Wirewerks GPC-1MLCASCA015 15 Meter LC/APC -SC/APC Fiber Jumper

$5.99
In stock
Only 14 left
SKU
GPC-1MLCASCA015
Description

Condition: New

Product Overview: The WireWerks GPC‑1MLCASCA‑015 is a 15-meter, single-mode (OS2) fiber optic jumper featuring LC/APC connectors on one end and SC/APC connectors on the other. Designed for high-performance optical network setups, this jumper offers low insertion and return loss through its angled APC ends. Built to standard telecom specs, it ensures reliable, precision connections, making it suitable for applications like headend patching, FTTH, and telecom equipment interconnects.

Features

  • Length: 15 meters—ideal for headend, telecom, or equipment networking needs.

  • Fiber Type: Single-mode, OS2 (9/125 µm), suitable for long-distance, low-loss signal transmission.

  • Connectors:

    • LC/APC (angled physical contact, green) on one end

    • SC/APC (angled physical contact, green) on the other

  • APC Polish Benefits: Provides very low back-reflection (return loss typically ≤ –60 dB), crucial for maintaining signal integrity in high-performance optical networks

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Condition: New

Product Overview: The WireWerks GPC‑1MLCASCA‑015 is a 15-meter, single-mode (OS2) fiber optic jumper featuring LC/APC connectors on one end and SC/APC connectors on the other. Designed for high-performance optical network setups, this jumper offers low insertion and return loss through its angled APC ends. Built to standard telecom specs, it ensures reliable, precision connections, making it suitable for applications like headend patching, FTTH, and telecom equipment interconnects.

Features

  • Length: 15 meters—ideal for headend, telecom, or equipment networking needs.

  • Fiber Type: Single-mode, OS2 (9/125 µm), suitable for long-distance, low-loss signal transmission.

  • Connectors:

    • LC/APC (angled physical contact, green) on one end

    • SC/APC (angled physical contact, green) on the other

  • APC Polish Benefits: Provides very low back-reflection (return loss typically ≤ –60 dB), crucial for maintaining signal integrity in high-performance optical networks

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