Power users who have dreamed of outfitting their portable backup solution in a RAID 0 array can now do so thanks to Addonics' new Portable Dual Drive RAID enclosure (AE25RDESU). Nervous Nellies are covered too, with RAID 1 providing a backup for your backup. The handheld device accepts up to two 2.5-inch SATA drives inside its "heat resistant aluminum" chassis, or pick up the optional SATA-CF hard disk adapter and install up to four CompactFlash cards. Other notable features include:
Easy installation and removal of hard drive
USB 2.0/1.1 and eSATA support
RAID configuration with DIP switch or GUI configuration
Supports RAID 0, RAID 1, JBOD, BIG (Concatenation), SAFE50, SAFE33, or GUI mod using built-in hardware RAID
Can be powered by USB port
For backup duties Addonics throws in DriveClone software and the device itself includes a backup button the company claims "can be configured to provide the convenience of one button backup of any critical files or folders."
Pricing has been set to $100 and can be purchased now.
CrunchGear reports that the 177.79 Forceware driver release is going to have the drivers to activate PhysX on the GPU for GeForce 8000, 9000, and 200 series videocards. The estimated release date is August 12th, although these drivers are available in beta here. I was not able to verify this in the release documentation. No mention was made of PhysX support. The CrunchGear story is based on a TechReport article about the first look at on GPU PhysX acceleration. Unfortunately, I am limping along on my 7600GT, which is not supported for PhysX under CUDA yet.
Have any brave souls jumped into the beta drivers with a Geforce 8000 or better video card to test the PhysX waters? Tell me what you think about it below!
Given its small size, we didn’t expect maximum cooling performance from Arctic Cooling’s Alpine 7 Pro. And while the Alpine 7 Pro doesn’t set any performance records, in some situations it does match the capabilities of our cooler of choice, Thermaltake’s DuOrb. Given the sheer size difference between this 9x9x3cm cooler and the, well, monstrous DuOrb, the Alpine 7’s performance was a pleasant surprise.
Some days, we almost miss Toshiba’s signature battleship gray notebook PCs—the latest look for the company’s long-running Satellite series is just a bit too much. After a few hours of use, our Satellite P305-S8825 was covered with fingerprints. And that was with clean paws! If you like snacking on Pringles while surfing the web, this rig will look as hygienic as the sneeze guard at a Baskin-Robbins after a class of third-graders has visited.
You knew it would happen sooner or later, and now it has; a Wii controller knockoff for the PC. Sort of. Asus has dubbed its new Wii remote lookalike as the Eee Stick, "an easy-to-sue use yet highly versatile Plug and Play wireless controller for the PC platform that translates users' physical hand motions into corresponding movements onscreen."
Interestingly Asus has no plans of selling the Eee Stick as a standalone peripheral and will instead bundle the motion controller exclusively with select models of the Eee PC and the Eee Box. Huh? We don't understand it either, but Asus justifies the move by saying the Eee Stick is "perfect for gaming on-the-go."
The vibration capable controller connects via a 2.4GHz RF dongle with a broadcast range of 10m. Two AA batteries are required to power the Eee Stick, which Asus claims will provide up to three days (72 hours) of continuous play.
Will the Eee Stick entice potential customers to pick up an Eee PC or Eee Box, or is Asus making a mistake by not offering the controller as a standalone device?
Elpida Memory, Inc. based in Japan announced that it is going to launch a 16-gigabyte Fully Buffered DIMM (FB-DIMM), the world's largest capacity. It is based on its own unique integrated packaging technology (stacked FBGA or sFBGA) with 2-gigabit DDR2 SDRAM. Elpida has achieved development of FB-DIMM products that feature an ultra thin thickness of 7.7mm.
The chip was designed with the ultra high-end servers and workstation market in mind.
Sample shipments of the new 16-gigabyte FB-DIMM will begin later this month. Mass production is expected to get underway in the 4Q of 2008.
Now if they would just come up with 8 Gig DDR3 sticks for my next desktop build, I’d be very happy indeed!
The NZXT Khaos looks like it would be a sleek addition to Maximum PC’s “best of” case club. We like how NZXT is attempting to bring an aesthetical refresh to case construction by toying around with the thick aluminum exterior of the chassis itself: curved edges and indented, grilled valleys add a modernistic look to the otherwise drab framework of a traditional rectangular case.
AMD knows it doesn't have a processor line capable of competing with Intel's Core 2 architecture clock for clock, so instead the chipmaker looks to push a new chipset that promises improved overclocking performance. The new 790GX chipset is intended to target the "performance" gaming community, filling the spot just below its 790FX, which hones in on the ultra-enthusiast market.
According to AMD, the 790GX makes it possible to "shift your system performance into next gear with Advanced Clock Calibration that allows you to get the highest overclocking out of your AMD Phenom CPUs." To illustrate the effect, AMD uses a graph showing a 2.5GHz Phenom topping out at 3.0GHz with "standard overclocking," but jumping to 3.2GHZ and beyond with its Advanced Clock Calibration.
Hardcore gamers are likely to be turned off by the 790GX's integrated Radeon HD 3300 graphics and will opt to add in a discrete GPU solution. By doing so, gamers can take advantage of ATI's Hybrid Graphics technology and utilize both GPUs at the same time.
AMD also looks to push the budget angle, pointing out that gamers can pair a quad-core X4 9850 Phenom with a 790GX-based motherboard for $355, or $90 less than a comparable Intel rig sporting a quad-core Q9300 slapped on a P45-based motherboard.
Does AMD have a winner on its hands with the 790GX?
You will not find a more powerful air-cooled case on the market than Antec’s Twelve Hundred—not unless you strap a box fan to the side of your chassis. That’s what it would take to challenge the cooling prowess of this full-tower enclosure, which features one 20cm fan on top and five 12cm fans placed throughout the interior. These six blue LED fans are attached to individual switches that allow you to tweak the strength (and sound) of each fan to suit your needs.
It’s the worst kept secret in the industry: Intel’s next-generation Penryn killer, codenamed Nehalem is just around the corner. We’ve been seeing leaked benchmarks based on early silicon for months, and Nehalem’s Wikipedia page is already packed with unconfirmed specifications. All indications – and this is with more optimizations to come, mind you – is that Nehalem may be a bad mother worthy of having Isaac Hayes pound out a theme song for it.
OK, we get it. It’s going to be fast, but just how difficult is it to build a Nehalem rig? What are the catches? Will the new motherboard and socket require some silly new BTX form factor? To find out, we convinced one of our hardware contacts (who’ll remain unnamed) to let us into its lab so we could finally get our hands on the new chip. There, we were provided with the desktop version of Nehalem – called Bloomfield – and an Intel D58XSO “Smackover” board.
Read on to see how we built the Nehalem rig, and what surprises we encountered along the way!