10 Gbps
- BGP or static routing
- IPv4 and IPv6
- Redundant setup
- /30 IPv4 and /128 IPv6
- 1×10G LR or 2×10G LACP
- Inline DDoS protection
- 24/7 support
Dedicated IPv4 and IPv6 transit with BGP, flexible commits, 95/5 billing and optional inline DDoS protection across the SMARTNET Frankfurt footprint.
SMARTNET IP Transit provides dedicated connectivity to networks worldwide. Customers can receive a full BGP table, a default route or static routing over physical handoffs or redundant GRE delivery.
Transit and protection are operated as one service, so routing incidents, capacity questions and mitigation requirements go directly to the engineers running AS203446.

SMARTNET operates a multi-terabit network with multiple transit providers, internet exchanges and private interconnections. Edge and core redundancy preserve service during failures and traffic bursts.
Automated prefix-filter updates, BFD, multiple BGP sessions and custom routing policy are available for networks that require predictable convergence and direct engineering control.
Standard physical interfaces and routing options for production deployments, with custom designs available where the standard service does not fit.
Customers can combine transit with private interconnects, fast failover and policy-based filtering without introducing another operational layer.
Settlement-free peering with carriers, content networks and regional ISPs for direct paths and stable latency.
Physical PoPs in Equinix FR5, FR7, FR8, Colt Frankfurt and Cogent Frankfurt. FR4 and FR6 are reachable through metro fiber connectivity.
Transit can be delivered at SMARTNET locations or extended through a custom interconnection.
Burstable IP Transit across SMARTNET PoPs with included commit, redundant setup and inline DDoS protection.
Provisioning is coordinated directly with the network team, including routing validation and cross-connect documentation.
BGP can be configured within one business day when the port and cross-connect are ready. Physical cross-connect delivery depends on the facility.
Tell us the required location, port speed, commit and routing model.