Solidigm
Solidigm SSDSC2KG019TZ1Z D3-S4620 1.92TB SATA 2.5-inch internal SSD
A 1.92TB SATA 2.5-inch internal SSD delivering up to 14.16 GB/s read and 8.01 GB/s write speeds with 91000 random read IOPS
- 92 TB capacity stores large datasets and media libraries
- SATA interface fits standard 2.5-inch drive bays in servers and workstations
- Sequential read up to 14.16 GB/s speeds up bulk data loading
- Sequential write up to 8.01 GB/s accelerates backup and archiving tasks
- 91,000 random read IOPS and 53,000 random write IOPS handle mixed enterprise workloads
Capacity and purpose
The Solidigm D3-S4620 is a 1.92TB SATA solid state drive built for read-intensive server and storage workloads. Its 2.5-inch form factor fits standard drive bays in rackmount and tower chassis.
SATA interface limits
The SATA connection caps sequential throughput at 14.16 GB/s read and 8.01 GB/s write. Random performance reaches 91000 IOPS read and 53000 IOPS write, which suits mixed read-heavy workloads but cannot match PCIe-based drives.
Pre-installation checks
Verify that your system provides a free SATA data port and matching power connector for a 2.5-inch drive. Confirm the operating system or RAID controller supports the full 1.92TB capacity without additional drivers.
Erősségek
- 92 TB capacity stores large datasets and media libraries
- SATA interface fits standard 2.5-inch drive bays in servers and workstations
- Sequential read up to 14.16 GB/s speeds up bulk data loading
- Sequential write up to 8.01 GB/s accelerates backup and archiving tasks
- 91,000 random read IOPS and 53,000 random write IOPS handle mixed enterprise workloads
Műszaki adatok
Ehhez a termékhez egyelőre nincs közzétett műszaki adat.
Kérdések a termékről
Should I pick the 1.92TB D3-S4620 or a different capacity for a read-heavy server workload?
The 1.92TB D3-S4620 is rated for 91000 random read IOPS and 14.16 GB/s sequential read, making it well suited for read-intensive workloads.
What does the 14.16 GB/s maximum read transfer rate mean once the drive is installed in a server?
That figure is the peak sequential throughput over the SATA interface; real-world sustained reads will be lower and depend on the controller, queue depth and workload mix.
The drive uses a SATA interface — what does that cap in practice?
SATA limits the drive to 6 Gb/s link speed, so the 14.16 GB/s and 8.01 GB/s peaks are burst figures that the bus cannot sustain continuously.
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Ugyanaz a polc, ugyanaz a pénztár — nyolc pénznem és 30 perces árfolyamzár.
