SATA-kaapeli DeLOCK 84976 0,1 m SATA 7-pin musta sininen

The DeLOCK 84976 SATA cable is a 0.1 m SATA III internal cable with 7-pin SATA connectors on both ends. It is designed for connecting SATA devices such as hard drives, controller cards or flash storage to motherboards or other SATA ports in compact systems. The cable supports the SATA III standard with a maximum data transfer rate of up to 6 Gb/s and features metal clips on the connectors to ensure a secure connection. The cable is coloured black and blue and is backward compatible with earlier SATA versions, in which case the transfer rate is limited to the older standard.

Advantages

The cable provides SATA III performance up to 6 Gb/s and downward compatibility with previous SATA standards. Metal locking clips on the 7-pin connectors secure the connection. Its 0.1 m length is suitable for tight internal layouts and reduces cable clutter. The dual-colour design (black and blue) helps with visual identification during installation.

Suitable for

• Connecting 2.5" or 3.5" SATA hard drives and SSDs to a motherboard
• Internal connections to SATA controller or RAID cards
• Short-reach connections in compact PC cases or small form factor systems

Key specifications

• Cable type: SATA III
• Cable length: 0.1 m
• Connector 1: SATA 7-pin
• Connector 2: SATA 7-pin
• Maximum data transfer rate: up to 6 Gb/s (SATA III)
• Product colour: Black, Blue
• Manufacturer: DELOCK, MPN 84976

How to use

Power off the system before connecting internal cables. Align the 7-pin SATA connector with the device and motherboard port, then press gently until the metal clip clicks to secure the connection. Route the 0.1 m cable to avoid strain on connectors and ensure it does not interfere with moving parts such as fans. If connecting to an older SATA port, note that transfer speeds will be limited to the older standard.

Recommendations

Use this short-length SATA cable for inside-cabinet connections where space is limited. Verify compatibility with your SATA devices and avoid sharp bends to maintain signal integrity.