References in periodicals archive ?
which is 10 or 20 times lower than today's magnetic disk drives and this moderate areal density leads to volumetric densities of over a Tb/cubic inch.
Searchability: Magnetic disk storage enables Past searches across large amounts of data without the need for locating mad mounting tapes or optical media.
A new nano-technology called Millipede--under development at IBM--has demonstrated storing data at a density of a trillion bytes per square inch, about 20 times denser than magnetic disks available today.
Since 1992, the areal density of magnetic disk recording has increased an average of over 60 percent annually.
This presently has appeal as automated tape storage is currently priced from one-fourth to less than one-tenth the cost of magnetic disk storage.
Hardware prices for magnetic disk storage are projected to continue the 30% or greater annual decline for the foreseeable future.
William Goddard: Magnetic Disk Drive, inducted 2007
Enhanced read performance on top of magnetic disk recording performance is seen as being extremely important to simultaneously achieving smaller HDDs with higher recording densities.
This technology is significantly different than magnetic disk and tape emulation since the Write Once properties of UDO are inherent to the recording surface of the media and are not a function of software or firmware controls.
At the same time, fast "discovery" of data is often a requirement to meet specific regulatory requirements and magnetic disk offers an effective way to retrieve this information in a timely manner.
It has been applied productively in studies of magnetic disk storage systems, magnetic sensors, and most recently, to nanoscale magnetic random-access memory devices.
Currently in the prototype stage, a 1,024-tip device can already write bits in less space--albeit in a spotty manner--than the best laboratory magnetic disk drives can, the researchers claim.