MG10-D Series
Harness the raw power of our cutting-edge MG10-D Series hard drive, delivering increased performance and power efficiency than prior models.
The industry standard 7200 rpm 3.5-inch HDD delivers up to 10 TB of storage capacity and a choice of interface (SATA and SAS) with 512n and 512e sector options available. Model options supporting Sanitize Instant Erase (SIE) and Self-Encrypting Drive (SED) are also available.
Product Specification
| Form Factor | 3.5-inch | ||
|---|---|---|---|
| Buffer Size | 512 MiB | ||
| Rotation Speed | 7200 rpm | ||
| Data Transfer Speed (Sustained) (Typ.) |
512e / 4Kn | 268 MiB/s | |
| 512n | 4TB | 227.8 MiB/s | |
| 2/1 TB | 211 MiB/s | ||
| MTTF/MTBF (AFR) | 2 000 000h (0.44%) | ||
| Weight (Max) | 10 TB | 755 g | |
| 8 TB | 730 g | ||
| 6 TB | 710 g | ||
| 4 TB | 690 g | ||
| 2/1 TB | 670 g | ||
Key Features
- Extensive Lineup.
- Conventional Magnetic Recording (CMR) for broad compatibility
- Industry Standard 3.5-inch 26.1 mm height Form Factor
- 7200 rpm Performance
- Lower operational power profile, providing excellent power efficiency (W/TB) for better TCO
- 550 Total TB Transferred per Year Workload Rating [4]
- Toshiba Persistent Write Cache Technology for Data-Loss Protection in Sudden Power-Loss Events
- Sanitize Instant Erase (SIE) and Self-Encrypting Drive (SED) Option Models [5] available
Applications
- Business-Critical Enterprise Servers and Storage Systems
- Enterprise storage arrays (RAID, Software defined)
- Distributed file systems, big data
- Enterprise and cloud archive, data recovery systems
- Applications and hypervisors that require legacy 512 Native Sector Technology
Lineup
| Capacity | Interface | Sector Format | Optional Security | Power Consumption |
Model number |
|---|---|---|---|---|---|
| 10 TB | SATA-3.3 | 512e / 4Kn * | Standard | 5.74 W | MG10ADA10TE |
| 8 TB | SATA-3.3 | 512e / 4Kn * | Standard | 4.92 W | MG10ADA800E |
| 6 TB | SATA-3.3 | 512e / 4Kn * | Standard | 4.14 W | MG10ADA600E |
| 4 TB | SATA-3.3 | 512e / 4Kn * | Standard | 3.49 W | MG10ADA400E |
| 2 TB | SATA-3.3 | 512e / 4Kn * | Standard | 2.88 W | MG10ADA200E |
| 4 TB | SATA-3.3 | 512n | Standard | 4.21 W | MG10ADA400N |
| 2 TB | SATA-3.3 | 512n | Standard | 3.47 W | MG10ADA200N |
| 1 TB | SATA-3.3 | 512n | Standard | 2.93 W | MG10ADA100N |
| 10 TB | SATA-3.3 | 512e / 4Kn * | SIE | 5.74 W | MG10ADA10TEY |
| 8 TB | SATA-3.3 | 512e / 4Kn * | SIE | 4.92 W | MG10ADA800EY |
| 6 TB | SATA-3.3 | 512e / 4Kn * | SIE | 4.14 W | MG10ADA600EY |
| 4 TB | SATA-3.3 | 512e / 4Kn * | SIE | 3.49 W | MG10ADA400EY |
| 2 TB | SATA-3.3 | 512e / 4Kn * | SIE | 2.88 W | MG10ADA200EY |
| 4 TB | SATA-3.3 | 512n | SIE | 4.21 W | MG10ADA400NY |
| 2 TB | SATA-3.3 | 512n | SIE | 3.47 W | MG10ADA200NY |
| 1 TB | SATA-3.3 | 512n | SIE | 2.93 W | MG10ADA100NY |
| 10 TB | SATA-3.3 | 512e / 4Kn * | SED | 5.74 W | MG10ADP10TE |
| 8 TB | SATA-3.3 | 512e / 4Kn * | SED | 4.92 W | MG10ADP800E |
| 6 TB | SATA-3.3 | 512e / 4Kn * | SED | 4.14 W | MG10ADP600E |
| 4 TB | SATA-3.3 | 512e / 4Kn * | SED | 3.49 W | MG10ADP400E |
| 2 TB | SATA-3.3 | 512e / 4Kn * | SED | 2.88 W | MG10ADP200E |
| 4 TB | SATA-3.3 | 512n | SED | 4.21 W | MG10ADP400N |
| 2 TB | SATA-3.3 | 512n | SED | 3.47 W | MG10ADP200N |
| 1 TB | SATA-3.3 | 512n | SED | 2.93 W | MG10ADP100N |
| 10 TB | SAS-3.0 | 512e / 4Kn * | Standard | 6.15 W | MG10SDA10TE |
