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Cables Procurement Plan

Release Date: 2025-11-06  View Count:

Cables Procurement Plan & Structured Cabling Architecture — Shenzhou Cables

A practical, standards‑aligned blueprint for enterprise campuses, office towers, and data halls

Executive Overview

This document defines a complete procurement plan and a reference structured cabling architecture covering fiber and copper systems. It follows TIA‑568 and ISO/IEC 11801 principles, with a hierarchical topology from the Entrance Facility (EF) to the Main Distribution (MDF) and Intermediate Distribution (IDF) rooms, down to Work Areas (WA). The plan emphasizes standards compliance, lifecycle cost reduction, and ease of expansion.

1.png 

Figure 1. Structured cabling topology from EF → MDF → IDF → Work Areas (TIA‑568).

Part I — Structured Cabling Architecture

1. Backbone & Horizontal Architecture

• Backbone: single‑mode (G.652.D/G.657.A1) for campus/vertical risers; OM4 for short‑reach interconnects
• Horizontal: Cat6A copper to outlets; optional fiber to desk for special workloads
• Demarcation: ODF at EF/MDF; IDF per floor/zone; patch panels and cable managers in all rooms

2. Cabling Media & Performance

• Fiber: SM G.652.D/G.657.A1 for long runs; OM4 MM for high‑density short‑reach; connectors SC/APC (PON) or LC/UPC (enterprise)
• Copper: Cat6A U/FTP or F/UTP; channel up to 100 m; PoE++ readiness; permanent link certification per TIA
• Pathways: ladder racks, trays, raceways; separation of power and data; bend‑radius control

2.png 

Figure 2. Fiber loose‑tube cable — illustrative cross‑section.

3.png 

Figure 3. Cat6A copper cable — illustrative cross‑section.

3. Rooms & Termination

• EF/MDF: ODFs, copper patch panels, grounding; environmental control and access security
• IDF: per‑floor distribution; fiber/copper termination; cable managers; labeling and documentation
• WA: TO (telecom outlets) with Cat6A; optional fiber outlets for labs or media suites

4.png 

Figure 4. Rack front with fiber ODF and Cat6A patch panel (illustrative).

4. Pathways & Floor Plan

• Backbone EF→MDF→IDFs via risers; redundant diverse routes where feasible
• Horizontal IDF→WAs via trays/raised floor; consolidation points where required
• Labeling: room‑rack‑U‑port conventions; QR code mapping to drawings

5.png 

Figure 5. Example pathways — backbone and horizontal distribution to work areas.

5. Testing & Acceptance

Fiber: OTDR bi‑directional at 1310/1550 nm; OLTS IL/ORL; endface inspection. Copper: DSX‑class certification for Cat6A; channel and permanent link. Deliverables: test reports, as‑built drawings (CAD/GIS), and warranty letters.

6.png 

Figure 6. QA/QC acceptance checklist for fiber and copper links.

Part II — Procurement Plan

6. Work Packages & Scope

WP1 Fiber System; WP2 Copper System; WP3 Pathways & Racks; WP4 Active Interfaces (transceivers); WP5 Tools & Test Kits; WP6 Documentation & Training; WP7 Logistics & Packaging.

7. Master Bill of Materials (BOM)

Core line items and example specifications (quantities by formulas in Section 11):

No.

Category

Item / Description

Key Specs

Unit

Est. Qty (Formula)

Notes

1

Backbone Fiber

SM G.652.D/G.657.A1 loose‑tube

12–144F; PE/LSZH; OS2

km

Route length × (1.02–1.05)

Spare fibers 20%

2

OM4 Fiber

Indoor/outdoor MM trunks

MTP/MPO 12/24F; cassettes

pcs

Paths × bundles

Factory‑terminated

3

ODF/Panels

19" ODF, MPO panels

LC/SC; cable mgmt

pcs

EF/MDF/IDF count

Labeling kit

4

Horizontal Copper

Cat6A U/FTP/F/UTP

Channel ≤100 m; PoE++

m

Avg. run × outlets ×1.05

Include slack

5

Patch Cords

LC‑LC (SM/OM4), Cat6A

IL ≤0.3 dB (fiber)

pcs

Ports × (1.1–1.2)

Spare 10–20%

6

Hardware

Racks, managers, trays

42U racks; ladder racks

pcs

By rooms/rows

Grounding kits

7

Closures/Boxes

Fiber closures, WA outlets

IP54–68; 1–4 ports

pcs

Splice points / outlets

Trays incl.

8

Accessories

Straps, buckles, labels

304/316 S/S; tags

lot

Per 100 terminations


9

Tools/Test

OTDR, OLTS, DSX

Calibrated; 1310/1550; 850/1300

set

Per crew

Certs required

 

8. Vendor Qualification

• ISO 9001/14001/45001; RoHS/REACH for materials.

• Compliance: TIA‑568, ISO/IEC 11801; fiber G.652.D/G.657.A1; OM4; connectors per IEC 61754.

• Factory tests (IL/ORL, geometry); serialized labels and barcodes; change control and CoC.

• Proven references; RMA ≤1% DOA; spare parts program; technical training support.

9. QA/QC & Acceptance Plan

• Incoming: visual, geometry, test certificates verification (AQL).
• Installation: pathway inspection, bend‑radius control, termination workmanship.
• Testing: fiber OTDR + OLTS; copper DSX certification. Deliver reports and remedy non‑conformities.

10. Logistics & Packaging

Export‑grade reels/crates; moisture barrier; impact indicators; QR codes tied to BOM; staged deliveries per floor/zone.

11. Quantity Estimation Cheat Sheet

Backbone Fiber = Σ(backbone routes) × (1.02–1.05)
Horizontal Copper = Avg. run length × (# outlets) × 1.05
MPO Trunks = Σ(distance groups) × bundle count (12/24F)
Patch Cords = Active ports × (1.1–1.2)
Racks = Total U / 36–38U usable per rack
Closures/Boxes = Splice points × 1.1; Outlets per WA

12. Shenzhou Cables — Supply Scope (Excerpt)

• SM/OM4 fiber cables, MPO trunks & cassettes, LC/SC patch cords
• Cat6A copper cables, patch panels, outlets, and cords
• ODFs, distribution boxes, closures, racks, cable pathways
• Accessories: stainless straps & band‑it buckles, labels, clamps
• Tools & test kits: fusion splicer, cleaver, OTDR, OLTS, copper certifier

 

Contact: chulinxie@shenzhou-cables.cn  |  https://shenzhou-cables.cn  |  +86 15818462024


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