November 14th, 2008Free Blu-ray Player with Panasonic 46-Inch 1080p Plasma HDTV
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October 6th, 2008HDTV Tips: Question and Answers
Does the HD cable use a standard coaxial cable or an HDMI cable?
The built in tuner only impacts you ability to get HD from sources that do not include an HD tuner. Currently pretty much over the airwaves is the only time you will need/take advantage of a built in HD tuner.
Cable (or Sat which I recommended if you are into HD) the “box” is essentially the HD tuner, and therefore you don’t necessarily need a built in tuner. You will need an HD “box” (your normal SD usually will not transmit an HD signal). There is also usually an additional package for $10 or so you will need to sign up.
As for cabling there are two options:
Component (3 wire for video one each for Red, Green, Blue). This will deliver HDTV signals up to 1080i. There are two additional wires (another Red and White) for audio, similar to normal hookup cables.
HDMI - Single wire for audio and video, with HDTV signals up to 1080p. Most TVs and output sources will NOT do 1080p over component, as HDMI (and DVI for computers) can carry encrypted signals.
In terms of quality - they are both a wash and look about the same. HDMI is simplier. Don’t fall into the hype of buying expensive HDMI cables! It’s a digital signal, which means cable quality means very little. The signal is 1s and 0s. Look for an “audio” HDMI cable, visit Fry’s or order online for HDMI cables for around $20 for 12ft.
Last thing: Cable, Sat, and over the air TV will generally only transmit at 1080i or 720, not 1080p (it’s not a broadcast standard). So you don’t have to get HDMI to get the highest quality out of those signals. The only true 1080p sources you will likely find are XBox/PS3 and BluRay/HDDVD.
One last bit of advice - upscaling is NOT the same thing as Hidef! If the term upscaling appears (usually with dvd players) it will probably look a little better than an non upscaled source, but it’s not a true high def source.
October 5th, 2008HDTV Shopping Tips
LCD, period. Plasma is highly prone to burn-in, your worst enemy. Further, make sure the TV has ALL of the hookups you’ll need (HDMI, Coax, RCA, Cable, et cetera) because you sure as hell don’t want to lug that thing back to the store because you missed one. Also take into consideration the millisecond response time (refresh rate/ et al) because the lower it is, the better the set. Plus nothing, and I mean NOTHING, beats actually seeing the set you’re interested in in person. Only then will you get a true look at the kind of picture it will put out.
The Plasma burn in thing is pretty much a non issue with the newer plasma tvs - actually dead pixels might be a bigger issue now and that is an LCD issue.
Basically they both have strengths and weaknesses and neither is a definitive “winner”. It seems to be that if you are going bigger then 50″ then Plasma might be the way to go (all things be equal) mostly for cost reasons. I have a 42″ LCD and I love it. One thing to consider that often doesn’t get mentioned (and may not be an issue to you) is that LCD screens scratch easily - I have little kids and I think I would have gone Plasma for a nice glass instead of the LCD. Here is a chart that might help you out.
