About
Cologix operates two carrier-grade colocation facilities in Jacksonville, FL — JAX1 and JAX2 — as part of a 45-site North American data center network spanning 13 edge markets. For facility managers and property owners responsible for mission-critical infrastructure in Jacksonville and across Northeast Florida, Cologix represents the intersection of high-density power distribution, redundant switchgear, and enterprise-grade UPS systems that keep commercial and institutional operations running without interruption. Their Jacksonville footprint connects tenants to 700-plus networks and 360-plus cloud providers through network-neutral Meet-Me-Rooms, making the facilities a hub for office buildings, government agencies, and institutional campuses that depend on low-latency interconnection and resilient backup power infrastructure. The Scalelogix platform extends that capability further, delivering hyperscale capacity with high-speed, ultra-low-latency access to fixed, 5G, and public cloud networks — critical for Jacksonville-area enterprises managing distributed industrial, mixed-use, or multi-site portfolios. Cologix's Data Center Infrastructure Management (DCIM) toolset gives facility managers real-time visibility into power draw, cooling loads, and system health across their colocation footprint. Remote Hands services mean on-site technical support is available at the Jacksonville data centers without requiring client staff to be physically present — a meaningful operational advantage for property managers overseeing dispersed commercial assets. With AI-ready infrastructure and a recently closed $525 million asset-backed securitization reinforcing its growth trajectory, Cologix Jacksonville is positioned as a long-term power and connectivity anchor for enterprises requiring carrier-diverse, redundant electrical and network infrastructure. Facility managers evaluating colocation, disaster recovery seating, or continuity services for Jacksonville-area commercial properties will find Cologix's multi-market reach and network-neutral model a compelling alternative to single-provider lock-in.
