4-Way GSM Splitter for Mobile Signal Booster 3G 4G 5G Systems

The 4-Way GSM Splitter for Mobile Signal Booster 3G 4G 5G systems is designed to evenly distribute cellular signal from a single booster output to four indoor antennas. Engineered for low signal loss and stable impedance matching, this RF splitter ensures balanced signal transmission across multiple coverage zones. Ideal for homes, offices, warehouses, and commercial buildings, it supports multi-room signal distribution while maintaining reliable voice and data performance across GSM, 3G, 4G LTE, and 5G networks.

Product Features

Even 4-Way Signal Distribution

This splitter divides one input signal into four equal outputs, enabling multiple indoor antennas to operate from a single signal booster system for expanded coverage.

Wide Frequency Band Support

Compatible with GSM, 3G, 4G LTE, and 5G frequency bands, ensuring reliable performance across modern cellular networks and multi-band signal boosters.

Low Insertion Loss Design

Engineered to minimize signal attenuation, the splitter helps maintain strong and stable signal strength across all connected antennas.

50-Ohm Impedance Matching

Designed with precise 50-ohm impedance to reduce signal reflection and maintain optimal booster efficiency.

Durable Metal Housing

Constructed with a robust metal enclosure for enhanced shielding against interference and long-term durability in indoor installations.

Compatible with Standard RF Connectors

Available with common connector types such as N-type or SMA (model dependent), allowing easy integration with coaxial cables and booster systems.

Product Specifications

• Product Type: 4-way RF splitter for mobile signal booster
• Network Compatibility: GSM, 3G, 4G LTE, 5G
• Frequency Range: Typically 698 MHz to 3800 MHz (model dependent)
• Number of Outputs: 4
• Impedance: 50 ohms
• Insertion Loss: Approximately 6 to 8 dB per output (typical)
• Connector Type: N-type female or SMA female (model dependent)
• Housing Material: Shielded metal casing
• Installation: Indoor use
• Application: Multi-room signal distribution for booster systems