Toshiba MG08-D: Difference between revisions

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{{infobox hard drive product family
{{infobox hard drive product family
|image1 =  
|image1 = TOSHIBA HDWR480 top lid and label view.jpg
|caption1 =
|caption1 = Top lid of a [[TOSHIBA HDWR480|HDWR480]], based on a descendant of this line.
|image2 =
|image2 =
|caption2 =
|caption2 =
|manufacturer = [[Toshiba]]
|manufacturer = [[Toshiba]]
|purpose = enterprise
|form_factor = 3.5"
|form_factor = 3.5"
|z-height = 26.1 mm
|z-height = 26.1 mm
Line 13: Line 14:
|unrecoverable_error_rate = <math>1</math> in <math>10^{15}</math>
|unrecoverable_error_rate = <math>1</math> in <math>10^{15}</math>
|released = 2021
|released = 2021
|predecessor = [[Toshiba MG04ACA]] (4-6 TB)<br>[[Toshiba MG06ACA]] (8 TB)
|predecessor = [[Toshiba MG04]] (4-6 TB)<br>[[Toshiba MG06]] (6-8 TB)
|successor = [[Toshiba MG10-D]]
}}
}}
 
'''Toshiba MG08-D''' is a hard drive family created by [[Toshiba]]. This family was announced in October 2020, and released in Q1 2021.<ref name="toshiba-semicon-storage-announcement">{{cite web|url = https://toshiba.semicon-storage.com/ap-en/company/news/news-topics/2020/10/storage-20201027-1.html|title = Toshiba Announces Updated 4TB, 6TB and 8TB Enterprise Capacity HDD Models|date = 27 October 2020|archive-url = http://web.archive.org/web/20210313005628/https://toshiba.semicon-storage.com/ap-en/company/news/news-topics/2020/10/storage-20201027-1.html|archive-date = 13 March 2021|url-status = live}}</ref> It is a follow-up to the [[Toshiba MG08]] family released two years earlier, albeit using slightly lower density platters. It is the first air-filled enterprise design since the [[Toshiba MG06]], reusing the five-platter Tomcat HDA last seen in the [[Toshiba MG04]] family, and also the first of the -D suffix families, which are air-filled versions of a generation previously launched as helium. All Advanced Format models use 1.6 TB platters, while the 512n variants available for the 4 TB size use only 1.33 TB platters. As usual, it comes in both SATA and SAS versions. It replaces the 4 and 6 TB models of the MG04 family (leaving all lower than 4 TB models unreplaced) and the 6 and 8 TB MG06 models (while leaving the 10 TB ones unreplaced). Binned families based on MG08-D include the [[Toshiba MN08-D|MN08-D]], which is based on members of this family binned for NAS, and is similarly replacing respective MN04 and MN06 models, and the [[Toshiba MD08-D]] family, for desktops, as well as their retail rebrands in the [[Toshiba X300|X300]] and [[Toshiba N300|N300]] families.
'''Toshiba MG08-D''' is a hard drive family created by [[Toshiba]]. This family consists of drives that use 1.6 TB platters (except for 512n drives, which use 1.33 TB platters). It replaces the [[Toshiba MG04|MG04]] family and all subvariants of the MG08ACA800. Variants of this family include [[Toshiba MD08-D Series|MD08-D Series]] and [[Toshiba MN08-D Series|MN08-D Series]], for desktop and NAS respectively.


==History==
==History==
The Toshiba MG08-D family was announced in 2020. Shipments began in Q1 2021.<ref>{{cite web|url = https://toshiba.semicon-storage.com/ap-en/company/news/news-topics/2020/10/storage-20201027-1.html|title = Toshiba Announces Updated 4TB, 6TB and 8TB Enterprise Capacity HDD Models|archive-url = http://web.archive.org/web/20210313005628/https://toshiba.semicon-storage.com/ap-en/company/news/news-topics/2020/10/storage-20201027-1.html|archive-date = 13 March 2021|url-status = live}}</ref>
The Toshiba MG08-D family was announced in 2020. Shipments began in Q1 2021, with the 4 TB models hitting the market first, before the 6 and 8 TB ones came later.<ref name="toshiba-semicon-storage-announcement" />


