Network Installation, Phase by Phase
Installing a network inside a building that is under construction, or worse, occupied, is a scheduling problem wearing a technical costume. Equipment selection is usually the easy part. Getting cable in before the drywall closes, getting power and cooling into a closet the architect drew as a broom cupboard, and running a cutover that does not strand the front desk on Monday morning is where projects are won or lost.
Phase One: Before the Ceiling Closes
Sleeves, J-hooks, backboxes, conduit stubs and home runs go in while there is still clear space and a ladder can reach. This phase has a hard deadline set by the general contractor, not by us, and missing it means cutting finished drywall. Pull strings go into every sleeve for the change that always arrives later.
Phase Two: The Room Nobody Budgets For
An IDF closet needs three things that routinely get left off drawings: a dedicated circuit that is not shared with the break room, real ventilation or dedicated cooling, and a fire-rated backboard with enough clear space to work in front of the rack. A stack of PoE switches feeding sixty access points throws serious heat. A sealed closet with no return path, in a metro Atlanta office building in August, will run those switches at the top of their thermal range and shorten their life for no good reason. Look at the closet before you order the switches.
Phase Three: Termination and Trim
Jacks, panels, racks, cable management and labeling. Cable comes back to the panel with service slack dressed into the ceiling rather than pulled tight to the last inch, because the next change is always a jack that has to move eight feet.
Phase Four: Configuration
Addressing and VLAN plan, PoE budget checked against measured device draw rather than nameplate figures, uplink and stacking topology, firewall policy, wireless controller or cloud tenant, and out-of-band access so the next problem does not automatically require a truck. Where the schedule allows, switches and access points are configured and burned in before they reach the site, which turns a day of closet work into an hour.
Phase Five: Cutover
The old network stays up until the new one has proved itself. Cutovers happen after hours or over a weekend, with the previous circuit left in place until the new one has carried a full business day. What breaks at cutover is rarely a server. It is the label printer, the payment terminal, the badge reader, the scale, and the one machine with a static address that nobody documented. Those get inventoried first.
Georgia Sites That Change the Plan
- Metro Atlanta tenant fit-outs. The work runs on a general contractor’s schedule inside a leased tower, with landlord approvals for riser access and after-hours freight elevator time built into the plan from the start.
- Distribution buildings along I-16 and I-75. Ceilings at 35 to 40 feet mean every drop is a lift job, and lift time gets shared with the sprinkler, lighting and racking crews. Coordination beats speed on these sites.
- Production facilities in metro Atlanta. Stage and support space often needs a working network inside a shell building on a compressed timeline, with much of it temporary by design and expected to come out again.
- Clinical space in Augusta and metro Atlanta. Infection control rules limit when ceilings can be opened and for how long, which pushes work into nights and short, tightly planned windows.
Hardware, Vendor-Neutral
We install what fits the site and what your team can actually support. Cisco Meraki, Ubiquiti and Aruba, a Hewlett Packard Enterprise company, all solve the same problems with different licensing models and different management assumptions. The right answer depends on who administers the network after we leave, and that question is worth settling before the purchase order goes out.
Call (888) 360-0035 to have a network installation scoped against your construction schedule.