Toshiba THNSN51T02DU7 User Manual

Product Catalog Mar. 2016

SSD/SSHD/HDD

Storage Products

SEMICONDUCTOR & STORAGE PRODUCTS

http://toshiba.semicon-storage.com/http://toshiba.semicon-storage.com/

TOSHIBA Storage Products

Toshiba Corporation (Toshiba) offers the comprehensive range of storage technologies, from hard disk drives (HDDs), solid state hybrid drives (SSHDs), and solid state drives

(

SSDs) to NAND flash memories (NAND

which are for the applications spanning such as the enterprise, mobile, factory automation, consumer environments.

)

Enterprise SSD

• Enterprise High Endurance SSD

• Enterprise Mid Endurance SSD

• Enterprise Value Endurance SSD

• Enterprise Read Intensive SSD

(

SSD

SSD is a storage product that uses semiconductor memory (NAND flash memory, NAND) as a storage element. Since SSDs have no mechanical moving parts, they are superior to HDDs in terms of:

1) read performance, 2) resistance to shock and vibration and

3) quiet operation.

Additionally, Toshiba’s SSDs feature low power consumption in standby mode.

Solid State Drive

Interface Connector

Toshiba’s Enterprise SSDs provide SAS, SATA, and

interfaces, and client SSDs have SATA,

PCIe mSATA, M.2, and PCIe interfaces.

Enterprise HDD

• Enterprise Performance HDD

• Enterprise Capacity HDD

• Enterprise Cloud HDD

)

p.7p.4 p.10

HDD

HDD is a storage product that magnetically stores data in a disk (recording medium platter). Data is written to and read from a disk, which rotates at high speeds, via a magnetic head that operates very close to the disk surface. Compared to SSDs, increasing storage capacities is easier for HDDs. Additionally, Toshiba’s HDDs provide higher cost performance

(lower price per gigabyte) than SSDs.

Client SSD

• Non-SED model

• SED model

(

Hard Disk Drive

Spindle Motor

A key part for rotating a disk at high speed. Toshiba’s Enterprise HDDs feature an rpm of 15,000, and 3.5- and 2.5-inch client HDDs typically have rpm's of 7,200 and 5,400 respectively.

)

Controller

The heart of an SSD that delivers fast read and write performance, prolonged write and erase cycle life and enhanced reliability.

NAND Flash Memory

Data is stored in a NAND flash memory array, which features Toshiba's MLC (multi-level cell) NAND technology to achieve high storage capacities.

(The photo shows an example of a double-sided client SSD M.2 module.)

Disk (Medium Platter)

Storage media that holds data. In Toshiba’s HDD, 2.5-inch HDDs have a capacity of up to 750 GB

3.5-inch HDDs have a capacity as high

as 1 TB

per disk.

Magnetic Head

Data is read from and written to a disk via magnetic head.

Interface Connector

Toshiba’s Enterprise HDDs provide SAS and SATA interfaces. Client HDDs have SATA interface.

(The photo shows an example of

2.5-inch client HDD.)

per disk, and

Client SSHD

p.12

Client HDD

p.13

Specialty

p.15

• Mobile SSHD

• Mobile Thin SSHD

• Mobile HDD

• Mobile Thin HDD

• Desktop HDD

• Generic Data Storage HDD

Invention

▲

NAND Flash Memory

In 1984, Toshiba developed a new type of semiconductor memory called flash memory, leading the industry into the next generation ahead of its competitors. Some time later in 1987, NAND flash memory (NAND) was developed, and this has since been used in a variety of memory cards and electronic equipment. The NAND market has grown rapidly, with flash memory becoming an internationally standardized memory device. Toshiba, the inventor of flash memory, has carved out a path to a new era in which we are all able to carry videos, music and data with us wherever we go.

• Video Stream HDD

• Large Capacity HDD for

External Storage

• Surveillance HDD

• Automotive HDD

Environment

▲

Halogen-Free

The built-in type SSD, SSHD, and HDD products in this catalog are classified as Halogen-Free. For the avoidance of doubt, Halogen-Free SSD, SSHD or HDD products may not be entirely free of bromine and chlorine, and may contain any other element of the halogen family. For the definitions of Halogen-Free of Toshiba Semiconductor & Storage Products Company, and details in each product series, please contact your TOSHIBA sales representative in the last page of this catalog.

▲

RoHS

Restriction of the use of certain Hazardous Substances

(2011/65/EU)

The directive adopted by the European Union (EU) that restricts the use of six hazardous materials, lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls (PBB) and polybrominated diphenyl ether (PBDE), in the manufacture of computers, telecommunication equipment, home appliances, etc. The RoHS directive was recast in 2011 and has been enforced in January

2013. All the SSDs, SSHDs, and HDDs listed in this catalog are compatible with the RoHS directive. For the definitions of RoHS compatibility of Toshiba Semiconductor & Storage Products Company, and details in each product series, please contact your TOSHIBA sales representative in the last page of this catalog.

