Campus Cabling in Georgia: The Calendar Is the Constraint
On a college campus the technical work is rarely the hard part. The hard part is that a residence hall has to be finished, tested and quiet before students arrive in August, and between spring commencement and fall move-in there are roughly twelve to fourteen usable weeks, minus orientation, summer session, athletic camps and conference housing. What follows is organized the way the work actually runs, because sequence is what decides whether it lands.
Spring: survey while the buildings are still occupied
Walk the ceilings before the semester ends. Count real drops, find every IDF, and confirm where pathway exists rather than where the drawings claim it does. Georgia’s older campus buildings, particularly around Athens and downtown Atlanta, have been re-cabled three or four times, and the tray is usually full of cable nothing uses. Removing abandoned cable is a code obligation rather than housekeeping, and it is also the reason your new bundle will not fit.
Early summer: pathway and outside plant
Trenching windows here are short. Afternoon storms shut a dig down, red clay holds water for days afterward, and a flooded trench is a schedule problem before it is a safety one. Plan bore shots, stage restoration, and never open more ground than you can close the same week.
- Between buildings, single-mode fiber only. Separate services mean separate ground references, and Georgia gets enough lightning that copper between structures is a question of when, not whether
- Outdoor-rated loose-tube or gel-filled cable, because handholes flood and stay flooded
- Splice points above grade wherever the site allows it
Midsummer: residence halls, the hardest radio problem on campus
A dorm floor is several hundred devices packed into a few thousand square feet of concrete and steel. Corridor access points look economical on a drawing and then fail in September.
- Plan an access point per room or per pair of rooms rather than per corridor
- Cat6A to every access point, so the uplink is not the ceiling when the radios get replaced
- Budget PoE at the switch rather than per port; a full shelf of 802.3bt loads adds up quickly
- Physical protection on any drop within student reach
Labs, lecture halls and the AV layer
Research instruments frequently need an isolated run back to a specific closet, and the faculty member who owns them is not watching the IT ticket queue. Lecture capture, podium control and display feeds want a documented path to the IDF, not a cable dropped through a ceiling tile the week before classes. Health sciences and clinical teaching space, which the Augusta campuses have in quantity, carries medical device and privacy considerations that belong in the design conversation rather than the punch list.
August: move-in is the real test
Every system loads at once, on the same weekend, in front of parents. Certify links, verify PoE under load, and validate access point density with a live survey while the halls are still empty. Anything discovered after move-in gets fixed in occupied rooms, at night, around people who are trying to sleep.
What the campus IT group keeps
Use the university’s existing labeling convention instead of introducing a new one. Hand over certification files per link, traces for every fiber, updated riser and pathway drawings, and port assignments in a format that loads into the systems the staff already run. A campus outlives every contractor who works on it, and the documentation is the part that survives.
KSEDCO supports Georgia campuses from 2700 Cumberland Pkwy SE, Suite 410, Atlanta GA 30339 — (888) 360-0035.