14 DAY TRIAL // Intel is not really satisfied with the current mSATA SSDs that have been integrated in its thin UltraBooks. The standard sets specific limits to the PCB size and this poses a problem for manufacturers wanting better performance.
[ADMARk=1]The main issue is the fact that, when you want more performance from an SSD, you integrate more channels and use more chips. Reading from multiple chips at once will increase the data rate and, thus, display improved performance.
The problem with the classic mSATA standard is the fact that it sets limits for the PCB size, this way limiting the numbers of channels to be integrated on the PCB and the number of NAND chips.
Apparently, Intel is not going to make exhaustive changes to the mSATA standard, but the plan is mostly to increase the size of the PCB.
The world’s largest semiconductor company has also recruited Micron, SanDisk and Samsung Electronics to consult on the new technology, and the whole thing was baptized Next Generation Form Factor (NGFF).
Intel wants small drives with more than 512 GB of capacity and the new standard is not only going to feature a longer PCB, similarly to what Apple has in its MacBook Air, but it will also allow the SSD maker to mount chips on the underside of the PCB, practically doubling the maximum capacity possible.
Therefore, the new NGFF SSD for the 2013 UltraBooks will feature the same width and thickness but will have a longer PCB.
Reportedly, there already are some standard lengths considered, such as 20mm, 42mm, 60mm, 80mm and 120mm.
We’re honestly hoping for the 120mm one that will likely bring the largest capacity and the best performance, but word is that 42mm, 60mm and 80mm versions have a better chance of being standardized.