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Internal power cable Akyga AK-CA-11 — 0.15 m, SATA 15-pin to Molex 4-pin
Internal power cable Akyga AK-CA-11 — 0.15 m, SATA 15-pin to Molex 4-pin
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Internal power cable Akyga AK-CA-11 — 0.15 m, SATA 15-pin to Molex 4-pin
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Internal power cable Akyga AK-CA-11 — 0.15 m, SATA 15-pin to Molex 4-pin
Internal power cable Akyga AK-CA-11 — 0.15 m, SATA 15-pin to Molex 4-pin
Akyga AK-CA-11 is an internal PC power cable measuring 0.15 m with a SATA 15-pin connector on one end and a 4-pin Molex connector on the other. It is intended to provide a short, reliable power link between a SATA power source and devices or adapters that require a Molex connection. The cable is compact and lightweight, making it suitable for builds with limited space or for short rerouting inside desktop systems.
The short length reduces clutter and improves airflow in confined cases while maintaining a stable electrical connection suitable for SATA-powered devices converted to Molex. Its compact form factor and low weight make installation straightforward in tight areas. The cable supports straightforward conversion between SATA and Molex power interfaces without adding unnecessary bulk.
Ensure the PC is powered off and unplugged before installation. Insert the SATA 15-pin connector into the corresponding SATA power output from the power supply or adapter. Connect the 4-pin Molex end to the target device or adapter, ensuring proper orientation to avoid misalignment. Verify all connections are secure before powering the system back on. Use gentle pressure when seating connectors; they should click or fit snugly without excessive force.
Use this short SATA-to-Molex cable for internal connections only; avoid routing it near moving parts such as fans or sharp edges that could damage insulation. For longer reach or different power configurations, select an appropriately rated cable. Regularly inspect connectors for signs of wear or overheating if used with high-current devices.
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