It’s no secret that if you’re in the market for a new HDTV, whether it’s plasma, LED, LCD, or DLP, that they don’t come cheap.  HDTV’s are high ticket items but there are a few ways that, with the right knowledge, you can get some great Best Buy HDTV deals.  It’s not limited to just Best Buy, either, there are plenty of different places to use these tactics.

First and foremost, if you’re a shopaholic or simply don’t consider yourself to be the negotiating type, the Best Buy HDTV deals can almost always be scored during Black Friday.  If you aren’t familiar, this is the sale the Friday immediately following Thanksgiving every year and major chains drop their prices incredibly low.  Often, they are at or below cost.  If this is the avenue you wish to explore, be sure to get there early.  Often, there are a very limited number of TV’s up for grabs at the ridiculous sales price and recently, chains have been issuing vouchers for those in line up to two hours before the advertised time the doors open.

If you aren’t the type that enjoys shopping at the earliest hours of the morning or Thanksgiving isn’t around the corner, don’t fret.  There are plenty of ways that you can still negotiate Best Buy HDTV deals in the store.  The most powerful tool in your arsenal is to do some research before you head out for your HDTV or any other high ticket item.  If you know the make and model of the TV you hope to purchase, find the best price on the internet and print out the page.  Be sure to include shipping costs as well.  It’s better to have a few models to select from, too, so print out all of the best prices to the models you’d like to own.

Bring all of these printouts with you and get ready to score some Best Buy HDTV deals. Check out their website as well since, often, their website is cheaper than their store.  Print out the price off of Best Buy’s site and bring all of this with you to the store.  Finally, time to negotiate!  Try to go during a slow time, like a week night, and usually an hour or so before close.  Managers have a goal to meet for the day so you can help them with your purchase.  You will most likely need to speak with the manager since most associates don’t have negotiating power.  Show them your printouts and ask what the best deal is that they can give you.  If you are buying multiple things, be sure to show them your entire shopping list as they may be able to come up with a better price as well.  Have fun and, if necessary, don’t be afraid to leave and order online.

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LCD vs. LED
Entering 2009, the word “LED” emergences more and more frequent in front of us. Earlier this yare,on the CES exhibition in United States, Samsung showed us a LED TV with the degree of only 6.5mm thin which is rated the world’s thinnest television. Then all the LED products rushed into the consumer electronics market, lots of manufacturers develop LED products fro a better sale. Besides most international brand gradually keep their focuses on this field. As a matter of fact, more and more electronic gadgets applied the LED or LCD technology to some extent such as MP3 Player, Mobile Phones Digital Camera, Notebook, and Projector, etc. well, the LED is on its way, is LDC on the contrary no more useful? Which one is to get the top place? Here are some advantages and disadvantages of those two, why not make the right decision yourself!

Compared with the LCD, LED have great advantages on brightness, consumption, and refresh rate, etc. it support a wide vision up to 160°angle and could display a variety of text, numbers and animation information, at the same time broadcast television, video, VCD, DVD and other color video signals. The LED technology widens the range of application for a thinner, brighter, clearer display. On the contrary, LCD is more frequently applied to outdoor large screen display for its lower resolution.
Talking about the cost, LCD is a little bit expensive in that the technology, materials and equipment applied were imported, and the liquid crystal display indeed smaller injury than the LED.
Anyway, both of them have their respective pros and cros. It depend on your own requirement,

what about your choice?

Your TV Set becomes wireless

The borderline between the PC and TV becomes greyer these days as the TV Screens becomes of better picture quality, design and functionalities built into them.

At the same time the Pc’s becomes more and more advanced and can utilize better screens as well.

Several of the TV producers offer screens with internet connections and wireless network options. This will provide the consumers with a huge amount of options.

Science Fiction movies from the 80s and 90s showed us the TV as the hub of information all from ordering food to look at the weather and become a knowledge center. This is today maybe not so far from the reality. The TV set has had a very strong position in the homes of the people, and has acted as the entertainment center for the family. Today this position has been challenged by better and better computers with larger and larger screens, and the option to connect to larger TV screens. The TV sets fights back and has become stronger in the home arena again as it can provide entertainment as well as useful information.

Wireless confusion

Terms like medialink, Internet-TV, Wireless and so on are words the producers are using in their marketing campaigns to reach you as a customer. These expressions can confuse even the most informed person and it is not easy to find out what are these functions provided.

There are today mainly two types of “wireless” screens in the market. The most common type is the screens which are using wireless transfer to connect to your home network and get access to internet and other services.

The other type is screens that use wireless technology for video transfer. It is also possible for a TV screen to have both options built in, both wireless network and wireless video transfer between the screen and the video unit.

