Anchor your French coverage in Paris, one of Europe's four FLAP interconnection markets. France-IX peering with dense routes to Frankfurt, Amsterdam, London, and Marseille's Mediterranean subsea gateway.
Deploy dedicated bare metal servers in Paris instantly, with unmetered premium bandwidth and full hardware control.Explore Features
Paris is one of Europe's four FLAP interconnection markets (Frankfurt, London, Amsterdam, Paris) and the digital heart of the French-speaking world — France's 68 million people plus francophone markets across Africa. Our presence peers at France-IX with carriers including Orange, SFR, Bouygues Telecom, and Free.
Dense fiber reaches Frankfurt in 10 ms and connects to Marseille's Mediterranean subsea gateway toward the Middle East and Asia. The facility is Tier-3+ with a 99.99% uptime SLA and 24/7 on-site support.
Quick answers to common questions about deploying compute, bare metal and cloud connectivity in Paris.
Zenlayer's Paris location is in the EUROPE / MIDDLE EAST region. It peers locally via FRANCEIX. Upstream connectivity is provided through COGENT, ORANGE, TELIA.
Zenlayer Cloud Connect supports dedicated Layer 2 paths from Paris to major hyperscalers. See the Cloud Connect panel on this page for the clouds currently available at this location.
Paris is connected to the Zenlayer private backbone with deterministic, low-latency paths to other Zenlayer locations. The full latency matrix is published on this page. You can also use Looking Glass on this page to run live PING / MTR / BGP checks.
Bare metal cloud (BMC) servers aren't generally available in Paris yet. Contact us to scope custom or bulk deployments, or see the Bare Metal documentation to explore other Zenlayer locations.
Zenlayer Elastic Compute (ZEC) virtual machines aren't available in Paris yet. Contact us for availability, or see the Elastic Compute documentation to explore other Zenlayer locations.
Global Infrastructure
Add Paris to your deployment and serve French and Western European users from one of Europe's core hubs.