(March 10, 2010) The 3D era arrives today with the first sales of complete systems that include a 3D display, a 3D disc player and 3D viewing glasses. Best Buy’s Magnolia stores offer an exclusive featuring the TC-P50VT20 and Panasonic’s DMP-BDT300 3D capable Blu-ray player.

In TV industry parlance the TC-P50VT20 and DMP-BDT300 are referred to as derivative models, both exclusive to Best Buy. The retailer likes selling derivative models since the exclusivity negates the company’s “price match” policy.

Best Buy’s derivative HDTV and Panasonic’s TC-P50VT25 are essentially identical except for the bezel finish (the VT20’s is simulated brushed stainless steel, the VT25’s is a dark simulated brass) and the inclusion of an RS-232 interface in the VT20 that can be used with sophisticated remote control systems such as Crestron’s. We know of no feature differences Update: The difference between Panasonic’s DMP-BDT350 and the derivative DMP-BDT300 is the 350 supports DLNA the 300 does not. The DMP-BDT350 retails for $449.99 and is expected to ship next month.

The TCP-50VT20 retails at Best Buy for $2499.99. The TC-P50VT25 arrives early next month at regional and local retailers at $2599.99 list. Each come packed with a single pair of Panasonic 3D glasses, with addition pairs retailing for $149.99.

I performed tests during a recent visit at Panasonic’s NJ headquarters. Panasonic personnel unpacked the TC-P50VT20 prior to my arrival; all readings are based on out of the box condition with fewer than 10 total hours on the set.

(Continues below photos)

The VT models are Panasonic’s top-of-the-line 2010 plasma HDTVs. In addition to the 3D features, Panasonic added a number of improvements over its 2009 V10 series. Performance enhancements include: shorter decay red and green phosphors, elimination of the 2nd front glass panel with the addition of a new micro-louvered anti-glare filter bonded directly to the glass, a new panel scan system, anti-blur circuitry and higher energy efficiency.

The 50″ TC-P50VT25 includes a swivel table stand and retains 2009 V10 series performance features including THX certification, 96 Hz refresh (in addition to normal 60 Hz 2D and 120 Hz 3D modes), “Custom” mode with user gray scale adjustments, and user gamma settings. For a full list of VT series features, go to our earlier 2010 Panasonic feature (link).

(Continues below photo)

2D

Tests began with peak white level readings.  The “Vivid” default mode (often referred to as showroom or torch mode and not recommend for home viewing) came in at 65.18 ft lamberts using a 100IRE window pattern.  Panasonic’s “Infinite Black Pro” mode kicks in when using the “Vivid” setting and yielded a black level reading of 0.000 (meaning below our Minolta LS-100 light meter sensitivity) with a 0 IRE black test signal, making the contrast ratio indeed infinite.  We calibrated the user controls in Custom mode and measured a white level of 32.39 ft lamberts white and .004 ft lamberts black level for a contrast ratio 8097.5 to 1. (The black level reading is about one-half of reported out of the box black levels of the 2009 V10 series). In THX mode (factory default user settings) respective measurements were 31.5 ft lamberts and again an impressive .004 ft lamberts black level. THX factory default contrast setting is at 60 out of 100, a level which provides the ability to increase the white level in bright viewing environments.

Color points were excellent, almost spot on the HDTV standard (in parentheses) measuring in THX mode R= x.642, y.334 (x.64, y.33) G= x.299, y=.604 (x.30, y.60) B= x.149, y.058 (x.15, y.06)

White balance was close to the D6500K (x.313, y.329) in THX mode. 20 IRE recorded at 6578K (x.312, y.323) at 80 IRE 6289K (x.316, y .332). Gray scale adjustments are available in Custom mode, but time did not permit a calibration.

Signal processing using a 480i signal on the HQV test disc was excellent for the color bar test, picture detail and good for the jaggies tests (2 of the 3 Bars).  To my surprise the VT20 failed the 3:2 pulldown test with the control set to “Auto” (it passed in the “On” position) . The unit also failed the video noise reduction test, with no effect with the control settings at strong, mid, or weak.

HD HQV tests provided similar results with the VT20 failing 3:2 pulldown when the control is switched to “Auto” from “on” and negligible noise reduction. Panasonic personnel on hand during the testing said they’d study my findings. Considering that last year’s models aced the noise reduction and all 3:2 pulldown tests, we will check to see if Panasonic produces a firmware update for both new production and for sets already in inventory.

The 96 Hz mode eliminates the need for 3:2 pulldown and associated judder. It was flicker free for all HD 2D content viewed.

The FHP disc motion resolution test provided excellent results. Enabling the anti-blur mode made the test pattern rock solid and exhibited full 1080 line per-picture-height motion resolution. The moving sign and license plate tests confirmed a significant reduction of phosphor lag. There were no signs of phosphor lag when we switched to viewing an action movie on Blu-ray disc.

The new anti-glare coating is very effective, providing impressive results with extreme off vertical axis light sources such as ceiling fixtures.

2D Viewing

The improved scan and phosphors along with the deep blacks and accurate color provided excellent image reproduction and fine shadow detail. These improvements add up to amazing overall images free of the “video look” associated with 120 and 240 Hz LED LCDs.

3D Viewing

My only 3D source was the demo disc packed with Panasonic’s Blu-ray player, which provides clips from “Astro Boy” as well as numerous live sequences including beach shots, dancing, volleyball, super-slow motion sports and a wonderful underwater fish segment.

As much as I tried to see the issues witnessed with the Sony FHD3D TV (the only production 3D models publicly demoed in 3D link) I did not see them. They simply are not present.  These include crosstalk seen as ghost images, motion artifacts best described as a motion breakup, sort of like a strobe effect and flickering. (One note: when I switched the user control from 120 Hz to 96Hz, flickering appeared in bright scenes, so keep it at 120 Hz).

The mode memory choices such as “Custom” have offsets built-in to compensate for the brightness reduction of the 3D glasses and any other image picture parameter shifts. They proved quite effective, although until Panasonic or someone else makes 3D test signals available on Blu-ray, there is no way to calibrate the user controls in the 3D mode.

Overall, I find the 3D image outstanding with considerably more brightness and pop than the motion picture theater 3D movie experience.

In other words, if you like 3D in the movie theater, you’ll love the way this TV does it at home.

Final Notes

Panasonic has set the bar high for Generation 1 FHD3D TVs. With the exception of the noise reduction and the Auto 3:2 pulldown not functioning (a minor issue, however, and one that should not appear in any 2010 HDTV) the TC-P50V20 is an excellent HDTV and FHD3D TV. The HD Guru awards the Panasonic TC-P50V20 ♥♥♥♥ 4 out of 5 hearts.

