Earlier this week, DailyTech
reported that Intel is hard
at work on its next generation SATA II solid-state disks (SSDs). Intel's
Troy Winslow said in a CNET interview
that the next generation 80GB and 160GB multi-level cell (MLC) SSDs would most
definitely be faster than offerings currently sampling from Samsung.
Winslow was referring to Samsung's recently announced 128GB
SATA II SSDs which will begin shipping to customers during Q2. The drives use
MLC NAND technology and offer read/write speeds of 100MB/sec and 70MB/sec
OCZ Technology is looking to throw its hat into the ring
with an ultra-fast SATA II drive of its own. Customers looking for high-speed
SSDs in 32GB and 64GB capacities will be happy to know that OCZ's new drives
will offer read speeds of 120MB/sec and write speeds of 100MB/sec thanks to speedier single-level cell (SLC) NAND flash.
OCZ's drives look remarkably similar
to Samsung's SSD flash drives and the read/write speeds match up perfectly with
64GB SATA II SSD. Suffice to say, OCZ sources its latest SSDs from Samsung.
"There are many benefits of solid state drive
technology over traditional disk drives including superior speed, reliability,
and power savings," said OCZ Technology Executive Vice President Alex Mei.
"Our newest SATA II drives are designed to further extend the advantages
of this technology offering enhanced performance for high-end mobile
While the OCZ SSDs may be nothing more than Samsung units with
its name slapped onto the front, OCZ's offering will have a significant
advantage: retail availability. Samsung's 64GB SATA II drives are hard to come
by on the retail market unless you purchase a notebook that already has one
installed. OCZ's drive, on the other hand, will be available from a number of
quote: Our limitation is once again a capped out controller processor. This time it is the high end and enterprise praised IOP341. With an uncapped controller we should theoretically be at 1100 MB/s sustained read right now which would un-cork an additional 300 MB/s out of our current setup. The article will have to suffice with only 830 MB/s sustained read. :)