Wireless Signal Splitter Asus RS-3 PAU SPLITTER 3x 2.4 GHz (Telmor) - model ZLA0593

The Wireless Signal Splitter Asus RS-3 PAU SPLITTER 3x 2.4 GHz (Telmor) is a passive RF splitter that distributes a single 2.4 GHz feed to three outputs. Designed for network installations and RF testing, this compact device allows a single 2.4 GHz transmitter to serve multiple access points or external antennas. It supports scenarios where one source needs to be shared across several devices without active amplification, maintaining the original frequency band and enabling straightforward cabling in Wi‑Fi deployments and measurement setups.

Advantages

The splitter provides simple and reliable passive distribution of a 2.4 GHz signal to three outputs, reducing the need for multiple transmitters. Its compact construction eases installation in racks or enclosures and helps organize cabling for access point farms or antenna arrays. Because it is passive, it does not require power or configuration, which simplifies deployment and lowers operational complexity. The unit is suitable for repeated connection cycles and supports common RF connectors used in network and testing environments.

Suitable for

• Connecting one 2.4 GHz transmitter to multiple Wi‑Fi access points
• Feeding several external antennas from a single source
• RF lab testing and signal distribution during measurement
• Temporary or permanent installations where passive signal splitting is required

Key specifications

• Frequency range: 2.4 GHz band
• Number of outputs: 3 passive outputs
• Type: Passive RF splitter (no external power required)
• Function: Signal distribution from one input to three outputs
• Application: Wi‑Fi networks, RF testing, antenna distribution

How to use

Connect the single 2.4 GHz source to the splitter input using an appropriate RF cable and connector. Attach up to three outputs to access points or antennas using matched cables and connectors, ensuring tight and secure connections to minimize insertion loss. Place the splitter close to the source or in a central location to keep cable lengths balanced. As a passive device, it requires no configuration or power; after making connections, verify signal levels and network performance with measurement tools or the target devices.

Usage recommendations

Use low-loss RF cables and keep cable runs as short and equal in length as practicable to reduce insertion loss and imbalance between outputs. Avoid locations with excessive moisture or mechanical stress on connectors. For installations requiring amplified signals or long cable distances, consider adding an appropriate RF amplifier or using active distribution equipment to compensate for splitter losses.