The most advanced flat screens today have become so thin that there is hardly room for any contacts on them any longer. At the same time our demands for options to connect increases. The solution to this challenge is to move the TV receiver into a separate unit to enable a as thin as possible screen. You only need a signal cable between the unit and the screen and power to get going. Some producers like Phillips transfers the power and signal in the same cable even.

The most advanced screens from Sony and Panasonic use wireless signal transfer.

Wireless video transfer

A connection between the screen and the receiver is made and the screen on the wall is no more than a monitor with one simple video input.

The TV receiver and all control electronics are all in the separate unit. In some cases the screen will have IR (Infrared) receiver so it can transmit the remote control signals to the unit where all the commands are executed.

The purpose of the wireless transfer is first of all to make a visual elegant and discrete TV screen solution. A minimum of cords makes it easier to create an elegant installation in any type of room and setting. The wireless transmission makes it possible to place the TV receiver away from the screen, and you can have the TV receiver in a cabinet with the blue-ray player and other electronics somewhere as the super thin screen can be installed on the wall as an elegant installation.

To transfer wireless HD-video is no simple task as it requires a high bandwidth and transmission capacity. So far the producers have only succeeded in transferring video signals up to 1920 x 1080i (interlaced) resolution. This is good enough for HD resolution transmissions, but will produce a reduction in quality of pictures produced by a blue-ray player. Video signals from the blue-ray player will require a high bit rate and a resolution of 1920 x 1080p (progressive). 

Today’s wireless models must be able to at least in theory to sacrifice some of the picture quality to achieve design and practical advantages.

Sony KDL-ZX1 is one of the first TV screens on the market with wireless video signal transmission in 1080i quality. The new top model from Panasonic in the Z1-series also use wireless transmission of video, so called WirelessHD.

TV with wireless network

The TV use Wi-Fi technology to connect to the local network. From this the TV can log into internet and offer a series of interactive services as news, weather forecasts and YouTube videos.

When the TV becomes part of your home network it can be used to show your photo collection, show home videos and play music which is stored on your computer.

TV sets with built-in internet has so far limited processing speed and can not be used for heavy duty software like computer games and so on. The functionality is also limited by the commands you can perform via the remote control unit, and that is in most cases say simple navigation through menus.

Some TV sets do not have built-in Wi-Fi though and only offers Ethernet cable connection. But these units usually have a separate USB connection which can be used to connect a USB unit that connects them to the wireless network.

The new 7-series LED TV’s from Samsung has apart from superb picture quality functionalities like Medi@2.0 which boosts internet services (widgets) and streaming of photos, video and music over the network.

PC-TV

Some producers have gone even further and integrated a more or less full blooded PC within the TV set itself. While the TV sets with built-in network limits itself to simple and TV oriented media functions, the PC-TV can be used as a regular PC. The TV will have a built-in operating system like a normal PC has like Windows or similar and is controlled by a mouse and keyboard like a normal PC.

A PC-TV is powerful enough to perform the same tasks as a stationary or laptop PC can do. The difference is that you can surf on the internet , perform document handling, gaming and watch video on a much larger and better screen than you can from the normal PC.

Panasonic offers the web function called CAST on several of its latest models. The CAST function gives access to Youtube, news, weather forecast and video services from online partners of Panasonic.

The PC-TV from Crea is one of the first TV sets on the market with an integrated PC in it. Crea Kronos has a built-in Intel Atom Processor, 80 Gb hard disk, 1GB RAM and Windows Vista Operating system which is controlled by mouse and keyboard. To ensure optimal picture quality the PC is connected through one of the HDMI inputs which eases video and movie transmissions.

Where does the border go?

The border between the PC and TV is not as clear as it was just some few years back. Both units begin to be capable of doing what the other is doing. Lots of the same tasks can be done in either one of them. The difference between the PC and TV is easiest described by the expressions “lean backward”. The PC is most suited to tasks that require you to lean forward like work, word processing, e-mail, and search for information. As when it comes to entertainment like movies and TV shows, you will most likely lean backwards in the coach or a good chair and rater use the remote control to seek the entertainment you wish to indulge yourself into.

The most important cause for this is probable blow out of LCD TV’s that has LED backlighting. After the first appear of the LED technology in Samsung at last LED technology will be the dominant technology in the market. And this claim is empowered by Samsung’s, Philips’s and Sony’s new models.

By being the first user of LED Technology it looks like Samsung has the advantage. But Sony may dominate by it two special models. These models are X4500 and 40ZX1. By having LED Technology X4500 is the strongest series of the brand. And 40ZX1 claims that it is the slimmest 40 inch TV. There are clues that LED Technology will be dominant at Philips’s road map for 2009. Europe launches suggest new multi screen details. Plus to all these LG announced 55” LH9500 LCD TV as its first LED model during CES (Consumer Electronics Show).

If all this LED Technology LCD TV’s makes good impression until this years end we will be able to say that we are going to have better usage LCD TV technology.

