Fiber Optic Splitter | SM LC-LC to LC, 2M

High-quality 2-meter single-mode fiber optic splitter with LC-LC input and LC output, designed for efficient signal distribution in telecom and enterprise optical networks.

Did you like this product? Add to favorites now and follow the product.

Add to wishlist
Low Prices

Price match guarantee

Guaranteed Fitment.

Always the correct part

In-House Experts.

We know our products

Easy Returns.

Quick & Hassle Free

Description

The SM LC-LC to LC 2M fiber optic splitter provides a reliable and low-loss solution for distributing optical signals across single-mode networks. With an LC-LC input and LC output configuration, this 2-meter splitter ensures precise light transmission while maintaining minimal insertion loss and high stability.

Engineered for telecom carriers, data centers, and enterprise infrastructures, this splitter is ideal for applications such as FTTH, PON, and optical distribution systems. Its compact design and durable construction allow for easy deployment in rack, wall-mount, or enclosure-based setups where space and reliability are critical.

Key Features & Benefits

  • 2-meter single-mode fiber optic splitter

  • LC-LC input with LC output for flexible connectivity

  • Low insertion loss and high return loss for signal integrity

  • Ensures stable optical distribution across multiple endpoints

  • Compact, lightweight design for easy installation

  • Ideal for FTTH, PON, and telecom distribution networks

  • Rugged construction for long-term durability

  • Supports enterprise, carrier, and high-speed optical applications

Technical Specifications

Specification Details
Model Number SM LC-LC to LC Splitter, 2M
Cable Length 2 meters
Fiber Type Single-mode (SM)
Input Connector LC-LC
Output Connector LC
Construction Splitter
Insertion Loss ≤ 3.5 dB (typical, per output)
Return Loss ≥ 50 dB
Application FTTH, PON, telecom, enterprise

✅ The SM LC-LC to LC 2M splitter ensures efficient, low-loss optical signal distribution, making it a dependable solution for expanding single-mode fiber networks.