Toshiba N300: Difference between revisions
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{{infobox hard drive product family | {{infobox hard drive product family | ||
|image1 = | |image1 = TOSHIBA HDWG780UZSVA top lid.jpg | ||
|caption1 = Top lid of a | |caption1 = Top lid of a HDWG780UZSVA, an example of an N300 family drive. | ||
|image2 = | |image2 = | ||
|caption2 = CrystalDiskInfo printout of SMART attributes. | |caption2 = CrystalDiskInfo printout of SMART attributes. | ||
| Line 25: | Line 25: | ||
In 2018, the first helium models were introduced, namely the [[TOSHIBA HDWG21C]] and [[TOSHIBA HDWG21E]].<ref>{{cite web|url = https://www.toshiba-storage.com/about/press-center/toshiba-adds-new-12tb-and-14tb-helium-sealed-models-to-both-the-n300-nas-and-x300-performance-hard-drive-product-line/|title = Toshiba adds new 12TB and 14TB helium-sealed models to both the N300 NAS and X300 Performance Hard Drive product line|date = 6 December 2018|author = Toshiba|access-date = 15 August 2021|archive-url = http://web.archive.org/web/20200814025658/https://www.toshiba-storage.com/about/press-center/toshiba-adds-new-12tb-and-14tb-helium-sealed-models-to-both-the-n300-nas-and-x300-performance-hard-drive-product-line/|archive-date = 14 August 2020|url-status = live}}</ref> | In 2018, the first helium models were introduced, namely the [[TOSHIBA HDWG21C]] and [[TOSHIBA HDWG21E]].<ref>{{cite web|url = https://www.toshiba-storage.com/about/press-center/toshiba-adds-new-12tb-and-14tb-helium-sealed-models-to-both-the-n300-nas-and-x300-performance-hard-drive-product-line/|title = Toshiba adds new 12TB and 14TB helium-sealed models to both the N300 NAS and X300 Performance Hard Drive product line|date = 6 December 2018|author = Toshiba|access-date = 15 August 2021|archive-url = http://web.archive.org/web/20200814025658/https://www.toshiba-storage.com/about/press-center/toshiba-adds-new-12tb-and-14tb-helium-sealed-models-to-both-the-n300-nas-and-x300-performance-hard-drive-product-line/|archive-date = 14 August 2020|url-status = live}}</ref> | ||
In 2021, the N300, along with the closely related [[Toshiba X300]], received lower-binned versions of the [[Toshiba MG08-D]] family. Specifically, the N300 family received HDWG440, HDWG460 and HDWG480, all based on the [[Toshiba MN08-D]], of which the 6 and 8 TB models are based on 1.6 TB platters, replacing all previous 4, 6 and 8 TB hard drive models such as the HDWR160 above. However, the HDWR440 remains on 1.33 TB platters in exchange for offering 512n, like its predecessor. The MN07-based HDWG21E was also replaced with the MN08-based [[TOSHIBA HDWG31E]]. In late 2021, the [[TOSHIBA HDWG51J]] was released, making 18 TB the family maximum capacity. | |||
In 2024, the N300 received not only consumer models based on the MN10-D, namely the HDWG740UZSVA, HDWG760UZSVA, HDWG780UZSVA and HDWG71AUZSVA, but MN10-DS models such as the [[TOSHIBA MN10ADA400ES]] also started to be badged as N300 as opposed to plain Toshiba enterprise drive labels. | In 2024, the N300 received not only consumer models based on the MN10-D, namely the HDWG740UZSVA, HDWG760UZSVA, HDWG780UZSVA and HDWG71AUZSVA, but MN10-DS models such as the [[TOSHIBA MN10ADA400ES]] also started to be badged as N300 as opposed to plain Toshiba enterprise drive labels. | ||
| Line 30: | Line 32: | ||
In April 2025, seven months after the MG11 was released, the N300 received the 24 TB models [[TOSHIBA HDWG82EUZSVA]] as well as the MN11-based [[TOSHIBA MN11ACA24TS]].<ref>{{Cite web|url = https://toshiba.semicon-storage.com/ap-en/company/news/news-topics/2025/04/storage-20250422-1.html|title = Toshiba Adds 24TB Capacity to N300 and N300 Pro Internal Hard Disk Drive Series|date = 22 April 2025}}</ref> | In April 2025, seven months after the MG11 was released, the N300 received the 24 TB models [[TOSHIBA HDWG82EUZSVA]] as well as the MN11-based [[TOSHIBA MN11ACA24TS]].<ref>{{Cite web|url = https://toshiba.semicon-storage.com/ap-en/company/news/news-topics/2025/04/storage-20250422-1.html|title = Toshiba Adds 24TB Capacity to N300 and N300 Pro Internal Hard Disk Drive Series|date = 22 April 2025}}</ref> | ||
