DKK 0,00
(fragt pris: 0,00)
Dahua Technology SSD-C970PN1TB, 1 TB, M.2
Varenr.: [25381216] | Producent: DAHUA | Model-nr.: DHI-SSD-C970PN1TB | EAN: 6923172531186
Produktet har ikke et billede - illustrationen viser produktets kategori
Ikke på lager
Varen er ikke på lager. Mere info
Udsolgt
Varen er ikke på lager.
Brug funktionen ”Giv mig besked..." herunder for opdateringer.
Leveringsmuligheder - Vælges ved checkout
Instabox - Pakkeboks
39,00
GLS - Pakkeshop
39,00
DAO - Hjemmelevering om natten og i de tidlige morgentimer
Perfekt til arbejdsdage - Levering inden kl. 06:00 - Klar når du vågner
45,00
GLS - Levering til hoveddøren
59,00
Afhentning i vores Pick-up point i Ringsted
19,00
Vis alle leveringsmuligheder (5)
DKK
610,00
ex. moms 488,00
Total inkl. fragt
649,00
Giv mig besked når varen er på lager igen
Funktionen kræver at man er logget ind. Opret en bruger og brug vores smarte liste system til at holde styr på fremtidige indkøb, faste indkøb eller ønskelister.
Opret bruger
Login
Opret bruger
Login
Send på mail
System Overview
As a new generation of NVMe SSD flagship product, Dahua C970 PRO series adopts high-performance PCIe Gen4.0 controller IG5236, original high-quality DDR4 cache and 3D NAND Flash memory chip into
its design. It has an 8-channel high-speed data transmission system, and a data transmission speed up to 7400 MB/s. Its advanced hybrid intelligent temperature control algorithm ensures that the controller
and flash memory chip remain stable, working efficiently for a long time even while taking a heavy workload from the read/write state.
As a new generation of NVMe SSD flagship product, Dahua C970 PRO series adopts high-performance PCIe Gen4.0 controller IG5236, original high-quality DDR4 cache and 3D NAND Flash memory chip into
its design. It has an 8-channel high-speed data transmission system, and a data transmission speed up to 7400 MB/s. Its advanced hybrid intelligent temperature control algorithm ensures that the controller
and flash memory chip remain stable, working efficiently for a long time even while taking a heavy workload from the read/write state.