48 Fiber MTP (4 x 12) Indoor Plenum Rated Singlemode Custom Fiber Optic MTP APC Trunk Cable Assembly - Made in USA by QuickTreX® with Genuine US Conec® Connectors and Corning® Glass

QuickTreX® MTP® Premium Fanout Assemblies are built custom for your critical network. We start with genuine MTP® connectors from US Conec® and precision terminate them to genuine Corning® fiber. Our MTP® termination process delivers uniform height and positioning for maximum physical contact for consistently low insertion loss and excellent return loss characteristics across the entire 12 fiber interface. These ruggedized assemblies include a heavy duty transition to 3mm sequentially labeled buffer tubes on each leg for extra protection during and after the pull.  Our assemblies are proudly made in the USA by highly trained technicians.  We have strict quality control measures in place so you can be certain your assembly will work perfect once installed.  

Our indoor plenum rated jacket assemblies are rated for all indoor installations, including plenum rated spaces. A cable rated for plenum installation will have low-smoke characteristics as defined by the NFPA (National Fire Protection Agency). 

Typical Applications Include: 

• Headend Termination to a fiber "backbone"
• Termination of fiber rack systems
• Data Center & Other High Density Applications 
• Multi-floor deployment where select fibers are used at each floor
• Intra-building "backbones"

Features:

• Genuine US Conec MTP Connectors
• Standard APC Polish on MTP Connectors
• Genuine Corning Glass
• Consistent Super Low Insertion and Return Loss
• Polished & Tested in Accordance with ECI Standards & Specs
• 3mm Sequentially Labeled Furcation Tubing on Each Leg
• Staggard Connectors for Easy Installation
• Includes Full Test Report
• Optional Heavy Duty Swiveling Pulling Eye
• Made in the USA
• Strict Quality Control 
• Fast Production Times
• RoHs Compliant
• ISO 9001 Certified Manufacturing 

A 48 Fiber Trunk Cable will have four 12 Fiber MTP® Connectors on each end as illustrated below