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Toshiba rolls out 256GB laptop SSD, 32GB flash modules for netbooks
Get your flash here, red hot flash memory. Toshiba is now sampling its new 256GB SSD with a 120MB max read and 70MBps write via 3.0Gbps SATA interface -- not the fastest consumer SSD but not bad. This 2.5-inch slab measures just 3.0-mm thick and targets laptops looking to shed the 9.5-mm constraint presented by standard hard disks. Like Samsung, Tosh also announced new 8GB, 16GB and 32GB SATA flash modules aimed directly at the booming netbook market with speeds topping-out at 80MBps for reads and 50MBps for writes. All the drives feature MLC-based NAND which accounts for the less-than blazing SSD speeds. On the other hand, that should help keep the costs low when these things ship in quantity later this year.
Samsung courts SanDisk, promises mercy
Samsung is reportedly looking into the acquisition of SanDisk Corp. A union of two Flash memory giants sure to get the attention Toshiba (SanDisk's partner-in-NAND) and that of anti-trusters from Korea to Intel. To makes matters even more interesting, Seagate was also courting SanDisk whose stock price has plummeted from $56 to just over $13 per share since this time last year. Hey investors, sounds like an ideal premise for a bidding war to us. Then again, we only took Econ101 to sit in a room with real live girls.In a comment on this market rumor and speculation, SanDisk just issued the following statement:"SanDisk periodically has conversations with multiple parties, including Samsung, regarding a variety of potential business opportunities. We evaluate all of these opportunities, but maintain a policy of not commenting on market rumors or speculation."[Thanks, Genesis]Read -- Samsung's advancesRead -- SanDisk's response
Indilinx and Mosaid aim to squeeze 600MB/s out of SSDs
Indilinx just recently caught eyes with its Barefoot solid state drive controller, which has reportedly shown a read speed of 230MB/sec. Merely days later, it's already talking about the next best thing. Said firm, along with Mosaid, is preparing for a third-generation of the controller for the SATA 3 interface, which will provide a mind-boggling 600MB/sec. Unfortunately, no other details were provided, but just in case you were terrified that the internal drive you purchase in 2013 wouldn't transfer files any faster than the one you're using now, at least you've one less worry on your mind.[Thanks, Johnny]
Intel's "mainstream" 80GB and 160GB SSDs ready to launch with mainstream price?
Looks like Intel, the big bad daddy of silicon, is about to unleash its first consumer oriented SSDs into the market. While Intel's 1.8- and 2.5-inch 80GB and 160GB SSD plans were pretty thoroughly detailed in those May leaks, Expreview has slapped up an honest-to-goodness slide which looks like it came straight from the Intel deck. Assuming it's authentic, then we now know that Intel's 2.5-inch X25-M and 1.8-inch X18-M SSDs top out with a 240MBps sustained read and 70MBps write. That's just a bit slower than the blazing Micron RealSSD C20 but still seriously quick and hopefully priced for the mainstream audience they are targeting. Dell, for example, sells a 128GB Samsung SSD for $450 -- surely Intel can beat that cost per Byte... right Intel? We're guessing that the enterprise-class 32GB and 64GB X25-E SSDs will feature some of that Micron co-developed "world's fastest" SLC NAND in order to achieve that ridiculous 240MBps / 170MBps read / write speed at what's expected to be an equally ridiculous price. The 80GB X25-M and X18-M are expected to launch in Q3 (so any day now) while the 160GB solid state slab should break free for consumers in Q1 (not Q4 2008) of 2009. Expect to hear more on these next week as Intel kicks off another International Developers Forum. [Via TG Daily]
Indilinx trumpets SSD controller with 230MB/sec read speed
With SSDs, there really is no "fast enough." In the never-ending quest for more speed, Indilinx has just introduced its Barefoot solid state drive controller with 90-nanometer process technology. Said device has reportedly shown the "fastest read speed (230MB/sec) of all the products currently available in the market and supports the capacity up to 512GB with multi-level cell (MLC) NAND flash." Additionally, it plays nice with SATA 2.0 and flash memory from Samsung, Toshiba, Hynix and Intel / Micron. Sadly, mass production isn't scheduled until Q4 of this year, so now you can sit on that vanilla HDD even longer as you wait for the future to arrive. Ugh, what a tease.
