FullAXS connector system are developed to cater to the evolving needs of next-generation WiMAX and Long-Term Evolution (LTE) Fiber-to-Antenna (FTTA) technology. This system facilitates SFP links between remote radio and telecommunication base stations. The FullAXS fiber optic patch cable, featuring the FullAXS connector and outdoor-rated optical cable, ensures robust connectivity in harsh environments.

End users benefit from the system's compatibility with a wide array of SFP transceivers available in the market, empowering them to choose transceivers that align with their specific system requirements. Water-resistant cable assemblies are directly plugged into the fiber transceiver, establishing a connection with larger capacity in the z-axis direction.

Notably, the FullAXS fiber optic cable connector system offers easy single-handed installation of the connector housing, ensuring compliance and convenience. An insurance switch on the head facilitates the effortless removal and replacement of transceivers without exposing the entire remote radio box to adverse weather conditions, safeguarding electronic components.

Featuring an industry-standard dual LC interface, the connector system swiftly engages with all LC dual SFP transceivers, ensuring seamless fiber optic connections. Moreover, the FullAXS fiber optic cable can be tailored to single-mode or multi-mode forms to suit various transmission applications.

The versatile design of the FullAXS connector system extends to accommodate RJ45 and power connectors, making it a comprehensive solution. With outdoor installation capabilities and connectors compatible with any cable, it offers flexibility in deployment.

Additional features and benefits include:

• Confirmation signal upon full engagement for connection assurance
• No cable buckle during or after installation
• Rugged mount locking for convenience and safety during installation
• Metal die-casting plugs with waterproof, dust-proof, and corrosion-resistant design, eliminating fiber management in remote radio boxes and reducing costs.