While Dell stays busy jazzing up its Studio line of laptops and desktops with various color schemes, the OEM let loose another product but without all the fanfare. Available now is Dell's S2409 24-inch widescreen LCD panel, representing the company's first 16:9 aspect ratio display. That puts the screen resolution at 1920x1080 (as opposed to 1920x1200 for 16:10), matching the 1080p output of most high definition content including Blu-ray movies. Other notables include:
HDMI with HDCP
1000:1 contrast ratio
0.276 mm pixel pitch
5 ms response time (gray-to-gray)
16.7 million colors
The new display doesn't come with bells and whistles such as a USB hub or integrated speakers, but it does carry a relatively friendly price tag at $379 with 3-year warranty.
The net is no place for slowpokes and Netgear hopes to nudge home networks into 802.11n territory with its Wireless-N Upgrade Kit (WNEB3100). For MSRP $149 (cheaper online), the kit comes with Netgear's 5GHz Wireless-N HD Access Point (WNHDE111) and the company's RangeMax DualBand Wireless-N Adapter (WNDA3100). When plugged into an existing router or gateway, the kit gives surfers an easy upgrade path to a speedy dual-band Wireless-N network which any Wi-Fi compliant computer or device can then tap into.
“The Wireless-N Upgrade kit enables customers with existing gateways and routers from their ISPs to easily add the performance benefits of 5GHz Wireless-N to their networks by simply connecting the kit to their existing wireless equipment, eliminating the need to re-wire, reconfigure or replace any existing equipment,” explained Som Pal Choudhury, Senior Product Line Manager for Advanced Wireless at Netgear.
The Access Point can also serve duty as a standalone bridge for connecting game consoles, media receivers, and other similar devices, and supports a wireless 'ad-hoc' mode for multicast point-to-multi-point high definition video streaming and wireless LAN peer-to-peer gaming. And because it comes equipped with automatic Quality of Service (QOS), Netgear claims gaming and movie watching will be lag- and jitter-free.
We thought maybe Jointech's $99 mini laptop would be the first sub $100 notebook to make it big in the market, but Gartner analysts say that the prices of mini-notebooks are unlikely to drop to that magical price range for at least another three years. Analysts warn, though, that the focus of breaking the $100 barrier should be shifted to other issues related to mini-notebooks such as determining relevant hardware specifications and power requirements.
Annette Jump, research director at Gartner, believes that the declining prices of hardware along with the increased demand for the devices could potentially reduce prices by 10 to 15 percent in the next two to three years. Will this decline in prices be enough to break the $100 barrier? Jump believes that in order for mini-notebooks to be successful in the consumer and business realm, they should not be considered a computing device but rather a device to explore the Internet and a way for people to work, play, and communicate.
“We expect to see increased product innovation in the PC market during the next few years,” said Ms. Jump. “Mini-notebooks will create opportunities to reach many buyers across all regions, both in mature markets as additional devices, and in emerging markets as PCs.”
While Meridian's 4096x2160 pixel projector will empty your pockets to the tune of $185,000, it appears Dell is coming out with a projector that will fit inside your pocket. And at just over a pound, it won't weigh you down either.
Details regarding Dell's aptly named pocket projector (surely to undergo a name change) became available after a leaked Powerpoint slide appeared on the web. The slide shows the miniature projector next to a coffee mug and looks almost small enough to fit inside.
According to the slide, the pocket projector uses an LED light source instead of a lamp or bulb, supports SVGA (800x600) and XGA (1024x768) resolutions, and earns a green tag by containing no mercury.
Not leaked, however, was any word on a possible release date or pricing information.
A few weeks ago, Gigaom’s Stacey Higginbotham speculated that cloud computing would not be trusted by large corporations, but now Intel, Yahoo, and HP are looking to change that perspective. These powerhouse companies will have six data centers available for pre-selected researchers to test new applications with the possibility for more data centers to come.
There are many problems and concerns currently with cloud computing but John Manley, director of HP’s strategic research lab, wants to “create an environment that can begin to answer some of these challenges.” Aside from exploring new applications for cloud computing, the companies will allow researchers to look into how such huge scale computing can be reliable, manageable and secure. Manley believes that, "Anytime you get three companies of that stature looking to advance it, is significant. We consider cloud computing to be the next really big thing and the sky's the limit to the services it will enable over the next ten years."
