Cable de extensión ARGB de 3 pines 50 cm — Kolink, 5V, negro

The Kolink ARGB 3-Pin Extension Cable 50 cm is a single-piece black cable designed to extend addressable RGB (D-RGB) connections inside PC cases and compatible enclosures. It provides a male-to-female 3-pin connector pair that maintains the 5 V signal required by standard addressable RGB devices, allowing additional clearance or alternate routing of lighting strips and ARGB components without altering the original controller or header placement.

Advantages

This 50 cm extension cable simplifies cable management by increasing reach between an ARGB header and connected devices while preserving signal integrity for addressable LEDs. The universal 3-pin design supports common 5 V D-RGB controllers and motherboard RGB sync technologies, and the black sleeving blends with most system interiors for a discreet installation.

Suitable for

• Extending addressable RGB LED strips inside PC cases
• Connecting ARGB fans or lighting accessories to distant D-RGB headers
• Re-routing ARGB connections for improved cable management
• Integrating additional ARGB components with existing 5 V controllers

Key specifications

• Connector type: 3-pin addressable RGB (male to female)
• Cable length: 50 cm
• Rated input voltage: 5 V for D-RGB devices
• Color: black sleeved cable
• Compatibility: standard 3-pin 5 V D-RGB headers and controllers

How to use

Align the arrow marking on the 3-pin connector with the +5V marking on the D-RGB header, then firmly attach the male end to the motherboard or controller header and the female end to the device’s ARGB plug. Ensure connections are secure and that the cable is routed clear of moving parts or sharp edges. Power on the system and use the existing RGB control software or hardware controller to detect and configure the connected addressable LEDs.

Recommendations

For reliable operation, avoid exceeding the power limits of the connected 5 V controller or header when adding multiple ARGB devices. Keep the extension cable away from high-heat sources and ensure the connector orientation matches the +5V pin to prevent signal or device damage.