Samsung MZ7L33T8HBLT-00A07 PM893 Solid State Drive, 3.84 TB, SATA/600, Read Intensive, 256-bit Encryption

Samsung MZ7L33T8HBLT-00A07 PM893 Solid State Drive, 3.84 TB, SATA/600, Read Intensive, 256-bit Encryption

Samsung MZ7L33T8HBLT-00A07 PM893 Solid State Drive, 3.84 TB, SATA/600, Read Intensive, 256-bit Encryption

Samsung MZ7L33T8HBLT-00A07

$368.85
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Product Key Features

  • Storage Capacity: 3.84 TB
  • Drive Interface: SATA/600
  • Endurance Type: Read Intensive
  • Random 4KB Read: 98000 IOPS
  • Endurance (DWPD): 1.3
  • Maximum Read Transfer Rate: 560 MB/s
  • Maximum Write Transfer Rate: 530 MB/s
  • Encryption Standard: 256-bit
  • Form Factor: 2.5
  • Manufacturer: Samsung
$368.85
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Samsung

MZ7L33T8HBLT-00A07

Address Data Center Challenges

Data center architects face challenging requirements when delivering reliable computing and storage resources at the lowest total cost. Data center servers require high levels of I/O performance to keep their CPUs fully utilized, and high system density to minimize total cost. The storage systems that supply that I/O performance need to deliver consistent performance and latency to all tenant virtual machines and containers 24/7, 365 days a year.

Flexible Family Portfolio


Samsung's "ninth generation" SATA SSD families (PM893 and PM897) are available in capacities and write endurance levels to meet just about any application. For example, low capacity PM893 SSDs are ideal for high reliability, low power server boot drives. Higher capacity PM893 SSDs are suitable for a variety of mainstream read-intensive applications, such as collaboration platforms, unstructured data storage, content delivery networks (CDN), and hyper-converged infrastructure, such as the capacity tier of a VMware VSAN node. Samsung's PM897 SSDs offer increased write endurance, making them ideal for mixed read/ write workloads, such as a general purpose or dedicated cache tier of hyper-converged infrastructure like VMware's VSAN, logging applications, online transaction processing (OLTP), database servers, and other general purpose servers with legacy workloads with unknown write characteristics. All SSDs in this lineup use the same Samsung controller and V-NAND flash memory, to simplify customer qualification and ensure reliable high volume supply.

SATA Interface Saturating Performance


Samsung's PM893 and PM897 SSDs deliver performance up the maximum allowable for SATA attached drives: up to 560 MB/sec sequential access, and up to 98,000 IOPS for 4 kbyte random read access. Maximum performance not only allows your workloads to complete a quickly as possible, but also allows efficient shared use of high capacity drives, to maximize the performance per gigabyte of data stored.

Hardware Encryption Engine


Samsung's PM893 and PM897 SSDs keep your private data confidential, with encryption via a hardware based AES-XTS 256-bit encryption engine, and management via the TCG Opal 2.0 standard.

Return Policy

Time to Return

Standard Return Policy

We offer a hassle-free 30-day returns policy for domestic (US) orders, excluding non-refundable items. Refund or Replacement within 30 days of the delivery date. All products that fall under the Standard Return Policy qualify for our 30-Day Hassle-Free Returns. Please see the section above for more details.

Replacement Only Return Policy

Replacement within 30 days of the delivery date.

Manufacturer Only Return Policy

Covered by the manufacturer's warranty. Please refer to the terms and conditions for the manufacturer's warranty or contact the manufacturer.

Holiday Extended Return Policies

Extended Holiday Return Policy.

Qualifying purchases of products displaying the " Extended Holiday Return Policy ", from November 1st, 2023 to December 25, 2023, are eligible for a Refund or Replacement until January 31, 2024.


Extended Holiday Replacement-Only Return Policy

Qualifying purchases of products displaying the " Extended Holiday Replacement-Only Return Policy ", from November 1st, 2023 to December 25, 2023, are eligible for a Replacement until January 31, 2024.

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