You've heard the cliché big things come in small packages, but what you've probably never heard of is stuffing 128GB of solid state storage capacity into a form factor so tiny you could swallow it, secret agent style. That's exactly what InnoDisk has done, who was showing off its aptly named nanoSSD at Computex.
Despite its small stature, the nanoSSD offers pretty impressive performance numbers with InnoDisk claiming read and write speeds of 150MB/s and 160MB/s, respectively. It can also withstand an accelerative force of 20g, and to prove it, InnoDisk had its nanoSSD hooked up to a custom, rapidly vibrating motherboard, which you can see here.
It's been a strange and wonderful ride watching solid state drive technology finally start to come into its own and threaten traditional hard disk drives. Frustrating too, as the handful of SSDs that manage to blaze a performance trail cost an exorbitant amount per gigabyte, while some of the lower cost drives based on the JMicron controller suffer from stuttering problems. That's why we're thrilled to see JMicron take a mulligan.
According to news site DailyTech, JMicron plans to unveil a new NAND flash controller at Computex. Designed to fix the aforementioned stuttering problem, the JMF612 chip will use an ARM9 core in a 289-ball TFBGA package and support the use of up to 256MB of DDR or DDR2 RAM for external cache duties.
The other part of the equation involves a new generation of NAND flash chips that are smaller, faster, and cheaper to manufacturer. At least one company -- IM Flash Technologies, a joint venture between Intel and Micron -- is said to already be building 34nm NAND, and SSDs based on the new chip(s) will support NCQ. Moreover, JMicron's refreshed controller has been specifically designed to take advantage of these new NAND chips.
Toshiba to Asus: 'Suck it!' Toshiba didn't actually say that, but it has beat Asus to market with the world's first laptop to stuff a 512GB SSD into the spec sheet.
"The new, Toshiba-developed 512GB SSD employs a 2-bit-per-cell multi-level NAND flash memory to realize, the world's largest capacity SSD, with four times the density of SSD integrated into currently available products," Toshiba wrote in a press release. "Furthermore, a new controller that realizes high-speed parallel processing with the multi-level NAND flash memory boosts data access speeds by approximately 230 percent for read (max. 230MB per sec) and 450percent for write (max.180MB per sec), compared with SSD integrated into current PCs."
In addition to the sizable SSD, Toshiba's Dynabook SS-RX2 sports a 12.1-inch WXGA (1280x800) screen, a Core 2 Duo processor, integrated Intel GMA 4500MHD graphics, 3GB of DDR2-667 memory, a DVD burner, Bluetooth, and up to 12 hours of use on a single battery charge.
Right now it's only available in Japan for what amounts to $4,500 USD. Ouch.
Earlier in the week Corsair announced the latest addition to their Storage Solutions line with a monster 256GB SSD.
The drive, which will go by the name P256, will be one of the first to use Samsung’s new multi-level cell flash chips, and Controller IC technologies. Along with this, it’ll have a 128MB cache, and Native Command Queuing support. The drive also sports a read and write speeds of up to 200MB/sec.
“The Corsair Storage Solutions P256 delivers the best computing experience of any single storage drive available today,” stated John Beekley, Corsair’s VP of Applications Engineering. “Using the P256 results in immediate and dramatic improvements in system startup and shutdown, game level loading, application startup, and many other everyday tasks. Additionally, the P256 is more durable and reliable than hard disk drives, and has been shown in the Corsair Labs to provide up to 25% longer battery life in portable computers.”
If you’re looking to pick up one of these drives today, it won’t be cheap, but you can do it for $699 over at Newegg.
We don't care one bit that PhotoFast's G-Monster-Promise SSD drive was supposed to be released last month. We're even willing to look past the reportedly obscene price tags being attached to the different sized units, because even more obscene is how freakin' fast the G-Monster claims to be. We're talking about sequential read and write speeds up to 1000MB/s, random 512KB read and write speeds not far behind, and random 4KB read and write speeds still a manageable 66MB/s and 58MB/s, respectively.
The two-slot G-Monster-Promise plugs into a PCI-E X8 slot and comes with a 256MB of ECC DDRII and 64MB x 4 SDRAM cache buffer. PhotoFast bills its new SSD as being ideal for high-end digital and video editing, as well as for a high-capacity data server. On the later front, the G-Monster is being offered in 128GB, 256GB, 512GB, and even 1TB capacities.
Back to the issue of cost. As expected, these drives won't be cheap, and if rumored pricing holds true, look for a starting price of $1,600, with the 1TB drive commanding $4,500. But did we mention 1000MB/s read and write speeds?
There's fast, and then there's stupid-fast, and a new hybrid SSD drive will fall into the latter category if it can live up to the speed claims being put out by its manufacturer, who says a single DDRDrive X1 can hit a staggering 300,000 IOPS.