| Comparison | Plasma televisions | LCD televisions | Front Projectors | Advantage |
| Screen Size |
Average screen sizes range from 32 inches to 63 inches (measured on the diagonal). Larger plasmas, like a 103 inch unit from Panasonic, are in production, but are still prohibitively expensive for consumer use. Panasonic has announced plans to release a 150-inch plasma display by 2010. | Average screen sizes range from 13 inches to 65 inches (measured on the diagonal). As with plasma, there are larger LCD TVs made, like a 108 inch display which is to be released in later this year (2008) by Sharp, but they are not readily available or affordable at the consumer level. | Typical screen sizes from as small as 40 inches to as large as 300 inches (measured on the diagonal). Projectors do not have a fixed image size so most projectors list their screen size as a range (i.e. 40-300 inches. Most buyers opt for sizes from 76-inches to 120-inches if they purchase a screen. Optimally the image should not be over 300-inches. | Front projectors are able to create the largest images by far. Projectors are also the only option which is not a fixed size (meaning your screen size can change if desired) and projectors are also more portable than an LCD or Plasma. Plasma and LCD TVs are comparable in size now with the maximum sizes over 60-inches. Maximum recommended projector image sizes are around 300-inches. |
|---|---|---|---|---|
| Viewing Angle |
Up to 178°. Plasma images do not suffer from the same degradation at higher viewing angles that LCD TVs do because of the nature of the technology. | Up to 175°. LCD TVs were originally designed for a one user experience, as a computer monitor. As the applications for the technology grew for larger to larger displays and audiences , an issue with viewing angles emerged. Although the LCD TV can be viewed from up to 176 degrees, there is a “sweet spot” which will produce brighter, higher contrast images. | Viewing angles are not an issue with front projectors because the light source is coming from in front of the screen, and not from behind. The surface on which you project (screen or wall surface) may have a slight impact on viewing angles. | Unlike rear projection TVs, front projectors do not have an issue with viewing angles, so they have the advantage here. Between LCD and Plasma; Plasma TVs have the advantage, but by a small margin. However, your viewing experience won’t be ideal at 160 or 175 degree angles for any technology. |
| Screen Refresh Rates / Pixel response time |
Plasma displays refresh and handle rapid movements in video about as well as CRT televisions, which is about the standard most viewers expect. | LCD TVs were originally designed for static data display, and not moving video. Therefore refresh rates had to be improved. LCD TVs with refresh rates below 16 ms or lower (5-15 ms) show very few noticeable artifacts. LCD TVs are now available with refresh rates specified by manufacturers as low as 5ms. | Projectors designed for home theater use will handle video better than a projector designed for business (though there are some good cross-over projectors on the market). Response time is not usually specified by projector manufactuers so it is difficult to compare directly to LCD and plasmas by comparing specs. | Plasma still specs faster than LCD for pixel response time, however LCD has closed the gap significantly in the past 3 years or so. For most consumers, projectors, plasma and LCD displays will have sufficient response times. For video gamers, or others to whom instantaneous response is a must, the lower the ‘ms’ spec…the better. |
| Burn-in or Stuck Pixels |
Plasma TVs can suffer from burn-in produced by static images. After extended periods, stationary images “burn in” and produce an after-image ghost which remains permanently on the screen. With technologies such as ‘pixel orbitor,’ new plasma TVs have addressed burn-in and significantly reduced the issues of older models. | LCD TVs do not suffer from burn-in, but can have a “retained pixel charge” which may also produce ghosting. Stuck pixels are also possible with an LCD display. | Projectors can suffer from dead pixels, though there are some manufacturers with a ‘zero dead pixel’ warranty. The bigger concern for projector buyers is lamp life. After long term use, the projected image will not be as bright as it was over the first few hundred hours. Lamps are replaceable, however, and cost between $200 - $400. | There is no clear winner here. Manufacturers of each technology have worked hard to minimize issues. If stuck pixels or burn in are major concerns for you, check the manufacturer warranty for their return or repair policies. Some manufactuers offer a ‘zero dead pixel policy’ and others will repair or replace products with pixels out in the ’sweet spot’ of your picture. |
| Product Life-span |
