Intel Responds To X25-M Fragmentation Issue

Vigile writes "In mid-February, news broke about a potential issue with Intel's X25-M mainstream solid state drives involving fragmentation and performance slow-downs. At that time, after having the news picked up by everyone from CNet to the Wall Street Journal, Intel stated that it had not seen any of these issues but was working with the source to replicate the problem and find a fix if at all possible. Today Intel has essentially admitted to the problem by releasing a new firmware for the X25-M line that not only fixes the flaws found in the drive initially, but also increases write performance across the board."

Comments

Least we could do for the readers!

[AllynM]

Guys,

You're welcome :).

Kidding aside, it was great to have a manufacturer as large as Intel work with us and have something good come from it.

Allyn Malventano
Storage Editor, PC Perspective

Re:Why'd they call it that?

[QuantumG]

The SWIFT and other banking networks still use x.25. It's a rule of information technology that nothing is ever thrown away.

You should be looking at random I/O speeds

[Chris Daniel]

The new OCZ & Samsung drives are faster (and larger) than the X25-M.

For sequential read/write -- yes, they are faster than Intel's offerings. Random read and write operations, on the other hand, are another story. That's one of the biggest issues that SSDs solve versus spinning platters, and no one has gotten it right so far, except Intel.

Re:You should be looking at random I/O speeds

[LordKronos]

I think you misunderstood. Your experience vs. mechanical drives has nothing to do with the issue. The AC said that the OCZ was faster than the Intel. Chris Daniel was simply saying "yes the OCZ is a bit faster for sequential acces, but random access (which is what most users experience the most) is better on the Intel"

If you look at Anand's article You will see that the OCZ beats the Intel slightly at sequential read (about 5%), and by a decent margin on sequential write (slightly less than 3x). However, these aren't things most users typically do...especially the writes. You are only likely to be doing that if you are working with editing large a/v files or something, and since large a/v files take up tons of space, a SSD probably isn't the best candidate for that anyway, given its current cost/storage metric. The OCZ might make sense working in a something like a professional AV editing environment, where you can copy the file off the server, work on it locally, and then copy it back to the server when done.

On the other hand, random reads and writes are something that virtually 100% of users experience on a regular basis, and this is where Intel really shines. On reads, Intel wins by a decent margin (slightly less than 2x the speed, and nearly half the latency). But then look at sequential writes, and Intel really takes the decisive win in that category. While the OCZ is a healthy 4x faster than Velociraptor, the Intel is just shy of 10x the performance of the OCZ (and thus nearly 40x the Velociraptor).

So, when you compare the Intel and the OCZ, the Intel loses slightly and decently on 2 operations that are less common, and it wins decently and decisively on 2 operations that are more common. Thus it's a pretty good stretch to try and say the OCZ is faster than the Intel.