In February 2026, all models from 14 TB up received refreshed, MG11-based models, supplanting or outright replacing previous generation models depending on the region. | |||
==Products== | ==Products== | ||
All N300 hard drive models have an equivalent MN series NAS OEM product line they are based on. Prior to the MN10-D, the internal/speciality model had the standard enterprise Toshiba label and were not considered part of the N300 line | All N300 hard drive models have an equivalent MN series NAS OEM product line they are based on. Prior to the MN10-D, the internal/speciality model had the standard enterprise Toshiba label and were not considered part of the N300 line. While these models are shown below, they are wrapped in brackets to indicate their non-presence in the N300 line. Starting with the MN10-D, internal-specialty model drives received a special -S suffix and are also badged as N300s. | ||
===Current models=== | ===Current models=== | ||
| Line 41: | Line 43: | ||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG440}} | |{{MdlFactory|TOSHIBA|HDWG440}} | ||
|{{MdlFactory|TOSHIBA|MN08ADA400N}} | |({{MdlFactory|TOSHIBA|MN08ADA400N}}) | ||
|4 TB | |4 TB | ||
|1.33 TB/platter | |1.33 TB/platter | ||
| Line 57: | Line 59: | ||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG460}} | |{{MdlFactory|TOSHIBA|HDWG460}} | ||
|{{MdlFactory|TOSHIBA|MN08ADA600}} | |({{MdlFactory|TOSHIBA|MN08ADA600}}) | ||
|6 TB | |6 TB | ||
|1.6 TB/platter | |1.6 TB/platter | ||
| Line 73: | Line 75: | ||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG480}} | |{{MdlFactory|TOSHIBA|HDWG480}} | ||
|{{MdlFactory|TOSHIBA|MN08ADA800}} | |({{MdlFactory|TOSHIBA|MN08ADA800}}) | ||
|8 TB | |8 TB | ||
|1.6 TB/platter | |1.6 TB/platter | ||
| Line 97: | Line 99: | ||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG51CUZSVA}} | |{{MdlFactory|TOSHIBA|HDWG51CUZSVA}} | ||
|{{MdlFactory|TOSHIBA|MN09ACA12T}} | |({{MdlFactory|TOSHIBA|MN09ACA12T}}) | ||
|12 TB | |12 TB | ||
|2 TB/platter | |2 TB/platter | ||
| Line 105: | Line 107: | ||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG51EUZSVA}} | |{{MdlFactory|TOSHIBA|HDWG51EUZSVA}} | ||
|{{MdlFactory|TOSHIBA| | |({{MdlFactory|TOSHIBA|MN09ACA14TS}}) | ||
|14 TB | |14 TB | ||
|2 TB/platter | |2 TB/platter | ||
| Line 111: | Line 113: | ||
|512e | |512e | ||
|2022 | |2022 | ||
|- | |||
|{{MdlFactory|TOSHIBA|HDWG81EUZSVA}} | |||
|{{MdlFactory|TOSHIBA|MN11ACA14TS}} | |||
|14 TB | |||
|2.33 TB/platter? | |||
|1 GiB | |||
|512e | |||
|2026 | |||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG51GUZSVA}} | |{{MdlFactory|TOSHIBA|HDWG51GUZSVA}} | ||
|{{MdlFactory|TOSHIBA| | |({{MdlFactory|TOSHIBA|MN09ACA16TS}}) | ||
|16 TB | |16 TB | ||
|2 TB/platter | |2 TB/platter | ||
| Line 119: | Line 129: | ||
|512e | |512e | ||
|2022 | |2022 | ||
|- | |||
|{{MdlFactory|TOSHIBA|HDWG81GUZSVA}} | |||
|{{MdlFactory|TOSHIBA|MN11ACA16TS}} | |||
|16 TB | |||
|2.29 TB/platter | |||
|1 GiB | |||
|512e | |||
|2026 | |||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG51JUZSVA}} | |{{MdlFactory|TOSHIBA|HDWG51JUZSVA}} | ||
|{{MdlFactory|TOSHIBA| | |({{MdlFactory|TOSHIBA|MN09ACA18TS}}) | ||
|18 TB | |18 TB | ||
|2 TB/platter | |2 TB/platter | ||
| Line 127: | Line 145: | ||
|512e | |512e | ||
|2022 | |2022 | ||
|- | |||
|{{MdlFactory|TOSHIBA|HDWG81JUZSVA}} | |||
|{{MdlFactory|TOSHIBA|MN11ACA18T}} | |||
|18 TB | |||
|2.25 TB/platter? | |||
|1 GiB | |||
|512e | |||
|2026 | |||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG62AUZSVA}} | |{{MdlFactory|TOSHIBA|HDWG62AUZSVA}} | ||
