OCZ RVD3MI-FHPX4-240G specs.
SSD Specs >> OCZ >> OCZ RVD3MI-FHPX4-240G| Specifications | | | Reviews |
General characteristics OCZ RVD3MI-FHPX4-240G
Ruler:
RevoDrive 3 Max IOPS PCI-Express SSD
Type:
SSD
Support 4K:
yes
Type flash memory:
MLC
Purpose:
desktop
Drive specifications OCZ RVD3MI-FHPX4-240G
Volume:
240 GB
The write/read speed:
950/1000 MB
Random write (4K blocks):
140000 IOPS
Interface OCZ RVD3MI-FHPX4-240G
Connection:
PCI-E 4x
Mechanics/Reliability OCZ RVD3MI-FHPX4-240G
Shock resistance at work:
1500 G
Shock resistance during storage:
1500 G
MTBF:
1000000 h
Additionally OCZ RVD3MI-FHPX4-240G
Power consumption:
14.30 W
Data encryption:
yes
Dimensions (WxHxL):
22.15x98.42x167.64 mm
Weight:
185 g
Reviews, Questions about OCZ RVD3MI-FHPX4-240G
Write Review / Ask a question about OCZ RVD3MI-FHPX4-240G
Popular today
Samsung MZ7TD128HAFV
Ruler: SSD Series PM841; Type: SSD; Support 4K: yes; Purpose: laptop; Form factor HDD: 2.5"; Volume: 128 GB; Connection: SATA 6Gb/s; External data transfer rate: 600 MB/s; MTBF: 1500000 h; Power ...
Toshiba THNSNH128GBST
Ruler: THNSNH GBST; Type: SSD; Support 4K: yes; Type flash memory: MLC; Purpose: laptop; Form factor HDD: 2.5"; Volume: 128 GB; The write/read speed: 471/534 MB; Connection: SATA 6Gb/s; External ...
Team Group has unveiled its new NV5000 M.2 solid-state drive, the first in its Nova Value series. This entry-level solution features a PCIe 4.0 x4 interface and is designed for users who value a balance of speed, quality, and price. The device is compatible with modern AMD and Intel platforms and is suitable for both laptops and desktop PCs.
SanDisk has announced the upcoming release of a proprietary solid-state drive with an impressive amount of NAND memory. Another important feature of the new product will be the use of the proprietary UltraQLC platform, which should ensure high reliability and data storage security.
The PCI-SIG organization has presented preliminary specifications for PCI Express 8.0. The new standard is designed for a theoretical bandwidth of up to 256 GT/s per lane and up to 1 TB/s in an x16 configuration. Development is expected to be completed by 2028, three years after the approval of PCIe 7.0.