Toshiba launches 32GB embedded NAND for PMPs and handsets
Look out memory nerds, as Toshiba has just announced a more capacious embedded NAND flash memory device than you ever thought possible. The new 32GB chip boasts full compliance with eMMC and eSD standards, is fabricated with Tosh's 43-nanometer process technology, includes a dedicated controller and should slip right into your favorite handset / PMP of tomorrow. Samples are slated to hit couriers in September for an undisclosed price, while mass production will get going in Q4. So, how long 'til you guys and gals repeat this news with "64" or "128" in place of that lowly "32?"[Via Electronista]
Micron announces insanely quick RealSSD C200 SSDs
Intel's partner in solid state crime, Micron, just announced an update to its RealSSD lineup of SSDs. Based on the typically slower (and cheaper) MLC NAND process technology, the new 2.5-inch (up to 256GB) laptop and 1.8-inch (32GB to 128GB) ultra-portable storage slabs offer a 3Gbps SATA interface and ridiculous 250MBps read and 100MBps write speeds -- yes, that's fast, damn fast when you consider the 70MBps write and 90MBps read speeds of Samsung's latest consumer oriented SSDs. They even best the listed read speeds of Samsung's top-ender. Unfortunately, no prices were given though it's said to be "balanced price to performance." Expect 'em to hit the market in Q4 under the Lexar brand, and maybe even Crucial, Seagate, and Intel for all we know.
Samsung's low-power 128GB SSDs go mass production on the cheap
Good news on the SSD front. Announced back in January, Samsung is now mass producing its 1.8- and 2.5-inch SSDs in both 64GB and 128GB capacities. And since these SATA II SSDs are based on MLC -- 64 MLC NAND flash chips of 16 gigabits each in the 9.5-mm thick 128GB SSD -- you can expect them to be cheap by comparison to SLC-based SSDs and faster by comparison to traditional laptop hard disk drives while lasting about 20 times longer than the expected 4-5 year life span of that mechanical spinner. We're talking 70MB/s writes and 90MB/s reads and power consumption rated at just 0.2-watts idle or 0.5-watts when active -- far less than any of the models (including the SSDs tested by LAPTOP) tested by Tom's which should help put any battery consumption concerns to rest. Heaping happy on top of good, Samsung tells us to expect the 256GB SSD to go mass production by the end of the year. Clap clap clap.
Apple orders 50 million iPhone NAND chips from Samsung, rest of world put on hold?
Daaaamn, talk about clout. If DigiTimes' sources are correct, then Samsung, the world's primary supplier of flash memory, just told its non-Apple customers to suck it in favor of a "large batch of orders" it received from Cupertino. The order is said to be for 50-million "8Gb-equivalent" (we assume they mean gigabyte, or GB) NAND chips "mainly for use in Apple's iPhone." This order follows a June procurement for 25 million of the same chips. In response, Samsung has reportedly told its lesser customers that it would "sharply cut supply" of NAND to them while the order is being fulfilled. The shortage is compounded by Samsung lowering its manufacturing output in April and May in an attempt to reduce oversupply. Still, if these numbers are true (they seem high and DigiTimes can be hit or miss with its Apple sources) then the world is about to be awash in iPhone 3Gs come July 11th.Update: We've given the Gigabits vs. Gigabytes a bit more thought. If it's 50 million 8Gbit chips as stated, they would divide evenly across about 2.1 million 8GB iPhone 3Gs plus another 2.1 million 16GB models. A reasonable production run for Apple's global launch but an order which shouldn't be so taxing on Samsung's production capability. Something doesn't add up.