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Mitsubishi’s upcoming 3D convertor box will be compatible with 2007 and 2008 Samsung 3D ready DLP rear projectors and plasma TVs, in addition to the Mitsubishi 3D compatible rear projectors, according to an industry source. Mitsubishi and Samsung previously sold about 4 million HDTVs in the US as “only” 3D compatible with games using a 3D capable PC.

The Mitsubishi adaptor converts the over/under 3D Blu-ray signals for display on these pre-2010 3D capable TVs. A Mitsubishi spokesman said its converter will operate with other 3D formats and resolutions too, including those to be used by DirecTV on its three 3D satellite channels launching this June. The legacy 1080p 3D capable HDTVs will display all 3D content at a maximum resolution of 960 x 1080, the same as DirecTVs upcoming 3D signals.  The 3D legacy DLPs display exactly one-half the resolution of 3D Blu-ray player, and provide excellent 3D image reproduction. We saw the adaptor demoed at January’s CES.

The Mitsubishi 3DC-1000 adaptor box will ship this spring, rumored to sell for around $100 .

Samsung no longer sells glasses or IR emitters necessary for viewing 3D on its legacy HDTV 3D displays.  Don’t fret, IO Display Systems in California makes 3D shutter glasses specifically for these earlier Samsung 3D TVs along with the IR emitters required for 3DTV viewing. IO sells their shutter glasses for $59.99 a pair or you can buy them in discounted packages. The two pair 3D glasses package with the IR emitter sells for just $111.75. Add on a 3D Blu-ray player and/or a subscribed DirecTV HD box to your legacy 3D Samsung  with the Mitsubishi 3DC-1000 adapter box and you’re set for 3D sports, movies and programs.

Here is link to the IO Display store and a link to a list of all the 3D compatible 2007 and 2008 model Samsungs and Mitsubishis.

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Best Buy announced 3D TVs and 3D capable Blu-ray player sales and demos at over 200 stores  beginning on March 10, 2010. It will kick off the first Full HD 3D (FHD3D) sales at its Union Square store in New York City with an early morning press event.

The March 10th 3D debuts take place at Best Buy’s Magnolia store-within-a-store. The offerings include a Panasonic’s 50″ TC-P50VT20 plasma 3D HDTV, demoed alongside the Panasonic DMP-BD350 FHD3D Blu-ray player. A source indicates the first Full HD Blu-ray Disc is a Panasonic 3D Blu-ray demo disc which will be included with its 3D Blu-ray players.  The Panasonic FHD3D TVs come packed with one pair of Panasonic 3D shutter glasses.

On March 21, Best Buy plans to offer sales and 3D demos of Samsung’s first 3D FHD TVs at over 900 of its 1000+ stores. The initial 3D offerings include the 46″ UN-46C7000 and 55″ UN-55C7000 LED LCD TVs, along with Samsung’s BD-C6900 3D Blu-ray player and shutter type 3D glasses

According to published reports, Samsung plans to offer a promotional package of 3D glasses and the  first Full HD 3D Blu-ray movie disc “Monsters vs. Aliens” with the purchase of a Samsung 3D TV and 3D Blu-ray player. The promotion is expected to begin with the Best Buy’s March 21st launch.

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(March 3, 2010)  Reports regarding a rise in the black levels of Panasonic’s 2008 and 2009 plasmas led CNET’s David Katzmaier to investigate the controversy. Katzmaier queried Panasonic. In their reply to CNET,  a Panasonic executive confirmed:  2008 and 2009 model plasma HDTVs’ black level brightens as the panel ages to provide a 100,000 hour lifespan (link).

Katzmaier stated he would perform aging tests to measure the change in black levels. On Feb. 5, HD Guru deferred commenting until David published his test results.

Katzmaier (link) published  his results yesterday: Panasonic’s 2009 model TC-P42G10 and TC-P50G10 black level changed from .008 ft. lamberts to .023 ft. lamberts after 1500 hours.

In layman’s terms, the lowest black levels of these test models lightened enough to be noticeable in a dark viewing environment.

Panasonic advertises on HD Guru. Regardless, the increase of the black level of any HDTV over time is not desirable.

Is this condition limited to Panasonic, or do its competitors (LG and Samsung) plasma HDTVs black levels also rise? We don’t know.

Almost all the products reviewed at HD Guru (and most other home theater websites) are loaned from their respective manufacturers. We are not aware of anybody performing long term testing of HDTVs.

THX Responds

The Panasonic plasma series reported to lighten their respective black levels as they age, are also THX certified. Black level performance is one criteria of THX’s robust list of performance parameters.  We asked a THX spokesperson if their certification testing process includes aging tests.  Below is THX’s official response to HD Guru obtained by email.

“THX certification aims to reproduce the highest standards for image quality, color accuracy and signal processing performance for TVs right out-of-the-box. With any display product, stability during the aging process is always a concern. However, today’s display technologies offer far better stability than was experienced in the past. We are aware of the reports about the Panasonic displays and are gathering data on the models in question. Feedback can be sent directly to THX at THXDisplays@thx.com.”

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(February 22, 2010)  The Internet is replete with bad information regarding 3D ready Blu-ray player/ surround sound receiver/ Full HD 3D TV (FHD3D) HDMI connectivity. Unfortunately, HD Guru is not immune from this: we recently passed along misinformation received in an email from an official Blu-ray Disc Association (BDA) spokesperson, for which we apologize.

To set the record straight HD Guru recently met with Waheed Rasheed, director of product marketing for Silicon Image, the company that created HDMI and its related standards. He provided us with clear and precise information regarding the recently published HDMI standards as they relate to 3D products.

Full HD 3D

Transmitting uncompressed Full High Definition 3D (FHD3D) signals (defined as 1920 x 1080 resolution for both the left and right eye [each frame]) requires connecting a 3D Blu-ray player to a FHD3D TV using a suitable HDMI cable. The FHD3D signal’s bit rate is 6.75 Gbps (gigabits per second). The HDMI 1.4 standard’s maximum bit rate of 10.2Gbps is identical to that of the older HDMI 1.3 standard.

The 1920 x 2205 pixel at 24Hz (see drawing above) FHD3D signal differs from any previous HD or 3D signal. 1920 is the number of active pixels across each frame while 2205 pixels is the vertical resolution of two Full HD frames plus 45 pixels of active blanking separating the FHD left and right frames.

