Subject: Storage | July 30, 2012 - 05:31 PM | Jeremy Hellstrom
Tagged: Seagate, repair, DIY, bricked
While this trick will not work on all bricked HDDs, if you have a Seagate 7200.11 HDD that is failing because it is convinced it is always in a busy state then you should check out this story on Hack a Day. While the initial step of detaching the circuit board and blocking some connections with piece of cardstock can be handled with easy, it will take some expertise to use an Arduino or serial-TTL converter to issue commands to the HDD controller. It is a good thing that there is a tutorial to walk you through the steps to unbrick your HDD, besides in the worst case scenario your HDD will still be a brick so it is worth a shot.
"Hard drive firmware is about the last place you want to find a bug. But that turned out to be the problem with the Seagate HDD which he was using in a RAID array. It stopped working completely, and he later found out the firmware has a bug that makes the drive think it’s permanently in a busy state. There’s a firmware upgrade available, but you have to apply it before the problem shows its face, otherwise you’re out of luck. Some searching led him to a hardware fix for the problem."
Here are some more Storage reviews from around the web:
- Western Digital VelociRaptor (WD1000DHTZ) 1 TB @ TechARP
- Hitachi Deskstar 5K4000 4TB @ Tweaktown
- HGST Ultrastar 7K4000 4TB SATA III HDD Review @ NikKTech
- Buffalo TeraStation 5200: a fast NAS with a few business features @ Hardware.info
- QNAP TurboNAS TS-119P II NAS Server Review @ NikKTech
- Intel 910 800GB PCI Express Solid State Drive Enterprise RAID @ Tweaktown
- OCZ Agility 4 256GB @ SSD Review
- OCZ Vertex 4 128GB SSD Review @ Hardware Canucks
- Plextor M3 Pro SSD @ XSReviews
- OWC Mercury Aura Pro Express 6G @ SSD Review
- Kingston DataTraveler Elite 3.0 USB 3.0 @ TechARP
- Kingston 16GB DataTraveler Locker+ G2 USB Drive Review @ Legit Reviews
A selection of parts
AMD is without a doubt going through some very tough times with massive personnel issues as well as some problems with products and profitability. But that doesn’t mean the current product line from AMD is without merit and that you can’t build a great system for various environments, including those users looking for a mainstream and small form factor gaming and home theater PC.
While preparing for Quakecon 2012 we needed to build a system to take on the road for some minor editing and presentation control purposes. We wanted the PC to be small and compact, yet still powerful enough to take on some basic computing and gaming tasks. I happen to have some AMD Llano APUs in the office and thought they would fit perfectly.
If you are on the hunt for a small PC that can do some modest gaming and serve as an HTPC, then you might find our build here interesting. And while it isn't nearly as exciting as building a Llano PC while blindfolded - it's pretty close.
Case: Lian-Li PC-Q08B
Subject: General Tech | June 15, 2012 - 05:01 PM | Jeremy Hellstrom
Tagged: Hard Disk, Seagate, western digital, fud, hdd
There are quite a few things in the industry to speculate on, from Microsoft's intimating a 'big new thing' next Monday to AMD and the HSA's plans for the future of the industry, but if you want to go for the big one then it is the hard drive industry you should be following. The most recent sign that something big is going on would be the change in warranty length on consumer drives from the two remaining players, both of which now offer a 1yr warranty. That is a vast reduction from previous 3yr and 5yr warranties and while it does not necessarily imply these drives will fail any faster it does mean they offer shorter warranties than their competition, the SSD. This could convince a lot of people that paying $1/GB for an SSD is not really that bad of a deal and you can only expect that price to fall, especially on larger sized SSDs.
Also consider the fact that there are only two major HDD manufacturers left, Seagate and Western Digital. This defragmentation of the industry has been going on for quite a while now, resulting in those two manufacturers owning their competitions resources and IP and pretty much being able to determine what the market will provide and at what cost to the consumer. That has lead to the rather counter-intuitive profits that these two, especially Western Digital, made over the past year. You would not expect a company which lost its manufacturing capabilities to the Thai floods to see a 230% increase in profit, yet that is exactly what happened from March 2011 to March 2012. Seagate held their first place spot over the same time period, with higher volume sales contributing to that success with their prices only rising 20% instead of the 40% they threatened during the supposed supply difficulties.
