La tua opinione

Sonnet Fusion Dual U.2 SSD PCIe Card

Articolo: PCM0017935-000

Confronta lista
Consiglia

Scheda PCIe per uno slot PCIe x16 con la possibilità di installare due SSD e2-NVMe ed espandere la configurazione del computer. Tutte le informazioni sul prodotto

Spedizione standard (2-3 giorni)

Siamo lieti di aiutarti!

Parliamo italiano
Esportare l'Italia
export-it@musicstore.com
+49 (0)221 / 88 84 - 1675
+49 (0)221 / 88 84 - 2500

INTERATTIVO
CATALOGO
PIÙ DI 3000
VIDEO PRODOTTO
FACILE
RITORNO
3 ANNI
GARANZIA
55.000 PRODOTTI
PRONTO ALLA SPEDIZIONE

Informazioni sul prodotto - Sonnet Fusion Dual U.2 SSD PCIe Card

PCIe card with space for two and2 NVMe SSDs

PCIe 3.0 card with full height and length for x16 slots with two connections for U.2 NVMe SSDs
Mac, Windows and Linux compatible
Compatible with a wide range of single and double-sided M.2 PCIe SSDs
Self-contained system that does not require a special motherboard to operate or special SSDs to support RAID features
SMART support
Sustained RAID 0 speeds of up to 6,250 MB/s

Sonnet PCIe Card

For those who require significant storage expansion and where extremely high data transfer rates and peak performance in input/output operations (IOPS) are essential, an upgrade with internal U.2-based NVMe SSDs with the is an optimal solution. However, these require an adapter. With Sonnet's Fusion™ Dual U.2 SSD PCIe card, it is possible to quickly and easily mount two enterprise-class U.2 SSDs with a capacity of up to 32TB in a single full-length x16 PCIe card slot. This requires no additional power or data cables, drive adapters or mounting bays.

The Sonnet card can be used in a variety of ways, such as instant-access media storage or as a high-performance scratch disk in a Mac Pro® tower, a Windows® or Linux® PC desktop or server, or in a Thunderbolt™-to-PCIe card expansion system with an available x16 PCIe slot. Users of older Mac® models can install macOS® on one of the SSDs to create an extremely fast boot drive, while the other SSD can still be used for fast performance.