Need a good reason to "go green" by recycling your old electronics? How about getting some green (money, that is) for your old desktop or laptop computers, digital cameras, monitors, PDAs, smartphones, inkjet or laser printers, table PCs, or workstations? HP has teamed up with Market Velocity, Inc. to offer the HP Consumer Buyback and Planet Partners Recycling Program. Whether you think you're sitting on a potential gold mine of old stuff or are looking for a painless way to get worthless digital junk out of your office, give it a try.
Tech news site Engadget got the early scoop on a new Dell 23-inch LCD monitor courtesy of an anonymous tip, one in which our neighbors to the north can already purchase. Available for $419 on Dell's Canadian portal, the SP2309W widescreen display packs a pretty impressive spec sheet.
Dell's billing the monitor as an out of the box "video conferencing solution with excellent functionality and convenience," and towards that end the 23-inch LCD comes with an integrated 2.0 megapixel webcam. Other notable specs include a max resolution of 2048 x 1152, a 2ms response time, 1000:1 dynamic image contrast ratio, a 160-degree viewing angle, a 98 percent color gamut, and VGA, DVI-D, and HDMI inputs.
No word yet on when Dell plans to make the display available in the U.S.
If thin is in, then Samsung moves to the front of the class. The company just put its prototype 40-inch LCD on the runway at the Korea Electronics Show in Seoul last week, a scintillating model which measures just 7.9mm thick. That's enough to earn 1/10th of a millimeter worth of bragging rights over Phillips, who showed off what was previously considered the thinnest LCD at 8.0mm at the IFA exhibition in Berlin this past August.
So how did the two companies fit all those electronics into an ultra-thin frame? The answer is they didn't. Instead, each company's respective prototypes moved the tuner and much of the electronic inner-workings into an external box located near the screen. Whether this approach ultimately leads to a consumer product remains to be seen, as neither company has talked about making their LCD commercially available.
The LED revolution has begun, and we're not talking about those flashing lights emitting from your PC's chassis. Display technology is seeing a shift towards LED backlighting, one in which Dell says will account for all of its notebooks by 2010, and the notebook market as a whole is expected to see 30-40 percent penetration by next year. On the desktop front, Lacie is already there and the company's newest display lays out a spec sheet that's hard not to drool over.
Lacie's new 700 series, which has its sights set on professionals rather than gamers, is available in 20, 24, and 30-inch form (models 720, 724, and 730 respectively). Each model sports an RGB-LED backlight the company claims will "mimic real life by embedding some of today's most advanced display technologies."
On paper, Lacie appears to be right. The 700 series sports ultra-wide gamuts of up to 123 percent of Adobe RGB, a backlight stabilizer technology capable of adjusting settings in real time, and 14-bit Gamma Correction lookup tables which, according to Lacie, allows the displays to produce improved gradient rendering without banding and smoother color transitions "that are 64 times more precise than on consumer-quality 8-bit monitors."
As for pricing, brace yourself. The 4:3 720 model will run $1600 sans hood, or $2040 with. Tack on a color meter and the tally comes to $2290. The 16:10 724 version runs $2300 ($2930 with hood, $3180 with color meter), and the flagship 730 smacks you in the wallet for $4600 ($5850 with hood, $6110 with color meter).
Dell’s 2408WFP is the latest in the company’s line of 24-inch panels, following on the heels of the much-beloved Dell 2407WFP (reviewed September 2006). Unfortunately for Dell, improving upon its predecessor isn’t enough to push the 2408WFP above other tested displays.
That said, there's much to like about the 2408WFP after the jump.
Rarely do you see a 22-inch display float near the price points of superior 24-inch panels. It’s just unheard of, for a smaller display would have to offer some kind of fantastic upgrade over what we typically find in this size classification to be worth the additional cost. How about an extra dimension?
Zalman’s ZM-M220W is the company’s first 3D display and it’s every bit as expensive as some of the best midrange monitors we’ve tested. We appreciate Zalman’s attempt at breaking through the fourth wall using a 3D technology that’s far cheaper than what we’ve seen on similar displays. But we would still trade this extra dimension for a better-looking picture in a heartbeat.
Check out our full review of Zalman's 3D display after the jump!
It’s a shame to test an LCD monitor that’s able to create sharp whites and rich blacks, only to watch it struggle to display common color gradients. And it’s downright frustrating given our benchmarking process. We first test a display’s ability to produce detail in blacks and whites. And in that race, NEC’s 24WMCX finishes toward the front—a noteworthy start.
Plasma displays are all but dead, and as any Maximum PC subscriber knows by now, the quality of LCD monitors can (and do) vary wildly, even among the same manufacturer (see VX2035WM and VLED221WM). Even still, LCDs dominate the PC landscape, and because prices have fallen so far in the past year, LCD televisions are also becoming increasingly commonplace. But there's a new contender on the horizon.
Researchers from Microsoft and the University of Washington talked up a new technology called "telescopic pixels" in this week's Nature Photonics. As the name suggests, the new tech takes advantage of an old concept and finds its roots in the optical telescope. How it works is each individual pixel consists of two opposing mirrors with one changing shape based on applied voltage, and the other reflecting light through a hole on the primary mirror and onto the display screen. Arstechnica has the full technical rundown, but what's most interesting are the several potential upsides over today's pixel technology.
Find out what potential advantages telescopic pixel technology might bring to the table after the jump.
Insert your own 'size matters' joke, but jesting aside, UC San Diego's new scientific display system is one big mother. The Highly Interactive Parallelized Display Space (HIPerSpace) boasts a screen resolution of almost 287 million pixels, or more than 10 percent bigger than the second largest display, which checks in at 256 million pixels.
To make the display possible, it took 70 high-resolution Dell 30" monitors arranged in fourteen columns of five displays each. Each 'tile' in the multi-tile paradigm sports 2,560 x 1,600 pixels, bringing the combined visible resolution to 35,640 x 8,000 pixels. But before contemplating such a setup for the baddest TF2 gaming environment on the block, it would take an area capable of housing a 31.8 feet wide by 7.5 feet tall display, and one can only imagine the GPU horsepower needed to try and run a modern videogame. Instead, the HIPerSpace is being put to better use displaying large data sets, giving scientists the ability to explore space in real time, model the impact of seismic activity on structures, predict climate changes, analyze the structure of the human brain, and a bunch of other tasks that have nothing to do with WSAD.
Find out how many quad-core processors and Nvidia GPUs it takes to run the mammoth display after the jump.