OCZ reveals Core Series SATA II 2.5 SSDs: 128GB for $479
¡Aye carumba! OCZ Technology just made us do a double take this morning with the introduction of its all new Core Series SATA II 2.5 SSDs. Hailed as the "world's first truly affordable high-performance SSD for consumers," these drives check in at $169 (32GB), $259 (64GB) and $479 (128GB), which -- as you undoubtedly recognize -- are amazing price points. Each unit utilizes NAND flash technology, possesses a 1.5-million hour mean time before failure and delivers 120 - 143Mbps read / 80 - 93Mbps write speeds. The sub-0.35ms seek times are also worthy of a tip of the hat, and the low power consumption just makes things unnecessarily sweeter. OCZ doesn't mention a definitive ship date, but we're hoping that "available" mention means "right now."[Via Electronista]
SanDisk and Toshiba join efforts to build "3D" flash
We first heard about Toshiba's plan to increase NAND flash capacities by building "3D" memory chips with "pillars" of stacked cells in January of 2007, but it looks like the effort is getting revived -- Tosh and SanDisk have entered into an agreement to jointly develop and cross-license 3D memory tech. SanDisk was once rumored to be developing write-once 3D flash chips, so both companies have experience building the stuff, but it sounds like it'll take another three or four years for the partnership to produce actual products, as high-yield production is still difficult.
Hynix develops triple-level-cell NAND flash: 30 percent cheaper than MLC
The more cells you can pack onto a NAND chip, the cheaper the storage, so we're excited about Hynix's recent announcement of triple-level-cell NAND flash. You might have noticed that MLC-based SSDs are cheaper than SLC units, and TLC keeps the trend alive -- Hynix says the cost of TLC production is some 30 percent lower than current chips. On top of that, the 32GB chips themselves are 30 percent smaller than current NAND chips, meaning device manufacturers will be able to cram more storage into our PMPs and phones. We'll have to wait a little while though: production is going to ramp up in October, and Hynix hasn't committed to using the new chips in SSDs quite yet.
Intel and Micron produce first sub-40nm NAND device
Just a few months back, we all gave SanDisk a round of golf claps for moving towards 43-nanometer NAND production. Fast forward to today, and that "feat" doesn't look so mighty anymore. Intel and Micron have just announced the industry's first sub-40nm NAND flash memory device, the 34nm 32 gigabit multi-level cell chip. The process technology was collaboratively developed by the two firms' joint venture, IM Flash Technologies (IMFT)," and there's nary a hint of shame when they trumpet that this is the "smallest NAND process geometry on the market." Sample shipments are expected to leave the dock in June, while mass production should get going sometime in the second half of this year. Somehow, we get the impression this won't stay on top for long.
Video: Intel launching 80GB 1.8- and 2.5-inch SSDs in Q3?
As evidence begins to amass around the imminent launch of Intel's consumer oriented High Performance SSDs, we finally get model numbers, dates, and capacities from Taiwan. According to DigiTimes and its "sources at PC makers," Intel is prepping a 2.5-inch Client X25-M SSD and 1.8-inch Client X18-M SSD for launch in Q3. Both of the SATA drives will initially launch in 80GB capacities before hitting 160GB by the end of Q4 -- 250GB and beyond in 2009. We'll guess that they'll be sporting the "world's fastest" SLC NAND co-developed with Micron making the drives tres cher fo' sho'. However they come, they'll likely be snuggled up to Intel's new Centrino 2 laptops when they do arrive.P.S. We dug up a promo video which we've bunged into the page after the break.
Yowza: Toshiba's net profits plunge 95% thanks to HD DVD, flash prices
A year ago today Toshiba was announcing ¥26.17 billion in profits for the quarter. Today, just ¥1.25 billion or about $12 million. In addition to the $580 million hit on account of its withdrawal from HD DVD, Toshiba also saw a swift decline in flash memory prices. While bad news for Toshiba on all accounts, we consumers are basking in a market dominated by a single high-def optical disc standard and cheap NAND and DRAM pricing. Sorry Tosh, but you won't find any tears around here.
