Intel's First SSD Blows Doors Off Competition
theraindog writes "Intel is entering the storage market with an ambitious X25-M solid-state drive capable of 250MB/s sustained reads and 70MB/s writes. The drive is so fast that it employs Native Command Queuing (originally designed to hide mechanical hard drive latency) to compensate for latency the SSD encounters in host systems. But how fast is the drive in the real world? The Tech Report has an in-depth review comparing the X25-M's performance and power consumption with that of the fastest desktop, mobile, and solid-state drives on the market."
My SBDs will blow THEIR doors off.
See my journal for slashdot ID's by year. Mine created in 2005. http://slashdot.org/journal/289875/slashdot-ids-by-year
Those're STDs.
A step in the right direction, but at $600 per 1000 I am gonna wait a bit longer before jumping on the SSD bandwagon.
This article at HotHardware, has a few additional tests that show real-world usage models as well as synthetic benchmarks: http://www.hothardware.com/Articles/Intel-X25M-80GB-SATA-Solid-State-Drive-Intel-Ups-The-Ante/
The PCMark Vantage tests are especially impressive: http://www.hothardware.com/Articles/Intel-X25M-80GB-SATA-Solid-State-Drive-Intel-Ups-The-Ante/?page=7
You were only supposed to blow the bloody doors off!
If anyone's seen the results, it's in first place in speed but not in a "door blowing manner". It's just slightly faster than the next guy.
Pardon me, but it is "blowing down the doors" (and the house too) in some tests, like this one. More than 3x the number of transactions of the second fastest flash drive? 7x faster than the slowest SSD drive? And the traditional HDDs are so crushed at the bottom I can't make out a ratio, but 30x or more? That is just ownage of the highest level. Yes, the write speeds aren't exactly compelling but for IO and read-heavy uses it's completely mindblowing.
Live today, because you never know what tomorrow brings
Yes, it would wear the disk out faster, but your original premise is flawed.
Clustering locations would allow for accessing large chunks of data with one fetch, instead of lots of little fetches. If you're old enough, think back to the Blitter on the Amiga and moving contiguous chunks of memory as opposed fragmented blocks.
Remember, RAM can get fragmented just as badly as a hard drive.
Learning HOW to think is more important than learning WHAT to think.
Probably right next to the dlsyexia tag.
Those're STDs.
It burns when I read/write
The preferred spelling is lysdexia.