Cable ek water blocks EK-Loop OmniLink 6-Pin Dual PWM 50cm — 6-pin PWM split cable, 50 cm length

Cable ek water blocks EK-Loop OmniLink 6-Pin Dual PWM 50cm is a 6-pin PWM split cable that enables a single 6‑pin PWM header to connect and control two compatible devices. At 50 cm it provides extended reach for flexible routing inside PC cases and is intended for synchronizing PWM signals and power distribution between two fans, pumps or other PWM-enabled components in custom cooling setups and compact systems.

Advantages

The cable offers a straightforward physical split from one 6-pin connector to two 6-pin connectors while preserving PWM signal lines and power pins for simultaneous device control. Its 50 cm length reduces strain on connectors and allows neater cable routing. The passive nature of the cable eliminates the need for additional adapters or electrical components, keeping installation simple and reliable.

Suitable for

• Splitting a single 6-pin PWM header to control two PWM-compatible fans
• Connecting two PWM-enabled pumps from one 6-pin header in custom liquid cooling loops
• Compact or small-form-factor builds where header availability is limited

Key specifications

• Cable type: 6-pin to dual 6-pin PWM split cable
• Length: 50 cm
• Function: PWM signal and power splitting for dual-device control
• Compatibility: Designed for devices using 6-pin PWM connectors
• Design: Passive split cable without active electronics

How to use

Connect the single 6-pin end of the EK-Loop OmniLink cable to the 6-pin PWM header on the motherboard or controller. Attach the two 6-pin ends to the devices you want to control, ensuring correct pin alignment and secure seating. After connection, verify that the system BIOS or controller recognizes the PWM signal and configure fan or pump curves as required for synchronized control.

Recommendations

Check device current and power requirements before use to ensure the header or controller can supply sufficient power for both connected devices. Route the cable to avoid sharp bends and interference with moving parts; secure with ties if needed to prevent strain on connectors.