IP Transit · Dual-stack · BGP

Low-latency IP Transit — policy-driven and secure

Delivered over Layer 2 or Layer 3. RPKI-ROV and IRR filtering by default. Rich BGP communities for traffic engineering, optional Flowspec and RTBH.

AS47263 IPv4/IPv6 24/7 NOC
Customer Edge
BGP Speaker
L2/L3 Hand-off
VLAN / Port
AS47263 BGP Core
RPKI · IRR · Max-prefix
Traffic Engineering
Communities · MED · LP
DDoS Controls
RTBH · Flowspec (opt.)
Peers
IXPs
Upstreams
Tier-1/2
Private
PNI

Schematic — simplified.

Ports, Billing & Delivery

Port speeds & optics

  • 1G (RJ45/SFP), 10G (SFP+), 25G (SFP28), 40G (QSFP+), 100G (QSFP28) — higher on request
  • Hand-off: single VLAN (802.1Q) or QinQ (on request)
  • Jumbo frames up to 9k (subject to path, on request)

Billing models

  • 95th percentile, flat-rate (CIR), or tiered commits
  • Short-term burst above commit (pre-agreed)
  • Dual-stack included (v4+v6)
Delivery Layer Use case Notes
L2 Connect (Cross-connect / NNI) L2 On-net IP-Transit hand-off Private VLAN/NNI; lowest latency
GRE Tunnel (Remote) L3 Remote POPs / fast turn-up MTU overhead ~24 bytes

Pricing (indicative)

Choose delivery via L2 Connect or GRE Tunnel. Final quotes depend on capacity, site and term.

L2 Connect (IP-Transit)

Lowest latency

On-net handoff über private VLAN/NNI. Gleiche Protection wie GRE.

€0.45/Mbps (95/5)
  • Traffic billed at 95th percentile
  • RPKI-ROV, IRR filters, max-prefix
  • RTBH inklusive, Flowspec optional
  • BGP communities (LP/MED/no-export)
Select

GRE Tunnel (Remote)

Fast turn-up

GRE Tunnel bundle — Remote-Delivery von sauberem Traffic.

€120/mo
  • 150 TB inkludierter Traffic
  • IPv4 /30 + IPv6 /128 Endpoints inkl.
  • Optional: always-on permanent mitigation oder on-demand
  • Dual-stack via v4/v6 GRE
  • MTU Hinweis: GRE Overhead (~24 bytes)
Select
Delivery: L2 private VLAN/NNI oder GRE Tunnel.
Security: RPKI-ROV, IRR, max-prefix. Reports & Flowspec optional.

Technical Specifications

BGP & routing

  • Dual-stack IPv4/IPv6 (separate sessions)
  • RPKI-ROV enabled, IRR-based prefix filters
  • Graceful restart & reasonable max-prefix
  • MD5 on BGP sessions (optional)

Policy controls

  • BGP communities for LocalPref, no-export, blackholing
  • MED/LP tuning on request
  • Optional Flowspec for granular filtering

Operations

  • 24/7 NOC, monitoring and escalation
  • Runbooks for maintenance/changes
  • Change windows announced in advance
Cisco IOS (example)
router bgp 65001
 neighbor 203.0.113.1 remote-as 47263
 neighbor 203.0.113.1 description AS47263 v4
 neighbor 203.0.113.1 password <md5-optional>
 !
 address-family ipv4
  neighbor 203.0.113.1 activate
  maximum-prefix 200000 90 restart 5
 exit-address-family
!
router bgp 65001
 address-family ipv6
  neighbor 2001:db8::1 remote-as 47263
  neighbor 2001:db8::1 activate
  maximum-prefix 200000 90 restart 5
 exit-address-family

Use RFC5737 / 3849 example addresses above. Real peering IPs provided at turn-up.

JunOS (example)
policy-options {
    policy-statement TRANSIT-OUT { then accept; }
}
protocols {
    bgp {
        group AS47263-v4 {
            type external;
            peer-as 47263;
            neighbor 203.0.113.1;
            family inet { unicast { prefix-limit maximum 200000 teardown 90; } }
            authentication-key "<md5-optional>";
        }
        group AS47263-v6 {
            type external;
            peer-as 47263;
            neighbor 2001:db8::1;
            family inet6 { unicast { prefix-limit maximum 200000 teardown 90; } }
        }
    }
}

BGP Communities (examples)

Community Action Scope
47263:100Increase LocalPrefAS47263
47263:200Decrease LocalPrefAS47263
47263:65000No-exportto peers/upstreams
47263:666RTBH (IPv4)network-wide
47263:667RTBH (IPv6)network-wide
47263:999Blackhole /32 or /128with BH next-hop

Full sheet provided with contract; IRR/RPKI validation required.

Locations

Frankfurt (FRA)

Core / Edge
  • Cross-connects and VLAN hand-off
  • Scrubbing capability
  • On-net colocation (on request)

Nuremberg (NBG)

Core
  • Backbone & peering
  • IPv6-first policies
  • Expansion on request

Remote POPs

Project-based
  • Wavelength/DWDM to your DC
  • Private interconnects
  • Lead times vary

Ordering & Turn-up

Step 1
Scope

Capacity, ports, locations, SLA — send your requirements.

Step 2
LOA & X-connect

We issue LOA; you order the cross-connect with the DC.

Step 3
Provision

We build filters, assign peering IPs, and schedule turn-up.

Step 4
Test & go-live

BGP comes up, routes verified, traffic migrates.

SLA for IP Transit

Plan Availability Latency/Jitter Response (NOC) Extras
Advancedon requesttargets per POP24/7, definedRunbooks, escalation
Premiumon requeststricter targets24/7, priorityLive logs, named contacts

SLOs/KPIs aligned to your workload during scoping.

FAQ

Do you support Layer-2 delivery? +

Yes. VLAN hand-off (802.1Q), QinQ on request. We can deliver L3 on top of private L2.

How do you handle DDoS on transit? +

RTBH communities are available; Flowspec can be enabled for granular filtering.

GRE MTU considerations? +

GRE adds overhead (~24 bytes). We’ll agree an MTU to avoid fragmentation for your paths.

Minimum term and lead times? +

Depends on capacity/site. GRE can be same-day; cross-connects follow DC timelines.

Contact sales

Send your port speed, location(s), and billing model. We’ll reply with a tailored quote and LOA if needed.

Your email client will open with a pre-filled message.

Prefer direct email? sales@example.com

Quick facts

  • ASN: AS47263
  • Dual-stack IPv4/IPv6
  • RPKI-ROV & IRR filtering
  • BGP communities & Flowspec (opt.)

Documents

  • LOA template — provided with quote
  • BGP communities — full sheet upon contract
  • NOC escalation — shared during turn-up