DLP or Plasma?

The major competitor to DLP television technology is the plasma TV, and it is important to consider the quality of the picture, the clarity and the depth of color of these two competing technologies before making a decision. Both technologies can provide exceptional depth of color and excellent clarity, so it is important to look carefully at the actual specifications of the TV in which you are interested. Reading the specifications will tell you a great deal about the quality you can expect.

One of the most significant advantages of DLP technology lies in its brightness and its viewing angle. What’s more, DLP televisions can have an excellent viewing angle, certainly much better than older models of rear projection televisions and often just as good as that of a plasma TV. DLP televisions are very bright and attractive, and there is nothing to burn out except for a single lamp. While these lamps are quite expensive, ranging from $200 to $500, they are easy to replace, and most of them have a very long life expectancy.

The size of the DLP TV is another important consideration, and since they are rear projection TVs DLP TVs are quite well suited to the larger sizes in which they are available. Even large DLP televisions can often fit well on a tabletop or a stand, and they are available in 40”, 50”, 61” and a number of other sizes. In some cases the DLP TV will require nearly as much room as the traditional rear projection television, but in other cases they will need much less space. It is important to measure the TV carefully to make sure it will be suitable for the room where it will be situated.

When it comes to price, DLP televisions clearly have the advantage, with the prices of DLP technology being less than the price of a plasma TV on a per viewing inch basis. It is important, of course to shop around as much as possible. Shopping around will help ensure you are able to get not only the lowest price but the best overall value as well

A Buyer’s Guide to LCD TVs

There is no doubt that the technology behind the LCD (liquid crystal display) television has improved and changed a great deal in a short period of time. While this ever changing technology has been able to provide better quality televisions and computer monitors at lower prices than ever before, it has also made the process of shopping for such technology a bit more complicated. It is important to know what to look for, how much you can expect to pay, and what features and benefits you can expect for your hard earned money.

As one would expect, the prices of LCD televisions will vary quite a bit depending on the size of the display, the quality of the display, the resolution of the screen, the brand name of the television and a number of other factors. The prices of LCD TVs has come down quite a bit, and the smaller models are generally available for a couple hundred dollars at many discount retailers and electronics stores.

When it comes to the high end of the market, however, the sky is still the limit, and it is possible to purchase a room filling LCD or plasma display that can run to $10,000 or even more.

Most LCD TV shoppers, of course, will fall somewhere in the middle, and most consumer sized TVs, those in the 23” to 40” inch range, will have retail prices set from just under $1,000 to just under $3,000. The world of LCD technology is populated by the biggest names in the world of electronics manufacturers, including such names as Samsung, Sony, Sharp, Phillips, Panasonic and Toshiba. Computer maker Dell also makes a line of LCD television displays that have been generating a great deal of excitement with all kinds of technology buffs.

While the prices of these LCD televisions are still quite a bit higher than traditional CRT (cathode ray tube) models, consumers do get a number of important advantages for this extra outlay of cash. Some of the most significant benefits of the new LCD TV technology include:

Perfectly Flat Screens

The curvature built into the display of a traditional CRT television can introduce edge distortion and shadows on the screen. The true flat nature of the LCD screen eliminates this edge distortion and provides a steady and more reliable display.

True Widescreen Performance

Unlike traditional televisions, the LCD television display uses a widescreen aspect ratio of 16:9. This aspect ratio is the relationship of the width and height of the screen, and the LCD display will appear much longer than it is high. The 16:9 aspect ratio is used to send HDTV signals, and it is also used in the production of widescreen DVDs and VHS videos. The LCD aspect ratio allows owners of these TVs to watch movies as they were intended to be seen in the theater.

Superior Viewing Angle

Compared to rear projection TVs, LCD television displays provide a 160 degree viewing angle, and they can be viewed at virtually any angle, horizontally or vertically.

Exceptional Color Accuracy

The best LCD displays are capable of producing more than 16 million unique colors, and this incredible depth of color provides for exceptional color quality and superior color accuracy.