For 2009 the most interesting process in TV world is the 21:9 aspect ratio. The ultra wide screen TV probably in the first three month will show up in Philips’ list. This 56” TV will have 2560×1080 resolution. This is an interesting progress for home theaters.

It looks like Samsung will launch the first Yahoo Widget Engine self-available TV. After this event we can say that the entire concept will get wider. The thing that makes Widget Engine this interesting is that the TV’s will be interactive with internet services and internet content including XML and JavaScript. The newest Samsung TV’s will support the internet applications like Flicker, Yahoo, You Tube, eBay and Showtime.

Of course TV’s won’t be effective like PC browsers. But they will be one step forward than the online Samsung TV that shows news and weather report.

Samsung LCD TV will be exceptional by using Yahoo Widget Engine. And this will go on for a time like this. But it’s evident that others brands won’t wait for so long to do something like this.

During CES, Sharp introduced the first Blu-ray TV. And it looks like these TVs will be in the market until the end of the year. Dvd TV’s couldn’t sell much but it doesn’t mean this technology won’t be needed by end users.

Slimness is the most important feature for 2009 for the televisions. It looks like the numbers for this feature will be unbelievable. Sony 40ZX1 LCD TV provides this by 9.9 mm thickness at the slimmest point. This TV will keep the record for a time but Samsung’s LED TVs are not seemed to be far from this record.

As long as we speak about slimness we can’t bypass OLED technology. The first TV that using this technology is Sony XEL-1 and it is only 3mm thick.

If we focus on lifestyle design on LCD televisions we can see that a late progress is appearing: cable free HD connection. This technology comes with Sony 40ZX1 as we mentioned it the first OLED TV. This LCD TV uses high speed transfer system to share a 1080 video from HD source. The only thing you will do is to connect the HD Sources to the receiver. Thus with no need of any cable between TV and the source you can transfer all the signals to the TV. And there will be no quality lost on the picture. Who doesn’t want this?

LG looks like will launch the first wireless LED TV in the second period of the year. Panasonic was making the test of the wireless system of its own before the Christmas.

After all these mentioned details that are important or unimportant year 2009 will be interesting. Maybe we can’t say that the concepts are like revolution. But they are very important for plasma and LCD TV world.

The borderline between the PC and TV becomes greyer these days as the TV Screens becomes of better picture quality, design and functionalities built into them.

At the same time the Pc’s becomes more and more advanced and can utilize better screens as well.

Several of the TV producers offer screens with internet connections and wireless network options. This will provide the consumers with a huge amount of options.

Science Fiction movies from the 80s and 90s showed us the TV as the hub of information all from ordering food to look at the weather and become a knowledge center. This is today maybe not so far from the reality. The TV set has had a very strong position in the homes of the people, and has acted as the entertainment center for the family. Today this position has been challenged by better and better computers with larger and larger screens, and the option to connect to larger TV screens. The TV sets fights back and has become stronger in the home arena again as it can provide entertainment as well as useful information.

Wireless confusion

Terms like medialink, Internet-TV, Wireless and so on are words the producers are using in their marketing campaigns to reach you as a customer. These expressions can confuse even the most informed person and it is not easy to find out what are these functions provided.

There are today mainly two types of “wireless” screens in the market. The most common type is the screens which are using wireless transfer to connect to your home network and get access to internet and other services.

The other type is screens that use wireless technology for video transfer. It is also possible for a TV screen to have both options built in, both wireless network and wireless video transfer between the screen and the video unit.

The most advanced flat screens today have become so thin that there is hardly room for any contacts on them any longer. At the same time our demands for options to connect increases. The solution to this challenge is to move the TV receiver into a separate unit to enable a as thin as possible screen. You only need a signal cable between the unit and the screen and power to get going. Some producers like Phillips transfers the power and signal in the same cable even.

The most advanced screens from Sony and Panasonic use wireless signal transfer.

Wireless video transfer

A connection between the screen and the receiver is made and the screen on the wall is no more than a monitor with one simple video input.

The TV receiver and all control electronics are all in the separate unit. In some cases the screen will have IR (Infrared) receiver so it can transmit the remote control signals to the unit where all the commands are executed.

The purpose of the wireless transfer is first of all to make a visual elegant and discrete TV screen solution. A minimum of cords makes it easier to create an elegant installation in any type of room and setting. The wireless transmission makes it possible to place the TV receiver away from the screen, and you can have the TV receiver in a cabinet with the blue-ray player and other electronics somewhere as the super thin screen can be installed on the wall as an elegant installation.

To transfer wireless HD-video is no simple task as it requires a high bandwidth and transmission capacity. So far the producers have only succeeded in transferring video signals up to 1920 x 1080i (interlaced) resolution. This is good enough for HD resolution transmissions, but will produce a reduction in quality of pictures produced by a blue-ray player. Video signals from the blue-ray player will require a high bit rate and a resolution of 1920 x 1080p (progressive). 

