Samsung Release First SSD With 3D NAND
Vigile (99919) writes "As SSD controllers continue to evolve, so does the world of flash memory. With the release of the Samsung 850 Pro SSD announced today, Samsung is the first company to introduce 3D NAND technology to the consumer. By using 30nm process technology that might seem dated in some applications, Samsung has been reliably able to stack lithography and essentially "tunnel holes" in the silicon while coating the inside with the material necessary to hold a charge. The VNAND being used with the Samsung 850 Pro is now 32 layers deep, and though it lowers the total capacity per die, it allows Samsung to lower manufacturer costs with more usable die per wafer. This results in more sustainable and reliable performance as well as a longer life span, allowing Samsung to offer a 10 year warranty on the new drives. PC Perspective has a full review with performance results and usage over time that shows Samsung's innovation is leading the pack."
Are we there yet?
Man, this has to be the most blatant Slashvertisement I've ever read. The summary even sounds as though it was written by a professional ad copy writer. Gimme a break, Dicedot!
'The Economy' is a giant Ponzi scheme whose most pitiable suckers are the youngest among us and the yet-unborn.
Why is there no 3D CPU? or have I been blissfully under a rock for years?
128GB - $129.99 USD ($1.02/GB)
256GB - $199.99 USD ($0.78/GB)
512GB - $399.99 USD ($0.78/GB)
1TB - $699.99 USD ($0.68/GB)
http://www.pcper.com/reviews/S...
In the linked results a mechanical drive with platters smokes them all?
If you consider the test duration as a positive measure of performance, it does.
Imagine I'm not keeping current with tech, but I'm in the market for an SSD. Not everybody buys a new computer each time a new Windows comes out.
Forget the product but think of reverting back to 30nm. Also from the benchmarks it looks consistently faster in all but one test vs. the 840. With a lower manufacturing costs we're probably truly seeing the end of the line for rotating media in most desktop/server configurations. I'm wondering when I can get a 1TB+ with this new process now.
Harrison's Postulate - "For every action there is an equal and opposite criticism"
1TB of storage is 1TB of storage. I have several spinning rust platters that are older than that just because they keep doing their job and don't give me any trouble. Plus hard drives really stalled out there for a couple of years after the Typhoon hit and SSDs exploded onto the scene.
I read the internet for the articles.
Oh get over yourself. The submission reads *like* a paid ad, which is editorially questionable, regardless of whether it actually is.
What, you can't detect the fishy whiff from "shows Samsung's innovation is leading the pack"? Real humans don't talk like this.
On the other hand, I don't think I'd blame Samsung. The submitter links to pcper.com *a lot*. If I was to bet on who was paying for links on Slashdot, it wouldn't be Samsung.
I see what you mean, though I think it might be a case of poor writing rather than a true paid advertisement.
The summary does read like a product launch advertisement from the manufacturer. The word "Samsung" is used seven times in six sentences, the last sounding more like hyperbole than fact.
"..Samsung's innovation is leading the pack!"
"..then you should apologize immediately. Apologize to Samsung, apologize to Timothy and the submitter, and apologize to the entire Slashdot community, please."
Oh brother. Relax, Francis.
Moores law is alive and kicking! Less chips in less packages = lower cost. Shrinking the feature is but 1 way to do that. Making the chips themselves is the cheap bit. Even a small feature shrink would lead to a cubed increase in surface area. Nice.
I can see starting with an older process to try it out... As you are not taking away from your existing bread and butter and re-using sunk cost hardware. Nice.
More or less every SSD on the market currently will saturate even a 6Gbit/s SATA connection, you don't have to buy the latest and greatest to achieve maximum possible transfer speed. If you put this SSD in a new PC today, the SSD will pretty much be the last component to be obsolete, save maybe the physical case itself. This situation is going to persist for some time, so I can easily see one of these drives being used for 10 years across various upgraded PCs. It'll keep up with faster CPUs and RAM, no problem.
Anyone can appreciate the speed boost (and silence!) an SSD brings, not just enthusiasts.
Eat the rich.
10 yr warranty on something that will be obsolete in much less time, bought only by those who keep current with tech?
10 years means it's either not a piece of shit that will fail within a couple years or Samsung is going to bankrupt their storage division doing it. a) is more likely.
SSD failures are a pain in the ass, especially when you have to drive a couple hundred miles to replace them. And even if the machines are close, it costs human time and on-call pages to deal with them. Unreliable gear is a nightmare.
The only SSD's I've had working for years and years have been Intel SLC units. I'm hoarding a box of dozens of failed Kingstons, Mushkins, Crucials, etc. on the mistaken belief that I'll ever send them in to claim the warranties (the truth is I won't trust their replacements so why bother unless I'm going to triple-RAID mirror the things).
For somebody like me who does not want to worry about the SSD's failing before they get replaced, this is exactly what I'm in the market for. A buck a gig? Sold.
My God, it's Full of Source!
OUTSIDE_IP=$(dig +short my.ip @outsideip.net)
curved SSDs are coming soon
I DO have evidence. I will not show it to you and I will not apologize because DORK!
Anyone can appreciate the speed boost (and silence!) an SSD brings, not just enthusiasts.
