How the backbone is built
100 Gbit/s Juniper core
The core runs on Juniper hardware at 100 Gbit/s per aggregate — enough headroom for carrier traffic, and a platform that scales without a rip-and-replace.
40+ PoPs
Points of presence across Styria and Austria put handoff, peering and colocation close to end users — short last miles, low latency.
3 data centres
Graz, Raaba and Kalsdorf host the core, the routing infrastructure and customer colocation — with Kalsdorf serving as the backup site.
Redundant design
Routing, power and transport paths are redundant by design. No single point of failure between your handoff and the core.
24/7 core readiness
The core is monitored and staffed around the clock. Incidents are detected, triaged and worked by the same team that designed the network.
FTTH backbone since 2009
Every fiber in the network was built and is operated by XINON — no third-party dependencies between the PoPs.
Where you can hand off
| Location | Role |
|---|---|
| Studenzen | Headquarters — network operations |
| Graz | Data centre — core & colocation |
| Raaba | Data centre — core & colocation |
| Kalsdorf | Backup data centre |
| 40+ further PoPs | Across Styria and Austria |
The 100 Gbit/s core ties all PoPs and data centres together in a redundant mesh. For partner and carrier handoff, peering and colocation at a specific location, contact our carrier team — we will confirm the exact PoP and interface options.
Find your handoff point
Tell us where your traffic enters and leaves — we map it to the nearest PoPs and available interfaces.