Tuesday, September 16th 2014
Micron Debuts the M600 Solid State Drives
Micron Technology, Inc., today announced a next-generation, client-class solid state drive (SSD) that sets a new bar for low-power, high-performance storage for personal computers. The M600 SATA SSD - specifically designed to take advantage of Micron's leading-edge NAND Flash technology - addresses the storage demands of modern mobile computing applications, including Ultrabook platforms and tablets, as well as performance-oriented PC desktops and video capture systems.
"Storage is an important enabler for ultrathin designs in personal portable computing devices," said Greg Wong, founder and principal analyst at Forward Insights. "Micron's M600 delivers the power efficiency and performance that helps to enable instant-on performance and responsiveness as well as the all-day battery life demanded by next-generation computing systems."
To help meet consumers' ever-increasing expectations for longer battery life, the M600 offers class-leading SSD power efficiency. It draws less than 2 milliwatts (mW) in sleep mode and averages 150mW during active use. Typical laptop hard drives require exponentially more power when idle (130mW) and ten times as much power while they spin their platters to access data during active use (1400mW to 2000mW).
Despite its extraordinarily low power use, the M600 offers strong performance. It can read data as fast as the SATA interface allows - with random reads up to 100,000 input/output operations per second (IOPS) and 560 MB/s sequential read speeds for all capacities. The M600 also excels in write performance due to Micron's innovative dynamic write acceleration. This technology switches NAND cells to behave more like higher-grade Flash (from MLC to SLC) on-the-fly, creating a cache that is sized according to drive demands-instead of sacrificing user capacity for a permanent cache. The end result reduces power use and improves write performance as much as 2.8 times over non-cached systems, ensuring that even the lower-capacity M600 SSDs deliver excellent write speeds.
This unique write architecture also helps the M600 achieve greater longevity. For example, the 1 TB M600 is warranted to reach up to 400 TB total bytes written (TBW), which is five times more than typical client drives. That's enough endurance to write 220 GB a day, every day, for five years - dramatically more than a normal client workload and enough to make even the most cautious user stop worrying about SSD wear-out.
The M600 is also equipped with powerful self-encryption technology designed to meet strict government standards-ensuring valuable mobile data is secure even in the event of theft or loss. The M600's AES-256-bit hardware encryption engine actively encrypts data without performance degradation and complies with the TCG Opal 2.0 standards and the Microsoft eDrive protocol, making it easy to enable using management tools or within Windows 8.
The M600 uses Micron's 16 nm process technology - their most advanced Flash technology and winner of TechInsights' Most Innovative Memory Device and Semiconductor of the Year. The drive features a host of quality and reliability features that Micron customers have come to expect, including RAIN onboard fail-over protection, client-class power-loss protection for data at rest, and adaptive thermal monitoring, which dynamically adjusts power consumption based on system temperature-ideal for ultra-small, thermally constrained systems.
"The M600 sets a new bar for power, security and efficiency in client SSDs and delivers on our vision to provide the most advanced storage solutions," said Darren Thomas, vice president of Micron's storage business. "OEMs expect Micron to deliver leading-edge SSDs that give their products an advantage and a noticeably better user experience. The M600 fulfills that promise."
The M600 SSD uses Micron's 128 Gb NAND to enable a wide range of capacities in tiny configurations. The M600 is offered in 128, 256 and 512 GB mSATA and M.2 module configurations. The gumstick-sized M.2 module is offered in both 80 mm and 60 mm versions (2280 and 2260) to provide versatile options for ultra-slim tablet systems. The M600 is also available in a 2.5-inch, 7 mm form factor, which is available in capacities from 128 GB to 1 TB.
The M600 SSD is currently in production and is sold directly to OEMs and to system builders and businesses through Micron's extensive distribution network.
"Storage is an important enabler for ultrathin designs in personal portable computing devices," said Greg Wong, founder and principal analyst at Forward Insights. "Micron's M600 delivers the power efficiency and performance that helps to enable instant-on performance and responsiveness as well as the all-day battery life demanded by next-generation computing systems."
Despite its extraordinarily low power use, the M600 offers strong performance. It can read data as fast as the SATA interface allows - with random reads up to 100,000 input/output operations per second (IOPS) and 560 MB/s sequential read speeds for all capacities. The M600 also excels in write performance due to Micron's innovative dynamic write acceleration. This technology switches NAND cells to behave more like higher-grade Flash (from MLC to SLC) on-the-fly, creating a cache that is sized according to drive demands-instead of sacrificing user capacity for a permanent cache. The end result reduces power use and improves write performance as much as 2.8 times over non-cached systems, ensuring that even the lower-capacity M600 SSDs deliver excellent write speeds.
This unique write architecture also helps the M600 achieve greater longevity. For example, the 1 TB M600 is warranted to reach up to 400 TB total bytes written (TBW), which is five times more than typical client drives. That's enough endurance to write 220 GB a day, every day, for five years - dramatically more than a normal client workload and enough to make even the most cautious user stop worrying about SSD wear-out.
The M600 is also equipped with powerful self-encryption technology designed to meet strict government standards-ensuring valuable mobile data is secure even in the event of theft or loss. The M600's AES-256-bit hardware encryption engine actively encrypts data without performance degradation and complies with the TCG Opal 2.0 standards and the Microsoft eDrive protocol, making it easy to enable using management tools or within Windows 8.
The M600 uses Micron's 16 nm process technology - their most advanced Flash technology and winner of TechInsights' Most Innovative Memory Device and Semiconductor of the Year. The drive features a host of quality and reliability features that Micron customers have come to expect, including RAIN onboard fail-over protection, client-class power-loss protection for data at rest, and adaptive thermal monitoring, which dynamically adjusts power consumption based on system temperature-ideal for ultra-small, thermally constrained systems.
"The M600 sets a new bar for power, security and efficiency in client SSDs and delivers on our vision to provide the most advanced storage solutions," said Darren Thomas, vice president of Micron's storage business. "OEMs expect Micron to deliver leading-edge SSDs that give their products an advantage and a noticeably better user experience. The M600 fulfills that promise."
The M600 SSD uses Micron's 128 Gb NAND to enable a wide range of capacities in tiny configurations. The M600 is offered in 128, 256 and 512 GB mSATA and M.2 module configurations. The gumstick-sized M.2 module is offered in both 80 mm and 60 mm versions (2280 and 2260) to provide versatile options for ultra-slim tablet systems. The M600 is also available in a 2.5-inch, 7 mm form factor, which is available in capacities from 128 GB to 1 TB.
The M600 SSD is currently in production and is sold directly to OEMs and to system builders and businesses through Micron's extensive distribution network.
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