FullAXS Fiber Cable: A Reliable Choice for FTTA
FullAXS fiber optic cables are designed for reliable fiber optic connections in outdoor wireless communication environments. Compared to standard indoor fiber optic patch cords, FullAXS cable assemblies feature rugged outdoor connectors and a sealed construction, making them better suited to various harsh environments. Let's learn more with the professional team at Skyward Telecom.
What Is a FullAXS Fiber Cable?
FullAXS Fiber Cable is an outdoor fiber optic cable assembly built around a FullAXS connector system.
It combines:
- Outdoor fiber optic cable
- FullAXS ruggedized connector
- LC Duplex interface
- Waterproof and dust-resistant sealing
- Secure locking mechanism
FullAXS Fiber Cable Design & Benefits
FullAXS fiber optic cables are designed for harsh outdoor environments, offering waterproof and dustproof protection depending on the selected configuration. IP67 outdoor protection helps protect fiber optic connections from vibration, strong light, and high temperatures, making them suitable for outdoor wireless and FTTA deployments.
Furthermore, the cable features a secure bayonet locking mechanism for quick and reliable connector connection during field installation. Common configurations use LC duplex interfaces and support single-mode and multimode fiber, providing flexible connectivity options for various telecom applications.
How FullAXS Fiber Cable Supports FTTA
Reliable Outdoor Protection
FullAXS cable assemblies use ruggedized sealing structures designed to protect the optical connection from water and dust. Many FullAXS outdoor products are rated IP67, depending on the specific configuration.
Secure Connection
FullAXS connectors typically employ a bayonet locking mechanism, enabling quick and secure insertion and removal while reducing the risk of accidental disconnection.
Easy SFP Access
Another useful design feature is the open bulkhead structure, which can provide easier access to the SFP transceiver.This can simplify maintenance and transceiver replacement without requiring unnecessary disassembly of the radio equipment.