The HDD market seems to be on its way out, not just because ultraportable devices chose SSDs over HDDs but also because the average consumer has come to the realization that while having a few terabytes of storage is nice for long term storage they really do not need it, especially on a device which does not have long term support. The Inquirer smells something foul in the air and comments on this topic here.
"Seagate, Western Digital and to a lesser extent Toshiba are starting to see free market economics - or as close as it gets - show their strategy of consolidation and profiteering. With the number of solid state disk (SSD) in the low teens, prices are falling steeply while hard drive makers rely on artificially high prices and shorter warranties to make a quick buck."
Here is some more Tech News from around the web:
- The other side of Computex @ The Tech Report
- Inside the “Card-That-Unlocks-All-Cable-Channels” Scam @ Hardware Secrets
- Microsoft's $1bn Yammer gobble gabble blabbed by insiders @ The Register
- Skype 4.0 For Linux Now Available @ Slashdot
- Intel to hold ultrabook cost-reduction meeting with Taiwan supply chain makers in July @ DigiTimes
Seagate announced today that they will be pursuing a controlling interest in LaCie. The two companies deal in complementary areas of the storage industry with Seagate manufacturing drives and LaCie developing mobile and desktop drive enclosures and NAS solutions. In order to achieve a controlling (more than 50%) interest in the company, Seagate has offered to purchase all of Philippe Spruch’s–LaCie’s Chairman and CEO–shares. In addition to shares from an unnamed affiliate, such a buy would net Seagate 64.5% of outstanding shares of LaCie stock. Seagate is offering the LaCie shareholders €4.05 (approximately $5.09 USD) for their stock, and may be increased to as much as €4.17 should Seagate get 95% of LaCie shares and voting rights within 6 months of closing.
The merging of Seagate and LaCie logos (hehe).
After acquiring a controlling interest, they would then work to buy back all other otustanding shares with a cash offer. The initial purchase of stock is still pending governmental approval. Ricol Lasteyrie & Associates has been appointed as an independent expert by the board of directors for LaCie to examine the offer and determine whether or not to accept. Should it go through, Philippe Spruch would join Seagate as the president of Seagate’s consumer storage division. He would have the current Seagate vice president Patrick Connolly and LaCie deputy general manager Pierre van der Elst reporting to him. At this time, Seagate has not disclosed how much the former LaCie employees would be paid to work for Seagate. If all the appropriate governing bodies “okay” it, the buyout is expected to happen in the third quarter of 2012 (Q3 2012).
Steve Luczo, Seagate chairman, president and CEO was quoted in the press release in stating: “Seagate has a strong commitment to the growing consumer storage market and bringing the most dynamic products to market. LaCie has built an exceptional consumer brand by delivering exciting and innovative high-end products for many years. This transaction would bring a highly complementary set of capabilities to Seagate, significantly expand our consumer product offerings, add a premium-branded direct-attached storage line, strengthen our network-attached storage business line and enhance our capabilities in software development."
The combination of Seagate and LaCie seems odd a first, because LaCie does not manufacture their own drives (so it’s not a hard drive patent portfolio Seagate is after); but they are actually complementary services. While Seagate has the hard drive storage down, LaCie has a lineup of drive enclosures and NAS boxes. By combining the two, Seagate can manufacture the drives and the enclosures themselves. Seagate does currently have a few enclosures but their expertise is primarily in the drive technology itself. The opposite is true to Lacie, so the two companies coming together is a good thing for Seagate. One thing that LaCie has done that instantly benefits Seagate is focusing on high end and premium drive enclosures. While Seagate has focused on low and midrange drive enclosures, LaCie has solely focused on high end. This is beneficial because Seagate can integrate those higher profit margin premium LaCie products into their lineup without the need for extensive research and development. Whether it will also result in an improved product lineup and/or cheaper products for consumers remains to be seen, but it has the potential to be a good thing.
Subject: Storage | March 20, 2012 - 05:27 PM | Tim Verry
Tagged: storage, Seagate, hard drives, HAMR, density, 1 Tb/in^2
In April 2006 Seagate began shipping the first 3.5" desktop hard drive using Perpendicular Magnetic Recording (PMR) technology and since then PMR has become essential in allowing all of the hard drive manufacturers to create the 2 TB+ drives available today. As we approach the limits of what drive manufacturers are able to do using PMR alone; however, they are starting to look at additional technologies to boost the storage density. One such technology on the horizon is Heat Assisted Magnetic Recording, or HAMR. According to a recent press release, Seagate is not only experimenting with HAMR but is the first drive manufacturer to use HAMR to reach 1 Terabit per square in of areal density.