*1: NAND flash memory (NAND) is a nonvolatile semiconductor memory. *2: PCIe is a registered trademark of PCI-SIG. *3: “2.5-inch” and “3.5-inch” mean the form factors of HDDs or SSDs. They do not indicate drive’s physical size. *4: Definition of capacity: Toshiba defines a megabyte (MB) as 1,000,000 bytes, a gigabyte (GB) as 1,000,000,000 bytes and a terabyte (TB) as 1,000,000,000,000 bytes. A computer operating system, however, repor ts storage capacity using powers of 2 for the definition of 1GB = 2 1,073,741,824 bytes and therefore shows less storage capacity. Available storage capacity (including examples of various media files) will vary based on file size, formatting, settings, software and operating system, such as Microsoft Operating System and/or pre-installed software applications, or media content. Actual formatted capacity may vary.

Enterprise SSD/HDD

Enterprise SSD (eSSD

)

Enterprise SSDs are suitable for high-performance Tier 0 computing, server and storage systems that require high level of performance and reliability. Toshiba Enterprise SSDs equip the NAND flash memory (NAND) and controller developed by Toshiba and offer high reliability, data protection incorporating power-loss-protection and encryption technology to support enterprise environments and applications. Light weight and low power consumption will make the systems more energy efficient.

▲

Enterprise High Endurance SSD

High performance enterprise-class solid state storage providing higher level of endurance for write-intensive applications and systems, such as write caching, acceleration and OLTP (On-Line Transaction Process) services.

Model

Number

Formatted

Capacity

PX04SHB*** Series

PX04SHB160

PX04SHB080

PX04SHB040

PX04SHB020

1,600

800 GB

400 GB

200 GB

PX04SHQ*** Series

PX04SHQ160

PX04SHQ080

PX04SHQ040

PX04SHQ020

1,600

800 GB

400 GB

200 GB

DWPD

NAND

Type

MLC

Interface

SAS-3.0

Sustained 64 KiB

Sequential

Read

1,500 MiB/s

1,900 MiB/s

1,500 MiB/s

1,900 MiB/s

*6 *7 *8

Sequential

Wri te

750 MiB/s

850 MiB/s

750 MiB/s

850 MiB/s

Sustained 4 KiB

Random

Read

270,000

IOPS

270,000

IOPS

*6 *7 *8 *9

Random

Wri te

120,000 IOPS

125,000

IOPS

120,000 IOPS

125,000

IOPS

Powe r

Consumption

(Ready)

3.2 W Ty p.

Powe r

Loss

Protection

PLP

Environmental

Temperature

(Operating)

0 to 55 °C

Security Function

(Option)

SIE

SED FIPS

*10

100.45 mm

Dimensions

Height/

Width/

Length

15.0 mm/

69.85 mm/

15.0 mm/

69.85 mm/

Weight

150 g

Max

150 g

Max

Powe r

Supply

Voltage

5 V/

12 V

5 V/

12 V

▲

Enterprise Mid Endurance SSD

High performance enterprise-class solid state storage with better random write performance and endurance for general OLTP (On-Line Transaction Process) services.

Model

Number

Formatted

Capacity

DWPD

NAND

Type

Interface

PX04PMB*** Series (PCIe, 2.5-inch form factor)

PX04PMB320

PX04PMB160

PX04PMB080

3,200 GB

1,600 GB

800 GB

10 3,100 MiB/s 2,350 MiB/s

MLC PCIe 3.0

PX04PMC*** Series (PCIe, Add-in card type)

PX04PMC320

PX04PMC160

PX04PMC080

Model

Number

3,200 GB

1,600 GB

800 GB

Formatted

Capacity

MLC PCIe 3.0 0 to 50 °C10 12 V

NAND

DWPD

Type

Interface

PX04SMB*** Series

PX04SMB320

PX04SMB160

PX04SMB080

PX04SMB040

3,200

1,600 GB

800 GB

400 GB

MLC

SAS-3.0

PX04SMQ*** Series

PX04SMQ320

PX04SMQ160

PX04SMQ080

PX04SMQ040

3,200

1,600 GB

800 GB

400 GB

MLC

SAS-3.0

Sustained 128 KiB

Sequential

Read

Sustained 64 KiB

Sequential

Read

1,500 MiB/s

1,900 MiB/s

1,500 MiB/s

1,900 MiB/s

*6 *7 *8

Sequential

Wri te

2,350 MiB/s3,100 MiB/s

*6 *7 *8

Sequential

Wri te

750 MiB/s

850 MiB/s

750 MiB/s

850 MiB/s

Sustained 4 KiB

Random

Read

660,000

IOPS

660,000

IOPS

Sustained 4 KiB

Random

Read

270,000

IOPS

270,000

IOPS

*6 *7 *8 *9

Random

Wri te

185,000

IOPS

185,000

IOPS

*6 *7 *8 *9

Random

Wri te

85,000 IOPS

90,000

IOPS

85,000 IOPS

90,000

IOPS

Powe r

Consumption

(Ready)

6 W Ty p.

Powe r

Consumption

(Ready)

3.2 W Ty p.

Powe r

Loss

Protection

Powe r

Loss

Protection

PLP

Environmental

Temperature

(Operating)

0 to 40 °C

Environmental

Temperature

(Operating)