As the drawing illustrates, the signal places the two frames in a configuration known as “over/under.” This is the first and currently only FHD3D TV standard signal and because it is totally new, no non-FHD3D display can accept it.

This is important, as some consumer electronics writers speculate incorrectly that a modification will allow legacy 120Hz and 240Hz LCD displays to handle Blu-ray FHD3D content.

That said, Mitsubishi’s 2007, 2008 and 2009 legacy rear projection sets can be adapted to play these new FHD3D signals. Mitsubishi announced and demonstrated at the 2010 CES a converter box that down-converts the Blu-ray FHD3D HDMI signal (albeit at half resolution [960 x1080] for each eye). The converter box is due to arrive around the same time the first 3D capable Blu-ray players ship this spring.

The new HDMI 1.4 standard also permits another “over/under” 3D configuration at the lower 720p HD resolution (1280×720) at either 60Hz or 50 Hz Blu-ray player output.

All 3D Blu-ray players output FHD3D movies at 24 fps. Both LED LCD and CCFL backlit FH3D HDTVs internally convert the signal to sequential display (alternating left and right frames) at 240Hz (synchronizing with shutter glasses that provide 120 views per second for left and right eyes [120+120 =240]. All announced FHD3D plasma displays internally convert the 3D Blu-ray movie signals from “over/under” to frame sequential at 120 Hz for 60 views per second for each eye.

Surround Sound Receivers

Unfortunately, your current HDMI equipped surround sound receiver will not pass the new FHD3D signal and no upgrades are possible according to both Sony and Denon. Why? A system called EDID (Extended Display Identification Data) currently handles communications between your TV, receiver and source components and it works fine. However, when your new 3D television communicates that it is an FHD3D television, the receiver will not understand because the 3D ID was not part of the standard when your receiver was designed. The receiver will shut off the HDMI signal and your new 3D TV screen will go black.

Your only solution will be to replace your receiver with a new one that’s 3D compatible or use one of a number of available “work arounds.”  You can still use your current HDMI receiver with Panasonic’s upcoming 3D Blu-ray player because it includes a separate “audio only” HDMI output. Connect the video HDMI directly to your 3D set and the audio HDMI to your receiver to decode Dolby TruHD or DTS lossless codecs. No other manufacturer has announced this feature. You can also use coax or optical digital “outs” from the 3D Blu-ray player but you won’t get lossless audio and you’ll still have to connect the 3D Blu-ray player directly to the 3D HDTV to see the picture.

3D HDMI Cables

Will your existing 1.3 HDMI cables handle the FHD3D signal or will you have to replace them? The only way to really know is to connect it and see if they work. Some will, some won’t. If the cable can handle the 6.75 Gbps FHD3D data rate, it probably will.

There are two types of legacy 1.3 HDMI cables: Category 1 and Category 2. The former must be able to handle at least 2.25 Gbps signals, meaning it may not be able to handle FHD3D signal . Category 2 HDMI 1.3 cables handle signals up to 10.2 Gbps. These will certainly work.

The HDMI 1.4 standard has optional features for both TV and source component makers, including an audio return function and Ethernet connectivity (which allows one Ethernet signal to be carried to other connected components via HDMI if the maker includes this 1.4 feature).

To streamline HDMI cable selection Silicon Image dispensed with the old numerical system and replaced it with the following categories  (source: hdmi.org website):

Standard HDMI Cable
The Standard HDMI cable is designed to handle most home applications, and is tested to reliably transmit 1080i or 720p video – the HD resolutions that are commonly associated with cable and satellite television, digital broadcast HD, and upscaling DVD players.

Standard HDMI Cable with Ethernet
This cable type offers the same baseline performance as the Standard HDMI Cable shown above (720p or 1080i video resolution), plus an additional, dedicated data channel, known as the HDMI Ethernet Channel, for device networking. HDMI Ethernet Channel functionality is only available if both linked devices are HDMI Ethernet Channel-enabled.

Automotive HDMI Cable
Designed for internal cabling of vehicles equipped with onboard HD video systems. Tested to a more robust performance standard, and capable of withstanding the unique stresses of the motoring environment such as vibration and temperature extremes.

High Speed HDMI Cable
The High Speed HDMI cable is designed and tested to handle video resolutions of 1080p and beyond, including advanced display technologies such as 4K, 3D, and Deep Color. If you are using any of these technologies, or if you are connecting your 1080p display to a 1080p content source, such as a Blu-ray Disc player, this is the recommended cable.

High Speed HDMI Cable with Ethernet
This cable type offers the same baseline performance as the High Speed HDMI Cable shown above (1080p video resolution and beyond), plus an additional, dedicated data channel, known as the HDMI Ethernet Channel, for device networking. HDMI Ethernet Channel functionality is only available if both linked devices are HDMI Ethernet Channel-enabled.

Edited by Michael Fremer

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Copyright ©2010 HD Guru Inc. All rights reserved. HDGURU is a registered trademark. The content and photos within may not be distributed electronically or copied mechanically without specific written permission. The content within is based upon information provided to the editor, which is believed to be reliable. Data within is subject to change. HD GURU is not responsible for errors or omissions.

Update and correction posted 2/9/10

(2/7/10) The big game represents the tail end of the HDTV buying season. All dealers run specials to help sell as many sets as possible, in preparation for the sales drought that lingers for months afterwards. This year is different. You need to know why in order to make your decision: buy this year’s close-out at a bargain price, or wait for the 2010s.

In previous years the annual model change began in late spring through mid-fall. This year, in an effort to increase sales during the late winter selling drought, many TV vendors chose to begin releasing their respective 2010 model lines beginning as early as February, just a week or so after the Super Bowl.

Wait or Buy Now?

Fortunately, having seen many of the 2010 models at the International Consumer Electronics Show this past January, we know what is coming. Pricing has begun to leak out as well. Here’s how the picture shapes up.

37″ and Smaller LCD

There are few significant image improvements in this size category with the exception of more LED models (producing brighter images, with lower power consumption and thinner form factors) appearing in a number of 2010 product lines, in the next four to twelve weeks. We’ve listed some smokin’ hot closeout deals in this size range below.

