The Self-supporting Bow-type Fiber Optic Drop Cable is engineered for overhead fiber optic installations with high durability and ease of use. Designed with the optical communication unit at its core, reinforced by FRP or metal components and a steel wire outer reinforcement, this cable ensures reliable performance for data and telecommunication networks. The black or colored low-smoke, halogen-free (LSZH) sheath provides environmental protection, making it suitable for a variety of deployment scenarios. This cable is ideal for utility poles, street cabinets, and other aerial fiber optic networks.
The Self-supporting Bow-type Fiber Optic Drop Cable features a central optical fiber unit protected by two parallel FRP or metal reinforcement members. A single steel wire is added externally to enhance tensile strength, allowing the cable to be self-supporting in aerial installations. The novel bow-type design reduces weight while maintaining mechanical strength. Its simple structure allows for easy stripping, splicing, and maintenance.
Core Features
Two parallel FRP or metal strength members provide excellent crush resistance.
Single steel wire reinforcement enhances tensile strength for overhead use.
Simple, practical structure for easy installation and maintenance.
Novel bow-type design simplifies stripping and splicing processes.
LSZH sheath ensures flame retardancy, low smoke, and environmental safety.
Structure Diagram
LSZH Jacket
FRP Strength Member
Optical Fibre Unit
Steel Wire Reinforcement
Applications
Overhead fiber optic drop lines for telecommunication networks
Street cabinets and last-mile access networks
Urban and rural broadband deployment
Industrial overhead fiber installations
Core Advantages
The Self-supporting Bow-type Fiber Optic Drop Cable provides:
Reliable mechanical performance in overhead environments
Protection against crushing, pulling, and environmental factors
Lightweight and easy-to-install design
Durable LSZH jacket for long-term outdoor usage
Proven design suitable for telecom operators and data networks
Technical Parameters
Cable Model
Fibre Count
Cable Size
(mm)
Cable Weight (Ref)
(kg/km)
Tensile Strength
Long/Short Term
(N)
Crush Resistance
Long/Short Term
(N/100mm)
Bending Radius
Dynamic/Static
(mm)
GJYXFCH-1Xn
1
(2.0±0.1)*(5.0±0.1)
20
300/600
1000/2200
15/30
GJYXFCH-2Xn
2
(2.0±0.1)*(5.0±0.1)
20
300/600
1000/2200
15/30
GJYXFCJH-1Xn
1
(2.0±0.1)*(5.6±0.1)
21
300/600
1000/2200
15/30
GJYXFCDH-4Xn
4(Ribbon)
(2.0±0.2)*(6.0±0.2)
22
300/600
1000/2200
15/30
Storage/Operating Temperature: -20℃~+60℃
Optical Characteristics
Fiber Type
Attenuation
OFL
Effective Mode Bandwidth
10 Gbit/s Ethernet Link Length
Minimum Bend Radius
Condition
1310/1550nm
850/1300nm
850/1300nm
850nm
850nm
/
Typical Value
Maximum Value
Typical Value
Maximum Value
Unit
dB/km
dB/km
dB/km
dB/km
MHZ.km
MHZ.km
m
mm
G657A1
0.36/0.22
0.5/0.4
---
---
---
---
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10
G657A2
0.36/0.22
0.5/0.4
---
---
---
---
---
7.5
OM3
---
---
3.0/1.0
3.5/1.5
≥1500/500
≥2000
≤300
30
OM4
---
---
3.0/1.0
3.5/1.5
≥3500/500
≥4700
≤550
30
FAQ
Q1: Can this cable be used in high-wind areas?
A1: Yes, the steel wire and FRP reinforcement provide sufficient tensile strength to withstand typical wind loads in aerial deployments.
Q2: Is the cable suitable for both urban and rural installations?
A2: Yes, the bow-type design and lightweight structure make it adaptable to both dense urban and sparsely populated rural areas.
Q3: What makes this cable self-supporting?
A3: The combination of central fiber units, parallel FRP or metal strength members, and single steel wire reinforcement allows the cable to maintain tension without additional support.
Why Choose Self-supporting Bow-type Fiber Optic Drop Cable?
This cable offers a balance of mechanical strength, installation convenience, and environmental protection. It is widely trusted by telecommunications providers and industrial networks, providing dependable performance for overhead fiber deployments while simplifying maintenance and splicing. Its practical design and LSZH sheath ensure safety and compliance with modern network installation requirements.
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