Lightwave LW-PT-LCA-MM Fiber Pigtail LC APC Multimode 2m

Lightwave Fiber Pigtail LC APC

The Lightwave Fiber Pigtail Multimode (LW-PT-LCA-MM) provides a high-performance termination solution for optical networks requiring precision alignment and low signal loss. This 2-meter assembly features a factory-polished LC APC connector on one end and an un-terminated fiber on the other, designed specifically for fusion splicing into existing distribution cables. The use of multimode fiber architecture ensures compatibility with short-to-medium range high-bandwidth applications, facilitating efficient data transmission in B2B networking environments. By utilizing a factory-terminated connector, network engineers can achieve significantly lower insertion loss compared to field-terminated alternatives.

Key Features

• LC APC Connector Precision
  The Angled Physical Contact ferrule reduces back reflection and improves return loss performance.

• 900μm Tight Buffer
  The easy-strip buffer design facilitates rapid splicing and protects the delicate glass core during handling.

• Optical Fiber Specifications

  • Multimode core for high-bandwidth local area network traffic.
  • 2-meter length provides ample slack for splice tray management.

• Industrial Durability
  Constructed with high-quality zirconia ceramic ferrules to ensure consistent geometric alignment.

Specifications

What’s in the Box

• 1 x Lightwave 2m LC APC Multimode Fiber Pigtail

• Individual Test Report Data

Why Choose Lightwave Fiber

• This optical assembly maintains signal integrity by utilizing precision-engineered ferrules that minimize attenuation during high-speed data transmission.

• The 2m length ensures that technicians have sufficient material to perform multiple splice attempts if necessary within a standard rack-mount enclosure.

• Additionally, the factory-controlled polishing process guarantees consistent performance that field-installed connectors cannot reliably replicate.

• Consequently, network downtime is reduced by providing a stable and standardized termination point for critical infrastructure links.