Our FogIXP Frankfurt regional IXP aims to provide an affordable and reliable Peering platform across multiple Datacenters in Frankfurt.
FogIXP Frankfurt is currently available in three Datacenters in the Frankfurt Metro area. Per default a 10G Peering port is allocated with 40G and 100G ports available upon request.
Locations:
-NTT FRA1
-Digital Realty FRA1-16
-Firstcolo FRA4
Planned:
-Equinix FR4/5
Ports:
-Until further notice 1/10GbE ports are free of cost. 25G/40G/100G is available for a small setup fee.
-Note that in NTT and Interxion we charge a one-time setup fee for cabling.
-No SLA is given on any port.
-If the ASN requesting to join has no IPv4 prefixes announced, only IPv6 - only an IPv6 peering IP will be allocated.
-Bring your own optic for anything else than 10G-LR, FogIXP does not cover the cost for the crossconnect.
-FogIXP Frankfurt is also avilable on iFog Colocation and Dedicated Servers in Frankfurt.
Requirements:
-Have a valid public ASN
-Announce at minimum one IPv6 prefix
-Have up-to-date PeeringDB information
-Have up-to-date RIR Whois information
-Only send traffic to destinations advertised by BGP on the Peering LAN
-Does not send any multicast (except ARP/IPv6 ND) packets
-Will not advertise the FogIXP addressing space outside of the FogIXP infrastructure.
-Will not sell commercial services over the Peering LAN.
-MTU on the client interface must be at least 1500.
Joining:
-If you’re interested in joining FogIXP Frankfurt, please open a request below.
-Find our member list here.
Route Servers:
Route Servers Peering Details:
RS1: AS61190 - 185.0.30.111 - 2001:7f8:11c:1::111
RS2: AS61190 - 185.0.30.222 - 2001:7f8:11c:1::222
BGP Communities for the Route Servers:
3x pre-pend to peer: 61190:103:peerasn
2x pre-pend to peer: 61190:102:peerasn
1x pre-pend to peer: 61190:101:peerasn
Do-Not-Export to peer: 0:peerasn
Architecture:
Currently there are three FogIXP locations in Frankfurt: NTT FRA1, Interxion FRA1-16 and FirstColo FRA4. The core of FogIXP FRA is NTT FRA1, Interxion and FirstColo are both connected to the Core in NTT via Waves and L2.