42″ and Larger LCD

Here’s where it’s a tough to call. Your decision will depend on the features you desire. Among LCD with CCFL lighting models, only one 2010 series will come with 3D capability (C750 by Samsung). All other 3D capable LCDs will be LED 240 Hz models with premium pricing and feature sets associated with the high refresh rate. The 60Hz and 120 Hz models we’ve seen will perform similarly to last year’s models across brands. More 2010 models will include added features such as Internet widgets and services as well as USB inputs for viewing photos.
Most of the major improvements in the 120Hz and 240 Hz models will be found in the 2010 LED LCD sets. They include better contrast and deeper blacks, better anti-reflective coatings and thinner depth cabinets. Moving up in a given product line, you will be able to get local dimming in a thin, edge lit LED LCD TV. Sony and LG announced two types of local dimming, each of which divide the screen into small, dimmable sections, with the higher end models having the most localized control, minimizing halos of light objects or text against a dark background. Samsung also will incorporate a form of local dimming in its C8000 and C9000 series LED LCDs, but won’t yet say how it’s done.

Plasma

2010 plasma sets have a number of performance improvements, although they are limited to the upper tier models of their respective manufacturers (Panasonic, LG and Samsung). Buying a 2009 closeout model now or waiting for the 2010s really depends on your needs and desires and where in the line you want to make a purchase. For example, in the Panasonic line the 2009 S1 and 2010 S2 models have the same contrast ratio and number of gradations specs. Correction: The native contrast for the 2010 S2 series is rated at 2,000,000:1 up from a native contrast ratio of 40,000: 1 for the 2009 S1 plasma series. However, the retail price is actually $100-$200 lower (depending on screen size) on the 2010 S2 series.

Update: Panasonic has just supplied contrast ratio specs for its 2010 models. Please note “Dynamic Contrast” ratio uses a black measurement with no content on the screen.  “Native Contrast” uses  a test signal containing a small white area surrounded by black to make the measurements.

Note, we take all dynamic contrast numbers with a grain of salt as measuring contrast ratio using with an all black screen  for dark measurment does not provide a meaningful number as to how a display performs when viewing real content.

C2- 2,000,000:1 Dynamic
X2- 2,000,000:1 Dynamic
U2- 2,000,000:1 Native
S2- 2,000,000:1 Native
G series- 5,000,000:1 Native
VT series- 5,000,000:1 Native

3D

As a feature for LCD and LED LCD you will be limited to 240 Hz models. As announced (to date) all the Sony and LG 3D LCDs will be LED edge-lit thin designs, within their top three series (Sony) or strictly the top series (LG). Besides the LED series, Samsung offers a 240 Hz CCLF LCD 3D series (C750). Sony will have 3Ds in screen sizes starting at 46″ while Samsung will begin at 40″ screen size.

Samsung and Panasonic will offer 3D plasmas in two top series starting at 50.” No word yet on LG 3D plasma, although they did show a prototype at CES. While there’s no official word on availability from any of the 3D vendors, we expect Samsung and Panasonic to ship theirs sooner than Sony’s July 2010 scheduled release of its LED LCD 3D models.

Summing it up

60 Hz LCD- Get a closeout deal on a 2009

120 HZ LCD- Get a closeout deal on a 2009

LED LCD 120 Hz- Get a closeout deal on a 2009, this category is declining, for example Samsung is offering only one series of LED 120 Hz TV in 2010

LED LCD 240 Hz-Wait for the 2010s, which will have higher performance, local dimming availability and many will be thinner than this year’s models. Plus we expect them to cost less than the comparable 2009 models. Many series will also include 3D availability.

720p Plasma- Performance for the 2010 models will be similar to the 2009s, but at lower retail prices. Consider only a red-hot deal on a 2009 leftover.

1080p Plasma- Entry level (i.e. S2 Panasonic) 2010s offer better performance than the 2009 models.  Expect the 2010s at lower retail prices though. Only consider a 2009 at a red-hot price.

1080p Plasma- Mid Level (i.e G25 Panasonic)- 2010 models will offer significant performance and energy efficiency improvements over last year’s models. You’re better off waiting for the 2010s to begin arriving later this month or early March.

1080p Plasma- High End (i.e VT25 Panasonic, C8000 Samsung).  2010s offer significant performance, deeper blacks, extremely effective new anti-reflective coatings and efficiency improvements over the 09s in addition to new 3D capability at equal or lower retails. Wait for the 2010 models.

This Week’s Hottest Deals: (FS=Free Shipping)

Panasonic X1 Series TC-L26X1 26-Inch 720p LCD HDTV $289.99 Amazon FS

Toshiba 32RV525R 32-Inch 1080p LCD HDTV $399.98 Amazon FS

Samsung LN32B360 32-Inch 720p LCD HDTV $379.00 Amazon FS

Samsung LN52B550 52-Inch 1080p LCD HDTV $379.00 Amazon FS

Panasonic TC-L32S1 32-Inch 1080p LCD HDTV $438.00 Amazon FS

Toshiba REGZA 42Z650U 42-Inch 1080p LCD 240 Hz (using 120 Hz Panel + Scanning CCFL Backlight) HDTV $799.00 J&R via Amazon FS

Samsung LN52B550 52-Inch 1080p LCD HDTV $1119.00 Amazon FS

Toshiba REGZA 55V650U 55-Inch 1080p LCD 240 Hz (120 Hz +Scanning CCFL Backlight $1499.08  6ave via Amazon FS

Edited by Michael Fremer

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Copyright ©2010 HD Guru Inc. All rights reserved. HDGURU is a registered trademark. The content and photos within may not be distributed electronically or copied mechanically without specific written permission. The content within is based upon information provided to the editor, which is believed to be reliable. Data within is subject to change. HD GURU is not responsible for errors or omissions.

Panasonic unveiled its new line of 3D plasma HDTVs, along with its 2010 plasma and LCD flat panels at International Consumer Electronics Show in Las Vegas earlier this month.

3D Plasma

Panasonic’s record setting 152″ 4K (4,096 x 2,160 pixels)  prototype plasma panel, fresh from its new plasma factory, made an impressive 3D demonstration. In addition, Panasonic displayed a number of 50″ 1080p plasma Full HD3D (FHD3D) TVs around its booth.

Without providing a release date or pricing, Panasonic supplied specifications and features of its four screen size 3D offerings within the top-of-the line VT25 series. All employ frame sequential 3D technology used in conjunction with shutter type glasses. Panasonic served a variety of 3D content including clips from Avatar as well as a demo loop from DirecTVs 3D satellite channel.

Panasonic’s 3D sets wowed CES attendees with their impressive 3D presentation, free of visible crosstalk (ghosting), motion blur or flicker. The V25s and glasses sync up the left and right eye views via an infrared beam from the TV at a refresh rate of 120 Hz (60 frames per second per eye).

