Lenovo PM893 960 GB 4XB7A72439 specs.
SSD Specs >> Lenovo >> Lenovo PM893 960 GB 4XB7A72439| Specifications | | | Reviews |
Drive Performance Lenovo PM893 960 GB 4XB7A72439
Maximum Read Transfer Rate:
560 MB/s
Maximum Write Transfer Rate:
530 MB/s
Random 4KB Read:
98000IOPS
Random 4KB Write:
31000IOPS
Endurance (DWPD):
1
Endurance (TBW):
1752 TB
Endurance Type:
Read Intensive
Network & Communication Lenovo PM893 960 GB 4XB7A72439
Wireless LAN:
No
Ports & interfaces Lenovo PM893 960 GB 4XB7A72439
Drive Interface:
SATA
Drive Interface Standard:
SATA/600
Design Lenovo PM893 960 GB 4XB7A72439
Drive Type:
Internal
Form Factor:
2.5"
Hot Swappable:
Yes
Height:
0.28" (7 mm)
Width:
2.76" (70 mm)
Depth:
3.94" (100 mm)
Weight (Approximate):
58 g
Reviews, Questions about Lenovo PM893 960 GB 4XB7A72439
Write Review / Ask a question about Lenovo PM893 960 GB 4XB7A72439
Popular today
Corsair Force MP600 1 TB (CSSD-F1000GBMP600)
Storage Capacity: 1 TB; Encryption Standard: 256-bit; Maximum Read Transfer Rate: 4950 MB/s; Maximum Write Transfer Rate: 4250 MB/s; Endurance (TBW): 1800 TB; Wireless LAN: No; Drive Interface: PCI Ex...
Samsung MZ7TD512HAGM
Ruler: SSD Series PM841; Type: SSD; Support 4K: yes; Purpose: laptop; Form factor HDD: 2.5"; Volume: 512 GB; The write/read speed: 330/540 MB; Connection: SATA 6Gb/s; External data transfer rate:...
Following the Toshiba hard disk drive of impressive capacity in the market of classic drives and noted the company Western Digital, presenting even more capacious ?hard? for 32 TB in a standard case. The manufacturer explained how it managed to achieve this figure.
The South Korean company announced that it has begun mass production of its fastest PCle 5.0 solid state drive (SSD) for personal computers. The PM9E1 achieves the highest speed performance by integrating Samsung's 5nm controller and eighth-generation V-NAND technology.
ADATA has announced the launch of the new Legend 970 Pro SSD. PCIe Gen5 support allows for high read/write speeds, while active cooling prevents overheating and performance degradation.