Toshiba To Launch First 512GB Solid State Drive
designperfection9 writes "Toshiba said Thursday that it will show off a new line up of NAND-flash-based solid state drives with the industry's first 2.5-inch 512GB SSD.
The drive is based on a 43 nanometer Multi-Level Cell NAND and claims to offer a high level of performance and endurance for use in notebooks as well as gaming and home entertainment systems."
Just $2,001,099!
I only see numbers for sequential access (240MB/s read, 200MB/s write). I don't suppose anyone knows how it does for random read/write speed?
there haven't been any articles recently addressing fundamental problems for long term practical use.
I wasn't aware that there were any, just a few implementation issues with the early drives (bad wear leveling and f-ed up controllers that can't multitask).
It's my intention to grab one of those Toshiba systems once they start shipping. I hope that a Solid State Drive will be able to handle the constant read/write operations associated with MythTV.
Some folks here at Slashdot, have suggested that SSDs are not a good choice for applications like MythTV. This time, I will prove for myself.
Who wrote this garbage? The article repeats itself about 3 times on one page.
MABASPLOOM!
You can't afford it.
I hate not to be all positive about this, but I'd much rather the prices drop rather than the sizes get bigger. Then again this is a huge sized solid state drive. I wonder if it is actually worth it. I'd like to see some real numbers comparing these drives to normal laptop drives.
A part of me also wonders when something like this will be thrown into the next ipod or DVR. It'll most likely be a price thing that determines it.
It may say 512GB now, but we all know that once marketing gets a hold of it, it'll be
Tosiba's Brand New 550GB* drive.
*1GB = 1,000 MB
$1200?
If so I'm not going to go run and buy one. I can buy a USB disk drive that has twice as much for 1/10th the price.
I think this is like many other computing/electronics items in that the early adopters pay a lot more than the rest of us are willing to pay until the prices come down. Remember how expensive the earliest CD burners were? Really I'm glad that there is more interest in non-volatile solid-state storage. Over the years I've seen so much vaporware (like the 3D gelatin cubes that are written to and read from with lasers, like a hologram) in this area that it's good to see something that is actually going to be available. Even if solid-state drives are expensive as hell and not much better than current mechanical/magnetic hard drives right now, I don't expect them to stay that way so this is a step in the right direction.
It is a miracle that curiosity survives formal education. - Einstein
Don't buy an SSD to store a large database that gets lots of updates!
What a fool believes, he sees, no wise man has the power to reason away.
But this is a laptop drive, and the largest capacity available for a laptop drive, or 2.5 inch drives in general.
"For every complex problem, there is a solution that is simple, neat, and wrong." - H.L. Mencken
All jokes aside, I'd imagine quite a bit.
As an example, 150GB solid state hard drives are selling around the $7-800.00 US range on Newegg.com I have no idea if those are NAND drives or the older flash drives.
A new NAND tech drive with around 5 times the capacity? Oh geez that's gonna be expensive! Methinks you'd be better off spending the money on a 3Ware RAID card and some really good standard drives.
Official Heretic from the "Church of Global Warming". Proven right thanks to whistle blowers. AGW = Flat Earth Theory
Early adopters are just paying more early(unless its someone/thing that needs cutting edge technology). They aren't paying the way to make it cheaper for us. It's just an early indicator of interest and a short-term way to start recouping costs. When people make more than the cost it is profit, not discounts that we see. This would be because the MFR makes the same profit either way.
In reality the cost of something is generally (not completely, but generally) far lower than the original price...this is because they know that most things start expensive and get cheaper. Competition brings it down.
When manufacturing costs find a way to make the same item cheaper, do you really think that cost savings is passed on to retail or the consumer? Absolutely not. Consumer's don't even know, for the most part.
http://www.toshiba.com/taec/news/press_releases/2008/memy_08_550.jsp
When are the small SSD drives coming? I just need to put my operating system on the SSD-drive, the mp3s and movies are doing fine on the spinning platter. 512GB are total overkill.
As an example, 150GB solid state hard drives are selling around the $7-800.00 US range on Newegg.com
I think you mean that 250GB SSDs are in the $700-800 range.
128GB (the closest I can find to 150GB) are around $250-350.
That is correct, but don't forget to include economies of scale. Companies will want to lower the price on their product in order to sell more. Once they start selling more, they are able to purchase/manufacture the parts in bulk and at a cheaper price therefore lowering the price of their product even more. This increases demand, allowing the company to sell more and purchase/manufacture the parts at a cheaper price, and lower the cost of their product which increases demand...
Depends on the lap. I've gotten a 12 drive AX100 on my lap before. Hurt like hell, but hey, you deal with that sometimes.
