Sie haben Interesse an Service- und Wartungsverträgen oder günstigen Leasingangeboten? Wir beraten Sie gerne!

HP - P09691-B21 - Read Intensive - 960 GB SSD - Hot-Swap - 3.5" LFF

HP - P09691-B21 - Read Intensive - 960 GB SSD - Hot-Swap - 3.5" LFF
  • 10237726-014
Ordrenummer: 10237726-003
auf Anfrage

Levering tid ca. 5 arbejdsdage

Ordrenummer: 10237726-014
2.808,43 dkr.
Priser inkl. momseksl. fragt
Nettopreis: 2.360,02 dkr.
Verfügbar: 2

Klar til afsendelse idag
leverings tid ca. 1-4 hverdage

Har du spørgsmål angående dette produkt?
  • 3 Jahre Garantie
  • schneller Versand
  • persönlicher Kundenberater
  • Konfiguration Ihrer Hardware

Produktbeschreibung

Read Intensive - 960 GB SSD - Hot-Swap - 3.5" LFF
mere
Compatibility Information
Designed For: HPE Apollo 4200 Gen9 (3.5") ¦ HPE ProLiant DL180 Gen10 (3.5"), DL180 Gen10 Entry (3.5"), DL325 Gen10 (3.5"), DL325 Gen10 Base (3.5"), DL325 Gen10 Entry (3.5"), DL325 Gen10 Performance (3.5"), DL325 Gen10 SMB Solution (3.5"), DL325 Gen10 Solution (3.5"), DL380 Gen10 Plus Network Choice (3.5"), ML110 Gen10 (3.5"), ML110 Gen10 Entry (3.5"), ML110 Gen10 Performance (3.5"), ML110 Gen10 Solution (3.5"), ML30 Gen10 (3.5"), ML30 Gen10 Entry (3.5"), ML30 Gen10 Performance (3.5"), ML30 Gen10 Solution (3.5"), ML350 Gen10 (3.5"), ML350 Gen10 Base (3.5"), ML350 Gen10 Entry (3.5"), ML350 Gen10 High Performance (3.5"), ML350 Gen10 Performance (3.5"), ML350 Gen10 SMB (3.5"), ML350 Gen10 Solution (3.5"), ML350 Gen10 Special Server (3.5"), ML350 Gen10 Sub-Entry (3.5")
Expansion & Connectivity
Compatible Bay: 3.5" LFF
Interfaces: 1 x SATA 6 Gb/s
General
Bundled with: HPE Low Profile Converter
Capacity: 960 GB
Device Type: Solid state drive - hot-swap
Features: Digitally Signed Firmware
Form Factor: 3.5" LFF
Height: 7 mm
Interface: SATA 6Gb/s
NAND Flash Memory Type: Multi-level cell (MLC)
Miscellaneous
Compliant Standards: WEEE
Performance
Drive Transfer Rate: 600 MBps (external)
Power
Power Consumption: 1.23 Watt (idle) ¦ 2.33 Watt (random read) ¦ 2.33 Watt (random write) ¦ 1.93 Watt (sequential read) ¦ 2.63 Watt (sequential write) ¦ 2.22 Watt (random read/write) ¦ 2.63 Watt (maximum)
Set