| 8 TB | SAS-3.0 | 512e / 4Kn * | Standard | 5.41 W | MG10SDA800E |
| 6 TB | SAS-3.0 | 512e / 4Kn * | Standard | 4.55 W | MG10SDA600E |
| 4 TB | SAS-3.0 | 512e / 4Kn * | Standard | 3.87 W | MG10SDA400E |
| 2 TB | SAS-3.0 | 512e / 4Kn * | Standard | 3.26 W | MG10SDA200E |
| 4 TB | SAS-3.0 | 512n | Standard | 4.53 W | MG10SDA400N |
| 2 TB | SAS-3.0 | 512n | Standard | 3.85 W | MG10SDA200N |
| 10 TB | SAS-3.0 | 512e / 4Kn * | SIE | 6.15 W | MG10SDA10TEY |
| 8 TB | SAS-3.0 | 512e / 4Kn * | SIE | 5.41 W | MG10SDA800EY |
| 6 TB | SAS-3.0 | 512e / 4Kn * | SIE | 4.55 W | MG10SDA600EY |
| 4 TB | SAS-3.0 | 512e / 4Kn * | SIE | 3.87 W | MG10SDA400EY |
| 2 TB | SAS-3.0 | 512e / 4Kn * | SIE | 3.26 W | MG10SDA200EY |
| 4 TB | SAS-3.0 | 512n | SIE | 4.53 W | MG10SDA400NY |
| 2 TB | SAS-3.0 | 512n | SIE | 3.85 W | MG10SDA200NY |
| 10 TB | SAS-3.0 | 512e / 4Kn * | SED | 6.15 W | MG10SDP10TE |
| 8 TB | SAS-3.0 | 512e / 4Kn * | SED | 5.41 W | MG10SDP800E |
| 6 TB | SAS-3.0 | 512e / 4Kn * | SED | 4.55 W | MG10SDP600E |
| 4 TB | SAS-3.0 | 512e / 4Kn * | SED | 3.87 W | MG10SDP400E |
| 2 TB | SAS-3.0 | 512e / 4Kn * | SED | 3.26 W | MG10SDP200E |
| 4 TB | SAS-3.0 | 512n | SED | 4.53 W | MG10SDP400N |
| 2 TB | SAS-3.0 | 512n | SED | 3.85 W | MG10SDP200N |
* Default format is 512e. Convertible to 4kn format.
- Product image may represent a design model.
- Definition of capacity: One terabyte (TB) = one trillion bytes, but storage capacity actually available may vary depending on operating environment and formatting. Available storage capacity (including examples of various media files) will vary based on file size, formatting, settings, software and operating system and/or pre-installed software applications, or media content. Actual formatted capacity may vary.
- A mebibyte (MiB) means 1048576 bytes.
- MTTF/MTBF (Mean Time to Failure/Mean Time Between Failures) of the HDDs during its life time is two million hours and AFR(Annualized Failure Rate) is 0.44%. This assumes 8760 h/year power on hours (24 hours per one day, 7 days per one week), up to 550TB/year total data transfers, and average HDA surface temperature:40°C or less. Use at case HDA surface temperature above 40°C may degrade product reliability and reduce warranty period.
- Read and write speed may vary depending on the host device, read and write conditions, and file size.
- SIE: Sanitize Instant Erase. SIE is a function to invalidate the data recorded on the magnetic disks at a blink.
- SED supports TCG Enterprise SSCs.
- The HDDs which have any security function may not be available in the countries where the use of such HDDs is prohibited or limited due to export control and local regulations.
- "3.5-inch" mean the form factor of HDDs. They do not indicate drive's physical size.
- Workload is a measure of the data throughput of the year, and it is defined as the amount of data written, read or verified by commands from the host system.
Documents
Contacts
Note
- Instructions for Dispose
Please dispose in accordance with local rules. - Instructions for erase of the data on the HDDs in case of dispose or transfer
HDDs incorporated in personal computer or several home appliance may record personal data and/or other important data as signal. In order to avoid disclosing such data, it is important to erase it when you dispose or transfer the HDDs.
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