==Products==
==Products==
===512n===
{| class="wikitable sortable" summary="List of Toshiba MG08-D models currently in production."
====SATA====
|-
*[[TOSHIBA MG08ADA400N|MG08ADA400N]]
! Model || Capacity (TB) || Interface || Advanced Format? || Sanitize Instant Erase support? || Self-encryption?
*[[TOSHIBA MG08ADA400NY|MG08ADA400NY]]
|-
*[[TOSHIBA MG08ADP400N|MG08ADP400N]]
|[[TOSHIBA MG08ADA400E]]
 
|4
====SCSI====
|SATA
*[[TOSHIBA MG08SDA400N|MG08SDA400N]]
|512e
*[[TOSHIBA MG08SDA400NY|MG08SDA400NY]]
|No
*[[TOSHIBA MG08SDP400N|MG08SDP400N]]
|No
 
|-
===512e===
|[[TOSHIBA MG08ADA400A]]
====SATA====
|4
*[[TOSHIBA MG08ADA400E|MG08ADA400E]]
|SATA
*[[TOSHIBA MG08ADA400EY|MG08ADA400EY]]
|4Kn
*[[TOSHIBA MG08ADP400E|MG08ADP400E]]
|No
*[[TOSHIBA MG08ADA600E|MG08ADA600E]]
|No
*[[TOSHIBA MG08ADA600EY|MG08ADA600EY]]
|-
*[[TOSHIBA MG08ADP600E|MG08ADP600E]]
|[[TOSHIBA MG08ADA400N]]
*[[TOSHIBA MG08ADA800E|MG08ADA800E]]
|4
*[[TOSHIBA MG08ADA800EY|MG08ADA800EY]]
|SATA
*[[TOSHIBA MG08ADP800E|MG08ADP800E]]
|No (1.33 TB/platter)
 
|No
====SCSI====
|No
*[[TOSHIBA MG08SDA400E|MG08SDA400E]]
|-
*[[TOSHIBA MG08SDA400EY|MG08SDA400EY]]
|[[TOSHIBA MG08ADA400EY]]
*[[TOSHIBA MG08SDP400E|MG08SDP400E]]
|4
*[[TOSHIBA MG08SDA600E|MG08SDA600E]]
|SATA
*[[TOSHIBA MG08SDA600EY|MG08SDA600EY]]
|512e
*[[TOSHIBA MG08SDP600E|MG08SDP600E]]
|Yes
*[[TOSHIBA MG08SDA800E|MG08SDA800E]]
|No
*[[TOSHIBA MG08SDA800EY|MG08SDA800EY]]
|-
*[[TOSHIBA MG08SDP800E|MG08SDP800E]]
|[[TOSHIBA MG08ADA400AY]]
 
|4
===4Kn===
|SATA
====SATA====
|4Kn
*[[TOSHIBA MG08ADA400E|MG08ADA400A]]
|Yes
*[[TOSHIBA MG08ADA400EY|MG08ADA400AY]]
|No
*[[TOSHIBA MG08ADP400E|MG08ADP400A]]
|-
*[[TOSHIBA MG08ADA600E|MG08ADA600A]]
|[[TOSHIBA MG08ADA400NY]]
*[[TOSHIBA MG08ADA600EY|MG08ADA600AY]]
|4
*[[TOSHIBA MG08ADP600E|MG08ADP600A]]
|SATA
*[[TOSHIBA MG08ADA800E|MG08ADA800A]]
|No (1.33 TB/platter)
*[[TOSHIBA MG08ADA800EY|MG08ADA800AY]]
|Yes
*[[TOSHIBA MG08ADP800E|MG08ADP800A]]
|No
 
