Toshiba PX02SMB160, MQ01ABD050 User Manual

4 (1)
Product Catalog Mar. 2013
SSD/HDD

Storage Products

SEMICONDUCTOR & STORAGE PRODUCTS
http://www.toshibastorage.com
Storage Products
SEMICONDUCTOR & STORAGE PRODUCTS

Toshiba Storage Products Underpin the Information Society

Car Navigation
System
Game Console
External Storage
D VC
Video Editing
System
Desktop PC
Tablet PC
Professional-use
Camera
T Scanner
C
Notebook PC
Electronic
Instrument
Set Top Box
M FP
TV
Recorder
Data Center
Archive storage
Server
Medical Measurement
Instrument
Airplane AV System
POS System
Invention
Award
Environment
V
NAND Flash Invention
V
GOOD FACTORY AWARD
V
Grand Prize for Excellence in Energy Efficiency and Conservation
Director-General’s Prize, the Agency for Natural Resources and Energy (Product Category & Business Model Category)
Enterprise SSDs: MK4001GRZB, MK2001GRZB, MK1001GRZB
V
Halogen-Free
V
RoHS
Restriction of the use of certain Hazardous Substances (2011/65/EU)
In 1984, Toshiba invented a new type of semiconductor memory called flash memory. In 1987, Toshiba developed NAND flash memory, which became an internationally standardized memory device. After that, Toshiba has been striving to be a world leader in NAND flash technology and production.
The Good Factory Awards were founded in 2011 by the Japan Management Association (JMA) to commend excellent Japanese factories in Asia for achieving excellent results in terms of kaizen (continuous improvement) and kakushin (innovation). Toshiba Information Equipment (Philippines), Inc., which manufactures hard disk drives (HDDs) and solid state drives (SSDs), won the Factory Management Award in October 2011 for "a generally high level of factory operation and good overall balance."
This commendation program publicly recognizes enterprises, factories and offices in Japan's industrial, business and transportation sectors for their efforts in energy conservation as well as business organizations that have developed products with excellent energy efficiency. Its objectives are to raise energy conservation awareness, promote energy conservation products, cultivate industrial fields involved in energy conservation and help create a society where energy conservation is the norm. In 2011, Toshiba's enterprise SSDs, MK4001GRZB, MK2001GRZB and MK1001GRZB, were awarded the Director-General's Prize of the Agency for Natural Resources and Energy in the Product Category & Business Model Category.
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 and HDDs listed in this catalog are compatible with the RoHS directive.
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Client SSDs and HDDs Overview and Structure

PRODUCT CATALOG
SSD Solid State Drive
Client SSD
Connector (Interface)
Has an HDD-compatible SATA interface and an mSATA interface suitable for small-form-factor appliances.
Controller
The heart of an SSD that delivers fast read/write performance, prolonged write/erase cycle life and enhanced reliability.
NAND Flash Memory
Data is stored in a NAND flash memory array, which features Toshiba's MLC NAND technology to achieve low costs and high storage capacities.
SSD is a storage product*1 that uses semiconductor memory (NAND flash memory)* no mechanical moving parts, they are superior to HDDs in terms of:
1) read performance, 2) resistance to shock and vibration and 3) silent operation. Additionally, SSDs feature low power consumption in standby mode.
*1 Toshiba collectively refers to products that can store data such as SSDs and HDDs as "storage products". *2 NAND flash memory is a nonvolatile semiconductor memory.
2
as a storage element. Since SSDs have
HDD Hard Disk Drive
Client HDD
Connector (Interface)
Has the most commonly used SATA port for system interfacing.
Spindle Motor
A key part for rotating a medium at high rpm. The platters are spun at speeds varying from 5,400 rpm in HDDs for PC applications to 15,000 rpm in enterprise HDDs.
Medium
A storage medium that holds data.
2.5-inch HDDs can hold up to 500 GB of data per platter.
Magnetic Head
Data is read from and written to a medium via the magnetic head.
An HDD is a storage product that magnetically stores data in a disk recording medium. Data is written to and read from a platter, 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, HDDs provide higher cost performance (lower price per gigabyte) than SSDs.

SSD and HDD Characteristics

(THNSNF128GBSS)
SSD
Case Temperature
Vibration
Shock
Acoustic Noise
[MiB/s max]
Data Transfer Rate (Sequential) OS Boot Time Bit Price (Price Per Gigabyte)
600
500
400
300
200
100
0
have higher
performance.
Read
Write
Read Write
SSD HDD SSD HDD SSD HDD
(Op.): 0˚C to 70˚C (Non-Op.): –40˚C to 85˚C
(Op.): 196 m/s (Non-Op.): 196 m/s2 {20 G}
(Op.): 14,700 m/s (Non-Op.): 14,700 m/s
None
SSDs
(Tested by Toshiba)
HDD
2
{20 G}
2
{1,500 G}
2
{1,500 G}
[s] 40
35
30
25
20
15
10
5
0
(MQ01ABD100)
SSDs
deliver shorter
boot time.
(Op.): 5˚C to 55˚C (Non-Op.): –40˚C to 65˚C
(Op.): 9.8 m/s (Non-Op.): 49 m/s2 {5.0 G}
(Op.): 1,960 m/s (Non-Op.): 8,820 m/s
23 dB
Bit Price (Price Per Gigabyte)
2
{1.0 G}
2
{200 G}
2
{900 G}
The bit price of
HDDs is
less than 1/10th
that of SSDs.
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