- USB3.2 Gen2 10Gbps SuperSpeed
- Both M.2 & SATA III Compatible
- Offline Inter-Clone
- Support UASP and TRIM
- Aluminium housing with compact design, tool-free installation
• Capable of PCIe Gen 3x2 NVMe 1.3 M.2 SSD and SATA 3.1 HDD/ SSD.
• USB3.2 Gen2 SuperSpeed 10Gbps USB-C interface for upstream, backward compatible. TRIM and UASP are supported for boosting efficiency.
• As an enclosure, multi-size M.2 SSD is compatible: 42/ 60/ 80mm.
• NVMe M.2 SSD and SATA HDD/ SSD can be functioning simultaneously.
• Offline clone is bi-directional via the mode switching. Clone progress will be indicated by LEDs.
• High thermal-conductivity sleek aluminium-housing for heat dissipation and long-lasting usage.
• DC 12V/2A power adapter is provided for the high-consumption situation.
• Tool-free extraction design, easy to disassemble and assemble.
|Dimension||102mm x 67.5mm x 14.5mm|
|Materials||Aluminium-Alloy Cover and ABS Frame|
|Downstream||• PCIe/NVMe M.2
• SATA III
|Cable Length of Attached Cable||30cm|
|Packaging Content||• 1 x SolidForce+
• 1 x Rubber Mount
• 1 x Aluminium Heat Exchanger
• 2 x Silicone Thermal Pad
• 1 x USB-C 10Gbps Cable with USB-A Adapter
• 1 x 12V/2A Power Adapter
Helpful In Managing Your Disk Storages
Convenient to access and transfer the files no matter in M.2 SSD or in SATA HDD/ SSD, and just one click to start the Offline Clone in order to duplicate the whole disk from M.2 SSD to HDD/SSD or vise versa.
Read/Write Both Disks Simultaneously
Increase the synergy and productivity in between your storage devices.
USB3.2 Gen2 interface features a 10Gbps data transmission rate. Meet the high R/W requirement of your storage devices.
UASP & TRIM For Efficiency-Boosting
Provide a faster transmission and perform commands-writing more quickly.
Different sizes of PCIeNVMe M.2 SSD and SATA HDD & SSD are compatible.
Strong Protective Materials
Aluminium-alloy cover offers durability and excellent heat dissipation.
Thoughtful Tool-Free Installation
No mounting screws for installation.
Sufficient & Stable Power Supply
With a power adapter, make sure your storage devices have a stable performance.
Before you can access a new or formatted drive in your operating system, you need to initialize it first and then create a partition on the drive. A partition defines an area of the drive to use for storing data. The partition uses a file system (for example, ex-FAT, NTFS, and so on).
Initialize a drive
Note: You typically only need to initialize a drive if the drive is new. If you cannot find an uninitialized drive in Disk Management, skip the following steps and try to partition your device.
Press the Windows key + R, type compmgmt.msc, and click Run to open Computer Management.
Navigate to Disk Management.
When prompted to, initialize your disk(s). If you are running Windows® 7 or later and are using a drive larger than 2TB, initialize the disk(s) with GPT. If you are running an earlier version of Windows, initialize the disk(s) with MBR. For more information, visit the following FAQ: https://www.startech.com/support/faqs/technical-support?topic=hard-drives#mbr-vs-gpt.
Create a partition in a drive
Note: The following steps create an NTFS partition that uses the entire drive space. To use a different file system, select a different option in step 6.
Right-click Unallocated or RAW volume, and select New Simple Volume.
In the New Partition Wizard, click Next.
Select Primary partition.
Leave the partition size set to default, and click Next.
Assign a drive letter or leave it set to the default, and click Next.
Enter the following settings to format the partition:
In the File System field, enter NTFS.
Set the Allocation unit size to Default.
In the Volume label field, enter <your name/reference>.
Select the Perform a quick format check box.
Clear the Enable file and folder compression check box.
Click Next > Finish.
The new drive should appear in Windows Explorer.
Before you can access a new or formatted drive in your operating system, you need to initialize it first and then create a partition on the drive. A partition defines an area of the drive to use for storing data. The partition uses a file system (for example, HFS+, ex-FAT, NTFS, and so on).
Initialize a drive
Mac OSX detects a drive that needs to be initialized and automatically prompts you to initialize the drive. If you are prompted to initialize the drive, click Initialize. If you are not prompted to initialize the drive and you cannot find the drive in Finder, you will need to create a partition on the drive.
Create a partition on a drive
Note: The following steps create an HFS+ (Mac OS Extended (Journaled)) partition that uses the entire drive space.
To create a partition on a new drive, complete the following:
Navigate to Applications and click Utilities.
Open Disk Utility.
Select the new drive and click the Partition tab.
Click Options and verify that it is set to GUID Partition Table.
Enter a name for the partition.
The drive should now be accessible in Finder.
The drive may be damaged. Test with a known-working drive, or test the drive directly to a PC.
The operating system on the computer may not support reading and writing to the file system on the docked hard drive or SSD. Remember, Windows cannot read Mac or Linux file systems. Also, macOS can read but not write to NTFS drives.
If the drives came from a RAID (Redundant Array of Independent Disks), they would not be accessible in our docking stations.
If the drive uses 4Kn sectors, check the technical specifications of the docking station, and ensure it can read 4Kn drives.
You do not need to format your target hard drive before you begin to duplicate it, because the target hard drive is automatically overwritten during the duplication process.
- Choosing a selection results in a full page refresh.
- Press the space key then arrow keys to make a selection.