In the GDTA hybrid fiber power cable, singlemode G652D fiber are housed in loose tubes that are made of high-modulus plastic and filled with tube filling compound. Also, the GDTA hybrid fiber power cable are available in multimode fiber glass. The PBT loose tubes and required insulated copper wires are stranded around the metallic central strength member into a compact and circular cable core. In the center of cable is a steel wire metallic strength member. Armored with laminated aluminum tape, and a PE sheath is extruded to protect the internal components. UnitekFiber's GDTA hybrid fiber power cable combine both single-mode or multimode fibers and electrical conductors, making them ideal for various applications where optical and electrical transmission need to coexist in one cable.
The advantage of GDTA fiber power hybrid cables lies in their ability to simultaneously address data transmission and device power supply issues, making them suitable for complex installation environments. GDTA hybrid cable integrate optical fiber and conductive copper wire, using the optical fiber to transmit data signals and the copper wire to transmit power signals. GDTA hybrid cable allows for both high-speed data transmission and long-distance device power supply. GDTA hybrid cable design ensures that optical and electrical signals do not interfere with each other during transmission, making it suitable for integrated cabling in various network systems, which can effectively reduce construction and network development costs, achieving the goal of using one cable for multiple purposes.
UnitekFiber's GDTA hybrid fiber features a rugged aluminum armored structure, ensuring it meets the load-bearing requirements of both duct and overhead installations. The PBT loose tube is filled with a waterproofing compound and wrapped with aluminum tape to form a tight moisture-proof and corrosion-resistant barrier, effectively protecting against soil moisture, acidic and alkaline corrosion during duct installation. The outer PE sheath is not only abrasion-resistant, reducing friction damage during duct installation, but also offers excellent UV resistance, making it suitable for long-term exposure in outdoor overhead environments. Through rigorous mechanical testing, it can withstand a tensile force of ≥1000N and a compressive force of ≥1000N/100mm. It operates stably in complex duct routes installations or in the wind and rain of overhead installations. Suitable for temperatures ranging from -40°C to +70°C, fully guaranteeing transmission reliability after installation.
Yes, the GDTA hybrid fiber cables are mainly use in duct and aerial.
Yes. It transmits high-speed data signals through optical fibers and power signals through copper wires, realizing "one cable for multiple purposes".
No. The hybrid fiber power cable is specially designed to ensure independent transmission of optical signals and electrical signals without mutual interference.
It is mainly suitable for duct installation and overhead installation, and is also compatible with outdoor, industrial and complex wiring environments.
Yes, this hybrid power cable can be used in 5G small base station.
This hybrid cable cut our 5G base station installation time by 30%—no separate fiber/power lines needed, and the signal stays stable.
The waterproof and corrosion-resistant design works perfectly in our humid factory; no issues with data or power transmission after 8 months of use.
Custom multi-mode option fits our short-distance high-bandwidth needs; keeps backup systems online during outages without conduit issues.
Hybrid fiber power cable design saved 20% conduit space in our new office complex; installation was faster than traditional wiring solutions.
Powers park lights and security cameras; resists rain moisture and damage from maintenance equipment perfectly.