|{{MdlFactory|TOSHIBA| | |({{MdlFactory|TOSHIBA|MN10ACA20TS}}) | ||
|20 TB | |20 TB | ||
|2 TB/platter | |2 TB/platter | ||
| Line 135: | Line 161: | ||
|512e | |512e | ||
|2023 | |2023 | ||
|- | |||
|{{MdlFactory|TOSHIBA|HDWG82AUZSVA}} | |||
|{{MdlFactory|TOSHIBA|MN11ACA20TS}} | |||
|20 TB | |||
|2.22 TB/platter? | |||
|1 GiB | |||
|512e | |||
|2026 | |||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG62CUZSVA}} | |{{MdlFactory|TOSHIBA|HDWG62CUZSVA}} | ||
| Line 143: | Line 177: | ||
|512e with FastFormat | |512e with FastFormat | ||
|2024 | |2024 | ||
|- | |||
|{{MdlFactory|TOSHIBA|HDWG82CUZSVA}} | |||
|{{MdlFactory|TOSHIBA|MN11ACA22TS}} | |||
|22 TB | |||
|2.2 TB/platter? | |||
|1 GiB | |||
|512e | |||
|2026 | |||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG82EUZSVA}} | |{{MdlFactory|TOSHIBA|HDWG82EUZSVA}} | ||
| Line 159: | Line 201: | ||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWQ140}} | |{{MdlFactory|TOSHIBA|HDWQ140}} | ||
|{{MdlFactory|TOSHIBA|MN04ACA400N}} | |({{MdlFactory|TOSHIBA|MN04ACA400N}}) | ||
|4 TB | |4 TB | ||
|1 TB/platter | |1 TB/platter | ||
| Line 169: | Line 211: | ||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWN160}} | |{{MdlFactory|TOSHIBA|HDWN160}} | ||
|{{MdlFactory|TOSHIBA|MN05ACA600}} | |({{MdlFactory|TOSHIBA|MN05ACA600}}) | ||
|6 TB | |6 TB | ||
|1 TB/platter | |1 TB/platter | ||
| Line 179: | Line 221: | ||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG160}} | |{{MdlFactory|TOSHIBA|HDWG160}} | ||
|{{MdlFactory|TOSHIBA|MN06ACA600}} | |({{MdlFactory|TOSHIBA|MN06ACA600}}) | ||
|6 TB | |6 TB | ||
|1.33 TB/platter | |1.33 TB/platter | ||
| Line 189: | Line 231: | ||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWN180}} | |{{MdlFactory|TOSHIBA|HDWN180}} | ||
|{{MdlFactory|TOSHIBA|MN05ACA800}} | |({{MdlFactory|TOSHIBA|MN05ACA800}}) | ||
|8 TB | |8 TB | ||
|1.33 TB/platter | |1.33 TB/platter | ||
| Line 199: | Line 241: | ||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG180}} | |{{MdlFactory|TOSHIBA|HDWG180}} | ||
|{{MdlFactory|TOSHIBA|MN06ACA800}} | |({{MdlFactory|TOSHIBA|MN06ACA800}}) | ||
|8 TB | |8 TB | ||
|1.33 TB/platter | |1.33 TB/platter | ||
| Line 209: | Line 251: | ||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG11A}} | |{{MdlFactory|TOSHIBA|HDWG11A}} | ||
|{{MdlFactory|TOSHIBA|MN06ACA10T}} | |({{MdlFactory|TOSHIBA|MN06ACA10T}}) | ||
|10 TB | |10 TB | ||
|1.43 TB/platter | |1.43 TB/platter | ||
| Line 219: | Line 261: | ||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG21C}} | |{{MdlFactory|TOSHIBA|HDWG21C}} | ||
|{{MdlFactory|TOSHIBA|MN07ACA12T}} | |({{MdlFactory|TOSHIBA|MN07ACA12T}}) | ||
|12 TB | |12 TB | ||
|1.75 TB/platter | |1.75 TB/platter | ||
| Line 229: | Line 271: | ||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG21E}} | |{{MdlFactory|TOSHIBA|HDWG21E}} | ||
|{{MdlFactory|TOSHIBA|MN07ACA14T}} | |({{MdlFactory|TOSHIBA|MN07ACA14T}}) | ||
|14 TB | |14 TB | ||
|1.55 TB/platter | |1.55 TB/platter | ||
| Line 239: | Line 281: | ||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG31E}} | |{{MdlFactory|TOSHIBA|HDWG31E}} | ||
|{{MdlFactory|TOSHIBA|MN08ACA14T}} | |({{MdlFactory|TOSHIBA|MN08ACA14T}}) | ||
|14 TB | |14 TB | ||
|1.75 TB/platter | |1.75 TB/platter | ||
| Line 249: | Line 291: | ||
|- | |- | ||
|{{MdlFactory|TOSHIBA|HDWG31G}} | |{{MdlFactory|TOSHIBA|HDWG31G}} | ||
|{{MdlFactory|TOSHIBA|MN08ACA16T}} | |({{MdlFactory|TOSHIBA|MN08ACA16T}}) | ||
|16 TB | |16 TB | ||
|1.75 TB/platter | |1.75 TB/platter | ||
Latest revision as of 01:59, 5 April 2026
Toshiba N300 is a hard drive family created by Toshiba. It is Toshiba's NAS-grade hard drive line, primarily targeted at the retail sector. This family consists of rebranded Toshiba MN family models.[1] It competes with the Seagate IronWolf Pro and Western Digital Red Pro families.
