mSATA SSD to 2.5 SATA Adapter ROLINE 11.03.1567

The ROLINE mSATA SSD to 2.5 SATA Adapter (model 11.03.1567, EAN 7611990128143) converts a full-size mSATA SSD into a standard 2.5" SATA drive, allowing use of mSATA modules in devices that accept 2.5" SATA storage. The adapter presents a 22‑pin SATA male connector (signals and power) and is transparent to the operating system, requiring no additional drivers.

Advantages

This adapter supports SATA III data rates up to 6 Gb/s and matches 2.5" SATA mechanical specifications for straightforward installation. It includes a latch-style mSATA connector on board so the mSATA module is retained without additional screws. The package contains the adapter, a 2.5" drive metal frame with eight mounting holes and four HDD screws, and a user manual.

Suitable for

• Upgrading laptops or small-form-factor PCs that accept 2.5" SATA drives
• Using mSATA SSDs in desktops or enclosures with 2.5" SATA bays
• Data migration from mSATA modules to standard SATA systems

Key specifications

• Brand: ROLINE
• Model: 11.03.1567
• EAN: 7611990128143
• Interface: mSATA to 22‑pin 2.5" SATA (signals + power)
• SATA speed: up to 6 Gb/s (SATA III)
• Compatibility: conforms to 2.5" SATA mechanical specifications
• Retention: onboard latch for mSATA module (no screw required)
• Package contents: adapter, metal 2.5" drive frame (8 mounting holes), 4 HDD screws, manual

How to use

Insert the full-size mSATA SSD into the onboard mSATA socket until the latch secures the module. Mount the adapter into a 2.5" drive bay using the supplied metal frame and screws, then connect the 22‑pin SATA male connector to the host SATA port. Power on the system; the adapter is transparent to the operating system and typically requires no driver installation.

Usage recommendations

Verify that the mSATA module is fully seated and latched before powering the system. Ensure the host SATA port supports the required SATA speed; for best performance use a SATA III port. Handle the SSD and adapter on an anti‑static surface and keep screws hand‑tight to avoid over‑torquing.