DELL
DELL SNP112P/512G 512GB M.2 2280 PCIe NVMe internal hard drive
A 512 GB M.2 2280 NVMe solid-state drive using PCIe for faster boot and file access
- 512 GB capacity stores large amounts of data
- NVMe interface delivers high data transfer rates
- Solid-state design provides shock-resistant durability
- Faster boot-ups and file access than hard drives
- Near-silent operation with lower power consumption
Dell 512 GB M.2 2280 NVMe SSD
This Dell SNP112P/512G solid-state drive adds 512 GB of storage to compatible Dell systems. It uses an M.2 2280 form factor with a PCIe NVMe interface for fast data transfer rates. The non-mechanical NAND flash design provides shock resistance and near-silent operation.
Suits Dell owners upgrading capacity
This drive suits Dell desktop owners who need more internal storage and have an M.2 2280 slot that supports PCIe NVMe signalling. It is not for systems that only accept 2.5-inch drives, for boards limited to shorter M.2 lengths, or for users who require capacities beyond 512 GB.
PCIe NVMe interface determines compatibility
The single specification that decides fitment is the PCIe NVMe interface combined with the M.2 2280 physical size. Verify that the target system explicitly supports this interface and keying before purchase.
Přednosti
- 512 GB capacity stores large amounts of data
- NVMe interface delivers high data transfer rates
- Solid-state design provides shock-resistant durability
- Faster boot-ups and file access than hard drives
- Near-silent operation with lower power consumption
Specifikace
| Brand | Dell |
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Otázky k tomuto produktu
How long will the Class 40 NAND flash last before it needs replacing?
The drive uses Class 40 endurance rating for typical desktop workloads. SSDs have no moving parts, so replacement is only needed if the flash reaches its write limit or a controller fault occurs.
What speed ceiling appears first during long sequential writes?
The PCIe NVMe interface sets the transfer ceiling. Sustained write speed will be limited by the controller and NAND performance once the SLC cache fills.
Does the drive get hot or noisy when running all day?
Solid-state design runs near silent with no moving parts. Lower power draw means less heat than mechanical drives, so temperatures stay modest under continuous use.
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