0 to 55 °C

Security Function

(Option)

Security Function

(Option)

SIE

SED FIPS

*10

69.85 mm/

100.45 mm

68.77 mm/

167.52 mm

69.85 mm/

100.45 mm

Dimensions

Height/

Width/

Length

15.0 mm/

18.73 mm/

Dimensions

Height/

Width/

Length

15.0 mm/

69.85 mm/

Weight

150 g

Max

220 g

Max

Weight

150 g

Max

150 g

Max

(Standby)

Powe r

Supply

Voltage

3.3 V

/12 V

Powe r

Supply

Voltage

5 V/

12 V

5 V/

12 V

Semiconductor & Storage Products

▲

Enterprise Value Endurance SSD

High performance enterprise-class solid state storage with balanced random write performance and endurance for virtualized server and storage applications and generic enterprise applications.

Model

Number

Formatted

Capacity

PX04SVB*** Series

PX04SVB384

PX04SVB192

PX04SVB096

PX04SVB048

3,840

1,920 GB

960 GB

480 GB

PX04SVQ*** Series

PX04SVQ384

PX04SVQ192

PX04SVQ096

PX04SVQ048

3,840 GB

1,920 GB

960 GB

480 GB

HK4E Series

THNSN81Q60CSE

THNSN8800PCSE

THNSN8400PCSE

THNSN8200PCSE

1,600 GB

800 GB

400 GB

200 GB

HK3E2 Series

THNSNJ800PCSZ

THNSNJ400PCSZ

THNSNJ200PCSZ

800 GB

400 GB

200 GB

NAND

DWPD

Type

MLC

MLC SATA-3.2 500 MiB/s

MLC SATA-3.2 0 to 55 °CPLP3

Interface

SAS-3.0

Sustained 64 KiB

Sequential

Read

1,500 MiB/s

1,900 MiB/s

1,500 MiB/s

1,900 MiB/s

500 MiB/s

*6 *7 *8

Sequential

Wri te

750 MiB/s

850 MiB/s

750 MiB/s

850 MiB/s

480 MiB/s

270 MiB/s

400 MiB/s

270 MiB/s

Sustained 4 KiB

Random

Read

270,000

IOPS

270,000

IOPS

75,000

IOPS

75,000

IOPS

*6 *7 *8 *9

Random

Wri te

55,000 IOPS

60,000

IOPS

55,000 IOPS

60,000

IOPS

30,000 IOPS

20,000 IOPS

30,000

IOPS

20,000 IOPS

Powe r

Consumption

(Ready)

3.2 W Ty p.

1.2 W Ty p.

1.0 W Ty p.

Powe r

Loss

Protection

PLP

Environmental

Temperature

(Operating)

0 to 55 °C

Security Function

(Option)

SIE

SED FIPS

*10

69.85 mm/

100.45 mm

69.85 mm/

100.45 mm

69.85 mm/

100.45 mm

69.85 mm/

100.45 mm

Dimensions

Height/

Width/

Length

15.0 mm/

7.0 mm/

Weight

150 g

Max

150 g

Max

60 g Max

60 g

Max

Powe r

Supply

Voltage

5 V/

12 V

5 V/

12 V

5 V

PLP (Power Loss Protection

Column

)

···Protection against data loss in the event of unexpected power loss

Some of Toshiba Storage Products equip Power Loss Protection (PLP) technology to help protect against data loss in the event of unexpected power loss.

●

PLP on SSD products supports to record data in buffer memory to NAND flash memory utilizing back up power of solid large-capacitance capacitor in case of unexpected supply shut down.

●

PLP on HDD products supports to record data in buffer memory to hard disk utilizing back electromotive force along with disk rotation inertia in case of unexpected supply shut down. Persistent Write Cache (PWC) feature with PLP is a function to handle the write data that the drive reports "Normal completion" to the host but not being stored to disk media yet. The write data may be written to the commanded LBA on the disk media. The un-written data to disk media is stored to flash memory using back up power by PLP when the power supply to the drive unexpectedly is shut down. And, after PLP operation, it may be required more time to start up the drive than in case of normal shutdown.

1) PLP does not secure data in the mode of all the power shutdowns. When power supplies other than recommended procedure are intercepted, data might be lost.

2) In the power shutdown before it reports on the Write completion, data not anticipated might be lost.

*5:

DWPD: Drive Write Per Day. One full drive write per day means the drive can be written and re-written to full capacity once a day every day for five years, the stated product warranty period. Actual results may vary due to system configuration, usage and other factors.

*6:

A kibibyte (KiB) means 2

12.0 Gbit/s interface speed by dual por t (SAS model). 6.0 Gbit /s interface speed (SATA model).

*7:

Read and write speed may vary depending on the host device, read and write conditions, and file size.

*8:

IOPS: Input Output Per Second (or the number of I/O operations per second)

*9:

Please refer to the column "Optional Security Feature on Toshiba Storage Products" on the page 9.

*10:

, or 1,024 bytes, a mebibyte (MiB) means 220, or 1,048,576 bytes, and a gibibyte (GiB) means 230, or 1,073,741,824 bytes.

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