ARGB 1-na-6 rozbočovací kábel 30 cm od Kolink PGW-AC-KOL-081

Kolink ARGB 1-to-6 Splitter Cable 30 cm is a distribution and extension cable designed for addressable RGB lighting systems in PC builds. With a 30 cm length it connects a single 3-pin ARGB motherboard or controller header to up to six ARGB devices, enabling synchronized lighting across multiple fans, LED strips or other compatible components while reducing cable clutter.

Advantages

This ARGB splitter consolidates multiple lighting connections into one header, simplifying cable management and installation in compact or complex systems. Its 30 cm length provides flexibility when routing cables inside the chassis, and the six-port output supports simultaneous powering and signal distribution to several ARGB devices. The cable preserves addressable RGB control so individual LED effects and color synchronization remain under the motherboard or controller software.

Suitable for

• Synchronizing multiple ARGB fans in a single PC build
• Connecting several ARGB LED strips to one controller or motherboard header
• Expanding lighting setups in small or mid-tower cases with limited headers
• Custom builds requiring centralized ARGB control and tidy cable routing

Key specifications

• Cable type: 3-pin addressable RGB (ARGB) splitter
• Number of outputs: 6 ARGB ports
• Length: 30 cm
• Compatibility: standard 3-pin ARGB headers on motherboards and controllers
• Function: signal distribution and power for addressable RGB devices

How to use

Connect the single 3-pin connector of the splitter to the ARGB header on the motherboard or an ARGB controller, ensuring the orientation matches the header pin layout. Attach up to six ARGB devices to the splitter outputs, taking care to align each connector correctly. After physical installation, use the motherboard or controller lighting software to detect and configure the connected devices so that addressable effects and colors are synchronized across all connected components.

Recommendations

Do not connect this splitter to non-addressable RGB headers. Check the total current draw of all connected ARGB devices against the header or controller specifications to avoid overloading the port. Route cables to avoid sharp bends and secure connectors to prevent strain during transport or maintenance.