Today’s wireless models must be able to at least in theory to sacrifice some of the picture quality to achieve design and practical advantages.

Sony KDL-ZX1 is one of the first TV screens on the market with wireless video signal transmission in 1080i quality. The new top model from Panasonic in the Z1-series also use wireless transmission of video, so called WirelessHD.

TV with wireless network

The TV use Wi-Fi technology to connect to the local network. From this the TV can log into internet and offer a series of interactive services as news, weather forecasts and YouTube videos.

When the TV becomes part of your home network it can be used to show your photo collection, show home videos and play music which is stored on your computer.

TV sets with built-in internet has so far limited processing speed and can not be used for heavy duty software like computer games and so on. The functionality is also limited by the commands you can perform via the remote control unit, and that is in most cases say simple navigation through menus.

Some TV sets do not have built-in Wi-Fi though and only offers Ethernet cable connection. But these units usually have a separate USB connection which can be used to connect a USB unit that connects them to the wireless network.

The new 7-series LED TV’s from Samsung has apart from superb picture quality functionalities like Medi@2.0 which boosts internet services (widgets) and streaming of photos, video and music over the network.

PC-TV

Some producers have gone even further and integrated a more or less full blooded PC within the TV set itself. While the TV sets with built-in network limits itself to simple and TV oriented media functions, the PC-TV can be used as a regular PC. The TV will have a built-in operating system like a normal PC has like Windows or similar and is controlled by a mouse and keyboard like a normal PC.

A PC-TV is powerful enough to perform the same tasks as a stationary or laptop PC can do. The difference is that you can surf on the internet , perform document handling, gaming and watch video on a much larger and better screen than you can from the normal PC.

Panasonic offers the web function called CAST on several of its latest models. The CAST function gives access to Youtube, news, weather forecast and video services from online partners of Panasonic.

The PC-TV from Crea is one of the first TV sets on the market with an integrated PC in it. Crea Kronos has a built-in Intel Atom Processor, 80 Gb hard disk, 1GB RAM and Windows Vista Operating system which is controlled by mouse and keyboard. To ensure optimal picture quality the PC is connected through one of the HDMI inputs which eases video and movie transmissions. 

Where does the border go?

The border between the PC and TV is not as clear as it was just some few years back. Both units begin to be capable of doing what the other is doing. Lots of the same tasks can be done in either one of them. The difference between the PC and TV is easiest described by the expressions “lean backward”. The PC is most suited to tasks that require you to lean forward like work, word processing, e-mail, and search for information. As when it comes to entertainment like movies and TV shows, you will most likely lean backwards in the coach or a good chair and rater use the remote control to seek the entertainment you wish to indulge yourself into.

Plasma TVs might be said to have better image quality when compared against the LCD, but look out for the next generation of LCD TV’s, they’re on the rise.  They will bring brighter colours & an infinite colour ratio to the table thanks to the efforts of Dolby & Sim2.  Their new prototype LCD TV features a high dynamic range which utilizes a backlight unit from Sim2 comprising of 1,838 LEDs, capable of maintaining 1080p resolution in a 16:9 aspect ratio. The prototype has been rated at 4,000 cd/m2 in terms of brightness, and has a uniform luminance of 95% throughout the display. According to Dolby, this TV is able to deliver a “picture quality that matches real-world visual perception of depth, detail, and colour.”

This year, Phillips introduced its thinnest 8mm LCD TV.  The LCD is illuminated from top to bottom with high power energy efficient LEDs, so not only is it completely versatile, but it’s planet friendly as well.

This particular television weighs a mere 5 kg.  Just think of how easily it can be moved around to fit all of your viewing needs.  5 kg is approximately 10 times less in weight than a regular television, so it can virtually be placed anywhere, even on your walls.

The relatively low cost of LCD television has allowed huge advances to be made, as seen n the example above).  Manufacturers have managed to reduce the size, weight and cost whilst improving display and resolution. More recently, vendors have made a move into the HD field with many of the LCD television sets being sold as ‘HD Ready’.

Today you will find that the market is flooded with cheap LCD TVs, but as a consumer, you must do your homework & don’t just buy based on price.  It is essential to consider important things such as picture quality, contrast ratio, image resolution, brand awareness, viewing angle, customer service and price.

So, it looks like LCD TVs are going to be around for a little while longer, maybe even a lot longer. The technology, although dated in concept, is mature enough for manufacturers to start pushing to the boundaries of viewing.  New advancements are being made each day, so stay tuned!

Some of the most renowned names in the world of LCD televisions are Samsung, LG and Sony. Samsung has been a pioneer in the world of LCD televisions and has introduced some of the most advanced televisions in the contention for the top spot.