SanDisk Memory Stick Micro M2 User manual

Mobile Storage Solutions
Design in More
Leading MLC NAND Flash
High Capacities
Standard Form Factors
High Performance
Smart Memory for Mobile Handsets
Mobile storage requirements are growing year after
year, fueling the multimedia craze. Mobile technolo-
gies and new multimedia capabilities are making
mobile handsets come alive. With wideband wireless
connectivity, they double as multimedia players with
high-resolution cameras, music and video players,
mobile TVs, gaming and navigation devices.
SanDisk® storage solutions are driving the mobile
multimedia revolution. SanDisk industry-leading
removable storage cards and Embedded Flash Drives
(EFDs) deliver reliable, power-efcient and high
performance mass storage in a variety of standard
form factors. Manufactured with advanced multi-level
cell (MLC) NAND ash designed specically for mo-
bile handsets, SanDisk products let mobile handset
vendors design in more memory and functionality to
differentiate their offerings.
SanDisk storage solutions. Just what mobile handset
vendors need to make more of their designs.
Design in More with SanDisk
Removable Cards
SanDisk, the world’s largest supplier of high capacity
ash storage cards, offers mobile handset vendors
a range of removable memory cards tailored for
mobile devices to complement today’s advanced,
multimedia-rich handsets.
Choose from industry-leading microSD™, microS-
DHC™ and Memory Stick Micro M2™ form factors.
SanDisk cards all utilize advanced, cost-effective
MLC NAND ash technology and management to
achieve high reliability and high performance. With
SanDisk’s new line of Mobile Ultra cards, perfor-
mance is ultra high.

USA
tel: [phone]
fax: [phone]
MHV[email protected]
Japan
tel: [phone]
fax: [phone]
MHV[email protected]
Taiwan
tel: [phone]
fax: [phone]
MHV[email protected]
China
tel: [phone]
fax: [phone]
MHV[email protected]
Korea
tel: [phone]
fax: [phone]
MHV-Kor[email protected]
Europe
tel: [phone]
fax: [phone]
MHV-Eur[email protected]
Rest of the World
tel: [phone]
fax: [phone]
[email protected]
For more information, please
visit www.sandisk.com.
SanDisk and the SanDisk logo are trademarks of SanDisk Corporation, registered in the United States and other countries.
iNAND is a trademark of SanDisk Corporation. SD, microSD, microSDHC, miniSDHC are trademarks. Memory Stick Micro M2
and Memory Stick Pro Duo marks and logos are trademarks of Sony Corporation. Other brand names mentioned herein are for
identication purposes only and may be trademarks of their respective holder(s).
©2008 SanDisk Corporation. All rights reserved. 10/08 80-11-01500 rev. 1
Stacking capabilities allow for ca-
pacities as high as 16GB* in SanDisk
microSDHC and Memory Stick Micro
M2 cards. They enable handsets to
become increasingly functional, sleek
and exible in design support.
Design in More with iNAND
Embedded Flash Drives
The SanDisk family of eld-proven
high-capacity iNAND EFDs delivers
high performance, reliability and low
power
consumption for multimedia hand-
sets. Count on SanDisk advanced,
MLC NAND ash technology for cost-effective data
and code storage. An internal ash controller and
embedded rmware, utilizing SanDisk system
know-how, make iNAND more reliable and ease the
transition to new ash technologies.
SanDisk ash management software
is embedded inside SanDisk EFDs,
enabling them to emulate a standard
hard disk drive and serve as a boot
device, while ensuring MLC NAND
reliability. Robust ash error detection
and correction, automated bad block management
and advanced wear-leveling algorithms deliver de-
vice reliability, endurance and data retention.
The SanDisk family of iNAND EFDs
comes in a range of capacities and
congurations that support both the
eSD and eMMC standard interfaces,
including high-capacity, discrete MLC
NAND ash and multi-chip package
(MCP) congurations with low-power DRAM. They
enable seamless migration to future designs, and
scalable storage of up to 16GB.
* 1 gigabyte (GB) = 1 billion bytes; 1 megabyte (MB) = 1 million bytes; speed based on internal testing; performance may be
lower depending on host device. Some capacity not available for data storage.