Q And L Business Solutions

LGX Optical Splitters – Compact, Modular Signal Distribution for Fiber Networks

LGX Splitters are compact and reliable devices used to split a single fiber optic signal into multiple outputs. Built using PLC (Planar Lightwave Circuit) technology, these splitters ensure minimal signal loss while distributing the signal to multiple endpoints.

The “LGX” design follows a standard size and format, making these splitters easy to install in LGX-compatible enclosures or panels, which are widely used in telecom rooms, data centers, and network cabinets.

• Low insertion loss and low polarization sensitivity for stable, high-performance operation.

• Suitable for single-mode and multimode fiber networks.

• Available in multiple configurations like 1xN or 2xN (e.g., 1x4, 1x8, 1x16, 1x32), allowing flexibility for different project needs.

• Modular and durable design ensures quick installation and long-term reliability.

LGX splitters are ideal for FTTx deployments, telecommunications, and broadband services, offering an efficient way to distribute fiber signals across multiple users or locations without compromising quality.

Key Features:

• Operating Temperature: 20°C, suitable for standard environmental conditions and designed for stable operation within a moderate temperature range.
• Color: Grey, providing a neutral and professional appearance, ensuring easy identification in fiber optic setups.
• Voltage: 20V, indicating the splitter is designed for low voltage operation, ensuring safety and efficiency in low-power systems.
• Phase: Single Phase, ideal for standard electrical configurations commonly used in fiber optic distribution systems.

 

Key Features:

• Operating Temperature: 120°C, suitable for high-temperature environments, ensuring reliable performance even in harsh conditions.
• Color: Yellow, making it easily identifiable in fiber optic installations.
• Voltage: 240V, designed to handle typical power requirements in fiber optic systems.
• Noise: 50 dB, indicating the level of signal attenuation or loss in the splitter, which is a low-noise figure, ensuring minimal disruption to signal quality.