HAMR works by using a laser to heat up the storage medium before the compounds used to store data have their orientation aligned by the write heads of the drive. As bits get smaller and smaller, traditional magnetic recording methods are not strong enough to permanently change the magnetic orientation of the bits, which means that there is an inherent, if theoretical, minimum bit size and corresponding maximum storage density possible with current Perpendicular Magnetic Recording. HAMR further allows drive makers to get around that limitation by heating the physical bits to the point that traditional magnetic write heads can change the orientation.
Via Bit-Tech. The laser heats up the platter before being written to.
The current 1 Terabit per square inch achieved using HAMR is also the theoretical maximum storage density for PMR alone (as mentioned above), which is promising as it implies HAMR still has a lot of working room to improve and has matched the maximum proposed for PMR.
Seagate expects to use HAMR to produce 60 TB+ 3.5" and 20 TB+ 2.5" hard drives within the next ten years. To put this areal density in perspective, current 3 TB desktop drives feature approximately 620 Gigabits per square inch while current 750 GB laptop (2.5") drives feature about 500 Gigabits per square inch. Interestingly, when comparing the 1 Tb/in^2 mechanical drive density to flash (ie SSD) storage at equivalent densities, it works out such that a single bit equals 1nm of flash storage!
Unfortunately, we won't be seeing 60 TB drives any time soon. Rather, Seagate expects 6 TB desktop drives and 2 TB laptop drives to be the most immediate benefits of the heat assisted recording technology. Still, as my 2 TB drive is filling up more quickly than I ever imagined (thanks to working with HD video and making regular backups of data), I welcome as much increased storage as I can get!
Introduction, Hardware Vendors
This year's South by Southwest (SXSW) Trade Show brought together many small and global companies with computer hardware and information technology backgrounds as well as creative industries that produce art, music, and movies. SXSW interactive badge holders and showcased artists got an inside look at the newest innovations in mobile social media platforms and applications, open source web content management systems, professional audio/video technologies, and other multimedia products.
Since I write for PC Perspective, I narrowed the focus of my trade show coverage to companies creating innovative computer hardware, PC and Mac peripherals, and other gadgets that may interest our readers. I also scoured the rest of the trade show for the best booth babes handing out swag and watching other fun, promotional events to get expo visitors to engage with companies to find out more about their products.
See our video coverage of the SXSW Trade Show!
Subject: Storage | December 30, 2011 - 02:45 PM | Allyn Malventano
Tagged: western digital, wdc, Warranty, Seagate, hitachi, hdd
It's been a few short months since Thailand saw some serious flood damage. The flooding had a huge impact on everything from Automobile production to the making of fiber optic cables. The largest impact to the computer industry was that of storage devices. While flash memory fabs were spared, makers of HDD components were hit hard.
Hitachi plant in Thailand, partially submerged.
This effect quickly trickled down to the HDD quickly spiking prices by nearly 200% by Halloween. Inventories remained at critically low levels for a 60-day window - long enough to have far reaching impact on the PC industry as a whole. With a key component missing from PC production chains, the effects caused dips in demand from the PC suppliers, eventually trickling back up the chain to other component makers. Intel was forced to scale back their chip production. The industry finally saw a reprieve just a few weeks ago, as HDD production recovered sufficiently as to begin the slow replenishment process, and it started to look like everything would be ok.
...and then the other shoe dropped.
Right as HDD Suppliers started catching up on supply, Western Digital made a surprising announcement. Starting on January 2nd of next year, most of their drive lines will see a drastic reduction to warranty periods. Caviar Blue, Caviar Green, and Scorpio Blue drives see a 50% drop from 3 to 2 years. Seagate quickly jumped on the bandwagon, cutting the 5-year warranties of several of their lines down to three. Even worse, the Baracuda, Baracuda Green, and Momentus (laptop) drives will be cut from five all the way down to 1-year warranties. Seagate's reductions go into effect December 31, 2011.
The Momentus XT, while technically a Hybrid SSD/HDD, was not spared in the warranty cuts.