If the noisiest thing in your computer is your hard drive, something is wrong. Case, CPU and GPU fans are way noisier than a modern HD.
Tell that to the hard drive I switched for an SSD. I measured a drop from 33dB to 30dB measured right beside the PC during drive read/write. And that was with the harddrive mounted on rubber dampers. Most modern computers use large variable-speed fans that make very little noise.
It's true that modern hard drives are very quiet. Right up until they start seeking.
Eat the rich.
Who says you need fans in a PC?
The summary even sounds as though it was written by a professional ad copy writer. Gimme a break, Dicedot!
Would you prefer a summary written by a primary school kid like the normal quality of work we get from Slashdot?
Of note is that while the summary may read like an advertisement the article most certainly does not. There's excellent pictures of what a 3D process looks like that I haven't seen before. Furthermore as a nerd the emergence and the general application of 3D silicon is most interesting news. Yes it's read like an advertisement but there's a lot of meat in this that makes it newsworthy and interesting.
But I guess we should ban every post that talks about every product right, because even an article on yet another unpatched windows bug is nothing but an advert for Linux.
- This post bought and paid for by the Linux appreciation foundation.
Thought about moving to FLASH RAM SSD (from a WD Velociraptor 8mb buffered 10k rpm HDD driven off a Promise 128mb ECC RAM caching RAID controller - & relegating it to a BACKUP device only).
I've been using SSD's probably way, Way, WAY before most folks albeit in a:
A.) Gigabyte IRAM 4gb DDR-2 SATA II bus based "True" solid-state ramdisk board
&
B.) Before that (early 2000's) a CENATEK "RocketDrive" (based on PCI-133 SDRAM + PCI bus)
I apply 'em in the following tasks (to compliment my HDD setup above):
1.) Pagefile.sys placement
2.) %temp% & %tmp% location (both OS & apps)
3.) Print spooler location
4.) Browser cache location
5.) %comspec% location
6.) OS & App level logs (EventLogs + App Logs)
7.) I place my hosts file on it via redirecting it's reference by the OS in the registry (for performance AND security):
HKLM\system\CurrentControlSet\services\Tcpip\Parameters
(Specifically altering the "DataBasePath" parameter there which also acts more-or-less like a *NIX shadow password system too!)
* All of which lessen the amount of work my "main" OS & programs slower mechanical hard disk has to do, "speeding it up" by lessening its workload, fragmentation, + speeds up access/seek latency & longevity for tasks (per list above).
Before THOSE hardware-based solutions I used ramdrive softwares (writing one based off the MS DDK template + a GUI front-end & later doing work for EEC Systems/SuperSpeed.com improving its performance by up to 40%. Did well on applying it @ MS Tech Ed 2000-2002 as a FINALIST in the hardest category there - SQLServer Performance Enhancement).
I've waited out the "newtech" in FLASH based SSD's & I've seen 'em improve a LOT - on 3 items:
1.) Write speeds (huge gain here)
2.) Controller tech
3.) Longevity
I *think* it *may* be time I move to 'em as my "main drive" (houses OS & programs) - I like prices I saw (128gb for http://hardware.slashdot.org/c... )!
APK
P.S.=> QUESTION: Are current FLASH RAM based SSD's worth it?... apk
See this post (especially the 'p.s.' @ the end - "number 5 is ALIVE & needs input!!!" Thanks) -> http://hardware.slashdot.org/c...
APK
Hear, hear. I have a passively cooled DN2800MT in the living room for my kids to play with. It's sufficiently powerful for most online games (think candy-crush) or GCompris or oldish (so called educational) games they find at the library (**). The only moving parts in there are the DVD and HDD. As expected, the DVD-player is 'loud' but although the hard-disk is a modern and fairly silent one; you absolutely notice it whenever the OS puts it to sleep!
(**: Most of these cd-roms come with minimum requirements along the lines of 'Pentium 166 with 4Mb of ram'. Not that I mind, but when you come to think of it, it seems that this whole industry peaked around 10 years ago and then simply vanished ?!)
If there is one thing to be learned on slashdot, it has to be sarcasm.
The warranty covers 10 years or 150TBW whichever comes first. This should be fine for private use (150TB written over 10 yrs = 40GBW/day) but YMMV.
http://www.samsung.com/global/...
We've hit the 540MB/sec barrier a long time ago - I think last year when SATA3 was getting popular, actually.
it's why companies like Apple are moving to PCIe - the SATA bottleneck was very obvious it was going to be hit basically upon release of the SATA3 standard.
PCIe SSDs are easily getting 700MB/sec and higher. On a bad day. High end ones like Wozniak's Fusion I/O were hitting gigabytes/second reads and writes years ago.
Passively cooled PCs are very underpowered compared to their actively cooled counterparts. If you want to use your PC for anything like gaming, compiling, or stuff like that, you're going to need active cooling.
You just need to increase the surface area.
eg: Fanless heatsink for 95W TDP CPU's: http://www.quietpc.com/nof-ice...
There are a few cases with integrated heat sinks capable of 95W CPU's: http://quietpc.co.uk/st-fc10