Addressable RGB LED splitter cable Akasa AK-CBLD08-12BK

The Akasa AK-CBLD08-12BK addressable RGB LED splitter cable is a compact 0.12 m cable designed to expand a single 3-pin ARGB header into two outputs while retaining the original connector. It provides a straightforward way to connect additional addressable RGB devices to one header, allowing synchronized lighting across components in a PC build. The short length suits compact cases and tight routing paths without excess cable bulk.

Advantages

This splitter cable supports addressable RGB signals through 3-pin connectors, preserving individual LED control when multiple devices are connected. The compact 0.12 m length reduces cable clutter and simplifies routing inside small or mid-size enclosures. Its simple 1-to-2 splitter configuration offers reliable signal continuity and quick installation without additional adapters or converters.

Suitable for

• Connecting two addressable RGB strips, fans, or accessories to a single motherboard ARGB header
• Small-form-factor PC builds where cable length must be minimized
• Synchronizing lighting effects across multiple ARGB devices

Key specifications

• Connector type: 3-pin addressable RGB (ARGB)
• Cable configuration: 1x 3-pin input to 2x 3-pin outputs
• Length: 0.12 m
• Signal: Addressable RGB digital control (per-pin data line for individually controllable LEDs)
• Use case: Internal PC component connectivity for lighting

How to use

Connect the single input 3-pin plug to the motherboard or controller ARGB header, ensuring correct orientation of the pins. Attach the two output plugs to the addressable RGB devices such as fans, LED strips, or other compatible accessories. After physical installation, configure the lighting software or controller to recognize and control the connected devices; the splitter transmits the same data signal to both outputs, so both devices will follow the same addressable RGB patterns defined by the controller.

Recommendations

Verify compatibility of each connected device with addressable 3-pin ARGB headers and avoid exceeding the current capacity of the header or controller; consult device specifications and distribute power appropriately when connecting multiple high-current devices.