Multiple Cache Technologies Improve IOPS Performance
Multiple Cache Technologies Improve IOPS Performance
Firmware has a significant impact on the performance and lifespan of industrial grade solid-state drives. ADATA Industrial can provide various cache technologies such as DRAM Buffer, SLC Cache, Host Memory Buffer, and power-off protection DVT circuit design for high data exchange scenarios to improve product read and write efficiency and stability.
ADATA MULTIPLE CACHE TECHNOLOGIES
DRAM Buffer
Improves random read and write speed, stability, and response performance of SSDs
SLC Cache
Improves short term SSD burst write capability
Host Memory Buffer
Compared to DRAM Buffer, is lower cost but can also provide relatively large cache capacity
DRAM Buffer
Improves random read and write speed, stability, and response performance of SSDs
SLC Cache
Improves short term SSD burst write capability
Host Memory Buffer
Compared to DRAM Buffer, is lower cost but can also provide relatively large cache capacity
ADVANTAGES
THE 112L 3D NAND (BiCS5) SSDS
WITH DRAM BUFFER
AIoT
Edge Computing
Surveillance
Transportation
DRAM-LESS 112L 3D NAND (BiCS5) SSDS
Automation
Gaming
Healthcare
POS
WHY YOU NEED DRAM BUFFER SSDS
DRAM Buffer SSD
Process smaller packets of data
Better IOPS performance than DRAM-less SSDs
Longer Lifespan
DRAM Buffer SSD
Process smaller packets of data
Better IOPS performance than DRAM-less SSDs
Longer Lifespan
TRIPLE VOLTAGE-DROP PROTECTION
Triple voltage-drop protection mechanism - ensures that the SSD maintains a stable voltage when it encounters sudden power failure or unstable power supply. When voltage falls below a critical threshold, this mechanism immediately interrupts read and write commands to avoid data loss.
