10TB SSDs Are No Longer A Dream But A Reality

Toshiba and Intel recently came out with a big announcement that is going to make flash memory devices and SSDs a whole lot cheaper. Both of the companies just announced new memory chips called "3D NAND" chips. These new chips are stacked in layers in order to hold more data than a standard single-plane chip that is generally used. Toshiba also said that they have created the very first 48 layer NAND chip with a 16GB capacity and way faster speeds and reliability. This doesn't come to any surprise, considering they were the first company to invent flash memory, and they created the world's smallest NAND cells at 15nm. The new products won't make their way into new devices for about a year, but they are already sending engineering samples to manufacturers.

Intel and their partner Micron are working on even bigger chips than Toshiba. They have their own 32 layer NAND chips that should see use in devices around the same time that the ones from Toshiba. So far they have a 32GB chip made and a 48GB version that is currently in development. Micron says that the chips could be used to make gum-stick sized M.2 PCIe SSDs up to 3.5TB in size and 2.5-inch SSDs with 10TB of capacity. Now that all of this is happening, it means that companies like Samsung are going to have some serious competition. They have been using the 3D NAND technology for quite some time, but Intel and Toshiba are doing it bigger, better, and cheaper.

No matter what, this is nothing but fantastic news for consumers everywhere!

Source found here

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Micron Ships Its Cheapest SSD With New 16n, Node

Last week Micron announced its newest solid-state drive (SSD), one that uses its densest process ever and one that has a chip capable of programming the memory to act like a high-performance SLC or high-capacity MLC flash drive. This new client-class SSD is known as the M600 SSD and uses Micron's new 16nm lithography with 128GB NAND density.

That greater density allows the company to drop the cost per GB to as low as $0.45. In addition to that, the ability to dynamically program the flash also reduces power use while improving write performance up to 2.8 times over models without this feature, according to Senior Technical Marketing Engineer for Micron Jon Tanguy. Tanguy also added that the M600 also has a sequential read/write rate of 560 MBps and has a random read/write rate of up to 100,000 I/Os per second and 88,000 I/Os per second, respectively.

The M600 is based on an 8-channel Marvell controller that comes with government-grade hardware encryption using the 256-bit AES protocol. This SSD is being marketed to manufacturers of corporate notebooks and ultra-thin netbooks as well as workstations and desktop PCs. As a result, the M600 comes in three form factors: a 2.5" SSD, an mSATA card and an M.2 memory stick. The mSATA and M.2 form factors come in 128GB, 256GB and 512GB capacities for $80, $140 and $260, respectively. The 2.5" SSD comes in all the same capacities for the same prices but adds in a 1TB version that runs $450. In addition to that, the prices drop depending on the quantity you purchase, meaning the more you buy the cheaper they are per unit.

These prices may seem a little steep but they are in line with consumer-class products. SanDisk recently released its Ultra II SSD, which sells for $0.44 per GB. This SSD uses triple-level cell NAND flash, which means it stores three bits of data per NAND flash cell making it the densest industry specification to date. However, the more bits that are stored in cells the bigger the potential for data errors, which requires companies to create more sophisticated ECC.

Micron, instead of packing more bits in cells or over-provisioning its SSD with flash capacity, reduced the size of its process technology and added what "Dynamic Write Acceleration". Dynamic Write Acceleration is a special firmware that changes flash cells from single-level cell technology to multi-level cell technology. According to Tanguy, "So you can swap back and forth dynamically in order to deliver a pool of SLC or MLC capacity. Any new data programming is performed in SLC mode for really high performance."

This new firmware allows Micron to create a dynamic pool of cache without the need to overprovision. "We think doing this gives us a good method to address client loads that tend to be bursty in nature as opposed to enterprise data center write workloads that tend to be sustained," Tangy added. However, changing the NAND flash from SLC to MLC and back does increase write amplification. Increasing this wears out the usable lifespan of NAND flash more quickly. "The additional write amplification introduced with the new dynamic write acceleration firmware is manageable," Tanguy stated.

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Steve Appleton, CEO of Micron, Dies in Plane Crash

In a very sad announcement, it has been discovered that CEO and Chairman of the Board at Micron Steve Appleton died in a plane crash earlier this morning in Boise, Idaho. 51-year old Appleton was in the process of flying an experimental fixed-wing plane at the time of the accident.

According to a statement from Micron regarding the loss, "Steve's passion and energy left an indelible mark on Micron, the Idaho community and the technology industry at large." Appleton had been working for Micron for 29 years since he started in 1983 and had served the company as a Production Manager, Director of Manufacturing, Vice President of Manufacturing and Chief Operating Officer.

Based in Boise, the company is the largest memory chip manufacturer in the United States and one of the largest in the world. Micron has plants scattered across several states including Idaho, Utah and Virginia and also operates a joint manufacturing venture with Intel. Micron, for those who don't recognize the name, is responsible for brands like Lexar as well as Crucial.

Mr. Appleton began work for Micron when he was only 22, where he worked the overnight shift at the company's factory. From there he climbed the ranks until he reached the top spot of Micron CEO in 1994. However, Micron wasn't Appleton's only venture as the CEO was also a stunt pilot, triathlete and tennis player.

Our thoughts and prayers go out to Mr. Appleton's friends, family and coworkers in this difficult time.

Source: CNET - Micron CEO Steve Appleton dies in plane crash
USA Today - Micron CEO Steve Appleton dies in crash of small plane

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