Check out my sysadmin blog!
From what is sounds like, the problems of a SSD device warrant a differently designed file system.
There already exist a number of file system implementations designed specifically flash such as JFFS, JFFS2 and YAFFS. (I'm sure there are others I have not bumped into yet...)
N.B. There's an IBM Devworks article discussing flash file systems for linux.
XML is a known as a key material required to create SMD: Software of Mass Destruction
See, now look what you've done. You've been modded 'Offtopic'
The first rule of Moderation is you don't talk about Moderation.
Faster! Faster! Faster would be better!
> The only way around this is to move into the "insanely smart" wear-leveling that will actually move data when the drive is otherwise idle to re-balance the sector write counts. You wouldn't want to do this during actual write requests, as it would slow them down even more than they are now. AFAIK, no SSD does this.
Actually, a lot of SSD's do. It's called "Static Wear-leveling".
In the SSD world, there are currently 2 tiers of technologies:
On the lower end, you have SSD's that are basically glorified CF cards (CF cards, after all, are miniature solid state drives). These drives can have very good sequential transfer speed, but are slow in random write IO, that's because they are extension of the CF technology, and therefore are optimized for the typical CF card applications. A lot of companies' first generation SSD's are of this type, because the CF technology is very mature, and A LOT of people know how to do it.
On the higher tier, you have SSD's that are designed from the ground-up to be PC hard drives. They should (I hope by now) have all the bells and whistles, such as static wear-leveling and may be a little dram cache thrown in. While their random write IO may still be pretty crappy (because of the flash erase-before-write limitation), they should be at least acceptable, or at least as good as a hard disk drive.
Tosiba's Brand New 550GB* drive.
*1GB = 1,000 MB
In my experience, consumer flash memory products such as USB pen drives, CF cards, and SD cards actually have their stated capacity available. For instance, I bought a 512 MB CF card that had 512,000,000 bytes; I guessed that the other 5% of the underlying 512 MiB chip was spare sectors used by the wear leveling scheme. (CF is just a parallel ATA SSD in a smaller form factor.) Likewise, if this SSD has 7% spare sectors, it would have 512 GB available out of 512 GiB.
Don't buy a cheap, consumer grade SSD for a large database that gets lots of updates.
On the other hand, if it's in your budget, and you don't have any other options, *do* buy an enterprise SSD array that's actually up to the task -- CCP claims a 4000% increase in performance after switching to an SSD-based solution for their game, EVE Online.
However, the solution they're working with was priced somewhere around $150 per gig as of a year ago. Consumer SSDs are currently priced around $2-3/gig, based on newegg price quotes elsewhere in this thread.
Even if solid-state drives are expensive as hell and not much better than current mechanical/magnetic hard drives right now, I don't expect them to stay that way so this is a step in the right direction.
The fact that SSD devices can compete with Hard Disks today shows not just excellent growth, but purely awe-inspiring growth. Despite being a much smaller marketplace than the magnetic HD marketplace, SSD storage has almost caught up with magnetic Hard Drives.
To show what an incredible accomplishment this is, you need to really understand exactly what this graph actually means.
It shows how hard disk capacity has grown since 1980. Yeah, it's gotten bigger every year... whoopdie doo, right? Notice that this is a logarithmic graph. Each line is 10x the line before, so you really don't see the significance of this, so I rewrote the graph in a "real" scale.
What previously looked like a smooth, predictable growth actually represents a cliff of growth. Capacity has grown so fast that it's been a challenge to find uses for this much storage. We've had to re-invent the meaning of what is a computer in order to make use of so much new found power - over and over, and over again.
And yet, despite having a dramatically smaller marketshare, much less R&D, SSD storage has managed to all-but catch up to this fast-moving target. This isn't just cool, it's incredible. Every year, SSD drives get a little closer to parity with their spinning cousins.
I have an 8 GB thumb drive, but I also still have a couple 1 and 3 GB drives from a few years back on the shelf. This kind of growth is simply astounding!
I have no problem with your religion until you decide it's reason to deprive others of the truth.
Minor generalization, much?
Re. Christianity, how does your assertion sit with Jesus' teachings? If are you just commenting on how fundamentalists somehow manage to ignore the core principles, I couldn't agree more. So many self-righteous "Christians" are a bit too keen to cast the first stone.
This was one of Jesus' pet peeves and earned the wrath of religious learned for pointing out the hypocrisy in such a legalistic approach.
I'm not sure where this "group that the religion claims to protect" comes from, but mainstream Christianity interprets the prime directive "love thy neighbor" to mean all people.
I'm sorry if I haven't offended anyone