SanDisk X300 1 TB 2.5" Internal Solid State Drive - SATA - 520 MBps Maximum Read Transfer Rate - 460 MBps Maximum Write Transfer Rate
Learn more about the SanDisk SD7SB7S-010T-1122
Model
Brand
SanDisk
Series
X300
Model
SD7SB7S-010T-1122
Device Type
Internal Solid State Drive (SSD)
Used For
Consumer
Details
Form Factor
2.5"
Capacity
1TB
Interface
SATA III
Performance
Max Sequential Read
Up to 520 MBps
Max Sequential Write
Up to 460 MBps
4KB Random Read
Up to 98,000 IOPS
4KB Random Write
Up to 67,000 IOPS
MTTF
Up to 1,750,000 hours
Features
Features
Based on state of the art 1Ynm X3 flash technology, the SanDisk X300 SSD SATA SAS PCIe delivers performance with high reliability and low power. It features nCache 2.0, SanDisk's next generation tiered caching technology, designed to improve SSD responsiveness for most corporate and consumer workloads.
nCache 2.0 Technology nCache 2.0 uses a combination of SLC and X3/TLC flash blocks to improve endurance, increase efficiency, and boost performance. By first writing all of the data to SLC blocks, the write amplification on the X3 blocks is minimized.
DataGuard Client The X300 SSD also includes a new and robust on-the-fly error handling mechanism called DataGuard Client. It uses page-level striping with distributed parity for an added layer of data protection and can recover errors that other traditional error correction mechanisms cannot.
Low Power The X300 utilizes a SATA DEVSLP low-power mode to minimize its power consumption during idle periods. DEVSLP enables the SSD to completely shut off its SATA PHY, thus resulting in much lower power consumption compared to SATA Slumber. This increases the amount of usable hours per battery charge, which is essential for modern mobile devices.
TCO SanDisk SSDs can improve total cost of ownership (TCO) by reducing downtime due to hard drive failures. They also offer lower latency and greater read/write speeds over traditional HDDs6. IT departments can extend the useful life of their PC inventory by upgrading the HDDs to the X300 SSD, thus prolonging replacement cycles and maximizing asset value.