Archive for July 10th, 2009

JVC’s 4k2k is not enough now it brings 8K4K D-ILA chips

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Well, excuse us very much. JVC just came storming through like a model on a runway with its all new D-ILA chip, and you can bet it’s worthy of paying attention to. Just under a year after the firm unveiled its 4K2K D-ILA chip, it’s now trumpeting the almighty 1.75-inch 8K4K, which touts the “world’s highest 35-megapixel pixel count,” which is roughly equal to 17x full HD resolution. Not impressive enough for you? It also gives whatever projector it’s in the ability to display Super Hi-Vision imagery all by its lonesome. Sadly, JVC left us hanging when it came to finding out when this gem would be available in consumer wares, but there’s still a few trade shows left to go this year for it to make an appearance.

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Toshiba ECO Panels

Toshiba REGZA LCD TVs which feature EcoPanel are specially designed to consume less power than a conventional LCD TV without comprising on picture quality.

toshibaecopanelhd2Toshiba’s EcoPanel technology utilises materials of the highest possible quality and clarity to construct an LCD panel so translucent that as much as half as much light is required to illuminate it as compared to conventional panels.

A TV with a conventional LCD panel requires powerful backlights to illuminate the screen. This is where most of the power consumption comes from. By reducing the amount of light required to brighten the screen, REGZA LCD TVs with EcoPanel can deliver the same brilliant HD picture quality, with almost half the power.

toshibaecopanelhdWith EcoPanel, you can relax knowing that Toshiba’s green LCD TV technology is being kind to the environment and saving you up to 45% of your TV’s energy consumption*, all while providing you with the same cutting-edge features and exceptional picture quality.

EcoPanel provides real benefits for your home and for the environment.
The results, as you can see, speak for themselves…

• A 32” Toshiba REGZA LCD TV with EcoPanel will use up to 45% less energy.*
• A 42” Toshiba REGZA LCD TV with EcoPanel will use up to 30% less energy.**

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Connect with Component Analog an HDMI capable TV?

Why would someone connect an HDTV with analog connections when the TV is already suited with HDMI or DVI digital connections?

Although many could have used component analog due to ignorance of the subject of this article, or due to the cost of some HDMI cables, etc, many others found the hard way that HDMI connections are not consistently as good as advertised, and stayed away from HDMI.

Even after 5 years of the HDMI implementation, many cable and satellite HD-STBs, Blu-ray players, video-scalers, video-processors, HD switchers, A/V receivers used for HD switching, and even the cables themselves (due to length or construction quality), might not handle HDMI and HDCP consistently well, even with high quality equipment.

The handshake required by the HDMI connection between source and receiver is in some cases fragile enough to fail, even with a direct connection to the display device. Add more pieces of equipment to the HDMI path, such as  HDMI switchers and A/V receivers with HDMI inputs/outputs to centralize the audio/video controls, and compatibility and signal sensitivity problems increase.

Although some problems could be solved by firmware upgrades from manufacturers, others cannot if they are hardware related, such as the implementation of a substandard HDMI chip for its application, a cable that is too long or poorly constructed, an HDMI chip that does not conform to the standards, etc.

On those events, the image might suddenly be lost, or might come on and off intermittently, displaying blue screens or black screens, when switching channels, when changing images with different resolutions, or even in the middle of a movie.

Some front projectors might lock-up their operation forcing a full shutdown and reboot, which require cool-down and warm-up mandatory time to complete both cycles properly.

Under such risk, having a parallel component analog connection provides peace-of-mind for uninterrupted viewing. I recommend being on the safe side and plan for dual connectivity with quality component analog and HDMI wiring, especially for in-wall installations (trying the connections out of the wall first). I would not hire a professional in-wall installer that does not welcome dual connectivity if you want to pay for it.

There is the general believe that a digital connection is a better connection from a digital source to a digital display, because the signal is not subjected to unneeded digital-to-analog conversions and video processing in the communication path between the source and the display device.

Interestingly enough, in many cases, the analog component legacy connection may supply an image that might look better than the digital connection. Before you assume that the digital connection is better, I recommend trying the component analog connection, you might be surprised. The display device must be calibrated to its best for each input/connection before performing any comparison.

A professional ISF (Imaging Science Foundation) calibration for every input could cost several hundred dollars, but you could try doing the basic video adjustments yourself with a calibration DVD / Blu-ray/ HD DVD disc to set the TV inputs the best you can do, and then test the connections to see which one you like best.

Eventually you might still decide to calibrate the set professionally. If you do, you will have only lost the price of the calibration disc, and your time, but gained good knowledge of the subject by doing it yourself.

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F88 netbook stands out with HD playback, VIA Nano

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What do we have here then? An OEM netbook, looking remarkably like a recent ASUS iteration, has come to our attention with some bold claims in tow. Spec’d with a 1.6GHz VIA Nano processor and S3 Chrome 9 graphics, this promises to be one of the most potent netbooks yet and backs up that claim with up to 4GB of memory and 500GB of storage. The major attraction of all this extra juice is full 1080p video playback, which is somewhat confounded by the 1024 x 600 resolution and 10.1-inch screen, but can be pumped out to an external display via HDMI. Expect this to be rebadged and hitting store shelves some time soonish, at which point we may consider the distinction between netbooks and laptops entirely academic.

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NVIDIA’s 40nm GeForce G210 and GeForce GT 220 desktop GPUs emerge

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We can’t say we’re entirely shocked to see ‘em, but a new pair of GPUs based on 40 nanometer process technology has surfaced over at NVIDIA’s website. Both of the new devices are expected to be sold exclusively to large OEMs for integration into pre-configured machines, and they’ll both support DirectX 10.1, OpenGL 3.0, and CUDA. The lower-end GeForce G210 arrives with a 589MHz core clock speed, 512MB of DDR2 RAM and a 64-bit memory interface; meanwhile, the GeForce GT 220 ups the ante with a 615MHz core clock rate, 1GB of GDDR3 RAM and a 128-bit memory interface. As for outputs, the former packs VGA, DisplayPort and DVI, while the latter sticks with VGA, HDMI and DVI. There’s no word on when we’ll seen them offered in any entry-level desktop rigs, but surely it won’t be long now.

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