ORICO 40Gbps SSD External Hard Drive Enclosure NVME M.2 All-Flash Docking Station Up 32TB for 4K/8K Video Editing/Data Transfer-8848U4

Specifications

• 【ORICO's First Ultra-High-Speed M.2 All-Flash Hard Drive Cabinet】 This all-flash hard drive cabinet breaks the 6Gbps speed limitation of traditional SATA-based mechanical hard drives, advancing large-capacity storage solutions to the PCIe protocol-based all-solid-state level.
• 【Supporting Up to 40Gbps Bandwidth for High-Speed Data Transfer】 Equipped with a USB 4.0 interface, this all-flash hard drive cabinet enables each disk to achieve a transfer speed of up to 10Gbps when four disks are operating simultaneously. Note: The read and write speed for single-disk operation reaches up to 10Gbps. This significantly reduces waiting time during software material imports, thereby enhancing work efficiency in professional environments such as film production and music editing.
• 【Compact, Lightweight, and Highly Portable】 Compared to conventional 3.5-inch mechanical hard drive cabinets, this M.2 all-flash design reduces overall volume by more than 50%. Its solid-state structure contains no moving parts, offering excellent shock resistance. No additional protective measures are required during transportation. It can be conveniently stored in backpacks or camera bags, making it ideal for DIT professionals.
• 【Silent Operation Advantage】 Unlike mechanical hard drives, solid-state drives eliminate rotational noise, providing a quieter working environment. Note: Fan noise is maintained below 30 decibels.
• 【High-Capacity Storage Support】 This M.2 hard drive enclosure supports M-Key NVMe SSDs (compatible with 2230/2242/2260/2280 specifications), allowing installation of up to 8TB per drive and a total capacity of 32TB across four drives. Note: SSDs are not included with this product.
• 【Advanced Thermal Dissipation Design】 Featuring an all-aluminum alloy housing, built-in cooling fan, and strategically placed front and rear heat dissipation vents, this device ensures efficient heat dissipation. This design guarantees long-term stable and high-performance operation under continuous workload conditions.