A regional telecommunications contractor selected YITOFC ASU Fiber Optic Cable to expand broadband coverage across urban, suburban and rural areas in Latin America.
The project utilized lightweight ASU cables for aerial deployment between utility poles, reducing installation costs while accelerating broadband expansion. The completed network supports FTTH access, ISP backbone transmission, mobile backhaul and community broadband services.
Designed for long spans and harsh outdoor environments, the ASU solution delivers reliable optical performance with minimal maintenance requirements.
Project Information
| Item | Details |
| Project Type | ASU Fiber Optic Cable Project |
| Region | Latin America |
| Customer | Telecom Operator / ISP |
| Network Type | Broadband & FTTH |
| Installation | Aerial Pole-to-Pole |
| Cable Type | ASU Fiber Optic Cable |
| Fiber Type | G.652.D |
| Fiber Count | 6F / 12F / 24F |
| Span Length | Up to 120 m |
| Application | Rural Broadband, FTTH & ISP Backbone |
Project Background
To expand broadband coverage quickly and cost-effectively, the telecom operator required a lightweight aerial fiber optic solution suitable for existing utility poles.
The project covered:
- Rural communities
- Small towns
- Residential neighborhoods
- Schools
- Healthcare centers
- Commercial districts
- Mobile base stations
Using ASU cable significantly reduced construction time by eliminating the need for messenger wires.
Customer Requirements
The customer required a cable that could:
- Support long-span aerial installation
- Reduce installation costs
- Resist UV exposure and heavy rainfall
- Deliver stable optical performance
- Enable rapid broadband deployment
- Simplify maintenance
- Support future subscriber growth
YITOFC Solution
Rural Backbone
Recommended Product: ASU Fiber Optic Cable
Applications: Pole-to-pole installation, rural broadband and village connectivity.
Community Distribution
Applications include residential communities, schools, government offices and healthcare facilities.
Mobile Backhaul
ASU cable also supports LTE sites, 4G networks, 5G preparation and small-cell connectivity.
Typical Network Architecture
Regional POP
|
Aggregation Switch
|
ASU Aerial Backbone
|
Village Distribution Point
|
FTTH Distribution Box
|
FTTH Drop Cable
|
Homes - Schools - Businesses
Products Used
- ASU Fiber Optic Cable
- FTTH Drop Cable
- Fiber Distribution Box
- Fiber Splice Closure
- Optical Distribution Frame
- Fiber Patch Cord
Project Advantages
Fast Installation
Lightweight self-supporting construction enables quick aerial deployment.
Cost Savings
No messenger wire required, reducing material and labor costs.
Reliable Performance
Excellent resistance to UV radiation, moisture and outdoor conditions.
Easy Maintenance
Simple cable structure minimizes maintenance over the network lifecycle.
Scalable Network
Supports future FTTH expansion and subscriber growth.
Applications
Suitable for:
- Rural Broadband Projects
- FTTH Networks
- ISP Broadband
- Community Networks
- Government Broadband Programs
- School Connectivity
- Healthcare Networks
- Mobile Base Station Backhaul
Quality Control
Each ASU cable undergoes:
- Fiber attenuation testing
- OTDR testing
- Tensile strength testing
- UV aging testing
- Water penetration testing
- Cable dimension inspection
- Visual inspection
- Packaging inspection
OEM & Customization
YITOFC provides customized ASU solutions, including:
- Fiber count (2F-24F)
- Span design (80 m / 100 m / 120 m)
- Jacket color
- Meter marking
- Drum length
- OEM printing
- Export packaging
Project Results
The completed broadband network delivered:
- Faster broadband rollout
- Reduced construction costs
- Expanded FTTH coverage
- Reliable rural internet access
- Stable ISP backbone connectivity
- Improved digital services for local communities
Why Choose YITOFC
- Professional Fiber Optic Cable Manufacturer
- Extensive ASU Production Experience
- OEM & ODM Manufacturing
- ISO 9001 Certified Factory
- Factory Direct Supply
- Technical Support
- Global Export Experience
Request a Free Quote
Planning an ASU fiber optic project? Please provide:
- Span length
- Fiber count
- Installation method
- Project location
- Quantity
- Delivery schedule
Our engineering team will recommend the most suitable ASU cable for your network.