Toshiba MG06: Difference between revisions

From Computing Classics Wiki
Trivia: Trivia changes
Turns out the MG07 also uses Avago
Line 143: Line 143:
**The value of Disk Shift also changed reporting; instead of reporting a single value, it reports three 16 bit integers. The disk shift measuring also seems more accurate, rarely reporting zero even when factory fresh. This changed reporting is likely due to a Toshiba patent dedicated to measuring disk shift, filed twelve years before the release of MG06.<ref>{{Cite web|title =  
**The value of Disk Shift also changed reporting; instead of reporting a single value, it reports three 16 bit integers. The disk shift measuring also seems more accurate, rarely reporting zero even when factory fresh. This changed reporting is likely due to a Toshiba patent dedicated to measuring disk shift, filed twelve years before the release of MG06.<ref>{{Cite web|title =  
Apparatus and method for calculating disk shift amount in disk drive|url = https://patents.google.com/patent/US20050128635|author = Satoshi Shibata|publisher = Toshiba|website = Google Patents|date = 16 May 2006}}</ref>
Apparatus and method for calculating disk shift amount in disk drive|url = https://patents.google.com/patent/US20050128635|author = Satoshi Shibata|publisher = Toshiba|website = Google Patents|date = 16 May 2006}}</ref>
*The MG06 family and related rebrands are the only Toshiba-made family to use Avago MCUs. The MG05 and before families, as well as MG07 and later families, all use Marvell MCUs.
*The MG06 family, as well as the later MG07 family and all related rebrands are the only Toshiba-made family to use Avago MCUs. The MG05 and before families, as well as MG08 and later families, all use Marvell MCUs.


==External links==
==External links==

Revision as of 09:57, 24 December 2021

Toshiba MG06 is a hard drive family created by Toshiba. This family was announced in September 2017, and is a follow-up to the Toshiba MG05ACA series, sporting the same platter density, but increasing the maximum platters from six to seven, unprecedented in air-filled designs. It offers 6, 8 and 10 TB models, as opposed to the MG05ACA only offering 8 TB.

This family evolved into the Toshiba MG07 family, which used helium to achieve a record at the time nine platter capacity. The true successor was the MG08-D family, which replaced the 6 and 8 TB models with lower platter equivalents. The MG06 family is currently being phased out as a result.

History

The MG06 is the follow-up to the MG05ACA. Released in September 2017, the MG06 family is the first and so far only family to offer seven platters in an air-filled design.[1] It is also the first nearline enterprise family to offer power loss protection, a feature which would become standard on all Toshiba enterprise produced since.

Products

Model Capacity (TB) Interface Advanced Format Sanitize Instant Erase support?
TOSHIBA MG06ACA600E 6 SATA 512e No
TOSHIBA MG06ACA600A 6 SATA 4Kn No
TOSHIBA MG06ACA600EY 6 SATA 512e Yes
TOSHIBA MG06SCA600E 6 SAS 512e No
TOSHIBA MG06SCA600A 6 SAS 4Kn No
TOSHIBA MG06SCA600EY 6 SAS 512e Yes
TOSHIBA MG06ACA800E 8 SATA 512e No
TOSHIBA MG06ACA800A 8 SATA 4Kn No
TOSHIBA MG06ACA800EY 8 SATA 512e Yes
TOSHIBA MG06SCA800E 8 SAS 512e No
TOSHIBA MG06SCA800A 8 SAS 4Kn No
TOSHIBA MG06SCA800EY 8 SAS 512e Yes
TOSHIBA MG06ACA10TE 10 SATA 512e No
TOSHIBA MG06ACA10TA 10 SATA 4Kn No
TOSHIBA MG06ACA10TEY 10 SATA 512e Yes
TOSHIBA MG06SCA10TE 10 SAS 512e No
TOSHIBA MG06SCA10TA 10 SAS 4Kn No
TOSHIBA MG06SCA10TEY 10 SAS 512e Yes

Trivia

  • All MG06 family models and their retail rebrands are codenamed Magnum. It is the final series to be codenamed this way publicly; starting from the MG07 series, codenames became simplified to the letters before the capacity. For example, all models in the SATA branch of the MG08-D family are codenamed MG08ADA.
  • Starting from this generation, a number of firmware changes were made, which were carried on to all rebranded families (such as MD06 and MN06) as well as all later Toshiba enterprise generations and their binned variants:
    • Firmware versions became entirely numerical, as opposed to using a two-letter prefix. The prefix now varies based on customer only, not also model.
    • The value of Disk Shift also changed reporting; instead of reporting a single value, it reports three 16 bit integers. The disk shift measuring also seems more accurate, rarely reporting zero even when factory fresh. This changed reporting is likely due to a Toshiba patent dedicated to measuring disk shift, filed twelve years before the release of MG06.[2]
  • The MG06 family, as well as the later MG07 family and all related rebrands are the only Toshiba-made family to use Avago MCUs. The MG05 and before families, as well as MG08 and later families, all use Marvell MCUs.

