
Cologix Metro Connect delivers low-latency Ethernet connectivity between Cologix facilities within the same metro market — enabling businesses to interconnect multiple data center footprints, distribute workloads across facilities for redundancy, or connect colocation infrastructure to a primary data center campus at carrier-grade performance.
Fibi sources Cologix Metro Connect at no cost to you. Our advisory is funded by the carrier.
We compare Cologix against 300+ carriers so you know you're getting the best solution for your needs.
Dedicated advisor for the life of your contract — Fibi escalates issues on your behalf so you're never dealing with carrier support alone.
More from Cologix
Cologix provides carrier-neutral data center colocation across 40+ facilities in the United States and Canada — offering rack space, caged suites, and private data halls with redundant power, precision cooling, and 24/7 physical security. Carrier-neutral facilities allow customers to connect to any network provider in the building, enabling competitive carrier selection and multi-carrier redundancy without exclusivity constraints.
Cologix Cloud Connect provides direct, private connectivity to major cloud providers — AWS, Microsoft Azure, Google Cloud, Oracle Cloud, and others — from within Cologix facilities. Cloud Connect eliminates internet-based cloud access for latency-sensitive workloads, reducing data transfer costs and providing predictable performance compared to public internet paths to cloud.
Cologix standard connections include cross-connects and meet-me room (MMR) access — enabling direct physical connections between customers, carriers, ISPs, and cloud providers within the same Cologix facility. Dense carrier presence in Cologix facilities creates a hub where bandwidth can be exchanged directly, reducing transit costs and improving performance versus public internet exchange.
Cologix operates Internet Exchange (IX) peering points within select facilities — allowing ISPs, content networks, and enterprises to exchange internet traffic directly rather than through paid transit providers. IX peering reduces bandwidth costs for high-traffic networks and improves latency for traffic between peering parties by eliminating intermediate transit hops.