USB C Hub for Mac mini, 8-in-1 Docking Station with NVMe SSD Enclosure, 10Gbps USB-C & USB-A, SD/TF, Self-Cooling Stand for Apple Mac mini M4/M4 Pro
Description:
【Built-In NVMe Storage Upgrade 】 Expand your Mac mini setup with up to 8TB of additional local storage. The MAC MINI mate combines a compact docking station with built-in SSD expansion, supporting M.2 NVMe SSD up to 2280 for work files, photos, videos, and project libraries. Please note: SSD is not included, and this mac docking station supports NVMe drives only
【8-in-1 Mac Docking Station 】 Enjoy a more efficient workstation with 1 USB-C host port, 1 USB-C 10Gbps data port, 1 USB-A 10Gbps port, 2 USB-A 2.0 ports, 1 SD card slot, 1 TF card slot, and 1 3.5mm audio jack. This usb c hub keeps keyboards, flash drives, memory cards, and headsets within easy reach in one streamlined desktop solution
【10Gbps High-Speed Data Transfer】Designed for faster everyday workflow, this dock supports USB 3.2 Gen 2 data transfer up to 10Gbps through the USB-C and USB-A high-speed ports. SD and TF slots support SD 3.0 / SDR104, making it easier to move files, access media, and handle daily office or creative tasks more efficiently.
【Tailored Desktop Design】Crafted to complement Mac mini setups, the MAC MINI mate works as a stand-style hub usb c with a magnetic bottom cover for easier SSD access. Its structure is designed to align with the Mac mini power button area, helping create a cleaner and more integrated desktop experience for work, study, or home office use.
【Broad System Compatibility】More than a dock for Mac mini, the MAC MINI mate also works as a versatile usb c hub across different desktops and devices. It is compatible with Windows, Linux, Android, and HarmonyOS, giving users more flexibility in mixed-system work environments
【What You Get & Important Notes 】The package includes the dock, a 0.1 m 10Gbps USB-C connection cable, and a user manual. This usbc docking station is powered directly by the host device, so no extra power adapter is required. Please note: when multiple high-power peripherals are connected at the same time, available power and performance may depend on the host device.