Hardware & end-to-end cable auditing Cut, label, and bag looms by destination RUVelcro-dressed, correct bend radius, brush strips
We install the cabling before cutover: build port maps, a simple TIA-606–style ID scheme, and a label matrix, then supply Cat6/6A and fibre (OM4/OS2, MPO/MTP) either as bulk reels used until complete or exact, measured looms per rack/RU/route.
Labels can be produced on- or off-site and installed on- or off-site (wrap-flag, self-lam, heat-shrink, and QR/barcode options). Both ends—plus optional mid-span markers—are colour-coded by service and tied to the live patch schedule for a clean audit trail.
Physical cable trace and pathway survey: tray/trunking layout, fill-rate %, drop points, brush-strip locations, copper/fibre separation, EMI risk and minimum bend-radius by type.
Confirm cable class (Cat6/6A LSZH/CPR), PoE class requirements, fibre media (OM4/OS2), connector strategy (LC duplex, MPO-12/24), patch-panel density, and power baseline (A/B PDUs, C13/C14 & C19/C20 needs). Outputs: accurate lengths (±2–5%), counts, and routing constraints.
We put a TIA-606–style governance layer around pre-cabling so every endpoint stays traceable from plan to handover. That means an agreed ID convention, a colour-banded label matrix with optional QR/barcodes that resolve to port metadata, and the right media specs (print method, adhesive, LSZH/temperature) signed off in advance. Together, these drive clean port maps and patch schedules, including polarity and A/B power mapping, so change control and audit are straightforward rather than reactive.
From planning into staging, each loom is pre-kitted by destination RU, photo-QA’d, and sealed for handoff, then delivered dressed with Velcro (no zip-ties), correct bend radius, and clear copper/fibre segregation. We also include spares and an on-site label print kit, so any last-minute variance can be absorbed without extending the cutover window—maintaining speed while preserving a clean, verifiable trail.
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