Signal splitter cable ek water blocks EK-Loop OmniLink D-RGB 10cm Black, 1-to-2 D-RGB splitter

EK-Loop OmniLink D-RGB 10cm Black is a compact 1-to-2 D-RGB signal splitter cable from ek water blocks, engineered to split a single addressable RGB header into two synchronized outputs. The 10 cm length and black sleeving make it suitable for tight PC builds and subtle cable routing while preserving individual LED addressing and signal integrity for connected D-RGB components.

Advantages

The short 10 cm design reduces cable clutter and enables tidy installations inside compact cases. The splitter maintains addressable RGB control so both outputs receive the same signal timing and color data from a single controller header. Black sleeving blends with most system interiors and helps conceal wiring for a cleaner appearance. The passive cable requires no additional power or software to operate beyond the controller already present on the motherboard or RGB hub.

Suitable for

• Splitting one D-RGB header to drive two addressable RGB devices
• Compact PC builds and small-form-factor cases
• Neat cable routing where short connections are needed
• Synchronizing RGB lighting between two D-RGB components (fans, LED strips, CPU blocks)

Key specifications

• Connector type: 1-to-2 D-RGB (addressable RGB) splitter cable
• Cable length: 10 cm
• Color: black sleeving
• Function: passive signal splitting to two outputs while preserving addressable control
• Compatibility: addressable 3-pin D-RGB headers and devices

How to use

Connect the single end of the splitter to the motherboard or RGB controller D-RGB header, then attach up to two D-RGB devices to the splitter outputs. Ensure pin alignment and correct orientation on 3-pin addressable RGB connectors to avoid improper signal wiring. Once connected, configure the lighting profile via the motherboard or controller software; both devices connected through the splitter will follow the same addressable RGB data stream.

Usage recommendations

Use this splitter for short runs within the chassis and avoid daisy-chaining multiple splitters to prevent signal degradation. Verify controller-supported power and device limits before connecting multiple high-current RGB devices to a single header.