SATA Cable DeLOCK 83804 1m SATA 22-pin Black Red Yellow

This SATA extension cable by Delock enables the extension of a SATA data and power interface and can be used to connect different devices with a 22 pin SATA connector. The cable is 1 m long and features a combined 22-pin SATA connector (7-pin data + 15-pin power) on both ends. It supports SATA transfer rates up to 6 Gb/s and is backward compatible with SATA 1.5 Gb/s and 3 Gb/s. The cable includes four power wires (yellow = 12 V, red = 5 V, black = GND) and uses 26 AWG for the data line and 18 AWG for the power line.

Advantages

The DeLOCK 83804 offers a full SATA 22-pin connector for simultaneous data and power extension, support for SATA 6 Gb/s speeds, and backward compatibility with older SATA standards. Its 1 m length provides flexibility when routing cables inside a PC, and the use of 18 AWG power conductors ensures stable power delivery while 26 AWG data wiring supports reliable signal transmission.

Suitable for

• Extending internal SATA connections between motherboard and drives
• Connecting SATA hard drives or SSDs in tight or reconfigured PC cases
• Replacing a short or damaged internal SATA cable

Key specifications

• Cable type: SATA I
• Length: 1 m
• Connectors: SATA 22-pin (7-pin data + 15-pin power) plug to SATA 22-pin receptacle
• Data transfer rate: up to 6 Gb/s (backward compatible to 1.5 Gb/s and 3 Gb/s)
• Power wires: 4 (yellow = 12 V, red = 5 V, black = GND)
• Conductor sizes: 26 AWG data line, 18 AWG power line
• Colour: Black, Red, Yellow

How to use

Align the 22-pin SATA connector with the corresponding socket on the device or motherboard and push it in until it seats firmly. Connect the other end to the target SATA device ensuring correct orientation of the L-shaped key. Route the cable inside the PC case to avoid sharp bends or pinch points and secure it with cable ties if necessary. Verify power and data connections before powering on the system.

Recommendations

Use the cable for internal connections only and avoid exposing it to excessive heat or mechanical stress. For best performance, keep cable runs short and avoid tight bends; ensure connectors are fully seated to maintain stable data transfer up to 6 Gb/s.