Power users have long dreamed of the day when hitting their PC's power button would result in an instantaneous boot. Technologies like SplashTop's Instant-On Linux-based OS have brought this concept closer to reality, but unlike the Instant-On OS, which works on a flash chip embedded on select motherboards giving users quick access to basic online tasks, Asrock's new Instant Boot feature promises super speedy boot times into Windows to the tune of just 3-4 seconds and has posted a video to prove it.
Impossible? Well, yes, but Asrock's creative approach puts a unique spin on shutting down and turning on your system. After installing the Instant Boot application on a compatible Asrock motherboard, shutting down your PC triggers a shutdown and reboot process that ultimately puts your system in a Hibernate or Standby state. The next time you hit the power button, you'll be up and running in as little as 3 seconds.
The obvious question is why not just put your system in Standby or Hibernate in the first place, and according to Asrock, Instant Boot's advantages include a less cluttered OS from a clean boot with no "accumulated garbage data," nor will you lose any data during a power outage. Whether or not Instant Boot becomes an instant hit is yet to be determined, but kudos to Asrock for thinking outside of the box.
Hit the jump and tell us what you think of this new technology.
If you haven't noticed the general collapse of the financial system around you, coupled with the massive switch to corporate cost-savings mechanisms (including a healthy dose of "rightsizing" by every company under the sun), then you need to stop playing Wrath of the Lich King and flip on the news. Money is important, but perhaps never as important to the general corporate well-being as right now.
It's no surprise then that good ol' open source hardware and software platforms are being thrown into the mix now more than ever. Semantic arguments aside, the open source movement is generally consider a cheaper, if not free alternative to proprietary, commercial software in the enterprise market. But that doesn't mean that open-source software comes without a cost, nor are these companies necessarily immune to the financial movements of the technological industry. So where, then, does open-source development rest in the spectrum? Can these solutions do enough to save the bottom lines of big business? Or are open-source companies just as doomed by a market slowdown as the software vendors on the other side of the fence?
While Memoright’s spec pages attribute this 64GB SSD with a SATA interface, that’s not accurate. This isn’t a SATA drive, per se; rather, the drive uses a SATA bridge connected to an ATA-133 interface. Ultimately, however, this doesn’t impact the drive’s overall speed. Memoright’s SSD shoots past the competition in the majority of our benchmarks.
This device outperforms the next-fastest SSD by 14 percent in our average sequential read rate test and 8.5 percent in its average sequential writes. Its random-access read and write scores are the fastest of all the SSDs we’ve tested. Better still, we were able to write a 40GB uncompressed AVI file to the Memoright SSD in a mere 6:51 (min:sec). That’s 1:26 faster than the second-place finisher in that test, the Mtron 7500, and just 28 seconds slower than a Western Digital Velociraptor drive.
AMD has released its new Shanghai platform, signaling a move to 45nm. The first chips out the door are quad-core Opteron parts, which AMD claims will deliver up to 35 percent more performance and up to a 35 percent decrease in power consumption when idle.
"This enhanced AMD Opteron processor represents the most dramatic performance and performance-per-watt increases for AMD products since the introduction of the world's first x86 dual-core processors nearly four years ago," Randy Allen, AMD senior VP for Computing Solutions Group, said in a statement. "Simply put, the quad-core AMD Opteron is the right technology at the right time."
Shanghai, which is essentially a refresh of Barcelona and not an entirely new architecture, supports DDR2-800 memory and comes with a tweaked Direct Connect Architecture. The current batch of 75-watt Shanghai chips will be followed up by a launch of 55-watt Opteron and an SE 105-watt part in Q1 2009. And according to CNet, a desktop platform (codenamed Dragon) consisting of 45nm Shanghai desktop CPUs along with AMD 700 series chipsets and ATI Radeon HD 4000 graphics will also see the light of day in the same time frame and attempt to compete with Intel's Core i7 platform.
Will Shanghai get AMD back on track? Hit the jump and give us your take.
Citing un-named sources at server makers, DigiTimes says Intel plans to launch several quad-core Xeon 5500 and Xeon 3500 Nehalem-based server CPUs and one dual-core Xeon chip in the first quarter of 2009. These include:
The Xeon 5500 series will come with 8MB of L2 cache instead of 12MB, but is expected to be negated by Core i7's QuickPath architecture. The Xeon 3500 series will come with 8MB of L2 cache but will only run in single-socket systems. Prices for the new chips will range from $188 (E5502) on up to $1600 (W5580) for thousand-unit tray quantities.
On the chopping block are seven notebook CPUs, including the Core 2 Extreme X7900 an X7800, and Core 2 Duo T7800 and L7700. These are expected to be phased out in January 2009.
It’s official: People who buy motherboards with mainstream chipsets such as the P45 don’t want to pay for DDR3. At least, that’s what it seems like to us. Asus’s impressive Maximus II Formula is the third P45-based board we’ve tested, and not one of them sports DDR3 slots. But that doesn’t take anything away from the MIIF, the coolest P45 board we’ve encountered.
