At first glance, the Thermaltake SpinQ looks like nothing so much as a stack of bike gears with a fan mounted in the center. And that’s basically what it is—50 circular aluminum fins mounted around an 80mm fan connected to a copper exchanger. The cooler measures 4.8” wide by 3.54” deep by 5.98” high—about the same height and width as the Zalman CNPS9700LED, but a bit deeper. The SpinQ is, essentially, the high-rise counterpart to the horizontal sprawl of its stablemate, the Thermaltake DuOrb.
Unlike the DuOrb, with its two fans and jarring red-and-blue LED color scheme, the SpinQ keeps to one color, a soothing blue, and a single fan. And instead of the DuOrb’s retention system, which is sturdy but requires you to remove your motherboard, the SpinQ uses the same plastic mounting system as Intel’s stock coolers, so provided you don’t already have a retention plate from your previous cooler installed, all you have to do is snap the SpinQ onto the motherboard, tighten it, and go. Thermaltake definitely wins points for the SpinQ’s ease of installation.
Intel this week launched its new Xeon 5500 series, which were previously known as Nehalem-EP, along with a handful of new mobile Core 2 Duo chips built around the 45nm Penryn core. Following the release, Intel has posted an updated price list reflecting the new CPUs.
Pricing for the new Xeon chips range from $188 for the entry-level E5502 (1.86GHz, 4MB L2 cache, 80W) on up to $1,600 for the flagship W5580 (3.2GHz, 8MB L2 cache, 130W). A total of 12 new 45nm Xeons have been added in all, covering just about every price point.
On the mobile front, four new Core 2 mobile chips have been added, starting with the Core 2 Solo SU3500 (1.4GHz, 3MB L2 cache, 5.3W) for $262. Other chips include the Core 2 Duo SU9600 (1.6GHz, 3MB, 10W) for $289, Core 2 Duo SL9600 (2.13GHz, 6MB, 17W) for $316, and Core 2 Duo SP9600 (2.53GHz, 6MB, 25W) for $316.
We're not sure what to make of Moixa's 'Sphere' I/O interface device, for which the company was recently awarded a patent. Moixa describes the device as an "apple sized multi-touch sphere that can be used to display the world (e.g. Google Earth), browse web pages, or control interactive games." Sounds intriguing.
Moixa says the device also weighs about the same as an apple, and can be collapsed to be either used or stored in its second form. This could change, of course, as the concept remains in render form, just as Art.Lebedev's OLED keyboard did before a shipping product finally emerged.
"In the future, phones and portable computing devices reduce to input/output and power. Sphere reinvents the look and feel of the advanced portable device as we rely more on services, memory and mapping stored on the web," commented Simon Daniel, Moixa founder.
Anyone see this concept becoming an actual product? Hit the jump and post your thoughts.
Every so often, a product comes out that makes us take pause and wonder "why hasn't anyone thought of that before?" That's the case with Corsair's new Voyager Port portable backup solution for USB flash drives. In this case, the cost of flash memory probably prevented such a concept from being conceived prior to now, but with the memory market in its worst slump in 15 years, Corsair's timing might be just right.
"USB flash drives, such as Corsair’s shock- and water-resistant Flash Voyager drives, are smaller and far more durable than portable hard disk drives, which have moving parts that are vulnerable to shock," said Jim Carlton, VP of Marketing, Corsair, "And with 64GB Flash Voyagers now available, USB flash drives are ideal backup solutions."
Combined with the included NovaBackup 10 software, the Flash Voyagers turns any USB thumb drive -- Corsair brand or otherwise -- into a one-button backup and restore solution. Even with the memory market in a slump, it's still more cost effective to invest in a HDD-based backup solution, but we could see the Flash Voyager being used with netbooks and other general purpose PCs with modest storage.
Corsair says the Port Voyager is available now with an MSRP set at $35 and backed by a 10-year warranty.
Some leaked reports suggest that AMD has finally hammered out the details of their Radeon HD 4770, one of the new graphics cards to be based off of the 40nm RV740 chip.
The HD 4770 will come with 512MB of 128-bit GDDR5 memory (providing 1960 GFLOPs of processing power), and will pack a core clock of 750MHz, memory clock of 800MHz and a memory bandwidth of 51.2 GB/s. And, thanks to the 40nm manufacturing process, it’ll only draw around 80W of power.