Panasonic boasts a number of picture improvements in its plasma technology that help produce  outstanding 3D images. They include:

High Speed Drive

To achieve 120 fps rate with the same brightness as earlier generation 60 Hz displays, Panasonic developed high drive speed, which enables more rapid panel illumination while maintaining image brightness.

Crosstalk Reduction Technology

New phosphors and circuits allow the red and green phosphors to shorten their decay time by 66% preventing overlap of the left and right images (crosstalk), which is seen as ghost images.

High Precision Eyewear Control

A Panasonic sync circuit momentarily closes both shutters on the 3D glasses, while simultaneously creating a blanking interval (black screen) on the plasma TV to eliminate alternate eye light leakage, thus producing clearer 3D images.

Plasma HDTV

In addition to its VT25 and VT20 3D series (more below) Panasonic introduced five other plasma series: G25, G20, S2, U2 and C2. The top four series (VT25, VT20, G25, G20) get Panasonic’s newest Neo PDP plasma panel, which boasts a 5,000,000:1 contrast ratio. The panel construction is very similar to Pioneer’s Kuro design and is the first Panasonic plasma design aided by former Pioneer plasma engineers.

Improvements include: four times the luminous efficiency compared to Panasonic’s 2007 panel, meaning it requires just one-quarter the power to produce the same brightness level. This development results from a new, deeper cell design, revised electrode placement, new gas mixtures and faster decay phosphors. Panasonic adds a new black layer too. Examining the photos (above) of the Panasonic (top) and Pioneer (bottom) plasma cell structures, one can clearly see the similarity.

Other features for 2010 include:

VIERA CAST internet connectivity widgets and content now adds services from Netflix, Pandora, Twitter and Fox Sports to its Amazon Video, Picassa, YouTube, Bloomberg and Weather Channel offerings. In addition, Panasonic’s new entries now permit use of an optional wireless LAN adapter via the USB inputs, as well as the ability to make Skype video calls with an optional video camera. Buyers can also add a keyboard for easier Tweets. ISFccc picture calibration capability is also included in select models.

THX Certification assures exacting standards are met for uniform luminance (brightness) and color, low black levels, real world high contrast ratios, accurate HD color gamut, proper gamma, full HD resolution and high quality scaling.  Below are Panasonic’s descriptions of the new models and associated features, with new information culled by HD Guru.

VT25 Series

Includes four screen sizes ranging from 50-inches to 65-inches – the TC-P65VT25 class (64.8″ measured diagonally), the TC-P58VT25 class (58″ measured diagonally), the TC-P54VT25 class (54″ measured diagonally) and the TC-P50VT25 class (49.9″ measured diagonally). One pair of 3D Eyewear is included. In addition to providing 3D viewing, the VT25 series features the enhanced VIERA CAST service with Wireless LAN Adaptor ready on its USB port, video call capability, VIERA Image Viewer to view JPEG digital still images and HD video recorded on an SD Memory Card; VIERA Link, a PC input, two USB Ports, THX certification and THX Movie Mode, 24p cinematic playback, 600Hz Sub-field Drive (produces 1080 TV lines of moving picture resolution), Infinite Black Pro display with 5,000,000:1 native contrast, high efficiency Neo PDP plasma panel,  four HDMI connections a RS232C connection and ISFccc capability. In addition, these TVs incorporate new phosphor science that allows the TV to switch more quickly, to produce a smoother 3D image. As with all the Panasonic Plasma HDTVs, the Full HD 3D models have a panel life of up to 100,000 hours and are mercury and lead free.

The VT25 series, like the now discontinued Pioneer Kuros and the 2009 TC-P54Z1 has just two sheets of glass, instead of three (a second top sheet) found in all other previous plasma HDTVs. This new configuration cuts down on image degrading internal reflections while increasing contrast. The VT25s also add a new anti-reflective coating bonded to the top glass that dramatically reduces glare from external light sources hitting the screen. (see graphic below).

The V25s allow the judder free viewing of 1080p/24fps 2D sources (Blu-ray and some satellite programs) at 96fps (frames per second). No word yet on the display rate of 48fps 3D movies on new Blu-ray discs.

VT20 Series

The VT20 Series is available in the 50″ screen size as the TC-P50VT20. It is 3D capable and like the VT25 models includes one pair of 3D eyewear. All features and specs are identical to the VT25 except the omission of ISFccc capability and the RS232 interface.

G25 Series

The VIERA G25 series includes the TC-P54G25, a 54-inch class HDTV (54″ measured diagonally), the TC-P50G25, a 50-inch class HDTV (49.9″ measured diagonally), the TC-P46G25, a 46-inch class HDTV (46″ measured diagonally) and the TC-P42G25, a 42-inch class HDTV (41.6″ measured diagonally). The G25 series features improved VIERA CAST functionality, video call capability(2), THX certification and THX Movie Mode, and VIERA Image Viewer for playing back digital still JPEG images and AVCHD videos recorded on an SD Memory Card and VIERA Link for improved networking. In addition to allowing the user to utilize all VIERA Link capable components (including an optional Panasonic security camera) with a single remote, the G25 line features a PC input and two USB ports, allowing for Wireless LAN Adaptor connectivity and the addition of a keyboard. The G25 series provides 1080p resolution, Infinite Black display with 5,000,000:1 contrast ratio (using the same two sheet Neo PDP glass design found in the VT25 and VT20 models), full-time 1080 TV lines of moving picture resolution, 600Hz Sub-field Drive and like all Panasonic 2010 VIERA HDTVs, contains no lead or mercury and has a long panel life – up to 100,000 hours before achieving half brightness.

G20 Series

The VIERA G20 series includes the TC-P54G20, a 54-inch class HDTV (54″ measured diagonally) and the TC-P50G20, a 50-inch class HDTV (49.9″ measured diagonally). Like the G25, the G20 series features improved VIERA CAST functionality, video call capability, THX certification, and VIERA Image Viewer for playing back digital still JPEG images and AVCHD videos recorded on an SD Memory Card and VIERA Link for improved networking. In addition to allowing the user to utilize all VIERA Link capable components with a single remote, the G20 HDTVs feature a PC input and two USB ports, allowing for Wireless LAN Adaptor connectivity and the addition of a keyboard. The Neo PDP 2 sheet plasma glass design of the G20 series provides 1080p resolution, Infinite Black display with 5,000,000:1 native contrast, full-time 1080 TV lines of moving picture resolution, 600Hz Sub-field Drive and like all Panasonic 2010 VIERA HDTVs, contains no lead or mercury and has a long panel life – up to 100,000 hours before achieving half brightness. The sole difference between the G25 and the G20 series is the omission of the ability to connect a Panasonic security camera.