Intel, Yahoo, and HP will each host one data center while the Infocomm Development Authority of Singapore, the University of Illinois, and the Steinbuch Centre for Computing in Germany will host the other three.
Much has been made over Intel's Atom processor, the 45nm wonder-chip finding its way into more netbooks than production can seemingly keep up with. But lest the world forget, VIA also has a low power chip of its own, one the company claims delivers "truly optimized performance for the most demanding computing, entertainment, and connectivity applications."
VIA's 65nm Nano processor saw an official launch a full two months ago, but it's Intel's Atom that keeps getting the attention. Is it justified? A pair of review sites looked to answer that question by pitting an Intel Atom 230 (1.6GHz) against a VIA Nano L2100 (1.8GHz), and both sites came to the same conclusion: VIA's Nano is the faster processor.
Clocked 12.5 percent faster the Atom chip, it should come as no surprise to see the Nano L2100 churn out better performance numbers, but it's the margin of victory that might turn a few heads. In some cases, the Nano chip outpaced the Atom by a margin of 15 to 20 percent, showing it deserves more attention than just as an also-ran.
Of course, it's all for naught if VIA can't win the one contest that matters most: Vendor support.
Forget about sliced bread; USB might be the single greatest invention ever. Just don't tell the Institute of Electrical and Electronics Engineers (now just called IEEE), who recently approved a new 1394-2008 specification that supports bumping the bandwidth up to 3.2 Gb/s.
"The new standard includes all of the amendments, enhancements, and more than 100 errata which have been added to the base standard over the last 12 years," said Les Baxter, chair of the working group which developed the standard. "This update provides developers with a single document they can rely upon for al of their application needs."
Firewire has fallen in recent years from the high speed interface of choice, particularly for DV transfers, to one that is now used mainly in professional environments. But that could change with the new spec, which introduces support for S1600 (1.6 Gb/s) and S3200 (3.2 Gb/s) while also being backwards compatible with current S400 and S800 ports. And the IEEE isn't finished, as looking ahead it's expected that Firewire will scale to 6.4 Gb/s.
For its part, USB isn't remaining idle and will receive an upgrade to 4.8 Gb/s in version 3.0, though exactly when still remains unknown.
Think a 30-inch monitor at 2560x1600 resolution is amazing? Then you haven’t seen Merdian’s 810 Reference Video System that gives you a 4096 x 2160 projected image for the low price of $185,000. But we have.
We got to touch and see the 810 up close and personal last week in a private demonstration held at Dolby Laboratories headquarters. Why Dolby? The company has a famous 90-seat theater in its main building in San Francisco that’s actually nicer than most small screens at the multiplex. And how does this monster of a projector perform? Read on to find out!
Click through to read our impressions of the 810 Reference Video System
Last week, we showed you which parts you would want to buy to construct a killer $2500 PC. The purpose of that machine was power computing – serious audio/video editing and high-bitrate media transcoding. We got a lot of flak about a few of our choices (most noticeably the CPU), but we stand by our picks. That PC configuration was meant for Power Users, and not hardcore gamers (though we recognize that those aren’t mutually-exclusive groups). For someone who primarily uses their PC for gaming, and won’t accept framerate dips in 120Hz games, we have different recommendations. The following components make up our ideal $2500 hardcore gaming rig (prices as listed on Newegg). If it’s not what you’d buy, we’d love to hear your thoughts in the comments section!
Intel's Centrino 2 platform hasn't even gotten its feet wet in the PC pool yet, and if a new rumor turns out to be true, Montevina won't be making waves in the new MacBooks expected to arrive within the next two months. If it happens, the change would mark the first time Apple turned its nose at Centrino in its MacBook line since 2006.
According to AppleInsider, not only might the new MacBooks abandon the Montevina chipset, but the new chipset may have nothing to do with Intel at all. Instead, the rumor suggests Apple might be busy designing the new chipset entirely in-house just as it did with its PowerPC-based Macs.
If not in-house and if not Intel, that only leaves a few other third party chipset manufacturers, such as Nvidia, AMD, or VIA. For all its recent problems in the mobile market, Nvidia might be considered a long shot at first glance, but recent reports suggest Nvidia might be willing to ditch its alliance with VIA in order to build a chipset for Intel's Atom processor. Could this be the opportunity Nvidia has been gunning for?