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Samsung launches its fastest mainstream SSD yet
Samsung has just launched the 950 Pro, its first consumer SSD that puts vertical NAND (V-NAND) tech into a gumstick-sized M.2 PCI Express device. The result, as you might guess, is speed. The 512GB model, which costs a reasonable $350, can read at 2.5GB/s and write at 1.5GB/s, easily beating the company's last speed champ, the SM951 SSD. It's also Samsung's first mainstream drive to use NVMe (Non-Volatile Memory Express), an interface designed specifically for SSDs to help them sip less power and last longer. As a result, the 512GB model is warrantied to write up to 400TB of data. The drives use Samsung's 2nd-generation 32-layer V-NAND, not the 48-layer chips it recently announced.
ASUS' RAIDR Express PCI-e SSD is compatible with both legacy and UEFI BIOS
These days, it's fairly easy to find a PCI Express-based SSD to transform one's desktop -- Angelbird, Fusion-io, Micron and ASUS will sell you one, just to name a few. That said, the last of those three has just revealed a new entrant that will certainly catch the eye of many, as the RAIDR Express claims to be the first PCI-e SSD to be compatible with both legacy and UEFI BIOS. The so-called DuoMode feature is joined by 240GB of storage space, sequential 830MB/s read and 810MB/s write speeds and a reported 620,000 hours mean time between failure (MTBF). You'll also find the latest LSI SandForce controller, Toshiba-built 19nm MLC flash, and 100,000 4K read/write input/output operations per second (IOPS). The bundled RAMDisk utility allows users to dedicate up to 80 percent of a computer's available RAM for use as a high-speed virtual drive, and if you needed any further proof that it's fast, look no further than in the video after the break. Curiously, ASUS isn't talking pricing just yet, but it should start shipping in the very near future.
Phi: a wireless re-routing card that puts you in control of the airwaves (video)
For all the talk of convergence in mobile devices, there's relatively little chatter about the coming together of wireless signals themselves. In other words, why should we have a separate device to interact with each type of wireless signal? And so, with that intriguing question, begins the pitch for a new device call Phi. It's a $750 antennae-laden PCIe card that slots into a desktop and gathers up wireless signals that are flying around the home -- so long as they have a frequency below 4GHz and don't involve bank-busting neutrinos. The card then allows custom apps to re-direct those transmissions as you like: potentially acting as a "base station" so you can make free calls from your cell phone, or receiving over-the-air HD transmissions which you can play on your tablet, or doing whatever else hobbyists and devs can cook up. Phi is still version 0.1 and Linux-only while the startup behind it -- Per Vices -- looks for a Kinect-style blossoming of third-party interest, but with nothing less than a deity-like command over the domestic ether on offer, how could it ever fail?
Thunderbolt is everywhere, now let's make it faster with PCI-Express 3.0
Things are different on Planet Intel. Over there, Thunderbolt drives and peripherals are as cheap and abundant as artificial intelligences in a Culture novel, so the population's attention has already turned to what comes next. Some are prepared to wait for a promised 50Gbps optical interconnect by 2015, but an impatient few are trying to make Thunderbolt exploit the new PCI-Express 3.0 standard for more immediate thrills. PCWorld claims the latest form of PCI-Express found in Sandy Bridge E, Ivy Bridge and Xeon E5 chipsets could make 10Gbps Thunderbolt run "significantly faster", thanks to a 60 percent speed boost over PCIe 2.0. Maybe they're right, but back on this planet we're still 33 percent of the way through transferring The Best of Leo Sayer to our USB 2.0-equipped Xperia S.
Angelbird's Wings PCIe-based SSD preview and benchmarks
Storage enthusiasts (yeah, there is such a thing -- what of it?) would probably tell you that PCIe-based SSDs are a dime a dozen these days. But in all seriousness, the prices we're seeing are proof that a few more competitors wouldn't hurt. A few weeks back, Austria's own Angelbird started to ship a solution that we first heard about during 2010, and we were fortunate enough to pop a Wings PCIe SSD RAID card into our Mac Pro for testing. For years, we've been booting this up and running every single application off of its stock HDD -- a 640GB Hitachi HDE721064SLA360 (7200RPM) -- as we surmise many of you desktop owners might be. Anxious to see if these are the Wings your existing tower needs to soar? Head on past the break for our impressions. %Gallery-134642%
Angelbird's PCIe-based SSD: it's real, it's shipping, it's 800MB/s
Remember that 1GB/s PCIe SSD system from Angelbird we covered a year ago? Well, the company just let us know it's finally available. The performance claims are more modest than we saw in the beta phase, but we're not distraught: the new benchmark is 800MB/s reads and 750MB/s writes, achieved with a $3000 setup including four 240GB SSD modules mounted on a Wings PCI-e card with a 32GB SSD built-in. Need to hold something back for groceries? You can't reduce the number of SSDs without slowing everything down, but four 60GB drives on the cheapest Wings Lite PCIe card ought to satisfy most thrill seekers for just under a grand. We hope Smart Modular is paying attention.