S2 Series

The VIERA S2 series consists of six models , a 58-inch class model (58″ measured diagonally) – TC-P58S2 and a 65-inch class model (64.8″ measured diagonally) -TC-P65S2, in addition to the TC-P54S2, a 54-inch class HDTV (54″ measured diagonally), TC-P50S2, a 50-inch class HDTV (49.9″ measured diagonally), TC-P46S2, a 46-inch class HDTV (46″ measured diagonally) and the TC-P42S2, a 42-inch class HDTV (41.6″ measured diagonally). Key features of the S2 series include 1080 TV lines of moving picture resolution, which eliminate traditional HDTV motion blur. The S2 series also includes VIERA Link and the VIERA Image Viewer. Other features include 1080p Full HD resolution, 2,000,000:1 native contrast using a three sheet (top cover glass) Neo PDP panel, 600Hz Sub-field Drive and an anti-reflective filter. The S2 series contains no lead or mercury in the panel and the TVs have a lifespan of 100,000 hours. The S2 series feature Clean Touch bezel,*designed to keep the TV bezel looking its best with less fingerprints.

The 42″ and 50″ S2 models have a depth of 3.7″.
(* except for 58 and 65 inch class.)

U2 Series

Panasonic’s VIERA U2 series will be available in two screen sizes – the TC-P50U2, a 50-inch class HDTV (49.9″ measured diagonally) and the TC-P42U2, a 42-inch class HDTV (41.6″ measured diagonally). The U2 line of VIERA Plasma HDTVs feature 600 Hz Sub-field Drive, VIERA Image Viewer for viewing digital still JPEG images, three HDMI connections, VIERA Link and 1080p Full HD resolution. The panels are lead and mercury free and are rated up to 100,000 hours, at which time they will achieve half brightness. The U2 and C2 series do not use the new Neo PDP panels

C2 Series

The C2 series presents a line of 720p plasma HDTVs that help Panasonic deliver on its promise to satisfy consumer demands for differing HDTV resolution options. The TC-P50C2, a 50-inch class HDTV (49.9″ measured diagonally), TC-P46C2, a 46-inch class HDTV (46″ measured diagonally) and the TC-P42C2, a 42-inch HDTV (41.6″ measured diagonally) offer spectacular picture performance with a 600Hz Sub-field Drive that delivers razor-sharp resolution, VIERA Image Viewer for viewing and sharing digital photos with friends and family, music slideshow functionality, and VIERA Link. Like the other members of the 2010 Panasonic VIERA HDTV line the C2 series contains no lead or mercury in the panel and the TVs have a lifespan of 100,000 hours.

LED LCD D2 Series

Panasonic’s top of the line VIERA LED-LCD D2 series features two 1080p Full HD models – TC-L37D2, a 37-inch class (37” measured diagonally) HDTV and the TC-L42D2, a 42-inch class (41.6” measured diagonally) HDTV. The LED method of backlighting the LCD panel allows for the HDTVs to become extremely thin and offers a wider color gamut than traditional back-lit LCDs, which use fluorescent bulbs to provide the light source. Combined with the IPS panel, the viewing angle is improved, contrast is also improved and there is lower power consumption. The D2 series also features the proprietary Universal Dock for iPod®; the VIERA Image Viewer™ to view digital still JPEG photos; VIERA Link™, – a technology that utilizes HDMI-CEC (Consumer Electronics Control) and allows a consumer to operate all VIERA Link™ compatible A/V components using only the TV’s remote control; a PC input; 24p Smooth film; 120Hz motion picture Pro 4; four HDMI connections and Clear Panel.

All the following LCD series use CCFL backlights.

U25 Series

Panasonic’s TC-L42U25, a 42-inch class (42.0″ measured diagonally) HDTV, is a 1080p Full HD Resolution HDTV whose features include 120 Hz Motion Picture Pro 4; 24p Smooth film; VIERA Image Viewer to view digital still JPEG images; VIERA Link; three HDMI connections and a PC input.

U22 Series

This series presents three screen sizes – the TC-L42U22, a 42-inch class (42.0” measured diagonally) HDTV; the TC-L37U22, a 37-inch class (37” measured diagonally) HDTV and the TC-L32U22, a 32-inch class (31.5” measured diagonally) HDTV. The U22 series of LCD HDTVs features 1080p Full HD Resolution; VIERA Image Viewer to view digital still JPEG images; VIERA link; three HDMI connections and a PC Input.

X2 Series

This series are all 720p resolution displays and include the Universal Dock for iPod in its three screen sizes and introduces a new 22-inch screen size – TC-L37X2, a 37-inch class (37”measured diagonally) HDTV; TC-L32X2, a 32-inch class (31.5” measured diagonally) HDTV and TC-L22X2, a 22-inch class (21.6” measured diagonally), HDTV. In addition to the Universal Dock for iPod, the X2 models include the VIERA Image Viewer to view digital still JPEG images; VIERA Link; three HDMI connections and a PC Input.  Improvements to iPod Dock make it easier to use with iPhone and iPod Touch. TC-L32X2 and TC-L22X2 feature Clean Touch bezel, designed to keep the TV bezel looking best with less fingerprints.

C22 Series

Consists of two screen sizes – the 37-inch class (37” measured diagonally) TC-L37C22 and the 32-inch class (31.5” measured diagonally TC-L32C22. Both are 720p HDTVs and feature VIERA Image Viewer to view digital still JPEG images; VIERA Link; two HDMI inputs and a PC input

Edited by Michael Fremer

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Copyright ©2010 HD Guru Inc. All rights reserved. HDGURU is a registered trademark. The content and photos within may not be distributed electronically or copied mechanically without specific written permission. The content within is based upon information provided to the editor, which is believed to be reliable. Data within is subject to change. HD GURU is not responsible for errors or omissions.

Just Posted At HDGURU3D.com- Our 3D HDTV Primer (1/2/10)

(January 2, 2010) 2010 marks the beginning of the 3D home video era. While in many ways it is similar to the introduction of HDTV in late 1998-1999,  in others it’s quite different.

In 1998 and early 1999 TV makers introduced their first HDTVs. The set makers generally limited the initial offerings to one model per company. The changes needed to make a display high definition were huge, requiring modifications to picture tubes, far wider bandwidth circuitry, the incorporation of up-conversion technology and other expenses. Prices ranged from $9000 for a 34″ Sony direct view model to $10,000 for a Philips 64″ rear projector. Programming was limited to a handful of network shows in 1999 and most of 2000. The first full time HD channel, HD Net launched Sept 6, 2001.

