Description:
Next generation WIMAX and Long Term Evolution (LTE) Fiber To The Antenna (FTTA) connectivity designs require rugged cable assemblies for outdoor use. For direct connection these cable assemblies need to plug directly into the optical transceivers though a bulkhead construction. For this specific application the connector design will need to accommodate for a large tolerance in Z-direction. Furthermore the connector shell needs to allow for easy one handed mating. The FullAXS connector system meets this requirement by allowing for a large Z-direction tolerance while also offering the benefit of one-hand installation of the connector shell. With this new product offering, users can also conveniently remove and replace transceivers through a cutout in the bulkhead that completely eliminates the need to open the entire remote radio box and expose its contents to hazardous weather conditions. For the optical connection, the connector system includes an industry-standard duplex LC interface for fast mating with all LC duplex SFP transceivers.

The FullAXS connector can be designed for either single mode or multimode optical transmission applications. Use the cable assembly firmly establish themselves through the bulkhead is directly inserted into the optical fiber transceiver is directly connected to the WiMax and LTE in FTTA application. 

Feature:
>> Open bulkhead for easy access to SFP
Positive feedback to operator when fully mated
>> One-hand mating
>> Duplex LC interface
>> Bulkhead cutouts allow for removal of transceiver through the bulkhead (no need to open RRH for transceiver replacement)
>> Robust bayonet locking for easy, fast, and secure mating
>> Available for Multimode and singlemode

Water proof, dust proof and corrosion resistant
Expansion to RJ45, etc
Plug has tolerance free design, fully free floating in Z-axis
No Cable buckling at any time during or after installation
100% tested and serialized Fiber Assemblies
Field installable version available

Application:

>> WIMAX and LTE Base Stations

>> Remote Radio Heads (RRH)

>> Industrial outdoor applications

>> Robotics

>> Aerospace & Defense

Optical performance