Molex 4-pin/2 x Molex 4-pin 0.15m, ShiverPeaks

The ShiverPeaks Molex 4-pin to 2 x Molex 4-pin cable is a 0.15 m splitter designed to provide reliable power distribution between a single 4-pin Molex source and two 4-pin Molex loads. It uses industry-standard 4-pin Molex connectors on both ends and is intended for short, internal connections where stable power delivery and compact routing are required. The cable construction supports common desktop and peripheral power needs without adding excessive length or clutter.

Advantages

This 0.15 m Molex splitter offers straightforward installation and compatibility with devices that accept standard 4-pin Molex power plugs. Its short length reduces cable slack inside chassis and helps maintain tidy cable management. The cable is built to provide consistent electrical contact for multiple components while minimizing voltage drop over the short run.

Suitable for

• Powering two peripheral devices from a single Molex power source
• Internal PC builds where a short splitter cable is needed
• Connecting older drives, fans, or lighting that use 4-pin Molex connectors

Key specifications

• Connector type: 4-pin Molex (one input to two outputs)
• Cable length: 0.15 m
• Configuration: 1-to-2 splitter
• Application: internal power distribution for computer components

How to use

Insert the single 4-pin Molex connector into an available Molex power output from the power supply or adapter, ensuring correct orientation of the connector. Connect the two 4-pin Molex plugs to the devices you wish to power, making sure each connector is fully seated. Verify that the combined current draw of the connected devices does not exceed the capabilities of the originating power source and that connectors are not forced or misaligned during installation.

Recommendations

Use this splitter for short-distance internal connections inside a PC or enclosure. Avoid running the cable near sharp edges or heat sources, and ensure airflow around connectors remains unobstructed. If devices draw significant current, check power supply capacity and wiring to prevent overload.