Hyperscale Data Center Work: Our Scope on the Site
It is worth being precise about what a low-voltage integrator does on a hyperscale project, because the word “solutions” hides a lot. KSEDCO is not a data center developer. We do not buy the land, size the substation or design the cooling plant. We are the structured cabling and physical security trade, working under a general contractor or a construction manager on a schedule set by somebody else, and the value we add is being predictable inside that schedule.
Why this work concentrates in Georgia
Metro Atlanta is one of the Southeast’s principal interconnection points, and the corridor running west of the city along I-20 has drawn large-scale construction because it has the combination these projects need: assemblable land, transmission capacity and existing long-haul fiber routes. That concentration is why crews here are working on data halls year-round rather than treating them as an occasional project type.
Gray space, white space, and where we sit
- Meet-me room and entrance facilities. Carrier terminations, cross-connect fields, and the fiber that ties entrance rooms to the halls. Diverse pathways here are the entire point, so they get walked and documented rather than assumed from a drawing.
- Backbone between halls. Single-mode fiber trunks, cassette-based systems where the operator has standardized on them, polarity managed and documented consistently across the campus rather than per crew.
- In-hall structured cabling. Overhead tray, pre-terminated trunks to cabinet positions, patching to the operator’s standard. Volume work, where labeling discipline is the difference between a clean turnover and weeks of tracing.
- Grounding and bonding. Cabinet and tray bonding tied back to the ground ring. In a region with Georgia’s thunderstorm frequency, this is not paperwork.
Physical security, which is most of what we are called for
A hyperscale campus is a layered access problem before it is a technology problem. The perimeter, the building envelope, the gray-space boundary, the hall, and in a multi-tenant environment the cage all represent separate authorization decisions. We install and integrate the hardware that enforces those layers: readers and controllers at each boundary, turnstiles and interlocked doors where tailgating has to be physically prevented rather than reported after the fact, camera coverage on cold aisles and cabinet rows sized so a face is identifiable and not merely present, and door position and request-to-exit hardware wired so an alarm means something. Rack-level access hardware is coordinated with the operator’s own platform rather than replaced by ours.
Working to a hyperscale schedule
These campuses are built in phases, which means later halls are under construction while earlier ones are live and carrying customer load. Work in that condition is governed by the operator’s change process, not by our convenience: hot-work permits, escorted access, restrictions on what may be energized or opened during a change freeze, and a hard rule that nothing crosses from construction into live space without approval. Crews are staffed for that discipline, and the estimate reflects the productivity loss it causes, because pretending otherwise just moves the problem into the schedule.
Turnover package
- Per-link test results for copper and fiber, filed to the operator’s naming convention rather than ours.
- Fiber traces on backbone runs, with loss budgets shown against the as-built lengths.
- Port-level as-builts and rack elevations reflecting what was actually installed.
- Access control and camera device schedules mapped to door numbers and hall coordinates.
- Bonding documentation showing each connection back to the ground reference.
To discuss scope on a Georgia data center project, call (888) 360-0035 or contact the office at 2700 Cumberland Pkwy SE, Suite 410, Atlanta GA 30339.