We already reported about Intel company intentions to fix in the fourth quarter delivery of solid-state disk on base of memory, based on the thinner technical process in comparison with the present 34-nm. It was considered Until now that Intel and Micron will release memory on 28 nm technology, and this will allow to create SSD with volume up to 600 GB.
However, as explains associate , actuality Intel and Micron began the deliveries of 25 nm solid-state memory models already in the current block. The memory, which contains 2 bits of information in each cell, will be released in the joint enterprise Of Intel and Micron. If on the rates of 34 nm technology mastery Intel and Micron outdistanced competitors on average by a half a year, then detachment on the mastery rates of 25 nm technology will reach one year. The use of memory with three bits of information per cell in SSD segment does not justify itself due to the problems with the speed and reliability -
Passage from the technological standards 34 nm to 25 nm will increase storage capacity two times with the retention of previous prime cost. This will cause both the appearance of more capacious SSD and reduction in prices on the existing model. In the fourth quarter Intel will present SSD with 600 GB volume. The support Of oNFi 2.2 ensures the transmission speed at the level 200 mb/s , with the passage on 25 nm technology Intel will also increase the sizes of storage units. To 2012 Intel and Micron can master deliveries of 10 nm memories. The mass production of 25 nm memory will be fixed in the second quarter.