Akasa AK-CB4-6 internal power cable 0.2 m

Akasa AK-CB4-6 internal power cable 0.2 m is a short internal adapter cable designed to convert one 4-pin ATX power connector into two 4-pin Molex outputs. The compact 0.2 m length is intended for tidy cable routing inside desktop PC cases where space is limited or when devices are located close to the power source. The cable supports basic peripheral power delivery for legacy drives, fans, and other Molex-powered components.

Advantages

The cable's short length reduces clutter and helps maintain airflow within the case by keeping extra cable out of the main chamber. Its straightforward 4-pin ATX to dual 4-pin Molex configuration enables powering two devices from a single ATX connector without requiring additional power supply connectors. The molded connectors and insulated sleeving provide a reliable mechanical connection suitable for typical internal PC use.

Suitable for

• Connecting two Molex-powered peripherals (HDD, optical drives, case fans) from one 4-pin ATX power connector
• Compact or small-form-factor PC builds where short cable runs are needed
• Temporary additions or replacements where extra Molex outputs are required

Key specifications

• Cable length: 0.2 m
• Input connector: 4-pin ATX
• Output connectors: 2 × 4-pin Molex
• Intended use: internal PC power distribution for peripherals

How to use

Power off and unplug the PC before installing the cable. Plug the 4-pin ATX connector into the corresponding power header from the power supply or motherboard power cable, ensuring correct orientation to avoid improper pin alignment. Route the short cable to the target devices and attach each 4-pin Molex connector to the peripheral's power socket until fully seated. After connection, verify that cables are not under strain and that airflow is not obstructed, then power on the system to confirm proper operation.

Usage recommendations

Use this adapter only for devices within the Molex power specification and avoid overloading the originating 4-pin ATX circuit; consult your power supply's documentation for maximum current per rail. Do not use damaged connectors or frayed cables, and avoid excessive bending near connector ends to maintain safe, reliable operation.