Hybrid Fiber Optic Cable For Efficient Data And Power Transmission

Hybrid Fiber Optic Cable For Efficient Data And Power Transmission

Description

The Photoelectric Composite Fiber Optic Cable, also recognized as a Hybrid Fiber Optic Cable (GDVV),

integrates both fiber and power transmission functionalities into a single unit. This integration eliminates

the necessity for secondary wiring, leading to a substantial reduction in construction, network deployment,

and associated fees. GDVV seamlessly combines optical transmission with a power copper cable, effecti-

vely addressing challenges related to broadband access, equipment power supply, and transparent trans-

mission of electricity meter data. This solution provides a comprehensive approach, efficiently resolving

issues in reporting and charging electricity consumption, making it a versatile and practical solution for var-

ious applications.

Application

1 Engineered for Durability in Challenging Outdoor Conditions: Crafted to withstand harsh outdoor conditions,

  ensuring longevity and unwavering reliability.

2 Optimal for Efficient Power Transmission Over Long Distances: Excellently suited for the efficient transmis-

  sion of power over extended distances, making it an excellent choice for trunk power systems.

3 Precision-Designed for Security Monitoring Applications: Meticulously crafted to meet the unique requireme-

  nts of security monitoring applications, ensuring dependable connectivity and seamless data transmission in

  surveillance projects.

Characteristics

* Streamlines Centralized Monitoring and Maintenance: Facilitates centralized monitoring and maintenance,

  optimizing equipment power management.

* Simplifies Power Supply System Management: Reduces complexities and efforts associated with coordin-

  ation and maintenance in power supply system management.

* Excellent UV Protection with PE Sheath: The PE sheath provides outstanding UV protection, ensuring the

  cable's resilience in outdoor settings.

Structure details

Mechanical and environment performance

Fiber Performance