History[edit | edit source]
The X300 family first begun in 2017, with its initial two models, the HDWQ140 and HDWN160.[2]
In 2017, the HDWN180 was released. This was shortly replaced by the HDWG180. The HDWN160 was also largely replaced by the HDWG160.
In 2018, the first helium models were introduced, namely the TOSHIBA HDWG21C and TOSHIBA HDWG21E.[3]
In 2021, the N300, along with the closely related Toshiba X300, received lower-binned versions of the Toshiba MG08-D family. Specifically, the N300 family received HDWG440, HDWG460 and HDWG480, all based on the Toshiba MN08-D, of which the 6 and 8 TB models are based on 1.6 TB platters, replacing all previous 4, 6 and 8 TB hard drive models such as the HDWR160 above. However, the HDWR440 remains on 1.33 TB platters in exchange for offering 512n, like its predecessor. The MN07-based HDWG21E was also replaced with the MN08-based TOSHIBA HDWG31E. In late 2021, the TOSHIBA HDWG51J was released, making 18 TB the family maximum capacity.
In 2024, the N300 received not only consumer models based on the MN10-D, namely the HDWG740UZSVA, HDWG760UZSVA, HDWG780UZSVA and HDWG71AUZSVA, but MN10-DS models such as the TOSHIBA MN10ADA400ES also started to be badged as N300 as opposed to plain Toshiba enterprise drive labels.
In April 2025, seven months after the MG11 was released, the N300 received the 24 TB models TOSHIBA HDWG82EUZSVA as well as the MN11-based TOSHIBA MN11ACA24TS.[4]
In February 2026, all models from 14 TB up received refreshed, MG11-based models, supplanting or outright replacing previous generation models depending on the region.
Products[edit | edit source]
All N300 hard drive models have an equivalent MN series NAS OEM product line they are based on. Prior to the MN10-D, the internal/speciality model had the standard enterprise Toshiba label and were not considered part of the N300 line. While these models are shown below, they are wrapped in brackets to indicate their non-presence in the N300 line. Starting with the MN10-D, internal-specialty model drives received a special -S suffix and are also badged as N300s.
