Dedicated bare metal servers in our New York data center, deployed in under 10 minutes. DE-CIX New York and NYIIX peering in the 60 Hudson and 111 8th Ave ecosystems, 8 ms to Washington, D.C.
Dedicated bare metal servers in New York City with access to DE-CIX New York and NYIIX peering, unmetered premium bandwidth, and 24/7 on-site support.Explore Features
Run dedicated bare metal servers in New York City, anchored by the historic carrier hotels at 60 Hudson Street and 111 8th Avenue. Upstream transit comes from Verizon, AT&T, Lumen, and Zayo, with DE-CIX New York and NYIIX peering and 8 ms to Washington, D.C.
The facility is Tier-3+ with a 99.99% uptime SLA and 24/7 on-site support. Transatlantic subsea landings make New York the shortest US path to European markets, next to Wall Street trading infrastructure.
Quick answers to common questions about deploying compute, bare metal and cloud connectivity in New York City.
Zenlayer's New York City location is in the NORTH AMERICA region. It peers locally via EIE. Upstream connectivity is provided through COGENT, GTT, NTT, TELIA.
Zenlayer Cloud Connect supports dedicated Layer 2 paths from New York City to major hyperscalers. See the Cloud Connect panel on this page for the clouds currently available at this location.
New York City 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 New York City 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 New York City yet. Contact us for availability, or see the Elastic Compute documentation to explore other Zenlayer locations.
Global Infrastructure
Deploy your infrastructure in New York City today and serve America's largest metro with financial-grade latency.