If watching movies on your iPod’s screen is getting a little old, your woes might be gone before you know it. Optoma is planning to release their ultra-compact DLP Pico Projector on December 1st, just in time for the holidays!
The Pico has been labeled as the world’s smallest and lightest DLP projector, measuring only 51mm x 105mm x 17mm, and weighing a negligible 120g. Optoma is planning to offer the device at Apple Stores for roughly $500.
Zune owners (really?) need not worry, because it’ll work with other media players as well. Packing up to two hours of batter life, and a built-in 0.5-watt speaker, you’ll be able to watch most of Titanic using just the projector. Lucky you!
Another day brings with it yet another netbook release, but this latest one makes all the rest look like ginormous notebooks by comparison. Korean manufacturer UMID was spotted showing off its pint-sized portable PC with a touch-screen that measures a scant 4.8-inches, more than 2 inches smaller than the typical netbook.
Despite its small stature, UMID's mini-netbook manages to cram a bunch of goodies underneath the hood. Intel's Atom processor makes a predictable appearance, along with the standard fare 1GB of memory and up to 32GB of SSD storage. But UMID also stuffs the netbook with wireless broadband WiBro, a digital TV receiver, HSDPA, WiMAX, Wi-Fi, Bluetooth, a webcam, and a micro-SD slot. In addition to Linux and XP, the device also supports Vista.
UMID plans to launch its new tiny netbook sometime in 2009.
Is there no such thing as bad news or is no news good news?
From ATI’s point of view, it’s no news. Speaking Thursday at AMD’s analyst day, ATI’s graphics chief, Rick Bergman said it would continue with a steady as she goes path. That’s no surprise as ATI has recently seen a resurgence in market share, revenue and reception by power users.
Next year, Bergman said ATI would build on its “sweet spot” strategy. Instead of building huge monolithic graphics cards as Nvidia does, it would continue to concentrate on great $200 to $300 parts and combine them to take on Nvdia’s high-end parts.
With no firm hardware to reveal, Bergman took a few shots at Nvidia’s widely reported mobile GPU failures and lack of DX10.1 support which, he said, is the easiest way for developers to get to DX11 next year.
ATI also expects to be the first to get to 40nm with its graphics and chipset parts, Bergman said. He noted that ATI was the first to 65nm, 80nm and 90nm for graphics parts. What isn’t clear is where those 40nm parts would be fabbed. Although strongly hinted that ATI’s graphics chips and chipsets would made on AMD’s recently spin-off fabs, neither Bergman nor Doug Grose, the new senior VP of The Foundry Company, would commit to it. Grose did say that in 2009, The Foundry Company would have the capability to produce those 40nm parts.
Depite the lack of hardware news, Bergman said ATI would have an early present for its users; in December, the company expects to release a free GPU-based encoder that runs on modern Radeon cards. Based on the company’s new Stream API, the Avivo Video Encoder uses the parallel processing power of the GPU to transcode or encode video. Similar functionality has been available for Nvidia products under its CUDA API for months but the encoder is not free and published by Elemental Technologies.
Bergman also said that Avivo Video Encoder with a mid-range Radeon HD 4870 card will actually outperform Nvidia’s top-end GeForce GTX280 card in encoding tasks using Elemental’s Badaboom Media Converter. ATI’s Free Avivo Video Encoder will run on any 4000-series Radeon HD card.
AMD will dub the 45nm die shrink of its consumer enthusiast CPU as Phenom II X4 and laid out plans for its first CPUs with integrated graphics core.
The Phenom II X4 is on tap for late this year and will follow the company’s smaller, faster 45nm Opteron chips. The new chip will feature 8MB of cache and support both DDR2 and DDR3 in the AM3 and AM2+ sockets. Phenom II X4 will be part of AMD’s “Dragon” platform that combines the new chip with DX10.1 graphics, the company’s new Stream GPU processing, OverDrive and Fusion for gaming utility.
AMD also announced plans for a 32nm family of chips as early as 2011. On the top end, a quad-core Orochi with 8MB of cache and DDR3 will hopefully keep enthusiasts happy. Orochi is part of AMD’s Bulldozer family that mysteriously disappeared from the company’s roadmap earlier this year. Until Orochi is available, the 45nm Phenom II X4, previously codenamed Deneb will hopefully fight off Intel’s Core i7 chips.
The move to 32nm will also see the Llano chip. The CPU will feature four cores, 4MB of cache, DDR3 and an integrated graphics core. AMD, meanwhile, confirmed it would be taking on Intel’s Atom chip with its Conesus CPU next year. Conesus will be dual-core, feature 1MB of cache and DDR2. In 2010, Conesus will give way to Geneva which doubles the cache to 2MB.