Armored Fiber Patch Cord

Unisol armored fiber patch cords are purpose-built for high-performance connectivity in environments where durability, flexibility, and long-term reliability are critical. Featuring a robust double-armored construction, each armored fiber patch cord is engineered to withstand extreme conditions including side pressure, bending, crushing, and rodent interference. These cables provide seamless connections between active equipment, passive optical components, and cross-connect systems in data centers, central offices, outdoor installations, and industrial settings.

Every Unisol armored fiber patch cord includes a tightly secured steel tape armor layer that delivers superior mechanical protection. This inner shield defends the cable against crushing and impact, while the helical stainless steel tape reinforces the overall structure, ensuring consistent performance under physical stress. Enhanced with high-strength aramid yarn, these cables offer exceptional tensile strength, making them ideal for applications that involve pulling, vibration, or environmental exposure.

The core of each armored fiber patch cord contains a tight-buffered fiber surrounded by a stainless steel mesh jacket, giving the assembly maximum resilience to external damage. This advanced structure resists compression, abrasion, and accidental stepping, all while preserving optical integrity. These patch cords are built to deliver high-speed, stable data transmission even in rugged environments where standard fiber cables would fail.

Available in both single-mode and multimode formats, Unisol armored fiber patch cords support a wide array of applications. The armored fiber optic cable single mode version is designed for long-range transmissions where signal integrity and low attenuation are paramount—ideal for telecom backbones, FTTH, and FTTx systems. The armored multimode fiber optic cable option is optimized for short-distance, high-bandwidth applications such as enterprise LANs and data centers, offering fast, efficient signal flow with reduced modal dispersion.

Each armored fiber patch cord is terminated with high-performance connectors like SC, LC, ST, FC, MTRJ, or E2000, available in both simplex and duplex configurations. These connectors feature zirconia ceramic ferrules, polished to PC, UPC, or APC profiles to ensure low insertion loss, low back reflection, and repeatable high-quality connections throughout their lifecycle.

Built for reliability in extreme environments, Unisol armored fiber patch cords are perfectly suited for industrial applications such as manufacturing floors, energy plants, transportation hubs, and outdoor-to-indoor telecom transitions. Their rugged construction and rodent-resistant design ensure uninterrupted performance in environments subject to mechanical threats or environmental variability. Whether routed through conduit, installed overhead, or laid in open pathways, these cables deliver outstanding resilience and flexibility.

Unisol armored fiber patch cords are rigorously tested for optical and mechanical performance. Each unit undergoes comprehensive assessments for insertion loss, return loss, tensile strength, and compliance with industry bend radius standards. They are rated for wide operating temperature ranges and built to maintain stable performance under constant exposure to real-world stressors.

To support a variety of deployment needs, Unisol offers customized armored fiber patch cord solutions. Users can choose from various cable lengths, fiber types, polish grades, jacket colors, and connector styles to match specific installation requirements. Whether you’re deploying an armored fiber optic cable single mode for telecom applications or an armored multimode fiber optic cable in a data center, Unisol provides reliable, high-performance options tailored to your infrastructure.

Choosing Unisol means choosing a brand committed to quality, resilience, and long-lasting performance. Unisol armored fiber patch cords represent a dependable solution for mission-critical networking where downtime is not an option. Built to outperform under pressure, they ensure strong, secure data links and are an ideal investment for professionals who require maximum protection and optical efficiency.