Quad State is built for network-first colocation: routers, transport gear, carrier nodes, peering platforms, and IX participation. Start with a single device or plan a dedicated environment. Enterprise and higher-density compute are welcome too—engineered around the actual load.
Our sweet spot is telco colocation and IX participation—equipment that becomes more useful when it sits close to routes, peers, carriers, and handoffs. Standard enterprise workloads fit too. High-density or HPC deployments are treated as engineered power-and-cooling projects, not the default footprint.
Place the router, transport shelf, carrier node, peering platform, or exchange-facing gear at the point where the useful networks meet.
For servers, storage, edge platforms, and larger contiguous deployments. Unusually dense loads get a custom power-and-cooling plan built around the equipment.
Large deployments are not presented as “available someday.” The proposal ties a target delivery month to explicit site, utility, equipment, permitting, and customer assumptions.
Start the capacity reviewConfirm critical IT power, rack density, cooling approach, footprint, redundancy, access, and requested operations date.
Match the requirement to a site and utility path, then document milestones, responsibilities, commercial terms, and the target month.
Coordinate facility, power, cooling, fiber, transport, carrier access, equipment, and construction as one delivery program.
Test the environment and network, document acceptance, establish access and escalation, and bring the deployment into operation.
A standard single-site plan runs through 1 MW. Select sites can be engineered toward 2–3 MW only after utility and site validation. Larger requirements become a distributed multi-site architecture or a dedicated infrastructure program. Final timing depends on site control, permits, equipment lead times, construction conditions, and timely customer decisions.
Put equipment close to Paducah IX, regional peers, carrier handoffs, IP transit, private transport, wavelengths, dark fiber, and cross-connects. We can coordinate BGP, optics, VLANs, LOAs, remote hands, and the physical route—not just power and floor space.
Share the footprint, load, handoffs, networks, resilience target, and date. We’ll determine whether current capacity fits or a project build is required.
Start at 1U / 100W, grow through a planned 1 MW, or ask us to design the next layer.