The new drive combines 4GB of DDR memory for high-speed operation along with 4GB of NAND flash memory for backup duties. By doing so, the manufacturer claims a full 4GB backup will take no longer than 60 seconds. Equally impressive, the drive scales at a 1:1 ratio with multiple drives, making it theoretically possible to backup 32GB, 64GB, or even 128GB in 60 seconds with the appropriate configuration.
DDRDrive CTO Christopher George says the hybrid drive was designed with a maximum IOPS performance in mind, and according to the X1's spec sheet, it offers 512B reads and writes up to 300,000+ and 200,000+ IOPS, respectively, and 4KB reads and writes up to 50,000+ and 35,000+ IOPS, respectively. By comparison, Intel's fastest SSDs offering 35,000 IOPS in 4KB read and 3,300 IPOS in 4KB writes.
Less impressive is the DDRDrive X1's read and write transfer rates, which is bound by its PCI-E Gen 1 interface and checks in around 250MB/s (read) and 155MB/s (write).
RipNAS this week announced two new storage devices, the Statement SSD and Statement HDD. Both come capable of ripping CDs, leading the company to claim the former as the "world's first Solid State Drive Ripping NAS." And as far as we know, they're right.
The aptly named Statement series also challenges traditional NAS design in aesthetics. Instead of a bulky box, RipNAS chose a svelte silver enclosure that would fit right in with a home theater setup. Combined with its media streaming capabilities and dead silent operation (SSD version), RipNAS might be on to something.
On the hardware front, both boxes come an Intel Atom dual-core processor, 2GB of RAM, and four USB 2.0 ports. The SSD version will come configured with 500GB (2x250GB), and 3TB (2x1.5TB) of storage in the HDD version.
There are backup solutions, and then there's the Phoenix System built by Axxana. The company's tagline reads, "Built to Last," and boy do they mean it. After all, the backup box claims to be able to withstand power failures, earthquakes, terror attacks, fires, flood, and all kinds of nasty weather.
On the inside, Axxana's Phoenx holds anywhere from 72GB to 300GB of data via removable flash media. System performance checks in at up to 200MB/s data transfers, up to 17,000 IOOPs, and protection for up to 4,096 independent volumes. But the 'how much' and 'how fast' serves as only a footnote to the Phoenix's real strength, which is its ability to withstand nearly ever conceivable catastrophe.
According to Axxana, the rugged 436-pound, 38in (H) x 27in (W) x 48in (H) box can survive up to 2000¼ F for up to an hour, after which time it can still withstand 482¼ F for 6 more hours. It can also emerge unscathed following a 40G shock, having 5000 pounds of weight come crashing down on it, or being submerged in 30 feet of water pressure.
Actually getting to your data in the event of a disaster might be the hardest part, so Axxana also outfitted the Phoenix with 3G and WiFi antennas for remote access, with the battery providing up to 6 hours of 3G transfer.
When solid state drives (SSDs) first made a push into the mainstream market last earlier this year, less than stellar benchmark results and buggy controllers did little to convince users it worth paying a premium for flash-based drives over less expensive and much larger (in capacity) hard drives. But the latest round of SSDs have picked up their game, such as OCZ's refreshed Vertex line, the Vertex EX.
"The new OCZ Vertex EX is designed to deliver unparalleled performance and reliability, featuring the latest-generation architecture and SATA interface utilizing single-level cell NAND flash memory for unmatched overall system responsiveness and stability for enterprise grade server solutions," said Alex Mei, CMO of the OCZ Technology Group.
But forget about enterprise grade server solutions - the Vertex EX looks to be a killer storage option for high end desktops, at least on paper. Available in 60GB and 120GB capacities, the new drives boast an impressive 260MB/s read, 210MB/s write (200MB/s for the 60GB), and up to 100MB/s sustained write. Like the previous Vertex drives, the new EX refresh also comes with 64MB of onboard cache and support RAID configurations.
In what sounds like a simple formula for success, Dell plans to combine one good thing with another good thing for what it hopes will turn out to be a great thing. Or to be less vague, Dell, who offers both SSDs and encrypted drives, will start adding encrypted SSDs to its notebook lineup sometime this summer.
Samsung will manufacture the drives, which will come in 64GB, 128GB, and 256GB capacities to start. The self-encrypting drives will automatically encrypt data as it is being saved, "an industry first" for SSDs, according to Samsung and Wave Systems.
"Benefits of hardware encryption over today's software-only encryption approaches include faster performance, better security, and an 'always on' feature," Samsung and Wave Systems said in a statement. "Because encryption keys and access credentials are generated and stored within the drive hardware, they never leave its confines and are never held in the operating system or software."
No word yet on exactly when Dell will implement the new SSDs or at what price points.