External links


Toshiba 3.5" enterprise hard drive models
MKxx01TRKB/MKxx02TSKB MK1002TSKB (500 GB, SAS)MK1001TRKB (1 TB, SAS)MK1002TSKB (1 TB, SATA)MK2001TRKB (2 TB, SAS)MK2002TSKB (2 TB, SATA)
MG03ACA (-Y) MG03ACA100 (1 TB)MG03ACA100Y (1 TB, SIE)MG03ACA200 (2 TB)MG03ACA200Y (2 TB, SIE)MG03ACA300 (3 TB)MG03ACA300Y (3 TB, SIE)MG03ACA400 (4 TB)MG03ACA400Y (4 TB, SIE)
MG03SCA MG03SCA100 (1 TB)MG03SCA200 (2 TB)MG03SCA300 (3 TB)MG03SCA400 (4 TB)
MG04ACAxxxE (-Y) MG04ACA200E (2 TB)MG04ACA200EY (2 TB, SIE)MG04ACA300E (3 TB)MG04ACA400E (4 TB)MG04ACA500E (5 TB)MG04ACA50DE (5 TB, 6 platter HDA)MG04ACA600E (6 TB)
MG04ACAxxxN (-Y) MG04ACA100N (1 TB)MG04ACA100NY (1 TB, SIE)MG04ACA200N (2 TB)MG04ACA200NY (2 TB, SIE)MG04ACA400N (4 TB)MG04ACA400NY (4 TB, SIE)
MG04ACAxxxA MG04ACA200A (2 TB)MG04ACA300A (3 TB)MG04ACA300AY (3 TB, SIE)MG04ACA400A (4 TB)MG04ACA400AY (4 TB, SIE)MG04ACA500A (5 TB)MG04ACA500AY (5 TB, SIE)MG04ACA50DE (5 TB, 6 platter HDA)MG04ACA600A (6 TB)
MG04SCAxxxE MG04SCA200E (2 TB)MG04SCA300E (3 TB)MG04SCA400E (4 TB)MG04SCA500E (5 TB)
MG04SCAxxxA MG04SCA200A (2 TB)MG04SCA300A (3 TB)MG04SCA400A (4 TB)MG04SCA500A (5 TB)
MG04SCAxxEE MG04SCA20EE (2 TB)MG04SCA40EE (4 TB)MG04SCA50EE (5 TB)MG04SCA60EE (6 TB)
MG04SCAxxEN (-Y) MG04SCA20EN (2 TB)MG04SCA20ENY (2 TB, SIE)MG04SCA40EN (4 TB)MG04SCA40ENY (4 TB, SIE)
MG04SCAxxEA MG04SCA20EA (2 TB)MG04SCA40EA (4 TB)MG04SCA60EA (6 TB)
MG05ACA MG05ACA800 (8 TB, enterprise)
MG06ACAxxxE (-Y) MG06ACA600E (6 TB)MG06ACA600EY (6 TB, SIE)MG06ACA800E (8 TB)MG06ACA800EY (8 TB, SIE)MG06ACA10TE (10 TB)MG06ACA10TEY (10 TB, SIE)
MG06SCAxxxE (-Y) MG06SCA600E (6 TB)MG06SCA600EY (6 TB, SIE)MG06SCA800E (8 TB)MG06SCA800EY (8 TB, SIE)MG06SCA10TE (10 TB)MG06SCA10TEY (10 TB, SIE)
MG06SCAxxxA (-Y) MG06SCA600A (6 TB)MG06SCA800AY (8 TB, SIE)MG06SCA10TA (10 TB)MG06SCA10TAY(10 TB, SIE)
MG07ACAxxTE (-Y/(MG07ACPxxTE) MG07ACA12TE (12 TB, helium)MN07ACA12TEY (12 TB, helium, SIE)MG07ACP12TE (12 TB, helium, SED TCQ-compliant)MG07ACA14TE (14 TB, helium)MG07ACA14TEY (14 TB, helium, SIE)MG07ACP14TE (14 TB, helium, SED TCQ-compliant)
MG07ACAxxTA (-Y/(MG07ACPxxTA) MG07ACA12TA (12 TB, helium)MF07ACA12TAY (12 TB, helium, SIE)MG07ACA14TA (14 TB, helium)MG07ACA14TAY (14 TB, helium, SIE)
MG07SCAxxTE (-Y/(MG07ACPxxTE) MG07SCA12TE (12 TB, helium)MG07SCA12TEY (12 TB, helium, SIE)MG07SCA14TE (14 TB, helium)MG07SCA14TEY (14 TB, helium, SIE)