Flexibility and Versatility

Many LCD televisions are designed to accept input from a variety of different devices, including computers, DVD players, VCRs, Laser Disc players and of course satellite and cable TV systems. In addition, multisystem LCD displays are designed to work with a variety of different television signals, including PAL, NTSC and SECAM. This allows the same television to be used in a variety of different countries, as the television broadcast standards vary from location to location.

Better Expected Reliability

Tests of LCD and plasma TVs have found that the average life expectancy for such devices are approximately 35,000 hours. That means that if the display was used for four hours a day it should last about 20 years.

In order to better understand these important advantages it is a good idea to understand just how this technology works. The LCD display is made up of a large number of picture elements, known in the industry as pixels. The number of pixels is one of the elements that will determine the overall quality of the picture. The number of pixels used in an LCD display will vary from hundreds of thousands to many millions, and the higher the number of pixels the better and sharper the display of the unit should be.

The aspect ratio of the LCD display is also different from that of the traditional CRT television. While the traditional CRT display uses a 4:3 aspect ratio, the LCD display uses a 16:9 aspect ratio. Simply put the aspect ratio is the relationship between the length and height of the TV, and the 16:9 aspect ratio is used to broadcast HDTV signals, as well as being used by manufacturers of widescreen DVDs and VHS tapes. This widescreen aspect ratio allows watchers of LCD displays to experience movies in true movie theatre format.

There are a number of considerations when looking shopping for an LCD display, including the tuner used by the set. The LCD TV should be able to accept inputs from a variety of different tuning sources, including satellite TV boxes, cable TV boxes, DVD players, VCRs and the like. For those living around the world, it is also important to make sure that the LCD TV you choose be capable of accepting not only NTSC video signals, which are the standard in North America and Japan, but also the PAL and SECAM standards used around the world.

Of course it is important to shop for the highest quality LCD TV you can afford, just as it is important to shop for the best price on the highest quality TVs. It is often possible to shave hundreds of dollars off of the retail price of an LCD display simply by shopping around at a wide variety of retailers, both on and off the internet.

In addition, it is important that the accessories and cables you purchase are of the highest quality. The right cables will enhance the value and versatility of the television itself, and it is important to spend a little more and get the highest quality cables to connect your DVD player, VCR, game console, computer or other device to that great looking LCD display.

A Buyer’s Guide to Plasma TV Technology

There are of course many different kinds of televisions on the market these days, of course, but the new plasma TV technology has brought the power and beauty of a true flat screen television into the realm of affordability for many more consumers.

When the first plasma screen televisions came on the market a number of years ago, they were unaffordable by all but the wealthiest individuals and businesses. As with many other forms of technology, however, the passage of time and the improvements in manufacturing methods have led the prices of plasma televisions to fall a great deal, making these great TVs more affordable to a large part of the marketplace.

There are of course a number of different manufacturers who make excellent quality plasma televisions, and the marketplace for these TVs includes a veritable who’s who of electronics companies, including Sony, Samsung, Panasonic, Zenith, Phillips and Sylvania.

And while the prices of these and other plasma televisions have come down quite a bit from their early days on the market, they are still quite a bit more expensive than traditional CRT televisions. The prices of most plasma televisions range from $2,000 to $3,500, but the sale prices many retailers often run can sometimes allow consumers to purchase a good quality plasma TV for as little as $1,500 or even less.

Those in the market for a new plasma TV should begin their shopping with a good idea of what to look for and what to expect from this new technology. Plasma TV technology is quite different from the technology used in traditional CRT televisions, and it is important to understand these differences in order to get the best deal.

It is also important to purchase the highest quality accessories and cabling to go with that new plasma TV. Buying cheap generic cables can ruin the otherwise excellent picture and color quality of even the best plasma TV, so it is important to look for high quality and dependability when shopping for the cables that connect your DVD player, VCR, computer or other input device to the plasma screen.

