Splitter Cable Kolink ARGB 1-to-3 PGW-AC-KOL-156 30cm White

The Kolink ARGB 1-to-3 splitter cable PGW-AC-KOL-156 in white is a compact accessory designed to expand a single addressable RGB (ARGB) header to support up to three ARGB devices. With a 30 cm total length, this cable provides a tidy connection path inside PC cases, enabling synchronized lighting across multiple fans, LED strips or other addressable components while maintaining signal compatibility with standard 3-pin 5V ARGB headers.

Advantages

This ARGB splitter cable offers a simple and reliable way to increase the number of addressable RGB devices without modifying your motherboard. The white color blends with light-themed builds and helps keep internal cabling visually consistent. Its compact 30 cm length reduces cable clutter and supports straightforward routing inside most mid-tower and full-tower cases. The design preserves the ARGB signal so connected devices can be controlled together from a single header.

Suitable for

• Connecting multiple ARGB fans to a single motherboard ARGB header
• Extending addressable LED strips from one control point
• Linking ARGB accessories in compact or mid-size PC builds
• Synchronizing lighting across several components without additional controllers

Key specifications

• Connector configuration: 1-to-3 ARGB splitter (3-pin, 5V addressable format)
• Length: 30 cm
• Color: white outer cable and connectors
• Compatibility: standard 5V addressable RGB headers on motherboards and controllers

How to use

Connect the single male plug of the splitter to the ARGB header on the motherboard or ARGB controller, making sure the pin alignment matches the header keying. Attach the three female ends to the ARGB devices such as fans, LED strips or light bars. Power on the system and use motherboard software or the connected controller to configure and synchronize lighting effects. Ensure total device current draw stays within the header or controller limits to avoid overloading the ARGB output.

Usage recommendations

Verify the voltage and pin layout of your ARGB header before connecting. When attaching multiple high-current devices, check the combined power consumption and, if necessary, use a powered ARGB controller or distribute devices across multiple headers to prevent exceeding the header’s rated output.