— Structured Cabling · Office
Corporate office — 50 Cat6A drops, single floor
Problem. A 50-seat single-floor office needs a Cat6A drop per desk plus AP and CCTV terminations, terminating to one rack.
Answer. 50 user drops + 8 APs + 12 CCTV = 70 total drops at an average run of ~30 m lands at roughly 2.3 km of cable. The estimator returns indicative cable length, patch-panel count and the IDF count for the floor.
02 / In depth
How this preset reads — the engineering view.
Single-floor structured cabling is the simplest geometry but still benefits from estimator discipline — the indicative cable order, the patch-panel count and the IDF count are the numbers that frame the BOQ.
This preset assumes 50 user desk drops, 8 wireless access points and 12 CCTV cameras, all terminating to a single rack in the floor's IT closet. Average run length works out to about 30 m for this floor plate — short for an office (5–8 m to nearest cluster) but realistic once you include the rack-to-furthest-corner runs.
Cat6A is the recommended cable grade for new installs of this scale — supports 10 GbE to the desk for future-proofing and PoE++ for AP / camera power. Cat6 is acceptable for legacy / cost-sensitive deployments but is increasingly tight on PoE budgets.
Out of scope: rack power and cooling, switch model and port count (use POE Budget tool), fibre uplinks to the building backbone, and the SD-WAN / MPLS termination at the edge router. The estimator is a cable-and-jack tool, not a network design tool.
What this preset deliberately does not solve
- Average run length is a strong sensitivity — measure or estimate per floor plan.
- Cat6A vs Cat6 is a future-proofing call, not a today-spec call.
- Patch panel + jack + faceplate accessories are estimated; a real BOQ uses the brand-specific kit.
How this preset differs from its siblings
The hotel-200-drops sibling preset is a multi-floor topology problem — 5 IDFs + 1 MDF, with the cable order sliced across closets and a fibre backbone joining them. This preset is the simpler single-rack geometry: all drops terminate to one closet, no fibre backbone in scope, no per-floor UPS sizing. The decision space is dominated by cable grade (Cat6A vs Cat6) and the patch-panel + jack count; topology is trivial.
03 / Hydrated calculator
Try the configuration — live.
The calculator below is preloaded with this preset’s state. Adjust any input — your URL stays shareable.
— Estimator · structured cabling
Drops, cable length and IDFs, estimated.
Pick a category and a brand tier. Total cable length, patch-panel count and IDF closet count for the floor plate — pricing follows a written estimate after review.
Cable, estimated
2.31
km · 2310 m
IDF closets
1
against 90 m horizontal-link rule
Patch panels
2 × 48
or 3 × 24-port
Indicative planning sizing from an average run length and standard slack — not a final cable schedule or BOQ. Architectural drawings, a site survey and a measured pull list set the procured quantities. Pricing follows a written estimate after review.
A planning link — not a quote.
- category
- Cat6A UTP / F/UTP
- brand
- Panduit
- bandwidth
- 10 Gbps
- max channel
- 100.0 m
- drops
- 70 total · 70/floor
- avg run
- 30.0 m
- patch panels
- 3 × 24-port · 2 × 48-port
- drops / floor
- 70 of 70 total
Premium enterprise. Strong data-centre footprint; integrated cable-to-panel pathway system.
What changes this estimate
- Floor plans & confirmed drop locations
- Pathway & containment routes
- Cable category & shielding
- IDF placement for long runs
A planning link — not a quote.
· Next
Brief us on the project — with this configuration.
Presets are a typology starting point. The brief wizard captures the room geometry, programme and constraints we need to translate this configuration into a real design.