|-
====SCSI====
|[[TOSHIBA MG08ADP400E]]
*[[TOSHIBA MG08SDA400E|MG08SDA400A]]
|4
*[[TOSHIBA MG08SDA400EY|MG08SDA400AY]]
|SATA
*[[TOSHIBA MG08SDP400E|MG08SDP400A]]
|512e
*[[TOSHIBA MG08SDA600E|MG08SDA600A]]
|No
*[[TOSHIBA MG08SDA600EY|MG08SDA600AY]]
|Yes
*[[TOSHIBA MG08SDP600E|MG08SDP600A]]
|-
*[[TOSHIBA MG08SDA800E|MG08SDA800A]]
|[[TOSHIBA MG08ADP400A]]
*[[TOSHIBA MG08SDA800EY|MG08SDA800AY]]
|4
*[[TOSHIBA MG08SDP800E|MG08SDP800A]]
|SATA
|4Kn
|No
|Yes
|-
|[[TOSHIBA MG08ADP400N]]
|4
|SATA
|No (1.33 TB/platter)
|No
|Yes
|-
|[[TOSHIBA MG08SDA400E]]
|4
|SAS
|512e
|No
|No
|-
|[[TOSHIBA MG08SDA400A]]
|4
|SAS
|4Kn
|No
|No
|-
|[[TOSHIBA MG08SDA400N]]
|4
|SAS
|No (1.33 TB/platter)
|No
|No
|-
|[[TOSHIBA MG08SDA400EY]]
|4
|SAS
|512e
|Yes
|No
|-
|[[TOSHIBA MG08SDA400AY]]
|4
|SAS
|4Kn
|Yes
|No
|-
|[[TOSHIBA MG08SDA400NY]]
|4
|SAS
|No (1.33 TB/platter)
|Yes
|No
|-
|[[TOSHIBA MG08SDP400E]]
|4
|SAS
|512e
|No
|Yes
|-
|[[TOSHIBA MG08SDP400A]]
|4
|SAS
|4Kn
|No
|Yes
|-
|[[TOSHIBA MG08SDP400N]]
|4
|SAS
|No (1.33 TB/platter)
|No
|Yes
|-
|[[TOSHIBA MG08ADA600E]]
|6
|SATA
|512e
|No
|No
|-
|[[TOSHIBA MG08ADA600A]]
|6
|SATA
|4Kn
|No
|No
|-
|[[TOSHIBA MG08ADA600EY]]
|6
|SATA
|512e
|Yes
|No
|-
|[[TOSHIBA MG08ADA600AY]]
|6
|SATA
|4Kn
|Yes
|No
|-
|[[TOSHIBA MG08ADP600E]]
|6
|SATA
|512e
|No
|Yes
|-
|[[TOSHIBA MG08ADP600A]]
|6
|SATA
|4Kn
|No
|Yes
|-
|[[TOSHIBA MG08SDA600E]]
|8
|SAS
|512e
|No
|No
|-
|[[TOSHIBA MG08SDA600A]]
|6
|SAS
|4Kn
|No
|No
|-
|[[TOSHIBA MG08SDA600EY]]
|6
|SAS
|512e
|Yes
|No
|-
|[[TOSHIBA MG08SDA600AY]]
|6
|SAS
|4Kn
|Yes
|No
|-
|[[TOSHIBA MG08SDP600E]]
|8
|SAS
|512e
|No
|Yes
|-
|[[TOSHIBA MG08SDP600A]]
|6
|SAS
|4Kn
|No
|Yes
|-
|[[TOSHIBA MG08ADA800E]]
|8
|SATA
|512e
|No
|No
|-
|[[TOSHIBA MG08ADA800A]]
|8
|SATA
|4Kn
|No
|No
|-
|[[TOSHIBA MG08ADA800EY]]
|8
|SATA
|512e
|Yes
|No
|-
|[[TOSHIBA MG08ADA800AY]]
|8
|SATA
|4Kn
|Yes
|No
|-
|[[TOSHIBA MG08ADP800E]]
|8
|SATA
|512e
|No
|Yes
|-
|[[TOSHIBA MG08ADP800A]]
|8
|SATA
|4Kn
|No
|Yes
|-
|[[TOSHIBA MG08SDA800E]]
|8
|SAS
|512e
|No
|No
|-
|[[TOSHIBA MG08SDA800A]]
|8
|SAS
|4Kn
|No
|No
|-
|[[TOSHIBA MG08SDA800EY]]
|8
|SAS
|512e
|Yes
|No
|-
|[[TOSHIBA MG08SDA800AY]]
|8
|SAS
|4Kn
|Yes
|No
|-
|[[TOSHIBA MG08SDP800E]]
|8
|SAS
|512e
|No
|Yes
|-
|[[TOSHIBA MG08SDP800A]]
|8
|SAS
|4Kn
|No
|Yes
|}