This isn't the first time warranties saw an across-the-board cut in duration. Back in 2002, Western Digital and Seagate (as well as Maxtor - since acquired by Seagate), jointly cut their warranties back to just one year. The reasoning back then was claimed to be strictly business, and that it was done to be in-line with the 1-year warranty provided by PC OEM's, but was that the only reason? We would need a bunch of data on HDD failure rates to know for sure...
Subject: General Tech, Storage | December 20, 2011 - 07:52 PM | Jeremy Hellstrom
Tagged: Seagate, Samsung, sale, partnership, hdd
Back in April of this year we heard that Samsung was going to spin off its HDD department, handing the entire compliment of staff, equipment and trademarked names to Seagate for about $1.4 billion USD total. Today that sale is complete as Seagate announced the final approval of the acquisition. This means very little for the consumer over the next 12 months, and not just because of the lack of available HDDs. Samsung's branding will remain on their HDD lines for the next year and as the entire Samsung team and facilities came with the rights to the products the design and assembly teams will be the same as when they were owned by Samsung.
Fans of Samsung notebooks and other PCs will also be unaffected as those products tended to utilize Seagate HDDs already, as the two companies have had a long and tight partnership. After a year we may see many of the Samsung lines disappear as they are folded into pre-existing Seagate product families, though it seems reasonable to hope that the new products will represent the both of best worlds.
CUPERTINO, Calif.--(BUSINESS WIRE)-- Seagate Technology plc (NASDAQ:STX), a world leader in hard disk drives and storage solutions, today announced the closing of the transaction to acquire the hard disk drive (HDD) business of Samsung Electronics Co., Ltd., a world leader in digital consumer electronics and information technology.
Under the terms of the transaction, Seagate has gained select elements of Samsung’s HDD business, including assets, infrastructure and employees that enable Seagate to drive scale and innovation. These assets include Samsung’s leading M8 product line of high-capacity, 2.5-inch HDDs. Samsung employees joining Seagate include a number of senior managers and design-engineering employees from Samsung's Korea facility, who will focus on development of small form-factor products for the mobile compute market. N.Y. Park, senior vice president and general manager, will oversee Seagate’s product development activities in Korea and serve as country manager of the Korea design center, reporting to Bob Whitmore, Seagate’s executive vice president and CTO.
“Together, Seagate and Samsung have aligned our current and future product development efforts and roadmaps in order to accelerate time-to-market efficiency for new products and position us to better address the increasing demands for storage,” said Steve Luczo, Seagate chairman, president and CEO. “It is an exciting time in the industry with rapidly evolving opportunities in many markets including mobile computing, cloud computing, and solid state storage.”
This transaction was announced in April 2011 along with a series of other agreements between Seagate and Samsung. Seagate is supplying disk drives to Samsung for PCs, notebooks and consumer electronics devices. Samsung is supplying its market-leading semiconductor products for use in Seagate’s enterprise solid state drives (SSDs), solid-state hybrid drives and other products. The companies have also extended and enhanced their existing patent cross-license agreement and have expanded cooperation to co-develop enterprise storage solutions.
“The strategic relationship will open new opportunities for the two companies by mutually complementing each other’s creative technology solutions for a broad diversity of IT applications,” said Oh-Hyun Kwon, vice chairman of Device Solutions of Samsung Electronics.
The transactions and agreements substantially expand Seagate’s customer access in China, Southeast Asia, Brazil, Germany and the Russian Federation. Seagate and Samsung also have been working together to ensure that customers continue to receive a high level of service, support and innovation, including activities to align the two companies’ supply bases and delivery infrastructure. To ease the transition of products and technologies, Seagate will retain certain Samsung HDD products under the Samsung brand name for 12 months, and maintain or establish a number of independent operations including sales staff, key production lines and R&D. Customers can find more information at www.seagate.com/samsung.
The combined value of these transactions and agreements is approximately US $1.4 billion, consisting of 45,239,490 Seagate Ordinary Shares and the remaining balance settled in cash. In addition, Samsung will designate a nominee to join Seagate’s Board of Directors.
Seagate does not presently expect significant restructuring costs and expects to achieve considerable reductions in overall operating expenses for the combined business while minimizing the integration costs. As previously stated, Seagate expects that the transactions and agreements will be meaningfully accretive to non-GAAP diluted earnings per share and cash flow in the first full year following the closing. Seagate will provide additional financial information for the combined company on its fiscal second quarter conference call in late January.
