.

 Internet Exchanges (IXs) 

NovoServe peers extensively at major Internet Exchanges, including:

  • AMS-IX (1.6T)
  • NL-IX (800G)
  • ERA-IX (400G)
  • Asteroid IX (100G)

For the full list of peering and transit partners, visit our network infrastructure page. 

About the author

Sjoerd van Groning

Sjoerd van Groning brings a multidisciplinary technical background to his role as Product Manager at NovoServe. With deep experience spanning network architecture, server infrastructure, and application hosting (including previous leadership at software firm Phusion), Sjoerd understands the full IT stack—from the physical fiber layer to the application runtime. His expertise lies in translating complex operational requirements into robust hardware designs, ensuring that bare metal configurations are engineered to support specific software workloads. Sjoerd focuses on the intersection of engineering constraints and system performance, designing infrastructure that is technically sound and built for scale.