Visit the purchase page:
Even in the event of chip level failure, it can ensure the normal operation of the drive. In order to achieve this goal, the FIP scheme will detect the fault chip and scan for any data corruption.
When the damage is detected, the data can be re-mapped to the NAND flash chip which can still work on SSD by error processing algorithm without sacrificing the performance and stability of the driver.
followed by ssd virtualization technology, which allows pm1733 and pm1735 series ssd to divide the available storage space into 64 independent virtual spaces and assign them to multiple users to run independently.
Based on this package, the company claims that cloud enterprise customers will be able to provide better data throughput for many users at the same time.
In addition, SSD virtualization can handle tasks such as Single-Root I/O virtualization (SR-IOV) and reduce the number of tasks.[计] serveCPU workload, thereby improving overall performance and efficiency.
As for V-NAND machine learning technology, it can enable SSD to analyze and detect the change of circuit mode through big data.
Samsung said that based on the increasingly powerful GPU and CPU computing power, this will help to predict and verify the characteristics of storage cells, and achieve a balanced increase in data reliability and access speed.
Kye Hyun Kyung, Executive Vice President of Product Development, Samsung Electronic Storage Solutions, said:
We are integrating breakthrough speed, capacity, and revolutionary software solutions to accelerate its expansion in the high-end SSD market.
Samsung plans to lead additional innovation with the most advanced sixth-generation V-NAND technology and drive more growth in the global IT market.
Finally, to meet the challenges posed by growing customer demand, Samsung has envisioned extending these innovations to a broader industrial SSD product line.