Current models[edit | edit source]
| Consumer model | Internal/specialty model | Capacity | Density | Cache | Advanced Format | Year released |
|---|---|---|---|---|---|---|
| HDWG440 | (MN08ADA400N) | 4 TB | 1.33 TB/platter | 256 MiB | None | 2021 |
| HDWG740UZSVA | MN10ADA400ES | 4 TB | 2 TB/platter | 512 MiB | 512e with FastFormat | 2024 |
| HDWG460 | (MN08ADA600) | 6 TB | 1.6 TB/platter | 256 MiB | 512e | 2021 |
| HDWG760UZSVA | MN10ADA600S | 6 TB | 2 TB/platter | 512 MiB | 512e with FastFormat | 2024 |
| HDWG480 | (MN08ADA800) | 8 TB | 1.6 TB/platter | 256 MiB | 512e | 2021 |
| HDWG780UZSVA | MN10ADA800S | 8 TB | 2 TB/platter | 512 MiB | 512e with FastFormat | 2024 |
| HDWG71AUZSVA | MN10ADA10TS | 10 TB | 2 TB/platter | 512 MiB | 512e with FastFormat | 2024 |
| HDWG51CUZSVA | (MN09ACA12T) | 12 TB | 2 TB/platter | 512 MiB | 512e | 2022 |
| HDWG51EUZSVA | (MN09ACA14TS) | 14 TB | 2 TB/platter | 512 MiB | 512e | 2022 |
| HDWG81EUZSVA | MN11ACA14TS | 14 TB | 2.33 TB/platter? | 1 GiB | 512e | 2026 |
| HDWG51GUZSVA | (MN09ACA16TS) | 16 TB | 2 TB/platter | 512 | 512e | 2022 |
| HDWG81GUZSVA | MN11ACA16TS | 16 TB | 2.29 TB/platter | 1 GiB | 512e | 2026 |
| HDWG51JUZSVA | (MN09ACA18TS) | 18 TB | 2 TB/platter | 512 MiB | 512e | 2022 |
| HDWG81JUZSVA | MN11ACA18T | 18 TB | 2.25 TB/platter? | 1 GiB | 512e | 2026 |
| HDWG62AUZSVA | (MN10ACA20TS) | 20 TB | 2 TB/platter | 512 MiB | 512e | 2023 |
| HDWG82AUZSVA | MN11ACA20TS | 20 TB | 2.22 TB/platter? | 1 GiB | 512e | 2026 |
| HDWG62CUZSVA | None | 22 TB | 2.2 TB/platter | 512 MiB | 512e with FastFormat | 2024 |
| HDWG82CUZSVA | MN11ACA22TS | 22 TB | 2.2 TB/platter? | 1 GiB | 512e | 2026 |
| HDWG82EUZSVA | MN11ACA24TS | 24 TB | 2.4 TB/platter | 1 GiB | 512e with FastFormat | 2025 |
Former models[edit | edit source]
| Consumer model | Internal/specialty model | Capacity | Density | Cache | Advanced Format | Year released | Year discontinued | Replacement |
|---|---|---|---|---|---|---|---|---|
| HDWQ140 | (MN04ACA400N) | 4 TB | 1 TB/platter | 128 MiB | None | 2017 | 2021 | HDWG440 |
| HDWN160 | (MN05ACA600) | 6 TB | 1 TB/platter | 128 MiB | 512e | 2017 | 2018 | HDWG160 |
| HDWG160 | (MN06ACA600) | 6 TB | 1.33 TB/platter | 256 MiB | 512e | 2018 | 2021 | HDWG460 |
| HDWN180 | (MN05ACA800) | 8 TB | 1.33 TB/platter | 128 MiB | 512e | 2017 | 2018 | HDWG180 |
| HDWG180 | (MN06ACA800) | 8 TB | 1.33 TB/platter | 256 MiB | 512e | 2017 | 2018 | HDWG480 |
| HDWG11A | (MN06ACA10T) | 10 TB | 1.43 TB/platter | 256 MiB | 512e | 2017 | 2024 | HDWG71AUZSVA |
| HDWG21C | (MN07ACA12T) | 12 TB | 1.75 TB/platter | 256 MiB | 512e | 2018 | 2021 | HDWG51C |
| HDWG21E | (MN07ACA14T) | 14 TB | 1.55 TB/platter | 256 MiB | 512e | 2018 | 2019 | HDWG31E |
| HDWG31E | (MN08ACA14T) | 14 TB | 1.75 TB/platter | 512 MiB | 512e | 2019 | 2021 | HDWG51E |
| HDWG31G | (MN08ACA16T) | 16 TB | 1.75 TB/platter | 512 MiB | 512e | 2019 | 2021 | HDWG51G |
Trivia[edit | edit source]
- The N300 is the only retail family to have any non-Advanced Format 512n drives; namely, both 4 TB models.
- Contrary to popular belief, the N300's default SCTERC settings are always disabled, identically to the Toshiba X300 (though, like all SCTERC settings, that can be changed after spin up). Both Western Digital and Seagate have some level of timeout set by default.
References[edit | edit source]
- ↑ Toshiba. "Toshiba - Internal Hard Drives - N300". Archived from the original on 23 October 2021.
- ↑ "Toshiba launches high-reliability Hard Drive N300 for NAS with capacities of up to 6TB". Toshiba. 24 January 2017. Retrieved 3 November 2021.
- ↑ Toshiba (6 December 2018). "Toshiba adds new 12TB and 14TB helium-sealed models to both the N300 NAS and X300 Performance Hard Drive product line". Archived from the original on 14 August 2020. Retrieved 15 August 2021.
- ↑ "Toshiba Adds 24TB Capacity to N300 and N300 Pro Internal Hard Disk Drive Series". 22 April 2025.