Estación de acoplamiento LOGILINK Quickport QP0036, USB 3.2, doble para HDD/SSD SATA de 2,5/3,5 inch

LOGILINK Quickport QP0036 is a 2‑port HDD docking station with USB 3.2 connectivity designed for direct use of 2.5" and 3.5" SATA HDDs and SSDs. It enables quick access to internal drives externally, supports hot‑swap operation and offers a simple interface for reading, writing, cloning and backing up drives without installing them inside a computer. The docking station is suitable for data transfer, recovery tasks and temporary expansion of storage capacity.

Advantages

The device provides USB 3.2 transfer speeds for efficient file operations and supports both 2.5" and 3.5" SATA form factors, accommodating HDDs and SSDs. Hot‑swap functionality allows drives to be inserted and removed while powered, and the two independent bays permit simultaneous use of two drives. The plug‑and‑play design removes the need for internal mounting or additional drivers on most operating systems.

Suitable for

Key specifications

How to use

Connect the docking station to a host computer using the supplied USB 3.2 cable and power it on. Insert a 2.5" or 3.5" SATA drive into one of the bays until it seats securely. The operating system should detect the drive automatically and present it as an external storage device. For cloning, follow the manufacturer’s cloning procedure if the device supports standalone cloning, or use cloning or backup software on the connected computer to duplicate data between drives. Remove drives after safely ejecting them from the operating system or powering the docking station down if required.

Recommendations

Use a USB 3.2 connection for optimal transfer speeds and connect the docking station to a USB port that provides sufficient power or use the supplied external power adapter if applicable. Always perform safe eject procedures in the operating system before removing drives to avoid data corruption. For long‑term storage or frequent data transfers, consider using SSDs for higher durability and faster performance.