Seagate
Momentus Thin 500GB Notebook Hard Drive (ST500LT012)
- SATA3
- 2.5" form factor
- 7mm Thin
- 5400rpm
- 16MB Cache
Model: ST500LT012
Mnf. #: ST500LT012
SKU: 33734
Warranty: 2 years
R 796.88 (incl.VAT)
Seagate Momentus Thin Notebook Hard Drive
Slim-computing savvy.
Momentus® Thin hard drives offer feature-rich, slim, lightweight style at price and capacity points that enable no-compromise designs for thin computing.
- World’s first 7mm z-height, 2.5-inch form factor drive
- Seagate SmartAlignâ„¢ technology1 provides a transition to 4K sectors without the need for software utilities
- Available as a Self-Encrypting Drive (SED) with TCG Opal protocol, and as a FIPS 140-2 Validated SED for government-grade security2
- Compatible with SATA 3Gb/s designs
Opens new frontiers for system designers.
Seagate® has purpose-built the Momentus Thin hard drive to meet our customers’ demand for affordable, slimmer, fully functional computing solutions. Meet your needs with 500GB, 320GB, 250GB and 160GB capacity options.
While traditional laptop hard drives offer a z-height of 9.5 mm, Momentus Thin hard drives stands apart with a z-height of just 7mm.
Smooth migration to Advanced Format.
Momentus Thin hard drives include Seagate SmartAlign technology1. This innovation helps you easily get all the benefits of the new Advanced Format 4K sector standard—no utilities, no extra steps.
Secure Self-Encrypting Drive options.
Momentus Thin Self-Encrypting Drives deliver government-grade encryption without performance degradation—protecting your data where it lives. You get all the benefits of secure data encryption without the headaches.
- The first Seagate SED to ship with the Trusted Computing Group (TCG) Opal protocol
- The world’s first 7mm SED to ship with FIPS 140-2 validation2
General |
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Product Line | Momentus Thin | |
Model | ST500LT012 | |
Drive Type | Notebook | |
Form Factor | 2.5 inch | |
Specifications |
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Capacity | 500 GB | |
Interface | SATA3 | |
Thickness | 7 mm | |
Performance |
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Cache Size | 16 MB | |
Average Latency | 5.60 msec |