Περιγραφή
Orico 8848U4 DAS Series 4-Bay M.2 NVMe SSD Disk Array - White The Orico 8848U4 is an advanced all-flash DAS array designed to work with four M.2 NVMe SSDs. It offers high throughput of up to 40 Gbps and capacity of up to 32 TB, enabling the efficient handling of large projects and intensive data work. Its compact, lightweight design simplifies workspace organization, and the aluminum casing supports efficient heat dissipation. Software RAID support allows for flexible data management depending on the work scenario. This solution is designed with stability, performance, and data organization in mind.
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Specification:
Brand: Orico
Model: Orico 8848U4 DAS Series
Compatibility: M.2 NVMe
Maximum capacity: up to 32 TB
Transmission speed: up to 40 Gbps (single bay up to 10 Gbps)
RAID: Software RAID
Entry: DC 12V = 3A
Package contents: disk array, 1m 40Gbps USB-C to USB-C cable, power supply, user manual
Material: aluminum, ABS
Color: white
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The most important advantages of the Orico 8848U4 matrix:
4 M.2 NVMe bays: works exclusively with fast NVMe SSDs.
Transfer rates up to 40 Gbps: high throughput for intensive data operations.
Up to 32 TB capacity: plenty of space for projects and archives.
Software RAID: flexible data management at the system level.
Compact design: saves space and keeps your workstation tidy.
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Multi-mode software RAID Software RAID support allows you to tailor the array's operation to your specific performance or data security needs.
RAID mode Number of disks Capacity Security Efficiency RAID 0 2-5 S x N standard All right RAID 1 2 S Good mean RAID 10 4 sum Good All right Combine 1-4 S standard standard Clear RAID - normal mode - - 4 M.2 NVMe SSD bays Support for four NVMe drives enables the construction of a fast and scalable data space.
Transfer up to 40 Gbps High throughput ensures efficient access to data even under heavy load.
Capacity up to 32 TB Possibility to create a large workspace without the need for multiple devices.
Aluminum housing The metal structure supports heat dissipation and stable operation of the array.
