Aqua-Computer aquabus Y cable 0.1 m — aquabus splitter for water-cooling communication

The Aqua-Computer aquabus Y cable 0.1 m is a short black splitter designed to extend and branch aquabus communication lines in PC water-cooling systems. It creates a compact Y junction that allows a single aquabus line to serve two devices, enabling sensors, displays, or other aquabus-enabled components to share the same communication bus without significant additional cable length. The cable is intended for close-proximity routing where only a brief split is required and helps keep cable runs tidy in constrained builds.

Advantages

This 0.1 m aquabus Y splitter offers a minimal and unobtrusive branching solution that reduces clutter compared with longer or bulkier splitters. Its short length minimizes signal path extension and potential signal degradation while enabling simultaneous connection of two aquabus devices. The black cable casing integrates visually with typical PC internals and supports neat routing in compact cases or tight tubing channels.

Suitable for

• Connecting two aquabus-enabled sensors or displays to a single aquabus line
• Branching aquabus communication in compact PC water-cooling builds
• Situations that require minimal additional cable length for tidy cable management

Key specifications

• Cable type: aquabus Y-splitter
• Length: 0.1 m (branch length)
• Color: black
• Connector configuration: single input to dual outputs for aquabus devices
• Use case: internal PC water-cooling communication

How to use

Connect the single end of the aquabus Y cable to the existing aquabus line or controller output, then attach the two output ends to the aquabus devices you want to connect, such as flow sensors, temperature sensors, or displays. Ensure connectors are fully seated and routed to avoid sharp bends or pinching. Because the cable is short, plan the placement of connected devices so the branch reaches both components without strain.

Usage recommendations

Use this short Y-splitter when devices are physically close to each other; for longer distances or more devices, consider longer cabling or additional splitters to maintain signal integrity and allow flexible routing.