Subject: Storage | December 18, 2011 - 04:20 PM | Ryan Shrout
Tagged: WD, thailand, ssd, Seagate, hdd, Hard Drive, flooding
The hard drive industry might be recovering more quickly than expected and the entire tech field should be hoping that is the case. We have been covering the unfortunate disaster in Thailand and the accompanying disruption in the world of storage since things first started hitting the fan in October. The initial result was a very dramatic price increase on traditional spinning disks - prices going up as much as 200% in some cases. This week we got our hands on some very interesting data from Dynamite Data, a company focused on channel monitoring, that they were willing to let us share with you.
First, the bad news that we already know about - the price increases we have seen percolate throughout the entire industry in the last two months.
Click to Enlarge
This graph shows the average price of the top 50 spinning disk drives over the last year in red and the very specific Western Digital Velociraptor 150GB pricing on Amazon.com in blue. You can see that around October 16th the big price increase began and over the entire ecommerce span that Dynamite Data monitors, prices on the top 50 HDDs went up by 42%. And while not shown in the graph, other provided data shows that at its peak the low-cost leaders in the HDD market increased their prices by 150% as of early December.
Why did this happen? Looking at inventory levels clearly shows the drop in availability.
Click to Enlarge
Based on those same top 50 SKUs, we saw ecommerce inventory drop by 90% in late October (in less than one week!) after the first impact on the supply chain that occurred on October 8th. What is interesting is that it took a week or more for the price changes to take place based on the analysis of the disaster in Thailand. Much to the dismay of many of the conspiracy theorists out there though this data definitely backs up the price increases from WD, Seagate and others.
There is an uplifting bit of news in both of the above the graphs though - look towards the end of the time lines of gathered data. Both show movement in the direction of consumer's interests: a jump in inventory and a drop in average pricing. WD announced on November 30th that the first of its production facilities was back online and we are already seeing results. Of course the CEO of Seagate is still claiming that it will take more than a year for the industry to recover but it looks like supply may increase at a quicker rate than initially expected.
Finally, just for a bit of added bonus coverage, many have wondered if the price increase on traditional spinning drives would affect the pricing of SSDs. Well, it looks like did at least for a 10 day span.
Click to Enlarge
Over the last year prices for solid state drives have dropped by 23% on the top 50 devices available with one minor hiccup. In a 10 day period between the end of October and early November, there was an SSD price increase that isn't explainable by any kind of inventory changes or supply line changes. This was likely due to the HDD shortage and vendors looking to maximize profits when consumers didn't have access to the low cost hard drives they were used to. But because the price increase lasted such a short time I think we can clearly see that customers didn't fall for the ploy and the hiccup was quickly self-corrected.
Even though we have been monitoring prices on our own since the Thailand disaster first occurred, it is great to get some hard data to put alongside our presumptions. While there is tons of bad news still to digest for at least the first two quarters of 2012, the information provided by Dynamite Data provides some hope that the worst is behind us. If you are interested in more analysis of this data and you will be at CES in January, you should stop by the Storage Visions conference where there will be a short talk on the topic.
Back in 2006, storage tech talk was intermittently buzzy with a few different innovations. One was wrapped around the pending release of Windows Vista, particularly two bullets on its feature list: ReadyBoost and ReadyDrive. In parallel with all of the Ready_____ talk, many tech pundits asked why it would be necessary to have the flash talk to Windows through special drivers. Why couldn't the flash memory just act like a larger RAM cache already present on?
A prototype ReadyBoost-enabled HDD by Samsung.
The answer, which nobody was aware of at that time, was that management of flash memory was a tricky thing to do successfully. It would not be until several years later that SSD's would (mostly) beat the issues of Long Term Performance and other issues that crop up when attempting to store randomly written data onto a device that can only be erased in relatively large blocks.
ReadyDrive required a special 'Hybrid' disk drive to be connected to and recognized by Windows Vista, containing both spinning platters and flash memory. Vista would then place frequently used small files on the flash. Since flash memory has negligible access times when compared to seek times of a HDD, the drive overall would boot significantly faster. Other tasks using those cached system files also saw a benefit. While ReadyDrive looked great on paper, there were very few devices ever released that could take advantage of it. Seagate was the earliest to release such a drive, and their Momentus 5400 PSD laptop drive did not see the light of day until Vista was nearly a full year old.