Array-based flash memory could enable 1TB memory chips
The alphabet soup of different flash memory technologies is already a little bewildering, but it looks like the latest entrant could end up being the most promising of all, with single chip storage capacities of 1TB expected within ten years. Called array-based memory, the tech has been under development at a company called Nanochip, Inc. for nearly 12 years, and it looks like the first working samples will go out next year. Although those first prototypes will have storage roughly equivalent to NAND flash at tens of gigs per circuit, the plan is to rapidly scale up to 100s of gigs and finally to 1TB on a single chip. Because the chips can be manufactured using conventional fabs and aren't subject to the same manufacturing constraints as traditional flash, they may also end up being far cheaper per gigabyte. The company is being funded by a number of prominent tech giants, including Intel, and says the tech can be used to improve everything from USB keys to SSDs to enterprise-grade servers -- wait, bigger, cheaper, and potentially better? Yeah, sign us up.[Via Slashdot]
Intel on its way to making consumer SSD drives. Yes, still.
SSDs definitely seem like the boldest new frontier in computer electronics these days, and Intel, which lately has been making some solid developments in the NAND memory department, is apparently still on track to do that whole SSD thing they've been talking about. According to CNET, Intel's NAND marketing manager Troy Winslow supposedly said the company would be coming up with some 80 - 160GB capacity drives in Q2, and 128GB capacity drives in Q3. Sounds to us like someone got something wrong, but there's no denying Intel and its respective partners Micron and STMicroelectronics are out to make a dent in the hard drive market of tomorrow.
SanDisk launches 16GB iNAND embedded flash for handhelds
With the help of some of their new manufacturing processes, SanDisk just doubled the capacity of their existing iNAND flash drive to 16GB. No, you won't be slotting this bad boy into your laptop. Rather, it's an embedded storage solution with SD interface for mobile handsets and the like based on MLC NAND, the faster and more expensive slower and cheaper flavor of flash. Expected for sampling to OEMs/ODMs in Q2 with the iNAND 32GB version coming in the second half of the year.
SanDisk unveils a 16-gigabit, 3 bits per cell flash chips, plans to move 43nm NAND into production
Usually with SanDisk flash announcements we just list a new higher capacity and post a shot of a memory card with the new number on it, but this time around the announcements are little deeper: two new memory technologies. The first, which will go into production in March, is a 16-gigbit flash chip that contains three bits per cell, based on Toshiba's "3D" flash tech we heard about over the summer. The chip offers 8MB/sec write performance, but is much smaller than conventional MLC chips. Speaking of MLC, SanDisk also announced that it's moving forward on 43nm MLC fabrication, which will allow it to ship 32 gigabit flash chips in the latter half of the year. Either way, it looks like we're going to have a lot of memory cards with bigger numbers on them to post up soon, eh?Read - 16-gigabit 3D chipRead - 43nm NAND
Intel and Micron develop "world's fastest" NAND -- kiss SSD random write lag goodbye
How do 200MBps reads and 100MBps writes in a storage device sound to you? Pretty sweet if you ask us. That's the upper spec for Micron's new highspeed 8Gb (Gigabit not Gigabyte, kids) SLC NAND co-developed with Intel on a 50-nm processes node. Once slapped together in an SSD, you can expect performance to easily outshine any existing SSD or mechanical drive on the market while easily kicking the SSD bugbear -- random read/writes -- to the curb. The rub, of course, is that SLC NAND is more expensive than MLC so you can expect to pay dearly for that performance. Watch for the speedy Micron flash to pop in cellphones, camcorders, SSDs (and pretty much every portable consumer electronics device out there) sometime in the second half of 2008 -- sampling now to manufacturers.