==Trivia==
==Trivia==
*The MG08-D 4 TB models are currently the only drive models in the 4 TB range to go beyond 1.33 TB density, at 1.6.
*The MG08-D 4 TB Advanced Format models were the first 7,200 RPM drive models in the 4 TB range to go beyond 1.33 TB density, at 1.6. In the 5,400 RPM space, Western Digital offers [[:Category:Western Digital Marvell Apollo CR|Apollo CR]] models with the same platter configuration.
*The introduction of this family marks the first time Toshiba has reused a generation code originally for helium (08) for an air-filled family. This air-filled family is disambiguated by changing the RPM letter from C to D.
*The introduction of this family marks the first time Toshiba has reused a generation code originally for helium (08) for an air-filled family. This air-filled family is disambiguated by changing the RPM letter from C to D.
*Despite being named MG08-D like the previous MG08 family, it is not known how much technological pedigree is shared between the two families, other than the MG08-D family being air-filled while the original MG08 family used helium.
*The MG08-D family is the first family whose highest capacity members are lower capacity than the family (in this case, MG08) released before it. This is by necessity due to targeting different markets and using air-filled HDAs.
*The MG08-D family is the last enterprise family made by Toshiba to use the ACS-3 Revision 5 command set. Starting with the MG09 family, it was upgraded to ACS-4 Revision 5.


==References==
==References==
{{reflist}}
{{reflist}}
{{Toshiba hard drive families}}


[[Category:Toshiba MG08-D]]
[[Category:Toshiba MG08-D]]
[[Category:Toshiba product families]]
[[Category:Toshiba hard drive product families]]
 
{{Toshiba 3.5" hard drive families}}

Latest revision as of 23:02, 24 September 2024

Toshiba MG08-D is a hard drive family created by Toshiba. This family was announced in October 2020, and released in Q1 2021.[1] It is a follow-up to the Toshiba MG08 family released two years earlier, albeit using slightly lower density platters. It is the first air-filled enterprise design since the Toshiba MG06, reusing the five-platter Tomcat HDA last seen in the Toshiba MG04 family, and also the first of the -D suffix families, which are air-filled versions of a generation previously launched as helium. All Advanced Format models use 1.6 TB platters, while the 512n variants available for the 4 TB size use only 1.33 TB platters. As usual, it comes in both SATA and SAS versions. It replaces the 4 and 6 TB models of the MG04 family (leaving all lower than 4 TB models unreplaced) and the 6 and 8 TB MG06 models (while leaving the 10 TB ones unreplaced). Binned families based on MG08-D include the MN08-D, which is based on members of this family binned for NAS, and is similarly replacing respective MN04 and MN06 models, and the Toshiba MD08-D family, for desktops, as well as their retail rebrands in the X300 and N300 families.

History[edit | edit source]

The Toshiba MG08-D family was announced in 2020. Shipments began in Q1 2021, with the 4 TB models hitting the market first, before the 6 and 8 TB ones came later.[1]

Products[edit | edit source]

