LinkPro Cabling Telecom Solution Overview
LinkProTM Telecom Solution
LinkPro is a build partner for nationwide broadband and 4G/5G rollouts. We combine field‑proven practices from Tier‑1 ecosystems with agile delivery—so networks deploy fast, scale cleanly, and remain simple to operate. The approach is vendor‑agnostic and standards‑aligned.
Scope & Philosophy
- End‑to‑end focus: central office/headend to the subscriber (FTTx) and from baseband/DU to the remote radio head (FTTA).
- Design once, repeat everywhere: consistent architectures and methods of procedure that scale from dense urban to rural builds.
- Deploy fast, operate simply: pre‑engineered designs, clear labeling, and front‑access management to speed MACs and cut OPEX.
- Vendor‑agnostic: integrate multi‑brand components while holding to IEC/TIA/ITU‑T and Telcordia practices.
Target Outcomes
- Shorter time‑to‑service through connector‑ready field methods where appropriate.
- Predictable quality: repeatable acceptance testing, power budget discipline, and clean records.
- Right‑first‑time builds that leave room for growth (spares, slack, and documented pathways).
Architecture at a Glance
FTTx (PON): OLT → Feeder → Split → Distribution/Access → Drop → ONT
- Feeder: high‑count cables from CO/headend to distribution points; routes planned for mid‑span access.
- Split strategy: centralized (single‑stage at hub) or distributed (cascaded in closures/terminals) chosen per density and budget.
- Access & drop: hardened or standard interfaces based on environment; bend‑insensitive fibers for last‑meter bends.
- Premises handoff: simple, labeled terminations with managed slack for serviceability.
FTTA (4G/5G): BBU/DU → Cabinet → Trunk to Tower → Breakout → RRH
- Weather‑resilient paths with defined slack, drip loops, and strain relief.
- Option for fronthaul wavelength management where needed; clear labeling for port‑to‑sector mapping.
- Hybrid power+fiber or separate power/fiber runs according to site practice.
Deployment Models & Methods
- Centralized vs distributed split: balance testing simplicity against feeder fiber utilization.
- Spliced vs pre‑connectorized: choose based on crew skills, crew count, and build velocity targets.
- Aerial vs underground vs façade: standardized hardware sets and work packs per route type.
- Rural infill vs urban MDU: cabinet and terminal density scaled to take‑rate and service mix.
Quality & Acceptance
- Power budget templates for GPON/XGS‑PON/25G‑class PON with margin for connectors and aging.
- Test plans: bi‑directional OTDR, Tier‑1 IL/RL, continuity and polarity verification; store results against asset IDs.
- As‑built documentation: cabinet/port/split‑leg labels aligned to GIS and red‑line drawings.
Program Delivery & Support
- Design kits and typicals: repeatable drawings, BoM templates, and MoPs for each scenario.
- Kitting & logistics: route‑ready packs (cable lengths, closures, terminals, labels) to reduce truck rolls.
- Training & enablement: crew checklists, splice logs, and acceptance forms for consistent outcomes.
- Operations handover: records, spares, and warranty data consolidated for Day‑2 teams.
Notes
This overview is intentionally solution‑oriented and component‑agnostic. It reflects widely adopted practices in modern broadband and mobile fronthaul deployments while leaving room to tailor equipment brands and SKUs per project.