OCZ's Z-Drive R4 PCIe SSD offers 2,800MB/sec, 500,000 IOPS, plenty of thrills
Hard to believe that we spotted OCZ Technology's original Z-Drive at CeBIT 2009. Just over two full years have passed, and already we've seen the 600MB/sec claims offered on that fellow eclipsed by a few successors. Today, the latest in the line is making its debut, with the Z-Drive R4 offering 2,800MB/sec and over 500,000 IOPS with a single SuperScale controller; step up to a dualie, and you'll see 5,600MB/sec transfer rates coupled with 1.2 million input-output operations per second. Not surprisingly, this guy's aimed squarely at enterprise users -- folks who can genuinely take advantage of the speed, and are willing to pay the unpublished rates (yeah, we asked!) that go along with it. It's retaining the PCIe-based form factor, and will be shipped in two standard configurations: a half height version designed for space constrained 1U servers and multi-node rackmount servers, and a full height version. Each of those will be made available with SLC / MLC NAND flash memory, and as with all of OCZ's enterprise kit, customer-specific configurations and functionality are available upon request. Full release is after the break, big spender.
PCI Express cables could take us to 32Gbps speeds by 2013
Thought Thunderbolt was the only superfast interconnect in town? Well, it is and will be for a little while yet, but the PCI Special Interest Group has just held its annual meeting and developer conference in California, where plans for a 32Gbps PCIe cable were revealed. Details are still fluid on precisely what such a connector would look like and do, but the expectation is that it'll be built out of copper wire, will be flatter and thinner than Thunderbolt's rotund construction, and will be able to channel power as well as data through to devices up to 10 feet (3m) away. Targeting consumer applications, and extra skinny tablets and laptops in particular, this cabled variety of PCI Express will start off based on the 3.0 spec in 2013, but will then move on from there to PCI Express 4.0 and, potentially, optical data conveyance. Oh yes, PCIe 4.0 also got announced by the PCI SIG, though that's at least four years away at this point -- no need to sweat about having it in your next motherboard, not yet anyway.
Hauppauge is taking its HD component capture card internal
It wasn't that long ago that recording HD from just about any source on a PC was cost prohibitive. Then along came Hauppauge's HD PVR and while it isn't without its issues and limitations, it gets the job done at an affordable price. One of those limitations is the rather large external enclosure and the wall-wart that powers it. Now Hauppauge has addressed those nit picks with the release of an internal PCI-E capture card for $159. The single card can record up to 1080i from either component or unencrypted HDMI and will start shipping later this month. The support is very similar it its external brother, in fact other than the form factor, the two are very similar in most every other way. Another pictures and technical details after the jump.
USB 3.0 for Mac review and benchmarks (with a LaCie 2big USB 3.0)
It took LaCie nearly a full year to ship the 2big USB 3.0 RAID drive -- a device that was announced in the fall of 2009 -- but now that it's here, it's being accompanied by a concept that actually far outshines the unit itself: USB 3.0 on a Mac. For whatever reason, Apple has refused to offer SuperSpeed USB on any of its machines, even a fully specced-out Mac Pro costing well north of $10,000. We've seen purported emails from Steve Jobs noting that USB 3.0 just isn't mainstream enough to sweat just yet, but coming from the guy who's still bearish on Blu-ray, we get the feeling that it'll be quite some time far too long before Apple finally caves and upgrades from USB 2.0. We're obviously no fans of the holdout -- after all, even a few sub-$500 netbooks are enjoying the SuperSpeed spoils already -- so we couldn't have possibly been more excited to hear that a longstanding storage vendor was about to fill the void that Cupertino continues to ignore. We were able to pick up a LaCie USB 3.0 PCIe expansion card as well as a 4TB (2 x 2TB) 2big USB 3.0 drive and put the whole setup through its paces on our in-house Mac Pro. Care to see how it stacked up against USB 2.0, FireWire 400 and FireWire 800? Head on past the break for the grisly details. %Gallery-111542%
VisionTek Killer HD 5770 combo NIC / GPU hikes frame rates, lowers ping times for $200
