The Siecor AFS-V2S is a fiber optic cable engineered for high-performance communication networks requiring reliable data transmission with minimized signal loss. Designed for both indoor and outdoor installations, this cable delivers the signal integrity and durability demanded by telecommunications infrastructure, enterprise networks, and industrial environments operating under challenging conditions.
Technical Specifications
The AFS-V2S is constructed with optical fibers as the primary transmission medium, supported by protective coatings, strength members, and an outer jacket rated for the intended deployment environment. The all-dielectric design eliminates metallic elements, reducing overall weight while providing enhanced resistance to lightning strike hazards.
– Key Features
• Low signal loss engineered for extended-distance transmission
• All-dielectric construction — no metallic components
• Individual fiber protective coatings for mechanical durability
• Strength members integrated for tensile load resistance during installation
• Environmental jacket protection against moisture, abrasion, and UV exposure
• Suitable for aerial, buried, and duct installations when cable construction matches deployment requirements
– Typical Applications
• Telecommunications backbone connectivity and carrier networks
• Data center interconnect
• Enterprise LAN and WAN deployments
• Industrial plant networks requiring environmental resilience
• Outdoor plant (OSP) installations across multiple deployment modes
– Compatibility & Integration
The cable integrates into standard fiber optic infrastructure where high-bandwidth data throughput and signal fidelity are critical. Installation and termination procedures follow standard fiber optic practices, with color-coded fibers enabling rapid identification during splicing and connector attachment. Jacket selection determines suitability for specific environmental conditions — OFNR ratings support riser applications while specialized jackets address direct burial or aerial requirements.