The cost delta to enable 3D capability within a HDTV will be small, especially when compared to the standard to high definition switch. 3D requires a high refresh rate (generally 120 Hz for plasma and 240 Hz for LED and LCD), the display’s ability to send a sync signal to 3D glasses, and additional signal processing.

On to the predictions.

3D Full HDTV Prices Will Be Low

1. HG Guru predicts 3D ready versions of flat panels will sell for around the same as their 2D 2009 counterparts, with initial street prices beginning around $1299 for a 40″ 3D ready 240 Hz edge lit LED LCD. By comparison, a 2009 Samsung 40″ 120 Hz Edge Lit LED Samsung sells today on Amazon for $1249.99.

Nearly 50 3D HDTVs To Be Available

2. HD Guru predicts vendors will offer multiple Full HD 3D models in their 2010 lines with an industry total of 40-50 different models using plasma, LCD, LED LCD, DLP and front projection by year’s end.

3D Programming and Content Will Arrive Quickly

3. 3D programming will arrive much faster in 2010 than HDTV did back in the late nineties and early 2000s with dozens of Blu-ray discs, Playstation 3D games, and a full time 3D DirecTV channel. HD Guru predicts one or more cable providers will have a 3D channel before the end of 2010. In addition to movies and games, 3D broadcasts of sporting events will commence.

Low Cost 3D Blu-ray Players

4. HD Guru predicts 3D Blu-ray players will be available from every 3D TV maker, priced about $100-$150 higher their 2D counterparts.

LED HDTVs To Get Local Dimming

5. New thin, edge lit LED LCD HDTVs will arrive from virtually all big screen LED TV makers. New designs will provide edge lit “local dimming” for the first time, for better blacks and better contrast, along with other picture enhancements.

Thin LED HDTVs in 60″ and Above Screen  Sizes

6. TV Vendors will begin to sell thin LED edge-lit models in 60″ and larger screen sizes.

3D Compatible Surround Sound Receivers

7.  All major audio companies will introduce 3D compatible surround sound receivers in 2010. Consumers will learn their pre-2010 models will not be able to handle HDMI 3D signals, requiring the use of external switching and legacy sound formats such as Dolby Digital (instead of  Dolby TrueHD) or the purchase of a new SS receiver.

Mobile Digital TV Arrives Within Portable Devices

8. Mobile Digital TVs will finally arrive with a number of 21st century Watchman-type products as well as inclusion within other screened portable devices.

Home 3D HDTV Will Succeed

9. 3D HDTV will be declared a success with faster consumer adoption than HDTV in year one.

Glasses Free 3D  Will Arrive

10. Our final prediction, a glasses-free Full HD 3D consumer computer monitor and/or laptop computer will be announced before year’s end, though it will be designed for a single viewer.

HD Guru Wishes Our Readers a Happy New Year

Just Posted At HDGURU3D.com- Our 3D HDTV Primer

To learn more about choosing an HDTV please click this link.

For a list of the Best HDTVs under $1000 please click this link.

For a list of the 10 Best HDTVs please click this link

.

Edited by Michael Fremer

Have a question for the HD Guru?
HD GURU|Email

Copyright ©2010 HD Guru Inc. All rights reserved. HDGURU is a registered trademark. The content and photos within may not be distributed electronically or copied mechanically without specific written permission. The content within is based upon information provided to the editor, which is believed to be reliable. Data within is subject to change. HD GURU is not responsible for errors or omissions.

Learn more about 3D and Mitsubishi’s 2010 3D plans at our new HDGURU3D.com website

(December 28, 2009) DirecTV intends to launch the first US 3D HDTV channel early next year. The satellite TV provider plans to make the announcement at the 2010 Consumer Electronics Show in Las Vegas on January 7th.

Tonight, DirecTV is scheduled to blast its latest satellite into orbit. The new bird gives DirecTV the capacity to add an all HD 3D channel, along with additional  HD  channels, though the technical specs of the broadcast are not yet clear. The new satellite goes fully operational in March 2010.  The new DirecTV 3D channel will feature an assortment of movies, sports and programs in 3D. All programs are in HD 3D and meet the new 3D standards the major TV manufacturers support, according to sources.

Sources tell HD Guru DirecTV’s current HDTV boxes will receive a firmware upgrade to allow its existing subscriber base to receive HD 3D programming. The shows will then be compatible with the new 3D capable HDTVs expected to debut at CES by Panasonic, Sony, Samsung, LG and other TV makers, as well as existing Mitsubishi DLP models that are accompanied by a forthcoming 3D converter box. Viewers will need one of these new 3D HDTVs to view DirecTV 3D programming, along with compatible 3D glasses.

To learn more about choosing an HDTV please click this link.

For a list of HDTV deals please click this link.

For a list of the Best HDTVs under $1000 please click this link.

For a list of the 10 Best HDTVs please click this link.

Have a question for the HD Guru?
HD GURU|Email

Copyright ©2009 HD Guru Inc. All rights reserved. HDGURU is a registered trademark. The content and photos within may not be distributed electronically or copied mechanically without specific written permission. The content within is based upon information provided to the editor, which is believed to be reliable. Data within is subject to change. HD GURU is not responsible for errors or omissions.

We are re-running  our set-up article today (with updates added). If you need an HDMI cable, you can save a lot of money by ordering one from Amazon . Here is a link for a popular 2 meter HDMI cable for $9.99 with free shipping.

If Santa delivered a new HDTV to your home today, use this list to help get your HDTV up, running and looking good. Please read the owner’s manual before proceeding.

1) Get It Ready

If it is flat, (LCD or Plasma) the HDTV may need attachment to its table stand (if you’re not wall mounting it.). This requires two or more people. Remember; NEVER LAY A FLAT TV ON ITS FACE OR BACK. HOLD IT UP (vertical) BY HAVING IT SUPPORTED ON THE BOTTOM OF THE BEZEL THAT SURROUNDS THE SCREEN. TO KEEP THE SET VERTICAL HAVE SOMEONE HOLD IT UP TO KEEP IT FROM FALLING OVER UNTIL IT IS PROPERLY ATTACHED TO THE TABLE STAND. NEVER PLACE ANY PRESSURE ON THE SCREEN (SUCH AS YOU PALM) DON’T TOUCH THE SCREEN. IT DOESN’T TAKE MUCH PRESSURE TO CRACK IT! If the screen cracks, the HDTV is destroyed. Always lift by it by the bottom of the outside of the bezel; you may also steady it by grabbing the edges and sides of the bezel.

