Port Speeds at Internet Exchange Points in France

Total ports
1,704
Median port
10 Gbps
90th percentile
100 Gbps
400G+ ports
13

Port Speed Mix Today

Current port speed mix by technology class
Speed classPorts / capacity
<1G125 ports (7.3%), 16.51 Gbps (0.0% of capacity)
1G406 ports (23.8%), 447.52 Gbps (0.8% of capacity)
10G752 ports (44.1%), 8.4 Tbps (14.4% of capacity)
25G9 ports (0.5%), 265 Gbps (0.5% of capacity)
40G18 ports (1.1%), 850 Gbps (1.5% of capacity)
100G381 ports (22.4%), 42.2 Tbps (72.5% of capacity)
400G11 ports (0.6%), 4.4 Tbps (7.6% of capacity)
800G2 ports (0.1%), 1.6 Tbps (2.7% of capacity)

Speed Class Adoption Since 2016

Share of ports by speed class, latest month
Speed classShare of ports
<1G7.4%
1G23.8%
10G44.1%
25G0.5%
40G1.1%
100G22.3%
400G0.6%
800G0.1%

400G+ Scoreboard

#IXPCity400G ports800G ports400G+ capacityShare of its ports
1France-IX ParisParis602.4 Tbps1.1%
2nineAmsterdam, Bordeaux, Frankfurt, Genève, Lille, London, Lyon, Marseille, Milano, Montpellier, Paris, Zurich412.4 Tbps2.9%
3nine - six in ParisParis01800 Gbps4.2%
4France-IX MarseilleMarseille10400 Gbps0.8%

Recent 400G+ Activations (90 days)

DateNetworkIXPChange
2026-09-03AS30781 Free ProFrance-IX Paris200 Gbps → 400 Gbps
2026-08-07AS12322 Free SASnine100 Gbps → 400 Gbps
2026-07-08AS20940 Akamai TechnologiesFrance-IX Marseille100 Gbps → 400 Gbps
2026-07-08AS20940 Akamai TechnologiesFrance-IX Paris200 Gbps → 400 Gbps
2026-07-01AS62000 moji-netrix edge networknine - six in Paris1 Gbps → 400 Gbps
2026-06-29AS5410 Bouygues Telecom ISPninenew port at 400 Gbps
2026-06-19AS62000 moji-netrix edge networknine100 Gbps → 400 Gbps
2026-06-19AS62000 moji-netrix edge networknine100 Gbps → 400 Gbps
2026-06-19AS62000 moji-netrix edge networkFrance-IX Paris100 Gbps → 400 Gbps

In France, IXP members connect through 1,704 ports. The median port is 10 Gbps, 23.1% of ports run at 100G or faster, and 13 ports have entered the 400G era. Speed classes are inferred from aggregate connection speeds: totals that are exact multiples of a standard rate count toward the largest rate that divides them (a 500 Gbps LAG is 100G-class), while a LAG landing exactly on a standard rate — say 4x100G reporting 400G — is indistinguishable from a native port in PeeringDB. Numbers straight from PeeringDB, refreshed every night.