Plasma TVs have a reported half life of 30,000 to 60,000 hours. Half-life is the time it takes the lamp to fade to half its original brightness. Panasonic recently reported life span’s approaching 100,000 hours. | LCD TVs have a backlight that is specified to last between 30,000 and 60,000 hours. LCD TVs also have replaceable backlights, but the expense of replacing one when the time comes may be greater than simply replacing the entire TV. | Projectors have lamps that last up to 5000 hours (usually when opperated in a low-power mode). Projector lamps are replaceable, and cost up to aproximately $400. Projector lamps can be changed more than once. A projector may not be the best choice for everyday viewing, but it is the best value by cost per viewing inch for a home theater. | Both Plasma and LCD technology should more than adequately satisfy most consumers. The average CRT TV (the kind most of us have at home) has a half-life of around 25,000 hours. If the average American household watches an average of four to six hours of television a day, even a 30,000 hour backlight would give you over 16 years of use. By then you’ll be enjoying your new ‘Holodeck.’ A video projector has a shorter lamp life, but the lamp can be replaced multiple times. Projectors are better suited for a dedicated home theater than as the sole display for a household. Projectors are the best value by cost per viewing inch. |
| Weight | Plasma displays are fairly heavy, and may need additional supports to be mounted onto a wall. | LCD TVs weigh less than comparably sized plasma TVs. | Single chip DLP and 3LCD projectors typically weigh between 10 - 20 lbs. They can be shipped for less than an LCD or Plasma TV over 19-inches in most cases. | Projectors are lighter and less bulky to ship and to install than an LCD or Plasma TV. Projection screens are bulky and large however. LCD TVs are second least heavy, followed by plasma. |
| Durability | Plasmas are somewhat fragile making them tricky to ship and install. Unlike the commercials where plasmas are mounted on the ceiling, plasmas are best installed by a professional, and should be installed on a wall that can bear a good deal of weight. However, recent improvements to plasma screens have made them significantly more durable and lighter weight. | Somewhat more durable than older plasmas. End users can easily mount an LCD TV themselves if desired, although LCD TVs should still be shipped with special care, and the screen itself should be cleaned with a streak free cleaner. | Projection surfaces vary, but a wall or screen are obviously less fragile than an LCD or Plasma TV. Screens can be washed and walls can be repainted. The projector itself is also as durable as either a Plasma or LCD TV. | A projector screen is durable and cleanable, and walls can be painted. Projectors are also very durrable. Because of this, projectors win this battle, with LCD TVs in second place, followed by plasma. |
| Shipping | Due to their fragile nature, plasma TVs need to be shipped by specialty carriers. Overnight or fast delivery options are not recommended. Special shipping methods and their heavier weight add to higher shipping costs. | Shipping LCD TVs is not difficult, and is not as expensive as shipping plasma displays. | Single chip DLP and 3LCD projectors typically weigh between 10 - 20 lbs. They can usually be shipped for less than most LCD or Plasma TVs over 19-inches. | Projectors are cheaper and safer to ship overall. If you purchase a screen, that will add significantly to the cost of shipping. In some cases, whether an LCD, plasma, or projector, the shipping will be paid by the reseller. Plasma’s are typically heavier and may require that you ship them on a pallet, adding to the cost of shipping. |
| Installation | Plasmas are heavier, use more power, and run hotter than LCD TVs, and therefore require more planning when mounting them. Plasmas are generally best installed by professionals. | End users can easily install LCD TVs themselves, or can use them just as they use a traditional TV using a stand. | Depending on how polished you want your home theater to be, a projector can be very easy to set up, or can be a longer and more involved installation. Projectors are lightweight, and can be removed from an installed location and used in other applications - like a make shift outdoor theater. | LCD TVs are easier to install than plasmas because they weigh less. Most TVs sold in the consumer market will come with a stand. Projectors are a more complicated installation than either a plasma or LCD TV when they are ceiling mounted. TVs with a stand and projectors set on a table top require similar efforts to set up. |
| Brightness / Contrast |
