Outdoor 48 Core GYFTY Non-Metallic
loose tube fiber optic cable – High-Performance Solution for Long-Distance and High-Voltage Environments This premium
Outdoor Fiber Optic Cable is engineered for demanding infrastructure applications, offering reliable performance in harsh weather conditions and high-voltage zones. Designed with a central FRP (Fiberglass Reinforced Plastic) strength member, the GYFTY cable ensures excellent tensile strength without the risks associated with metallic components. The 48-core configuration makes it ideal for medium to large-scale telecommunications networks, especially where durability, flexibility, and long-term stability are critical. Key Features: - Central non-metallic FRP strength member for enhanced mechanical protection -
loose tube design with gel-filled buffer tubes to protect individual fibers from moisture and temperature fluctuations - Polyethylene (PE) outer jacket providing superior resistance to UV radiation, water ingress, and chemical exposure - Available in core counts ranging from 2 to 288, supporting scalable deployment across diverse network architectures - Compliant with international standards for
outdoor fiber optic installations Detailed Description: The GYFTY fiber optic cable utilizes a robust loose tube structure where each fiber is housed within a protective buffer tube filled with water-blocking compound. These tubes are stranded around the central FRP element, ensuring optimal strain distribution and preventing microbending losses. The entire assembly is then encased in a durable PE sheath, making this cable suitable for aerial, duct, or direct burial installations. Unlike traditional metallic cables, the absence of metal eliminates risks related to lightning strikes and electromagnetic interference—making it an ideal choice for power utility corridors, industrial sites, and urban telecom backbones. Its lightweight yet rugged construction allows for easy handling during installation while maintaining exceptional longevity under extreme environmental stressors such as freezing temperatures, humidity, and UV exposure. Use Cases: This cable excels in outdoor fiber deployments where reliability and safety are paramount. It is commonly used in rural broadband expansion projects, smart grid communications, remote monitoring systems, and metropolitan area networks (MANs). Whether deployed along railway tracks, near high-voltage transmission lines, or through underground conduits in coastal regions, the GYFTY 48-core solution delivers consistent signal integrity over extended distances. With its modular design, it supports future upgrades by accommodating additional fibers without replacing existing infrastructure—a key advantage for cost-effective network evolution. Customer Testimonials: Users have praised the cable’s resilience in challenging environments. One engineer noted, “We installed this in a desert region with frequent sandstorms and temperature swings—it hasn’t degraded after two years.” Another telecom provider highlighted its ease of termination and compatibility with standard fusion splicing equipment, emphasizing how it reduced downtime during field repairs. Customers often mention the cable's ability to maintain low attenuation levels even in high-temperature scenarios, which is crucial for uninterrupted data flow in mission-critical operations. Frequently Asked Questions: What does "GYFTY" stand for? It refers to a specific type of outdoor
Loose Tube Fiber optic cable: GY (general purpose), F (fiber), T (tight buffered), Y (polyethylene jacket). Is this cable suitable for aerial installation? Yes, due to its non-metallic strength member and strong PE sheath, it performs reliably when suspended between poles or towers. Can it be buried directly in soil? Absolutely—the PE jacket offers excellent abrasion resistance and moisture protection, allowing direct burial in most soil types. How does it compare to armored fiber cables? While armored cables offer more physical protection against crushing forces, GYFTY provides better flexibility, lighter weight, and immunity to electrical hazards—ideal for environments with high EMF or lightning risk. Why choose a loose tube design over tight-buffered? Loose tube cables like this one provide superior environmental protection for fibers, especially in fluctuating climates. They minimize signal loss caused by thermal expansion and contraction, making them preferable for long-haul links.
Product Categories : Outdoor Fiber Optic Cable > Stranded Loose Tube Cable