Mama always said that one was never enough, and just five months after revealing its first NIC / GPU combo card to us at Computex, Bigfoot Networks has taken the wraps off of its second. This go 'round, the outfit is partnering with VisionTek to produce the VisionTek Killer HD 5770, a single PCIe card that combines an AMD Radeon HD 5770 GPU (with 1GB of GDDR5 memory) and a Killer E2100 networking card. All told, buyers are presented with two DVI ports, a single HDMI output and a gigabit Ethernet jack. The card is compatible with Windows 7, Vista and XP, and put simply, it's designed to both improve your frame rates (that's AMD's role) and lower your latency / jitter (hello, Bigfoot!). The NIC portion actually has a 400MHz onboard processor that helps minimize the impact of slight changes in your connection, and Bigfoot's management software will be thrown in for good measure. The board is expected to hit North American retail shops within a fortnight or so, with the $199.99 asking price representing a ~$10 savings compared to buying an HD 5770 GPU and Killer 2100 separately. Oh, and you get a pretty sick dragon, too. %Gallery-108536%
OCZ RevoDrive X2 PCIe SSD reviewed: blisteringly fast in every conceivable way
Hard to say why OCZ Technology pushed out revision two of its RevoDrive so soon after the original launched, but it's hard to complain with numbers like this. Just in time to shock the performance hound in your life with an outlandish Christmas gift comes the RevoDrive X2, and this here PCIe SSD solution has now been benchmarked to the hilt. The bottom line? It's fast. Really fast. In fact, Hot Hardware calls it "simply one of the fastest PCI Express based SSD solutions" that they have tested, noting that it went toe-to-toe with Fusion-io's ioXtreme while costing a good bit less. Critics over at Tweak Town echoed those thoughts, and while both teams felt the $680 asking price for a 240GB model was a touch pricey, neither felt that it wasn't worth it if you've got the coin laying around. Hit the links below for more charts than you'd ever want to see as an eight grader.
OCZ amps up performance on RevoDrive X2 PCIe SSD: 740MB/sec, up to 120k IOPS
Blink, and you've probably missed it. Just four short months after we saw OCZ Technology's original RevoDrive reviewed (and subsequently adored), along comes revision two. The RevoDrive X2 PCI-Express SSD looks, feels and smells the same as the first, but the performance is obviously looking north. The unit we saw introduced at Computex was capable of hitting 540MB/sec, while the X2 pushes that to 740MB/sec and up to 120,000 IOPS -- "nearly triple the throughput of other high-end SATA-based solutions." Furthermore, this guy packs double the SandForce SF-1200 controllers (four versus two in the original), and it retains the onboard RAID 0 design that you've come to know and love. It's available as we speak in 100GB to 960GB capacities, but there's nary a mention of price; something tells us that you're probably not the target market if you have to ask. %Gallery-106194%
OCZ Ibis touts 2GBps High Speed Data Link, vanquishes SSD competition
What's after ludicrous speed? If you ask OCZ, the answer is HSDL speed, which is the company's new interface idea for bypassing the bandwidth limitations of standard SATA/SAS interconnects. Using a high-quality SAS cable to hook up its new Ibis drive to a PCI Express host card, OCZ has managed to deliver a cool 2GBps of total bandwidth -- that's one gigabyte up and one gigabyte down... every second. In order to feed this massive data pipe, the company's gone and stacked four SandForce SF-1200 controllers inside the Ibis and RAIDed them together for good measure too. The upshot isn't too dramatic for desktop applications, where'll you'll see performance that's merely world-beating -- reading at 373MBps and writing at 323MBps -- but if you throw in some deeper queues and enterprise-level workloads you'll be able to squeeze out 804MBps reads and 675MBps writes. Needless to say, the Ibis scooped up many a plaudit in early reviews, and though it may be expensive at $529 for 100GB, it still seems to represent good value for those who have the workloads to saturate its High Speed Data Link.
Atheros and Wilocity embrace 'tri-band' wireless wares, 60GHz wireless PCIe
The amount of dual-band products (you know, those that support both 2.4GHz and 5GHz bands) is slowly growing, but already a pair of companies are thinking about the next big thing: tri-band. Atheros and Wilocity have both been eying that 60GHz stuff that the WiGig Alliance is pushing around these days, and now they're announcing a collaboration to "build tri-band wireless solutions that combine the ubiquity and coverage of WiFi with the multi-gigabit performance of the Wireless Gigabit Alliance's 60GHz technology." The new gear would enable all sorts of backwards compatibility, and while there aren't too many details being shared just yet on exactly what kind of kit is in the pipeline, we do know of one particular tidbit. That tidbit, of course, is wireless PCI Express, or wPCIe. Developed by Wilocity, this black magic would essentially enable PCIe devices to be docked outside of the desktop and have their signals beamed to a receiver card within the desktop. Think external graphics, storage arrays, etc., all sans cabling. It's being reported that wPCIe can push data at up to 5Gbps, and if all goes to plan, the spec should scale easily to 7Gbps. Be sure to give the links below a visit for a deeper dive, and get ready to give that SFF machine you've often overlooked... well, another look.