Plasma TVs report higher brightness and contrast levels than LCDs. Under ideal conditions (no ambient light) this is a true advantage of plasma technology, because LCD TVs are backlit and therefore light must be blocked to create blacks. Plasmas have individual pixels that either on or off, creating deeper blacks and better contrast. | LCD TVs can often look better in ‘real-world’ situations. Plasmas are made with a special glass surface that can reflect light, which dulls the brightness and contrast of the image. LCD TVs reflect very little light, allowing them to maintain levels in well-lit rooms. | Projectors now have contrast ratios of 50,000:1 and higher, making them nearly equal by specification to many LCD and plasma TVs. However, with ambient light in a room, contrast and brightness can be significantly impacted. For best contrast that rivals LCD and plasma, low light or no light environments are best. Different specifications are used to measure brightness in a projector, so it is difficult to compare directly. | Just about any LCD TV or plasma will satisfy the expectations of most consumers need for brightness and contrast. Videophiles will look for the hightest contrast ratios and will likely ignore the brightness specs on an LCD or plasma TV. Newer home theater projectors (1000 ANSI lumens or brighter) should also satisfy in any controlled lighting environment. Projectors are not ideal for rooms with a lot of ambient light unless they have more than 2000 lumens of brightness. |
| Thickness | As thin as 3 inches deep. | As thin as 2 inches deep. | Projectors are simply projecting light onto a surface, so on a screen or wall the image will not take up much space. The projector itself will need to be placed on a flat surface or mounted out of the way. | The projected image is (obviously) very thin, and create a truly ‘flat’ image. LCDs TVs and plasma’s are just about equal to each other in thickness (around 2-3 inches, and for most this is not an issue. But a projector is the solution that can be easily stored away out of site (using a retractable or portable screen). |
| Performance at High Altitude |
High altitudes can affect the performance of plasma displays because the gas held inside each pixel is stressed, and has to work harder to perform. Some manufacturers make plasmas that are specifically designed for high-altitudes, but they may be priced higher than standard models. | LCD TVs are not affected by high altitudes. | Most projectors are only minimally affected by altitude. The one difficulty with projectors will be a more active fan, which may make the projector run slightly louder. | LCD TVs or projectors have the advantage. New plasmas and projectors have evolved with new methods of dealing with the altitude issues. Ask your sales person for details if you live in a high altitude. |
October 4th, 2008Give you an idea about size & resolution!
Basically, as your screen gets bigger and/or your viewing distance gets shorter, you start to see the ‘pixels’ in the screen - this chart tells you the minimum resolution (such as 1080p) you can get by with before you start seeing the pixels.
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TOSHIBA 42RV530U 42" HDTV LCD TV TELEVISION NICE!
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Philips Professional 32" LCD HDTV - 32HFL5860D/27
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Samsung T240HD 24" 1080P LCD FLAT HDTV Monitor HD TUNER
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LN AKAI LCT37Z5TA 37" FLAT SCREEN LCD HDTV TELEVISION
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SCOTT LCT32SHA 32" LCD HDTV WIDESCREEN FLAT PANEL TV
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POLAROID 15" LCD HDTV W/ DVD PLAYER
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SONY BRAVIA KDL-46SL140 46" 1080p WIDESCREEN LCD HDTV
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Sceptre 42" X42GV-Naga LCD FULL HDTV 1920x1080 1080P
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October 2nd, 2008LCD, DLP, Plasma
Before we go on, let’s take a quick look at the three leading display technologies; a little knowledge will go a long way when it’s time to go shopping. Without delving too deeply into the weird science of television innards, here’s a quick summary of the three technologies.
Under the Hood:
DLP (Digital Light Processing) HDTV (High Definition Television) is a proprietary product of Texas Instruments. DLP is descendant of digital film projector technology which uses DMD (Digital Multi-mirror Device) chips, each containing millions of tiny mirrors. A projection light is passed through a rotating color wheelbefore striking the chip – producing up to 16 million different color shades.
LCD televisions consist of two polarizing transparent panels with a liquid crystal solution in between. This technology uses florescent light, which is scattered by a white diffusion panel. In an LCD Television, each color pixel (picture element) is created by three sub-pixels with red, green, and blue color filters. LCD technology allows each pixel on the screen tobe activated individually.
Plasma screens are made up of hundreds of thousands RGB (red, green, and blue) pixels, which depend on argon, neon, and xenon gases (sealed between glass panels) to be electrically charged, which generates light and ultimately the picture. Plasma screens are more closely related to traditional television screens.
Just the Facts, Ma’am – Pros and Cons of Various Display Technologies:
(Naturally, the specifications/issues listed here are generalizations, some subjective, and will vary from brand to brand and model to model)
DLP:
Uber-long life expectancy – the main light source is projection bulb, which is replaceable (not cheap, but certainly less expensive than buying a new television!)
