Intel
Intel Pro 6000p 512GB M.2 80mm PCI-Express 3.0 x4 internal SSD
512 GB M.2 22 x 80 mm NVMe 3.0 x4 drive with up to 1775 MB/s sequential read and 560 MB/s sequential write
- 512 GB capacity stores large workloads
- PCIe 3.0 x4 NVMe delivers up to 1775 MB/s sequential read
- TLC NAND with 1.6 million-hour MTBF ensures long-term reliability
- Low 40 mW idle and 100 mW active power extends laptop battery life
- M.2 22 x 80 mm form factor fits standard laptop and desktop slots
Capacity and form factor
This Intel Pro 6000p internal SSD provides 512 GB of storage in an M.2 22 x 80 mm form factor. It connects through a PCI-Express NVMe 3.0 x4 interface and uses TLC NAND flash memory.
Buyers who need more space or different interfaces
The 512 GB capacity suits operating system drives and essential applications but will not meet the needs of users who require larger media libraries. Systems without an M.2 slot supporting PCI-Express 3.0 x4 cannot use this drive.
Sequential read speed
Sequential read performance reaches up to 1775 MB/s, which determines how quickly large files load and the operating system boots. This figure is the primary indicator of whether the drive matches the required workload.
Priekšrocības
- 512 GB capacity stores large workloads
- PCIe 3.0 x4 NVMe delivers up to 1775 MB/s sequential read
- TLC NAND with 1.6 million-hour MTBF ensures long-term reliability
- Low 40 mW idle and 100 mW active power extends laptop battery life
- M.2 22 x 80 mm form factor fits standard laptop and desktop slots
Specifikācijas
Šai precei pagaidām nav publicētu specifikāciju.
Jautājumi par šo preci
How do I install the 22 x 80 mm M.2 drive into a PCI-Express 3.0 x4 slot, and what step is often missed?
Insert the drive at an angle into the M.2 socket, press it flat, and secure it with the retention screw; the step often missed is confirming the motherboard slot supports PCI-Express 3.0 x4 so the drive reaches its rated 1775 MB/s sequential read speed.
What maintenance or replacement will the Intel Pro 6000p 512GB SSD need later?
No scheduled maintenance is required; the TLC NAND and 1,600,000-hour MTBF indicate a long service life, and the drive should be replaced only when its write endurance is exhausted or a firmware update addresses a specific issue.
What limit appears first on the Pro 6000p during sustained heavy writes?
The sequential write ceiling of 560 MB/s is reached before the random write limit of 128,000 IOPS, so sustained large-file transfers will hit the bandwidth bottleneck first.
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