SATA cable for slimline opticals Akasa AK-CB050-40 0.4m

This Akasa 40 cm SATA cable for slimline opticals connects data and power to Slimline SATA optical drives and compatible 1.8" SATA/SSD devices. It converts a standard 7-pin motherboard SATA data connector and a 4-pin Molex +5V power supply into a single block Mini SATA connector suitable for internal slimline devices, with a 0.4 m length for easier routing in larger mini-ITX or compact cases.

Advantages

The cable provides combined data and power transmission in a single assembly, reducing the number of separate connectors required inside compact systems. Its 40 cm length offers flexibility for routing in mini-ITX and other small form-factor enclosures. Connectors include a 6-pin Mini SATA-style plug on one end and a SATA 15-pin + Molex (4-pin) on the other, ensuring compatibility with Slimline SATA DVD and Blu‑Ray drives as well as 1.8" SATA and SSD drives.

Suitable for

• Connecting Slimline SATA DVD and Blu‑Ray optical drives
• Connecting 1.8" SATA hard drives and SSDs in compact systems
• Internal installations in mini-ITX and other small form-factor cases

Key specifications

• Cable length: 0.4 m
• Connector 1: SATA 6-pin (mini/slimline)
• Connector 2: SATA 15-pin + Molex (4-pin) for +5V power
• Compatible with: Slimline SATA optical drives, 1.8" SATA drives and SSDs
• Product colours: Black, Red
• Manufacturer: Akasa, MPN AK-CB050-40, EAN 4710614531130

How to use

Power off the system and disconnect mains power before installation. Plug the mini SATA 6-pin end into the Slimline optical drive or 1.8" SATA device. Connect the SATA 7-pin data header from the motherboard to the SATA 15-pin portion and attach the Molex 4-pin to a PSU Molex connector to provide +5V power. Route the 0.4 m cable to avoid sharp bends and secure it inside the chassis to prevent strain on connectors.

Recommendations

Use this cable for internal slimline drive connections only. Ensure the PSU Molex provides the correct +5V rail required by the target device and confirm connector orientation before powering on the system.