Blog

Engineering Architecture for Rugged, Ground-Deployed Fiber Links In reconnaissance UAV operations where reliability, environmental durability, and mechanical robustness are critical, ground-spooled armored optical cable provides a stable and secure communication backbone. The DuraTac® 1.2 mm armored optical fiber is engineered for harsh deployment conditions where ultra-thin fiber may not provide sufficient mechanical resilience. 1. DuraTac® 1.2 mm Cable Construction DuraTac® integrates a standard optical fiber core within a...

Engineering Considerations for High-Resilience, EMI-Immune Data Links The rapid evolution of unmanned aerial systems (UAS) operating in electronically contested environments has significantly increased demand for physically secure communication links. Ultra-thin 0.25 mm optical fiber has emerged as a critical enabling technology for tethered UAV platforms requiring deterministic performance, high bandwidth, and immunity to electromagnetic interference. 1. Fiber Construction and Physical Characteristics Standard telecommunications-grade optical fiber consists of: 125...

Modern Command & Control (C2) and Command-Post Vehicles are no longer just armored carriers — they are mobile data centers, network hubs, and operational headquarters on wheels. Inside every vehicle, space and weight are critical resources. This is where DuraTac® makes a measurable difference. Thanks to its reduced diameter and optimized mechanical design, DuraTac® enables significantly lighter and more compact fiber deployment systems — without compromising field durability....