SATA Power Extension Cable Plug/Socket 0.50m InLine 29651B

The InLine SATA Power Supply Extension Cable male/female 0.50m extends an existing SATA power lead by 0.5 metres, providing a reliable inline connection between a power supply and SATA devices. Designed for SATA I power interfaces, the cable features a male plug and a corresponding female socket to lengthen reach inside desktops, workstations and rack-mounted servers where original cables are too short or awkwardly routed.

Advantages

The extension cable enables flexible cable management without modifying original PSU harnesses. Its inline male/female connectors preserve the standard SATA power pinout and ensure stable power delivery. A 0.5 m length offers additional reach while avoiding excess slack inside cases. The multicolour wiring makes identification during installation easier and helps with organized routing.

Suitable for

• Extending SATA power connections to hard drives and SSDs inside desktop PCs
• Improving cable routing in small form-factor cases or crowded chassis
• Temporary or permanent installations in servers and storage enclosures
• Replacing or supplementing shorter power leads without altering the PSU harness

Key specifications

• Cable type: SATA I power extension
• Connectors: male and female SATA power
• Cable length: 0.5 m
• Colour: multicolour wiring
• Form factor: inline extension for internal PC use

How to use

Disconnect power from the system before handling internal cables. Plug the male end of the extension into an available SATA power output from the power supply or an existing harness, then connect the female end to the SATA power inlet of the target drive or device. Ensure connectors are fully seated and routed to avoid contact with moving parts or obstructing airflow. Reconnect power and verify device recognition and stable operation.

Recommendations

Use this cable only for internal SATA power connections and in systems that support SATA I pinouts. Avoid excessive bending near the connector ends and ensure good ventilation around drives. If multiple extensions are required, consider overall cable resistance and connection reliability; minimizing the number of intermediary connections improves long-term stability.