SC 8 Pack Singlemode Loaded Adapter Plate Beige

SKU AFFPSC-8L Categories ,

The SC 8-port singlemode loaded adapter plate from Amerifiber is a pre-loaded beige LGX adapter plate engineered for SC duplex singlemode fiber installations that require more termination capacity than a 6-port plate provides, delivering eight factory-installed SC singlemode adapters built to the optical tolerances of OS1 and OS2 long-distance fiber infrastructure and ready for immediate deployment in rack-mount enclosures and fiber patch panels.

Eight SC singlemode ports in a single factory-loaded plate gives ISP field technicians, telecom engineers, and outside plant crews the termination capacity to handle multi-circuit singlemode fiber runs without filling more than one panel slot. The AFFPSC-8L is built for the aggregation points, field enclosure patch positions, and distribution frame locations where six singlemode connections fall short and the actual fiber count coming into the panel lands closer to eight. Every SC singlemode adapter arrives factory-installed in a sequentially numbered beige LGX plate, precisely aligned for OS1 and OS2 singlemode performance, so the plate seats in the enclosure and termination starts without any prep work in the field.

This SC singlemode adapter plate handles the termination demands of long-distance fiber deployments where signal integrity across every connection is non-negotiable. Whether the installation is a roadside ISP aggregation point, a utility fiber distribution frame, a central office feeder panel, or an inter-building backbone termination room with multiple active circuits, this 8-port adapter plate gives the build eight precision-ready singlemode termination points organized and numbered from day one.

Why Use SC 8-Port Singlemode Adapter Plate?

  • Delivers eight SC duplex singlemode terminations in a single LGX plate, covering the fiber counts common at ISP aggregation points, utility distribution frames, and multi-circuit long-haul panel positions
  • All eight SC singlemode adapters arrive factory-installed and sequentially numbered, so field crews can begin terminating immediately without on-site assembly or alignment adjustments
  • Adapter ports are precision-aligned to the tight insertion loss and return loss tolerances required for reliable OS1 and OS2 singlemode signal transmission over extended distances
  • Blue SC duplex adapter housings conform to TIA-568 singlemode color coding, keeping singlemode ports clearly distinguishable from multimode in mixed-fiber patch panel environments
  • Eight-port configuration handles real-world multi-circuit singlemode fiber counts without requiring an additional panel slot or a step up to a 12-port plate
  • Standard LGX form factor drops directly into most 1U and 2U rack-mount enclosures and fiber patch panels already deployed across SC singlemode telecom and ISP infrastructure

Product Features

  • Eight SC duplex singlemode adapters are factory-loaded in a single-column sequential layout, numbered 1 through 8 for organized, traceable termination across all ports from the first patch cord in
  • Blue SC duplex adapter housings follow TIA-568 OS1/OS2 singlemode color coding, providing immediate visual identification in active rack environments and mixed-connector distribution panels
  • Precision-machined adapter ports maintain the tight alignment tolerances needed for consistent low-attenuation singlemode optical performance across all eight channels under regular operational use
  • Dust shutters on each SC duplex port seal ferrule end-faces automatically when connectors are removed, protecting singlemode end-faces from contamination in outdoor plant termination rooms and active headend rack environments
  • Beige LGX plate body installs directly into most standard 1U and 2U rack-mount enclosures and fiber patch panels without modifications, additional tools, or supplementary mounting hardware
  • Top and bottom mounting screws lock the singlemode adapter plate securely inside the enclosure panel, holding all eight SC ports in correct alignment through repeated mating cycles in demanding field and facility environments