Datacenter Connect: IP transport services
Serverius offers between his own PoP’s locations 10G, 40G and 100G layer 2 and 200G layer 1 data transport services by our unique datacenter location in the center of the Netherlands and because we are using only dark fibers with privately owned optical hardware, the best possible quality is offered to our customers.
By using our own 200G DWDM wavelengths, all data transport is fully reserved and is isolated from any other traffic.
Serverius is using multiple dark fibers to every datacenter and every PoP location in the Netherlands and Germany. Ground (dark) fibers from Amsterdam, to the Serverius datacenters, to Germany which do not touch each other. Serverius is not reselling, all services are provided with by own hardware and are maintained by Serverius NOC engineers.
Point of presence:
- Amsterdam Nikhef/SARA
- Amsterdam GlobalSwitch
- Cai Harderwijk (Loresn1)
- Zwolle (Pro-rail building)
- Serverius datacenter 1 (SDC1)
- Serverius datacenter 2 (SDC2)
- Groningen TCN
- Frankfurt InterXion 5
- The Datacenter Group Amsterdam (TDCG)
“For example: if you need a 10G VLAN from Amsterdam to Frankfurt or if you need a low latency E-VPN from Groningen to Amsterdam, we can offer a stable and redundant setup. We offer 1G, 10G, 25G, 40G and 100G ports low latency transport services like Layer 2 VLAN’s, colored 200G DWDM waves, MPLS services, E-VPN layer2 transport and allot of custom made services. You can always contact one of our NOC engineers who can tell you all details.”
At our PoP locations our users can connect to all almost any other datacenter in Europe. And users can also use other in-house fiber suppliers like British Telecom, Eurofiber, Unet, Relined, ND-IX or KPN for buying waves and other fiber transport services.
One of the great features of the Serverius private datacenters is availability of Retn and the NL-ix. Both are adding new PoP’s in Europe almost every month. They use their own fibers to offer transport services to almost any place in Europe. Below you can see their wide connected network structure.