OPLC
Hybrid Fiber Optic Cable with Copper Conduction – A Compact, High-Performance Solution for Modern Infrastructure Our advanced OPLC (Optical Power Line Composite)
hybrid fiber optic cable combines optical fiber and copper conductor technology into a single, integrated unit. Designed for efficiency, durability, and ease of deployment, this composite solution replaces multiple cables—such as separate power lines and data cables—with one versatile product. Ideal for both urban and rural environments, it significantly reduces installation complexity, material costs, and long-term maintenance efforts while enhancing network scalability and adaptability. Key Features: This hybrid cable integrates 24 G652D optical fibers alongside two copper conductors rated at 2.5 mm² each, enabling simultaneous high-speed data transmission and reliable electrical power delivery. With a tensile strength of 500N (long-term) and 1500N (short-term), the cable withstands demanding environmental conditions. Its crush resistance reaches 300N/10cm (long-term) and 1000N/10cm (short-term), making it suitable for challenging installations such as underground ducts or overhead utility poles. The minimum bending radius is just 10D when static and 20D when dynamic, ensuring flexibility during routing without compromising signal integrity. The construction uses a robust
loose tube design with hydrolysis-resistant materials and a specialized filling compound that protects fibers from moisture and mechanical stress. This ensures consistent performance across wide temperature ranges—from -40°C to +70°C—and enhances longevity in harsh outdoor settings. Lightweight yet compact, the cable minimizes space requirements in conduits and reduces overall infrastructure footprint, making it ideal for smart city projects, industrial automation, and distributed energy systems. Detailed Description: Engineered for modern communication and power networks, this hybrid fiber-copper cable supports dual-purpose applications: transmitting high-bandwidth data via optical fibers while simultaneously delivering electrical power through copper conductors. The G652D-grade fibers ensure low attenuation and high signal quality over long distances, perfect for telecom backbones, FTTH deployments, and enterprise LANs. Meanwhile, the embedded copper wires provide stable DC or AC power for remote devices like cameras, sensors, and repeaters—eliminating the need for separate power supply cabling. The cable’s superior mechanical properties, including excellent lateral pressure resistance and vibration tolerance, make it an optimal choice for integration into existing power grids or new build-out projects. Use Cases: This hybrid cable is widely applicable across various sectors including telecommunications, utility infrastructure, transportation, and smart grid development. It serves as a core component in long-haul fiber-optic networks where power delivery to intermediate nodes is essential, as well as short-range communication links in industrial facilities, campuses, and public safety systems. Whether used in rural broadband expansion or dense metropolitan fiber-to-the-home (FTTH) rollouts, its modular design allows seamless upgrades and future-proofing against evolving bandwidth demands. Customer Feedback: Users consistently praise the cable’s reliability under extreme weather conditions and its ease of handling during installation. Many highlight how the elimination of multiple cables simplifies planning and reduces labor hours on-site. Engineers appreciate the comprehensive protection offered by the internal structure and the peace of mind provided by standardized compliance with international mechanical and environmental testing protocols. Frequently Asked Questions: What makes this hybrid cable different from traditional fiber-only solutions? Unlike conventional fiber optic cables, this OPLC version includes built-in copper conductors, allowing it to carry both data and power within a single jacket—reducing redundancy, improving efficiency, and lowering total cost of ownership. Is it suitable for outdoor and buried installations? Yes, the cable is specifically designed for outdoor use and can be directly buried or installed in ducts, offering excellent protection against water ingress, UV exposure, and physical damage. How does it perform in extreme temperatures? With a wide operating range from -40°C to +70°C, it maintains consistent performance in cold climates, hot deserts, and humid tropical zones. Can it support future network upgrades? Absolutely—the modular nature of the cable system enables easy scaling, whether adding more fiber cores or increasing power capacity without replacing the entire infrastructure.
Product Categories : Outdoor Fiber Optic Cable > Hybrid Fiber Optic Cable