The ultra-fast DLP chip has a 16 microsecond response time
High resolution (1920 x 1080) – but others are catching up
Contrast ratios of up to 12,000:1
Usually comes with an integrated stand
Biggest pros of DLP: Provides the best bang for your buck as far as large screens go – probably the price/performance “sweet spot”.
Biggest cons of DLP: Overall size and limited flexibility on set positioning (In other words, DLP screens are large, but so is the rest of the set.) Best picture is obtained by positioning the set at eye level. Lowest “sexy factor” of the three technologies.
Bottom line: If the space/size restrictions aren’t an issue for you and you want a very large, inexpensive screen, especially for latest-generation video game play in 1080i/p, DLP may be your best bet.
LCD:
Generally long lifespan (manufacturers currently claim >50,000 hours)
Many new LCD televisions offer full 1080p (1920 x 1080) native pixel resolution
Generally physically lighter and sleeker than DLP or plasma televisions
Low power consumption
Generally poor relative black levels
Biggest pros of LCD: Small size and placement options give it the most flexibility when it comes to positioning the television.
Biggest cons of LCD: Pixel response time is lower than DLP and plasma, which can mean ghosting during fast-action sequences. Color saturation and black-levels lacking.
Bottom line: Tight on space? Watching TV or viewing digital family photos? You’re all set for LCD – just mount your LCD TV on the wall and go!
Plasma:
Plasma televisions offer good pricing for large screens
Contrast ratios exceeding 15,000:1 in some models
Allows the most flexibility as far as positioning the viewer in front of the set
Many models top out at 1366×768 native resolution, which equates to 720p – still High Definition, but not 1080x.
Biggest pros of Plasma: Excellent color saturation, superior black levels, wide viewing angles.
Biggest cons of Plasma: The image retention (screen burn) issue has been all but eliminated but pixel failure is still a potential problem area. Potentially the shortest lifespan of the three (“the light that burns twice as bright burns half as long.”) Can be big electricity hogs.
Bottom line: Movie and/or sports nut? Go plasma. Widescreen helps with movies, while the wide viewing angle is perfect for when the whole gang is watching the game together.
New DVD Players
Quick comment on new high end DVD players. You have Blue Ray and up conversion. Depends on how much you want to spend. Blue Ray Starts right around $900.00 and the Upconvert model starts at about $79.00. Blue Ray you get a picture that cant be beat, the drawback is you have to have the Blue Ray version of the DVD which stars t around $29.99, and that add’s up. I reccommend the Upconverson models. You can get a great Sony unit for around $110.00 and they play the regular dvd’s. The quality is not as great as Blue Ray because it’s a near High Def signal where the Blue Ray is High Def. I have the Sony Up Convert on all my TV’s and I love the picture quality, the audio quality and it has a feature where you could take a dvd out at anypoint and when you put the movie back in it will resume at the exact same spot you took it out at. Blue Ray is still to new and expensive, I would wait until it is out a little bit longer that way they can fix all the bugs and of course the price will drop big time.
Unlike the VHS/Beta wars of yesteryear, it’s possible for these different technologies to peacefully co-exist in the marketplace; breakthroughs in one platform forces the others to not only keep pace, but to up the ante, which (hopefully) gives the consumer higher quality products at lower prices.
Conclusions
Modern large-screen televisions are no different than many products or technologies that follow the price/performance triangle: in this case, you can have it large, good, or cheap – pick any two. The trick is to pick your two and then find a product that has as much of the third as possible.
October 2nd, 2008HDTV Buying Tips: Avoid Financing Traps
If you’ve been thinking of buying an HDTV this holiday season, but don’t want to spend the cash up front, there’s good news and bad news.
The good news is that major retailers are offering some pretty good deals. Best Buy, for example, advertises no interest until January 2011 on HDTVs over $1000. Similar attractive financing is offered by Circuit City, Wal-Mart, and Dell.
The bad news about some of these offers, say experts, is that paying nothing up front for an expensive HDTV can end up being a bad deal for unqualified buyers. Financial experts warn that buyers lured into “money-saver” deals are apt to purchase a more expensive television than they can afford, and may end up spending more than they intended.