Intel's 2011 CPUs require new motherboards, start saving those pennies now?
Hoping Intel's 32nm Sandy Bridge CPUs will unify your computing world next year? Bit-tech reports they may also drain your pocketbook. Anonymous sources told the site that Intel's spiffy new CPU / GPU / memory controller integrations will use two new sockets, LGA-1155 and LGA-2011; if true, you'll need to buy a new motherboard to match. Aside from packaging the aforementioned GPU and memory controller on the same die, LGA-1155 rumors don't hold any surprises thus far, but the enthusiast-grade LGA-2011 chips will supposedly sport a quad-channel DDR3 memory controller (like Nehalem EX) and the long-awaited PCI Express 3.0 for 32 lanes of graphics-gobbling bandwidth. We also hear new southbridges will have native SATA 6G. Honestly, these rumors are so tame as to be entirely credible. Let's dream up something ridiculous, like Intel actually supporting USB 3.0.
OCZ's Z-Drive gets swappable NAND sticks, ludicrous speed in second incarnation
While Fusion-io's PCI-Express SSDs garner glowing reviews and deplete wallets accordingly, OCZ hasn't been so lucky -- even as its similar Z-Drive boasted seriously speedy sequential transfer speeds that made it desirable for video editing and the like, it was tested and found wanting in consumer applications. This time, OCZ is playing to its strengths and marketing its next batch of Z-Drives directly to the professional market. Boasting banks filled with hot-swappable NAND modules, OCZ claims the Z-Drive R2 can be serviced and upgraded in the field -- and with two full tiers of flash memory woven together in a 2TB, eight-way RAID 0 configuration on their premium Z-Drive p88 model, the company claims you'll see 1.4GB/s (yes, that's gigabytes per second) read and write speeds. No word on pricing and availability, but you can safely assume that the power to instantaneously teleport your entire Doctor Who wallpaper collecti-- we mean, edit raw 1080p footage in real time -- won't come cheap.
USB 3.0 PCIe and ExpressCard adapters flow from Addonics and VPI
Belkin may have kicked things off nice and proper, but c'mon, surely you're smart enough to avoid paying such insane premiums for a major label, right? With the USB-IF recently certifying a full 50 SuperSpeed USB products, it looks as if the little guys are getting in on the upgrade game as well, with Video Products, Inc. and Addonics being the latest to offer up USB 3.0 PCIe and ExpressCard adapters. As you'd expect, the respective devices bring USB 3.0 support to products that were born without it, with VPI charging $45 for its 2-port PCIe host card, $52 to $65 for USB 3.0 HDD enclosures and an undisclosed amount for its forthcoming USB 3.0 switch. Addonics is offering your aged desktop USB 3.0 compatibility for the lowly rate of $35, while the ExpressCard will do the same for your laptop at $49.99. In related news, the company is also doling out PCIe / ExpressCard adapters for adding SATA 6Gbps support ($39.99 a pop), and if we were the betting type, we'd say the flood gates were just about to bust wide open.
Belkin unleashes overpriced USB 3.0 peripherals: PCIe card, ExpressCard and cables
We've seen a few USB 3.0 peripherals pop up overseas, but by and large, the American market has been left to ponder the future of their transfers. Will they really be stuck with USB 2.0 and FireWire 400 (rest its soul) forever? Will no one rise to the occasion and provide the necessary gear to support the raft of SuperSpeed USB kit that's just around the bend? At long last, those restless nights are coming to an end, as accessory mainstay Belkin has announced today a foursome of devices to help you get every last MB/sec possible from your next external HDD. The SuperSpeed USB 3.0 PCIe add-in card ($79.99) gives your existing desktop a pair of USB 3.0 ports, while the ExpressCard adapter ($79.99) adds a pair to your laptop. Closing things out are a duo of USB 3.0 cables (A-B and Micro-B), both of which are available for $39.99 in a four foot run or $49.99 in an eight foot version. Mama always said speed didn't come cheap, and now you wish you would've listened. Don'tcha? %Gallery-86304%
Green House delivers USB 3.0-friendly PCI Express interface card
Like it or not (and honestly, why would you not?), USB 3.0 is upon us, and we're guessing it's just a matter of time before every single USB peripheral in the entire world is equipped with SuperSpeed support. Exaggerations aside, there's still a good chance that you'll snap up an item or two over the course of your life that could benefit from hastier transfer rates, and that's where Green House comes in. The Japanese-based outfit has just revealed a USB 3.0-compatible PCI Express interface card, enabling mildly ancient desktops to gain USB 3.0 support by simply slapping a card into a free PCIe slot. The company claims that you'll see maximum data transfer rates of 5Gbps, but you'll have to wait a few more months to snag it for ¥3,780 ($42).
