SAMSUNG
SAMSUNG MZ3LO7T6HBLT-00A07 PM1743 7.68TB enterprise SSD
7.68 TB enterprise SSD with NVMe interface and 12000 MB/s sequential read and write speeds
- 68TB capacity supports large enterprise datasets
- 12000MBps sequential read accelerates data-intensive workloads
- 12000MBps sequential write sustains high-throughput operations
- NVMe interface enables low-latency server performance
- E3.S form factor fits dense storage deployments
Samsung PM1743 7.68TB Enterprise SSD
The Samsung PM1743 is a 7.68TB enterprise solid-state drive built for data-centre workloads. It uses an NVMe interface to deliver sequential read and write speeds of 12000MBps. The drive adopts the E3.S form factor for high-density server deployments.
Suited for write-intensive server workloads
This drive suits operators who need sustained throughput for logging, caching or database tiers in a 1U or 2U chassis. It is not for desktop PCs or laptops that lack an E3.S backplane and the associated power delivery. Buyers who need a consumer M.2 form factor should look elsewhere.
No bundled accessories or software
The product ships as a bare drive without mounting brackets, cables or management utilities. Integration relies on the server platform’s native NVMe support and the chassis tooling. Firmware updates are obtained directly from the manufacturer’s support portal.
Puncte forte
- 68TB capacity supports large enterprise datasets
- 12000MBps sequential read accelerates data-intensive workloads
- 12000MBps sequential write sustains high-throughput operations
- NVMe interface enables low-latency server performance
- E3.S form factor fits dense storage deployments
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Întrebări despre acest articol
Does my server need an E3.S backplane and a PCIe Gen5-capable NVMe controller for this PM1743 7.68TB drive?
The PM1743 uses the E3.S form factor and a Gen5 NVMe interface, so the host system must provide an E3.S slot with a PCIe Gen5 NVMe controller.
Will this 12000MBps PM1743 run slower if I keep my existing PCIe Gen4 backplane?
On a Gen4 backplane the drive will negotiate to Gen4 speeds, so sequential throughput will be limited to the Gen4 lane ceiling rather than the rated 12000MBps.
How can I verify the PM1743 is delivering its rated 12000MBps after installation?
Run a sequential read or write test with an NVMe-capable benchmark; sustained throughput at or near 12000MBps confirms the drive is operating at its specified Gen5 performance.
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