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Power system OPPC 24 core hybrid fiber optical cable

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Hybrid Power & Data Transmission: Combines 24-core G652D optical fibers with aerial power capabilities, enabling simultaneous high-speed data transfer and electrical power distribution.
  • Aerial Deployment Design: Engineered for overhead installation on utility poles or towers, ensuring reliable performance in outdoor environments.

Key features

  • 1. Advanced Material Technology

  • With G652D single-mode fibers, achieve low signal attenuation and high bandwidth for reliable long-distance data transmission compared to conventional fiber types*.

  • 2. Hybrid Power and Optical Design

  • With hybrid power and optical design, combine power distribution and high-speed data transmission in a single cable, reducing infrastructure costs by eliminating the need for separate lines*.

  • 3. High-Performance Capacity

  • With 24-core capacity, support up to 24 simultaneous data streams, offering ~50% higher throughput than 16-core cables*.

  • 4. Aerial Deployment Durability

  • Engineered for aerial deployment, withstand extreme environmental conditions such as UV radiation and temperature variations, ensuring durability in outdoor telecommunications networks.

  • 5. Certified Reliability

  • Certified to CE standards, ensuring compliance with EU safety and performance regulations for seamless integration into global projects.

Product details

Power system OPPC 24 core hybrid fiber optical cable

The Power system OPPC 24-core hybrid fiber optical cable combines electrical power transmission and high-speed data communication in a single aerial cable. Designed for aerial applications, it features 24 G652D fibers for reliable long-distance signal transmission, a durable CE-certified construction, and a flexible outer sheath for easy installation.

Technical specifications

FeatureSpecificationBenefit
MaterialCopper conductors, UV-resistant PE sheathEnhanced durability and weather resistance
Core Design24 cores (G652D fiber + power conductors)Dual functionality for power and data
Fiber TypeITU-T G652D single-mode fiberLow attenuation, high bandwidth
CertificationCE-compliantEnsures safety and quality standards
ApplicationAerial deploymentIdeal for overhead telecommunications

Customization guide

Adjustable core count and color-coding to meet specific data transmission requirements. The outer sheath material can be customized for UV resistance or flame retardancy based on environmental needs.

Get inspired

With its hybrid design, this cable enables simultaneous power distribution and fiber-optic communication in aerial networks. The 24-core capacity ensures high data throughput, while the rugged construction withstands harsh outdoor conditions.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Tensile Strength1,200 N+15% (1,380 N)+30% (1,560 N)*
Temperature Range-20°C to +70°CExtended to -30°C-40°C to +80°C
Fiber CoatingStandard acrylicLow-smoke polyethyleneZero-halogen, fireproof

Supplier's note

  1. Technical Breakthroughs:

    • G652D Fiber: Achieves ultra-low signal attenuation (<0.2 dB/km) for long-distance aerial deployments.
    • CE Certification: Meets stringent EU safety standards for aerial power and data transmission.
    • Hybrid Design: Integrates power conductors with optical fibers, reducing infrastructure costs by 30%.
  2. Version Selection Guidance:

    • Base Model: Suitable for standard aerial installations in temperate climates (e.g., urban telecom networks).
    • Advanced Model: Ideal for regions with extreme temperatures or high wind loads (e.g., mountainous telecom towers).
    • Pro Model: Best for mission-critical infrastructure requiring fire safety and ultra-low temperatures (e.g., Arctic oil field communication systems).

With the Pro model’s zero-halogen coating, you can ensure fire safety compliance in industrial zones. The Advanced model’s extended temperature range enables deployment in polar regions, while the Base model balances cost and performance for routine aerial networks.

Frequently asked questions

  • Which hybrid fiber optical cable is best suited for aerial power grid installations?

  • Is this hybrid fiber cable CE certified for outdoor aerial use?

  • How does G652D fiber in this cable compare to other types for long-distance data transmission?

  • Can the fiber count or color coding of this hybrid cable be customized?

  • How do I maintain the outer sheath of an aerial communication cable?

  • What makes this hybrid fiber cable suitable for power system integration?

  • How does the multi-core design enhance data transmission in power grids?

  • Does this cable meet international standards beyond CE certification?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Hybrid Fiber-Optic DesignPower & telecom infrastructure24-core G652D fiber (OPPC) ▲▲
(Industry: 12-core G652B)
Base: 18-core G652D
▲▲ Double capacity over industry standard (48Gbps vs 24Gbps)
Dual power/data transmission
Higher cost per meter ▲▲
Heavier than single-function cables
Aerial DeploymentOutdoor power line installationsWind resistance: 50m/s ▲
(Industry: 35m/s)
Base: 45m/s
Survives extreme weather (e.g., typhoons)
Lightweight sheath (1.2kg/m)
Requires specialized mounting hardware ▲
UV exposure risks without coating
Fiber CountHigh-bandwidth networks24 cores (Industry: 8-12 cores) ▲▲
Base: 16 cores
Supports 48 simultaneous channels
Reduces cable count by 50%
Bulkier diameter (12mm vs industry 8mm) ▲▲
Installation complexity ↑
Fiber Type (G652D)Long-distance data transmission0.2dB/km attenuation ▲
(Industry: 0.35dB/km)
Base: 0.25dB/km
80km signal clarity without repeaters
Backward compatible with G652B
Higher cost per fiber ▲▲
Requires precision splicing tools
CertificationsGlobal telecom projectsCE + RoHS ▲▲
(Industry: CE only)
Base: CE + FCC
Pre-qualified for EU/US markets
Lead-free compliance
Certification costs increase pricing by 15% ▲▲
Longer lead times
CustomizationIndustrial automation systemsColor-coded cores + 3D-printed labels ▲▲
(Industry: Basic color codes)
Base: Custom length cuts
Error reduction by 40% in complex setups
Field-attachable connectors
Limited to pre-configured core bundles ▲
Custom orders require 2-week lead time

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