As In-Stat, the prices of SSD drives from one year to decrease by 60 percent. The Gartner and iSuppli report that they have now, when it comes to SSD aimed at the typical users, the price per gigabyte is 2 to 3.45 USD, while in the case of hard drive pay about 38 cents per gigabyte. 
“Two years ago the price per gigabyte of SSD drives in the case amounted to U.S. $ 17.50, so it is obvious that the NAND flash memory will soon become a true rival of hard drive – if it is not already there,” says Joseph Unsworth, analyst firm Gartner. “I think that you need to reach up to 128 GB for around $ 200, and this becomes more or less in 2010 In addition, the computer needs to find effective methods of persuasion, to individual customers or businesses want to pay more money for the discs that offer less capacity (in compared to hard disk – note. ed.), “Unsworth says. Best NYC Data Recovery service.
SSD drives coming from Intel and Micron will be equipped with NAND flash with a capacity of 32 Gb. These companies expect that this will be the first consumer SSD drives, which barrier to U.S. $ 1 per gigabyte – provided exactly by 99 cents per gigabyte, if you believe analyst Jim Handy with Objective Analysis.
Klein claims Micron that using SSD drives in nominal, as the NAND circuits in the form of plates printed without any casing, will manage to reduce production costs, weight, power consumption and space.
In the coming years, Micron wants to launch high SSD, which reached capacity 1 GB / s, using the PCI-Express interface instead of SATA or SAS. The transfer will then be four times faster than the latest enterprise disk SSD Intel X25-E. In the film shown on the blog Micron, Joe Jeddeloh, the head of the branch Storage Advanced Technology Center, demonstrates the possibility of SSD drives. Test your computer is equipped with two processors (Intel 8th Xeons) and a card with two channels and 16 SSD flash. Read data from the SSD takes place at a speed of 800 MB / s, and Jeddeloh additionally argues that SSD drives have reached capacity at 1 GB / s and at least 200 000 of operations I / O per second.
Presented on the video card is connected directly to the PCI-Express slot, leaving aside completely or SATA interfaces Serial Attached SCSI. PCI-E has the same data as the SATA II (3 Gb / s), but provides for more channels.
To test for the film used blocks of data on the size from 2 KB to 2 MB. Reading random data developed while working at the level of 150 000 – 160 000 operations I / O per second. “Here’s what to be a flash memory, when it is properly managed,” said Jeddeloh. Los Angeles Data Recovery only from G7.
Although the latest technologies Micron SSD is designed for high applications that run in Fiber Channel SAN networks (standard serial bus defines a multi-layered architecture that is used to transmit data over the network – more about this in Wikipedia), Dean Klein argues that the typical computers equipped the SSD is connected directly to the PCI-E, four lines should soon achieve similar results.
PCI-Express slots are in the range from 1 to 32 lines. Currently, the first generation of PCI-E offers a throughput of 250 MB / s per line, while the second generation, which appear in the next year, aims to ensure the highest throughput – 500 MB / s per line. Interface SATA 3.0, which is to debut this year, will also show a double the capacity, but offer only a single line.
“Every line of PCI-E x4 is as fast as SATA 3.0 6 Gb / s,” says Klein. “SSD Drive connected to a PCI-E x4 can be four times faster than an identical model that uses the SATA 3.0. It is in this direction we should follow,” concludes Klein. the best Chicago data recovery service.
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