But, while it’s bigger brothers the 4830 and 4850 come with 956 million stream processors, the 4770 will only have 826 million on board (130 million less).
It’s expected that the Radeon HD 4770 will only cost a paltry $99, and will be available to consumers as early as May 4th.
Designer Nikita Buyanov was commissioned by HP and Intel to design a series of conceptual laptops aimed at women, and the Chameleon is the end result.
The conceptual Chameleon features a series of three cameras, which it uses to blend in to its surroundings, by means of “adaptive microcell coverage” (also, it’ll blend into your pants pretty well).
Some of the other concepts are a machine that can be used as a scale that’s aimed at fitness, and even a pink notebook that can give manicures. While these ideas seem a bit lofty, it sure is fun to see what designers come up with when they’re put under a bright light!
To see the other concepts, check out Buyanov’s page, here.
As ultraportable PCs become more powerful and increasingly feature-rich, it might soon be difficult to discern where netbooks stop and standard notebooks begin. Such is nearly the case with Asus' new Eee 1004DN, the first Eee ever to integrate a Super-Multi optical disc drive.
The addition of a CD/DVD burner addresses a common complaint among netbook and potential netbook owners, particularly those who might want to use one as their primary PC (Protip: Don't do it). Other specs on the 1004DN are decidedly more standard-fare and include a 10-inch LED-backlit 1024 x 600 display, Intel's Atom N280 processor (1.66GHz, 512k L2 cache, 667MHz frontside bus), up to 2GB DDR2 memory, Intel GMA 4500M graphis, up to 120GB hard drive, 1.3MP webcam, and 6-cell battery.
Nvidia this week introduced a bunch of new Quadro-series professional videocards spanning from the sub-$100 entry-level solution all the up to the high end that will hit your wallet to the tune of four digits.
"Our mission with Quadro is to help customers solve the world's most challenging visual computing problems," stated Dan Vivoli, executive vice president of marketing at Nvidia. "We learn every day from them and are humbled by their brilliance. The new lineup, with the flagship Quadro FX 4800, sets the stage for the next ten years of innovation."
On the lower end is the Quadro NVS 295, which the company says will support up to two 30-inch displays at maximum resolutions. Other cards in the new lineup, along with Nvidia's claimed standout traits, include:
Quadro FX 5800 - first and only 4GB, ultra high-end solution suitable for large-sclae models and datasets
Quadro FX 4800 - ultra high-end solution
Quadro FX 3800 - single slot solution with support for SLI, multi-OS, and SDI
Quadro FX 1800 - best price performance for workstation graphics
Quadro FX 580 - best-in-class entry-level solution
Quadro FX 380 - up to 50 percent faster performance
Nvidia's Quadro-based workstation cards are available now through system manufacturers such as Dell, Fujistu-Siemens, HP, and Lenovo, as well as workstation system integrators and Nvidia channel partners.
At this month’s GDC AMD and Havok teamed up to show off the latest advances in their development of OpenCL, a new programming language that will allow physics processing to swap from the CPU to GPU on the fly.
The concept behind OpenCL is simple; it’s a system that will allow the load from physics processing to shift from different pieces of hardware on the fly. For example, if a gamer has a high end GPU but a slower processor, OpenCL can detect this and move a bulk (if not all) of the physics processing to the GPU, alleviating some of the stress from the CPU. And this system works vice versa, for slower GPUs but high end CPUs.
What’s even better is that OpenCL will work across all platforms. While PhysX currently only works with Nvidia GPU’s, OpenCL will work with AMD and Intel processors, as well as Nvidia and ATI GPUs. So, no more concerns about compatibility!
Sadly, at GDC the demo that was on display was only on an individual piece of hardware, the switch between CPU to GPU wasn’t shown. AMD was clear to state that their demo was only a proof-of-concept, and that the development process is still ongoing.
Nvidia is said to be eying a stake in VIA Technologies. VIA, which manufactures x86-based CPUs, is planning to sell 300 million new shares through private placement. Sources have revealed Nvidia and VIA are holding parleys. However, there is no official word on the names of those interested in buying a stake in VIA. According to Taiwanese website Digitimes, the price of the new shares will range between $0.27 and $.35. Intel has plans of invading Nvidia’s turf with its yet-to-be-released Larrabee GPU. Therefore, a stake in VIA might help Nvidia keep the scales even.