Hyväksymme kryptoa — hallussasi olevat kolikot voivat näin ostaa oikeaa laitteistoa.Maksa kryptolla, käytä se oikeaan laitteistoon. Ilmainen vakuutettu toimitus maailmanlaajuisesti yli 399 $. Neutraalit, tuotemerkittömät ulkopakkaukset, lähetetään Saksasta.Ilmainen vakuutettu toimitus yli 399 $. Kurssisi lukitaan 30 minuutiksi heti, kun kassa avautuu.Kurssi lukittu 30 minuutiksi. Jokainen tuote on sinetöity, sen sarjanumero on tarkistettu, ja sillä on 24 kuukauden takuu.Sinetöity, 24 kuukauden takuu.

Seuratut tuotteet Kirjaudu sisään
Thick 15mm U.2 enterprise SSD with silver metal casing and gold connector pins

Solidigm

Solidigm D7-P5620 1.6TB U.2 15mm enterprise SSD SSDPF2KE016T1OZ

SKU CH-0XEZ-PJJ4H MPN SSDPF2KE016T1OZ

1.6 TB U.2 15 mm PCIe 4.0 x4 enterprise SSD with 144L TLC 3D NAND, 5300 MB/s read, 1900 MB/s write, 700000/200000 IOPS and 8.7 PBW endurance

  • Form FactorU.2 15mm
  • Capacity1.6TB
  • Memory Components144L TLC 3D NAND
  • InterfacePCI-Express 4.0
  • Max Sequential ReadUp to 5300 MBps
  • Max Sequential WriteUp to 1900 MBps

Option 1.6TB U.2 Opal

  • 6 TB capacity supports large data sets
  • 5300 MB/s sequential read accelerates workloads
  • 700000 IOPS random read handles heavy queues
  • 7 PBW endurance extends drive life
  • 2000000 hour MTBF signals high reliability

Solidigm D7-P5620 1.6TB U.2 enterprise SSD

This Solidigm D7-P5620 is a 1.6TB enterprise solid-state drive built for data-centre workloads. It uses a U.2 15mm form factor and a PCI-Express 4.0 interface with 144L TLC 3D NAND. The drive targets servers and storage arrays that need consistent read and write performance. It is not suited for desktop PCs that lack U.2 backplane support.

Thermals noise and power draw

Idle power consumption is 5W and active power reaches 13W. The drive has no moving parts so it produces no audible noise during operation. It is rated for operating vibration of 2.17 GRMS between 5 and 700 Hz and non-operating vibration of 3.13 GRMS between 5 and 800 Hz. Shock resistance is specified at 1,000 G at 0.5 msec.

Build integration U.2 15mm PCIe 4.0

The U.2 15mm form factor requires a compatible drive bay or backplane with PCIe 4.0 x4 wiring. At 165g the drive adds minimal weight to a server chassis. Opal security support enables hardware-based encryption without extra software layers. Systems without U.2 connectivity cannot use this drive.

Kohokohdat

  • 6 TB capacity supports large data sets
  • 5300 MB/s sequential read accelerates workloads
  • 700000 IOPS random read handles heavy queues
  • 7 PBW endurance extends drive life
  • 2000000 hour MTBF signals high reliability

Tekniset tiedot

BrandSolidigm
ModelD7-P5620
Part NumberSSDPF2KE016T1OZ
Form FactorU.2 15mm
Capacity1.6TB
Memory Components144L TLC 3D NAND
InterfacePCI-Express 4.0
Max Sequential ReadUp to 5300 MBps
Max Sequential WriteUp to 1900 MBps
4KB Random Read700000 IOPS (4K Blocks)
4KB Random Write200000 IOPS (4K Blocks)
Endurance8.7 PBW
MTBF2,000,000 hours
SecurityOpal
Power Consumption (Idle)5W
Power Consumption (Active)13W
Max Shock Resistance1,000 G (Max) at 0.5 msec
Max Vibration ResistanceOperating: 2.17 GRMS (5 - 700 Hz) Max
Non-Operating: 3.13 GRMS (5 - 800 Hz) Max
Weight165g +/- 5g
Lähetyspaino0.23 kg
Pakkauksen mitat140 × 114 × 25 mm

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Kysymyksiä tästä tuotteesta

How do I install the U.2 15mm drive and which step is commonly missed?

Mount the drive in a bay or carrier that accepts the 15mm z-height, connect the PCIe 4.0 x4 interface, and secure the retention screw — the step often missed is verifying the backplane or adapter is wired for PCIe 4.0 rather than an older generation.

What maintenance or replacement will the 1.6TB TLC 3D NAND drive need later?

No scheduled maintenance is required; the drive is rated for 8.7 PBW of writes and 2,000,000 hours MTBF, so replacement is only needed once the endurance budget is exhausted or a SMART health alert appears.

What limit appears first under sustained write workloads on this PCIe 4.0 SSD?

The sequential write ceiling of 1900 MBps is reached before the 200,000 IOPS random-write limit, making throughput the first bottleneck during long, large-block write streams.

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