Model Capacity (TB) Interface Advanced Format? Sanitize Instant Erase support? Self-encryption?
TOSHIBA MG08ADA400E 4 SATA 512e No No
TOSHIBA MG08ADA400A 4 SATA 4Kn No No
TOSHIBA MG08ADA400N 4 SATA No (1.33 TB/platter) No No
TOSHIBA MG08ADA400EY 4 SATA 512e Yes No
TOSHIBA MG08ADA400AY 4 SATA 4Kn Yes No
TOSHIBA MG08ADA400NY 4 SATA No (1.33 TB/platter) Yes No
TOSHIBA MG08ADP400E 4 SATA 512e No Yes
TOSHIBA MG08ADP400A 4 SATA 4Kn No Yes
TOSHIBA MG08ADP400N 4 SATA No (1.33 TB/platter) No Yes
TOSHIBA MG08SDA400E 4 SAS 512e No No
TOSHIBA MG08SDA400A 4 SAS 4Kn No No
TOSHIBA MG08SDA400N 4 SAS No (1.33 TB/platter) No No
TOSHIBA MG08SDA400EY 4 SAS 512e Yes No
TOSHIBA MG08SDA400AY 4 SAS 4Kn Yes No
TOSHIBA MG08SDA400NY 4 SAS No (1.33 TB/platter) Yes No
TOSHIBA MG08SDP400E 4 SAS 512e No Yes
TOSHIBA MG08SDP400A 4 SAS 4Kn No Yes
TOSHIBA MG08SDP400N 4 SAS No (1.33 TB/platter) No Yes
TOSHIBA MG08ADA600E 6 SATA 512e No No
TOSHIBA MG08ADA600A 6 SATA 4Kn No No
TOSHIBA MG08ADA600EY 6 SATA 512e Yes No
TOSHIBA MG08ADA600AY 6 SATA 4Kn Yes No
TOSHIBA MG08ADP600E 6 SATA 512e No Yes
TOSHIBA MG08ADP600A 6 SATA 4Kn No Yes
TOSHIBA MG08SDA600E 8 SAS 512e No No
TOSHIBA MG08SDA600A 6 SAS 4Kn No No
TOSHIBA MG08SDA600EY 6 SAS 512e Yes No
TOSHIBA MG08SDA600AY 6 SAS 4Kn Yes No
TOSHIBA MG08SDP600E 8 SAS 512e No Yes
TOSHIBA MG08SDP600A 6 SAS 4Kn No Yes
TOSHIBA MG08ADA800E 8 SATA 512e No No
TOSHIBA MG08ADA800A 8 SATA 4Kn No No
TOSHIBA MG08ADA800EY 8 SATA 512e Yes No
TOSHIBA MG08ADA800AY 8 SATA 4Kn Yes No
TOSHIBA MG08ADP800E 8 SATA 512e No Yes
TOSHIBA MG08ADP800A 8 SATA 4Kn No Yes
TOSHIBA MG08SDA800E 8 SAS 512e No No
TOSHIBA MG08SDA800A 8 SAS 4Kn No No
TOSHIBA MG08SDA800EY 8 SAS 512e Yes No
TOSHIBA MG08SDA800AY 8 SAS 4Kn Yes No
TOSHIBA MG08SDP800E 8 SAS 512e No Yes
TOSHIBA MG08SDP800A 8 SAS 4Kn No Yes

Trivia[edit | edit source]

  • The MG08-D 4 TB Advanced Format models were the first 7,200 RPM drive models in the 4 TB range to go beyond 1.33 TB density, at 1.6. In the 5,400 RPM space, Western Digital offers Apollo CR models with the same platter configuration.
  • The introduction of this family marks the first time Toshiba has reused a generation code originally for helium (08) for an air-filled family. This air-filled family is disambiguated by changing the RPM letter from C to D.
  • Despite being named MG08-D like the previous MG08 family, it is not known how much technological pedigree is shared between the two families, other than the MG08-D family being air-filled while the original MG08 family used helium.
  • The MG08-D family is the first family whose highest capacity members are lower capacity than the family (in this case, MG08) released before it. This is by necessity due to targeting different markets and using air-filled HDAs.
  • The MG08-D family is the last enterprise family made by Toshiba to use the ACS-3 Revision 5 command set. Starting with the MG09 family, it was upgraded to ACS-4 Revision 5.

References[edit | edit source]

  1. 1.0 1.1 "Toshiba Announces Updated 4TB, 6TB and 8TB Enterprise Capacity HDD Models". 27 October 2020. Archived from the original on 13 March 2021.
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