DROP NETWORK
CONNECTIVE
Fiber network
FTTX Engineering

FTTX Design
Solutions

End-to-end engineering for FTTH, FTTB and FTTC network deployments — from initial planning through construction-ready documentation.

Network Types

FTTH · FTTB · FTTC

Engineering support across all FTTX deployment architectures — tailored to your network topology and standards.

Fiber To The Home
FTTH
FTTH

Fiber To The Home

Complete residential fiber planning including distribution network design, drop cable routing, splitter placement and ONT documentation.

  • Feeder & Distribution Design
  • Splitter Placement
  • Drop Route Planning
  • ONT Documentation
  • Handhole / Vault Layout
Fiber To The Building
FTTB
FTTB

Fiber To The Building

Multi-dwelling unit and commercial building fiber design including riser routing, IDF placement and building demarcation documentation.

  • Building Entry Design
  • Riser Route Planning
  • IDF / MDF Layout
  • MDU Distribution
  • Tenant Demarcation
Fiber To The Curb
FTTC
FTTC

Fiber To The Curb

Cabinet-based last-mile fiber design for DSLAM, small cell and hybrid distribution networks with curb-side cabinet placement.

  • Cabinet Placement
  • Curb-Side Distribution
  • Feeder Routing
  • Power Coordination
  • Capacity Planning
OSP Design Types

Aerial · Underground · Direct Bury

Outside Plant engineering across all construction methods — aerial strand, underground conduit and direct-buried fiber.

Aerial Fiber

Aerial Fiber

  • ADSS Cable Design
  • Pole Loading Calculations
  • Make-Ready Analysis
  • Strand Attachment
  • Lashing Documentation
Underground Conduit

Underground Conduit

  • Conduit Route Design
  • Directional Bore Plans
  • Vault & Handhole Placement
  • Raceway Design
  • Pull Tension Calculation
Direct Bury

Direct Bury

  • Burial Depth Specification
  • Utility Conflict Analysis
  • Warning Tape Documentation
  • Marker Posts
  • Restoration Plans
End-to-End Project Flow

From Scope to Delivery

A structured, quality-driven engineering workflow covering every phase from initial client requirement to construction-ready final package.

1
Step 01

Client Requirement

Scope, standards and deliverable review

2
Step 02

Survey & Data Collection

Field data, GIS imagery and existing network review

3
Step 03

Network Planning

Coverage strategy and route optimization

4
Step 04

HLD Development

Architecture, routing and capacity design

5
Step 05

GIS Design

Geospatial mapping and spatial analysis

6
Step 06

LLD Development

Detailed fiber routes and splice allocation

7
Step 07

Splice Sheets

Fiber color codes, tray assignments and schedules

8
Step 08

Construction Drawings

CAD permit packages for field execution

9
Step 09

Permitting Support

Municipal and utility coordination

10
Step 10

Final Delivery

QA review and deliverable handover

TIA-598 Fiber Color Code

12-Fiber Color Code Standard

The industry-standard TIA-598 12-color identification system for individual fibers within a cable assembly. Select a fiber to inspect its designation.

F1F2F3F4F5F6F7F8F9F10F11F1212FCABLE

Standard

The TIA-598-C standard defines the 12-color sequence for fiber identification in loose-tube and ribbon cable assemblies. Drop Network Connective uses this standard in all splice sheet preparation and fiber allocation documentation.

Ready to plan your FTTX deployment?

Share your project scope and our engineering team will outline the right design approach for your network.

Request Engineering Proposal