An added note. While we still don’t recommend laying the TV on its face, the danger is reduced the smaller the screen size and the lighter the display. If you choose to ignore our warning, please make sure the surface you want to lay it on is perfectly flat with no packing materials , dirt or debris on the floor surface. If it is not perfectly flat, the pressure created by an object protruding above the floor can be sufficient to crack the screen, ruining your new HDTV and your holiday.

2) Make Sure Your New HDTV is Functional

This will save you a lot of aggravation. As soon as it is unpacked and supported (such as assembling the table stand and attaching the panel properly by consulting the owner’s manual), connect the power cord to wall AC and power it up. Put the batteries in the TV remote and hit the menu button. If you get an on-screen menu of any kind the HDTV is functional. If it stays black, it is probably dead. After verifying the on-screen menu, proceed to connect the TV to your signal sources.
Note. Many of today’s sets conform to Energy Star rules. If your set does, the first screen to appear will ask if you are using the HDTV in a home or (dealer) showroom. Select the “Home” mode for the best-looking image and lowest power consumption. This screen only comes up the first time you connect your new HDTV, selecting the Home mode will automatically place the user settings far closer to ideal than you can get in the showroom mode and save a lot on electrical consumption.

3) What You’ll Need to View Programs in High Definition

A) For over-the-air reception, you’ll need a TV antenna connected to the HDTV via the HDTV’s F type screw in connector. If there is no F type connector on the back of the set, you received an HDTV monitor, meaning there is no built-in digital tuner. You will need purchase a free standing HDTV tuner box to get the free over the air channels if it’s a tunerless HD monitor.
B) For HD Cable you will need an HD cable box or HD Cable DVR. If you don’t have one yet, you may connect the cable from the wall directed to the TV’s F connector to receive the unencrypted HDTV cable channels (generally the broadcast network stations) provided your new HDTV has an unencrypted QAM tuner built-in (most digital tuner sets do, you need to check the owner’s manual for inclusion and instructions to scan in the channels once connected).

Note: Readers report a number of cable providers are encrypting network broadcast channels over cable, so the direct connection may not yield your local channels. Cable providers are supposed to distribute network channels unencrypted.

C) For HD Satellite Reception, you will need an HD satellite box and the appropriate dish already installed (check with your satellite provider for more information)

4) To See HDTV, with a HD satellite box or HD cable box you must use either the component video connection cable (YPrPb) or an HDMI cable. Oh no, you don’t have either one of these cables. Here is a tip to get you up and running until you get one. Temporarily use an audio/video cable you may have lying around (it came with your VCR, DVD player or other video component). This cable is the one that has three RCA type connectors, a yellow one, a red one and a white one at each end. Connect the yellow one to the Y output jack on the source box and the other end to the HDTV’s component video Y input. Then connect the red one to the Pr output jack on the source box and the Pr input on the HDTV and finally connect the white one to the Pb jack on the HDTV and source box. Make sure all three are on the same numbered input on the HDTV (i.e. input 6, see owner’s manual for identification of the component video input on the HDTV) With the same numbered input selected on the HDTVs video input via the “input” button on the remote control, you will be able to see an HDTV image once you tune to an HD channel (the how to is in the owner’s manual). Not sure which channels are in HD? Use channel up on the remote, till you see a widescreen HD image (tip- make sure the HDTVs aspect ratio you selected is the “FULL” mode and the source box is in its 1080i output mode) You will need an audio cable too, in order transfer the audio from the source box to the display (unless you are using an HDMI cable and connection).

5) Once you have your HD image on the screen, change the user picture controls. (If the set did not have the home/showroom option mentioned above) manually get the set out of “Vivid” mode and into standard, movie or cinema (depending on the set). If you don’t have an input named “movie” the HDTV will have one of the others and either one will produce a more accurate image than Vivid. This function is usually under Menu button on the remote followed by picture mode setting. Next, use the remote control to turn down the contrast (aka picture) control . If the contrast is set too high, the light details will turn white and be obscured, such as wrinkles on a white shirt. Adjust the brightness control low enough to get the deepest black possible but do not bring it any lower, for it will bury the dark detail. This will require some experimentation by raising and lowering the control to you reach the ideal level. Adjust the color and tint control to produce the most natural, accurate skin tones.

Special instructions for new LCD HDTV set owners.

A) Many of the new LCD HDTV have a control that will be new to you. It’s called a “backlight” control. You will need to adjust the backlight control alternately with the contrast and brightness controls. The objects, for the set to produce the deepest level of black and natural (not overblown) whites and maintain dark detail.  Here’s how.

Alternately use the backlight adjustment with the brightness control. The object is to get the deepest black, yet still be able to see low level details such as a black suit against a dark background. You must alternate back and forth these to controls; every time you lower the backlight, you will make the blacks darker including dark details. Go back and forth until you see reach the level that the blacks are the deepest, while you still can see objects that are dark or black such as Batman’s costume against a dark sky. If set too dark, much of the costume will disappear into the background. Next, make sure the overall brightness of light colored objects such as a white shirt correct via the picture (also called contrast or white level control). The object is to have an overall adequately bright picture. If after raising the contrast control to 100% whites are gray and/or the overall brightness of the image is too dark, you will need to slightly raise the backlight control and readjust the contrast and brightness controls, because they may now need a little more tweaking. On many LCDs, we have adjusted, the backlight control ends up at the low end of the range (around 0-20%) for the best image.

Remember, the object is to get the best light and dark detail in the image and the blackest blacks. This will provide the highest contrast ratio the set is capable of producing while maintaining fine detail in the light and dark parts of the image.

6) Sit back and enjoy the HDTV experience.

To all our HDGURU and HDGURU3D.com readers, we wish you a Happy Holiday.

To learn more about choosing an HDTV please click this link.

For a list of last minute HDTV deals please click this link.

For a list of the Best HDTVs under $1000 please click this link.

For a list of the 10 Best HDTVs please click this link.

Have a question for the HD Guru?
HD GURU|Email

Copyright ©2006, 2007, 2208,2009 HD Guru Inc. All rights reserved. HDGURU is a registered trademark. The content and photos within may not be distributed electronically or copied mechanically without specific written permission. The content within is based upon information provided to the editor, which is believed to be reliable. Data within is subject to change. HD GURU is not responsible for errors or omissions.