The HDTV deals available this holiday season vary from store to store, but most involve either no monthly payments for a certain period of time or no interest on payments made during a promotional period. To take advantage of the deals you have to sign up for the store’s credit card.
I asked personal-credit experts to share their thoughts on what HDTV shoppers should be watching out for.
The Consumer Trap
If you can’t afford the HDTV, than you shouldn’t buy it, says credit expert Lynnette Khalfani-Cox, author of Zero Debt for College Grads.
Many people think that because they qualified for a zero-percent financing deal that means they can afford it, Khalfani-Cox says. “Credit card companies are not looking out for your best interest,” she says.
Khalfani-Cox points out that, in some deals, if you don’t pay for the HDTV within the promotional time period, you must pay interest as if it had been accumulating from the date you bought the HDTV.
For example, if you purchased a Sharp 37-inch Aquos LCD HDTV priced at $1450 from Circuit City and took advantage of its “no interest, no payments for 12 months” offer, then didn’t pay for it within the promotional period, you would be subject to 23.99 percent interest. That’s at least $194 in finance charges. If you violate the terms of the promotion by missing a payment, or by being late with a payment, your interest rate jumps to 29.49 percent–at least $242 in finance charges.
High Prices, Bait-and-Switch Tactics
One thing to keep in mind, says Jim Tehan with Myvesta, a nonprofit financial counseling organization, is that even if you do qualify for zero-percent financing, sellers often make up for the lost finance charges by jacking up the price of the product.
PC World took a look at several HDTVs offered as part of zero-percent financing promotions. We found identical models being sold for sometimes hundreds of dollars less at competing retailers without special offers.
“Don’t think retailers aren’t making money on promotions like these,” Tehan says.
He adds that a trap consumers fall into is when they are approved for more money than expected. This can lead some to spending much more than they originally intended on an HDTV.
Another dirty little secret of zero-percent financing is that it’s a gimmick. Retailers use it to get you onto the store, says Khalfani-Cox. She says zero-percent offers are used for bait-and-switch sales. Once the offer lures you into the showroom, a sales rep says you don’t qualify, then tries to sell you the HDTV anyway, Khalfani-Cox says.
How to Get a Good Deal
Gerri Detweiler, credit advisor for Credit.com, says that zero-percent financing deals can be great for the right person.
“If you are going to take advantage of one of these types of deals, now is the time to do it,” she says. The best promotions are right around the holidays, she says. “So you might as well take advantage of the best promotion you can,” Detweiler says.
Khalfani-Cox agrees: “Zero-percent interest rates work very well for people with excellent credit ratings who always pay their bills on time and have an above-average income.”
Detweiler advises buyers who haven’t paid off their HDTV within the zero-percent financing timeframe to consider transferring the debt to a low-interest credit card.
However, Jim Hanson, vice president of the Credit Union National Association’s Center for Personal Finance, says most people should avoid in-store gimmicks and come-ons altogether: “Even though it’s tough, you should resist when a retail store offers zero-percent financing or 15 percent off your first purchase with credit approval.”
Store credit cards typically have lower limits and higher fees. He suggests if you’re dead set on buying a big-ticket item, you should consider getting a low-interest credit card from a credit union.
“It boils down to simple elementary advice that never changes,” Hanson says. “Cash is always best. If you need a special promotion to buy an HDTV, you can’t afford it.”
September 30th, 2008Samsung HDTV Deals on Ebay
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Samsung T240HD 24" 1080P LCD FLAT HDTV Monitor HD TUNER
| US $327.26 (17 Bids) End Date: Tuesday Jan-06-2009 18:00:00 PST Bid now | Add to watch list |
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Samsung PN42A450 42-Inch Plasma HDTV Factory Sealed TV!
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Vizio VO42L HD LCD TV What It Is & Why You Need It!
42″ Full HD 1920 x 1080 native Resolution LCD Elegant Design 178 Degree Viewing Angle Integrated Digital/QAM television tuner
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