Splitter RGB Akasa AK-CBLD13-85BK cabo splitter LED endereçável 1-para-6

The Akasa AK-CBLD13-85BK 1-to-6 addressable LED splitter cable distributes a single addressable RGB header signal to up to six individual LED devices or strips. Designed for PC builds and custom lighting projects, the cable enables synchronized control of multiple addressable LEDs from a single motherboard or compatible controller, reducing the need for multiple headers and simplifying cable management.

Advantages

This splitter cable supports distribution of an addressable RGB signal to multiple LED devices while maintaining the individual pixel addressing characteristic of addressable LEDs. The cable reduces the number of separate connections required on the controller, helps keep internal layouts tidy, and enables expansion of lighting setups without additional controllers. Its compact form factor and flexible wiring facilitate routing in constrained spaces common in computer cases and display enclosures.

Suitable for

• Expanding addressable RGB LED setups in desktop PC cases
• Connecting multiple addressable LED strips or rings to one controller header
• Custom lighting installations where a single control signal must drive several LED elements
• Displays, prototypes, and hobby projects requiring synchronized addressable lighting

Key specifications

• Cable function: 1-to-6 splitter for addressable RGB LED signal
• Connector type: compatible with standard 3-pin addressable RGB LED headers (data, power, ground)
• Maximum number of outputs: six independent outputs from one input
• Cable length and branching: single input lead with six output branches (flexible cabling for routing)
• Color and finish: black insulation for reduced visibility inside enclosures
• Compatibility: designed for addressable RGB LED devices and controllers supporting per-pixel control

How to use

Connect the single input connector of the splitter to the addressable RGB header on the motherboard or controller, ensuring correct orientation of data, power, and ground pins. Route each of the six output branches to the corresponding LED strips, rings, or devices and attach them to the outputs while observing pin alignment. Power on the system and configure the motherboard or controller RGB software to recognize and control the addressable LED chain; the connected devices should receive identical data from the single header while retaining individually addressable pixel control where supported.

Recommendations

Verify controller and LED device compatibility with addressable RGB protocols before installation. Avoid exceeding the current capacity of the controller header; if total LED power draw is high, use an external power source or amplifier appropriate for addressable LED setups. Keep data lines free from sharp bends and minimize cable length between controller and first LED where possible to maintain signal integrity.