P
propman
Pegasus said:Tae Song said:You have to take in to account access hard drives are mechanical and have
access time of ms, where as flash drives have an access time down in to
nanoseconds.
Try this short paragraph for a starter:
"Modern flash drives have USB 2.0 connectivity. However, they do not
currently use the full 480 Mbit/s (60MB/s) the USB 2.0 Hi-Speed
specification supports due to technical limitations inherent in NAND flash.
The fastest drives currently available use a dual channel controller,
although they still fall considerably short of the transfer rate possible
from a current generation hard disk, or the maximum high speed USB
throughput."
Source: http://en.wikipedia.org/wiki/USB_flash_drive
Or this:
"A typical "desktop HDD" might store between 120 GB and 2 TB although rarely
above 500GB of data (based on US market data[14]) rotate at 5,400 to 10,000
rpm and have a media transfer rate of 1 Gbit/s or higher. Some newer have
3Gbit/s."
Source: http://en.wikipedia.org/wiki/Hard_disk
Now go and do some actual measurements before claiming that your idea will
"increase" performance. It won't.
......and that information address's the following quote how?
<quote on>
This will cut down on I/O traffic to the hard drive. Starting an app
like Word, would cause the HD to read the program into memory while at
the same time writing into the drive, temporary files. This causes an
I/O queue to form and degrade Windows performance. By off loading some
of the I/O traffic to another storage device, the hard drive read/write
head doesn't have to move around as much either. All performance gains.
<quote off>