ARGB 1-to-4 Splitter Cable Kolink PGW-AC-KOL-115 30 cm

Kolink ARGB 1-to-4 Splitter Cable PGW-AC-KOL-115 30 cm is a 30 cm lead that converts a single ARGB header into four addressable RGB connectors. The cable is intended to connect multiple ARGB devices — such as fans and LED strips — to one motherboard or controller header while maintaining synchronized addressable lighting across connected components and tidy cable routing inside a PC chassis.

Advantages

This splitter cable offers a compact and flexible solution for expanding a single ARGB source to multiple devices without the need for additional controllers. Its four-way output enables simultaneous control of connected addressable LEDs, while the short 30 cm length reduces excess cabling and supports neat interior layouts. The cable preserves signal integrity for addressable lighting and is compatible with common ARGB headers used in PC motherboards and controllers.

Suitable for

• Connecting multiple ARGB fans to one motherboard header
• Powering several addressable LED strips from a single controller
• Synchronizing lighting effects across multiple ARGB components
• Compact cable routing in mid-tower and small-form-factor PC builds

Key specifications

• Cable type: ARGB 1-to-4 splitter
• Length: 30 cm
• Connector configuration: one input to four outputs for addressable RGB devices
• Designed for addressable RGB (digital RGB) signal distribution
• Compatible with standard 3-pin ARGB headers (digital addressable RGB)

How to use

Connect the single input connector of the splitter to the ARGB header on the motherboard or ARGB controller, ensuring correct orientation of the connector pins. Then attach up to four addressable RGB devices to the output connectors. After physical installation, configure lighting control software or the controller to detect and manage the connected devices; the splitter passes addressable signals so devices will respond to the same control commands. Route the cable inside the case to avoid interference with fans and other components.

Recommendations

Use the splitter within the electrical limits of the ARGB header or controller; if many high-power ARGB devices are connected, verify that the header or external controller can supply sufficient power or consider using a powered ARGB controller or additional power sources to prevent overload. Keep the cable length and routing tidy to maintain airflow and prevent strain on connectors.