Acer Mac mini Dock Hub 4K144Hz with NVMe SSD Enclosure for M6/M5 Pro/M4 | USB-A/Type-C 10Gbps Data Transfer, SD/TF Card Reader, 3.5mm Audio, Aluminum Stand for Mac mini M6 / M5 Pro/ M4

[Up to 8TB SSD Storage Expansion] Instantly scale your Mac mini (M6/M5 Pro/M4 Pro/M4) storage up to 8TB with support for M.2 NVMe PCIe & NGFF SATA SSDs. Fully compatible with standard sizes (2230, 2242, 2260, 2280) and M-Key/B&M Key interfaces—the ultimate cost-effective solution for 4K video editing, massive media libraries, and heavy professional workflows.
[Stunning 4K@144Hz HDMI 2.1 & Dual Display] Build a high-performance multi-monitor workstation. The built-in HDMI 2.1 port supports blazing-fast 4K@144Hz output, which pairs seamlessly with your Mac mini’s native HDMI port for an effortless dual-display setup. Featuring HDR support for richer color depth and exceptional visual clarity. (Note: Actual performance depends on your monitor and cable specs.)
[10Gbps High-Speed Data & Card Readers] Accelerate your workflow with 10Gbps USB-C and USB-A ports for rapid file transfers. Equipped with integrated SD/TF card readers delivering speeds up to 104MB/s, allowing photographers and creators to seamlessly ingest high-res photos and videos while maintaining a tidy desk space.
[Premium All-Aluminum Build & Superior Cooling] Crafted from durable aluminum alloy, this elevated stand acts as an efficient passive heatsink to keep your high-capacity SSD running cool and stable under pressure. The raised architecture enhances overall airflow for your Mac mini, ensuring peak performance during intensive tasks while keeping the power button easily accessible.
[All-in-One Ready-to-Use Docking Kit & Pro Tip] Comes complete with everything you need: 1× Mac mini Dock, 1× USB-C Cable, 1× Screwdriver, 2× Thumb Screws, 1× Thermal Pad, and 1× 5V/3A Power Adapter (SSD not included).
⚡ PRO TIP: Connect Power First! Always plug in the power supply before connecting peripherals to guarantee a stable power foundation, preventing high-capacity 8TB SSDs or connected devices from dropping during heavy workloads.