Switch —
Campus-Scale Data Center Colocation Across Las Vegas, Reno, Grand Rapids & Atlanta

Switch fits enterprise and hyperscale buyers needing campus-scale colocation across geographically separated US data-center campuses (Las Vegas, Reno, Grand Rapids, Atlanta) — fitting operating models where the procurement standard is Tier-IV-class engineering, dense carrier ecosystem, and campus-scale rather than retail urban colocation. The strongest fit is buyers placing high-density compute, AI/ML clusters, primary plus DR pairs, or geographically separated colocation footprints that benefit from one operator across multiple US regions.

Switch delivers campus-scale colocation across Las Vegas (The Core Campus), Reno (The Citadel Campus), Grand Rapids (The Pyramid Campus), and Atlanta (The Keep Campus) — including high-density power, advanced cooling, dense carrier ecosystems, and Switch's proprietary Sentinel rating-system data centers. The structural difference is campus-scale engineering — entire campuses purpose-built for high-density, mission-critical colocation rather than retail data-center suites carved out of mixed-use buildings.

Switch's posture is campus-scale, multi-megawatt colocation purpose-engineered for high-density compute and mission-critical workloads — meaning the operator-controlled portfolio is sized for hyperscale, AI/ML, and enterprise workloads that exceed retail-colocation density envelopes. Useful for organizations whose density, redundancy, or carrier-ecosystem requirements exceed what a downtown retail colocation suite can sustain.

Switch's data-center engineering is purpose-built around high-density power and advanced cooling — fitting AI/ML clusters, GPU-dense compute, and high-performance computing workloads that exceed standard retail-colocation density envelopes. Useful for organizations placing AI training clusters, inference fleets, or HPC workloads where rack density and cooling architecture are first-class procurement criteria rather than afterthoughts.

Switch operates four geographically separated US campuses — Las Vegas, Reno (Northern Nevada), Grand Rapids (Michigan), and Atlanta (Georgia) — fitting enterprise operating models needing primary plus DR pairs across distinct regions or distributed colocation footprints under one operator. Useful where multi-region colocation under one accountable operator is preferred over assembling separate operators per region for primary, DR, and disaster-distance positions.

No. Your service agreement is signed directly with Switch and Switch's standard customer terms apply. Fibi's role is to scope your campus-scale colocation, multi-region colocation, or high-density compute objective against Switch and the most relevant alternatives — including other Tier-IV-class operators, hyperscale wholesale colocation providers, and retail urban colocation operators — so you see how Switch's campus-scale posture compares before signing. Fibi's advisory work is provider-funded.