MG07SCAxxTA (-Y/(MG07ACPxxTA) MG07SCA12TA (12 TB, helium)MG07SCA12TAY (12 TB, helium, SIE)MG07SCA14TA (14 TB, helium)MG07SCA14TAY (14 TB, helium, SIE)
MG08ACAxxTE (-Y/(MG08ACPxxTE) MG08ACA16TE (16 TB, helium)MG08ACA16TEY (16 TB, helium, SIE)MG08ACP16TE (16 TB, helium, SED TCQ-compliant)
MG08ACAxxTA (-Y/(MG08ACPxxTA) MG08ACA16TA (16 TB, helium)MG08ACA16TAY (16 TB, helium, SIE)MG08ACP16TA (16 TB, helium, SED TCQ-compliant)
MG08SCAxxTE (-Y/(MG08SCPxxTE) MG08SCA16TE (16 TB, helium)MG08SCA16TEY (16 TB, helium, SIE)MG08SCP16TE (16 TB, helium, SED TCQ-compliant)
MG08SCAxxTA (-Y/(MG08SCPxxTA) MG08SCA16TA (16 TB, helium)MG08SCA16TAY (16 TB, helium, SIE)MG08SCP16TA (16 TB, helium, SED TCQ-compliant)
MG08-D: -ADAxxxE (-Y/-ADPxxxE) MG08ADA400E (4 TB)MG08ADA400EY (4 TB, SIE)MG08ADP400E (4 TB, SED TCQ-compliant)MG08ADA600E (6 TB)MG08ADA600EY (6 TB, SIE)MG08ADP600E (6 TB, SED TCQ-compliant)MG08ADA800E (8 TB)MG08ADA800EY (8 TB, SIE)MG08ADP800E (8 TB, SED TCQ-compliant)
MG08-D: -ADAxxxN (-Y/-ADPxxxN) MG08ADA400N (4 TB)MG08ADA400NY (4 TB, SIE)MG08ADP400N (4 TB, SED TCQ-compliant)
MG08-D: -ADAxxxA (-Y/-ADPxxxA) MG08ADA400A (4 TB)MG08ADA400AY (4 TB, SIE)-ADP400A (4 TB, SED TCQ-compliant)MG08ADA600A (6 TB)MG08ADA600AY (6 TB, SIE)MG08ADP600A (6 TB, SED TCQ-compliant)MG08ADA800A (8 TB)MG08ADA800AY (8 TB, SIE)MG08ADP800A (8 TB, SED TCQ-compliant)
MG08-D: -SDAxxxE (-Y/-SDPxxxE) MG08SDA400E (4 TB)MG08SDA400EY (4 TB, SIE)MG08SDP400E (4 TB, SED TCQ-compliant)
MG08-D -SDAxxxN (-Y/-SDPxxxN) MG08SDA400N (4 TB)MG08SDA400NY (4 TB, SIE)MG08SDP400N (4 TB, SED TCQ-compliant)
MG08-D: -SDAxxxA (-Y/-SDPxxxA) MG08SDA400A (4 TB)MG08SDA400AY (4 TB, SIE)MG08SDP400A (4 TB, SED TCQ-compliant)
MG09ACAxxTE (-Y/(MG09ACPxxTE) MG09ACA16TE (16 TB, helium)MN07ACA16TEY (16 TB, helium, SIE)MG09ACP16TE (16 TB, helium, SED TCQ-compliant)MG09ACA18TE (18 TB, helium)MG09ACA18TEY (18 TB, helium, SIE)MG09ACP18TE (18 TB, helium, SED TCQ-compliant)
MG09ACAxxTA (-Y/(MG09ACPxxTA) MG09ACA16TA (16 TB, helium)MN07ACA16TAY (16 TB, helium, SIE)MG09ACP16TA (16 TB, helium, SED TCQ-compliant)MG09ACA18TA (18 TB, helium)MG09ACA18TAY (18 TB, helium, SIE)MG09ACP18TA (18 TB, helium, SED TCQ-compliant)
  1. "Toshiba Announces 10 TB MG06ACA HDD: Seven Platters, 249 MB/s, NAND Cache".
  2. Satoshi Shibata (16 May 2006). "Apparatus and method for calculating disk shift amount in disk drive". Google Patents. Toshiba.
Cookies help us deliver our services. By using our services, you agree to our use of cookies.