It is also important for consumers to know that in most cases the plasma TV will not come with its own tuner, and the signal must therefore come from a satellite TV box, cable TV box or similar device. In addition, a number of different accessories, such as DVD players, Laser Disk players and even computers and laptops, can be connected to these large flat screens.

Even though the plasma display TV has only recently come into widespread home use, plasma technology actually has quite a long history, dating back to July of 1964 and research by the University of Illinois.

The screens of these first plasma devices were quite small, and the materials to create them were expensive and hard to come by. The lower cost of these materials in today’s world, coupled with increases in technology, have brought these great TVs into widespread use, and their penetration in the marketplace is likely to grow as the prices continue to fall.

How does plasma technology work?

The secret to plasma TV technology is found in between the two thin panels of mounted glass that make up the screen. These panels are made up of pixels, which are small pockets of compressed gas. Each of these pixels consists of three sub-pixels, which consist of blue, green and red phosphors.

The thing that makes the plasma TV so unique is that each of the sub-pixel is individually controlled using advanced electronics capable of producing more than 16 million unique colors. When the pixel receives an electric current, the gas in the television reacts to form a plasma, which in turn produces light. This light then reacts with the red, green and blue phosphors in order to provide a higher contrast ratio and a better picture. There is considerably less flicker on a plasma screen, due to the fact that all the pixels are emitting light at the same time.

In addition, there is no backlighting or electron beam associated with the plasma TV, and this provides a sharper, brighter and richer picture with a very thin screen. The thinnest and lightest plasma TVs are barely more than three inches thick, and the true flat screen eliminates the fading and distortion at the edges that often accompanies CRT televisions.

These plasma TV displays also provide a much higher screen resolution than CRT televisions, and in addition most sets are capable of displaying a number of different signals, including HDTV (high definition television), DTV (digital television) as well as XGA, VGA and SVGA signals from a computer.

Plasma TVs are also free of the scan lines that plague traditional CRT televisions. The conventional CRT television uses a beam of electrons which scan the picture tube from top to bottom. As the phosphors are lit the image is created. This results in visible scan lines, but plasma TV technology includes built in line doubling, which further improves the quality of the images, particularly when viewing a standard analog signal like broadcast television of VHS tapes.

In addition to the lack of scan lines, plasma displays also have superior color quality and superior depth. The plasma screen is capable of displaying more than 16 million different colors, as well as more realistic colors and more subtle gradations within colors. Plasma displays also provide a widescreen aspect ratio of 16:9, providing the best aspect ratio for widescreen DVD movies and for HDTV programming. This wide aspect ratio more closely matches the format of large screen movies, providing for a more enjoyable and realistic viewing experience.

Those viewers who are familiar with the limitations of the rear projection big screen TV will want to know that plasma TVs provide a much more uniform brightness, without the “hot spots” frequently seen in the middle of the screen on rear projection TVs. The plasma display is also free of the corner dark spots that plague rear projection televisions.

And then of course there is the size and slenderness of the plasma TV. It is this thinness that attracts so many buyers, and in fact many plasma televisions are lightweight and thin enough to hang on a wall, as well as thin enough to fit virtually anywhere. This contrast is particularly obvious when one compares a new plasma screen TV to the old rear projection big screen TVs, which could fill an entire room and were very bulky to move from place to place.

There is no doubt that plasma TV technology has a great many benefits over both traditional CRT televisions and rear projection models. In addition, the fact that the prices of plasma televisions have been steadily falling since they first came on the market has made this great new technology more affordable than ever.

A Buyer’s Guide to Regular Tube TVs

Even though it is the newer television technology, like plasma screen TVs, LCD TVs, and DLP TVs, that seem to garner all the attention these days, the truth is that the good old regular tube CRT TV remains an excellent value for the money. In fact, on a viewable inch basis, a traditional regular tube TV is a far better value than any of these newer technologies.

Traditional CRT television screens have a number of important advantages over the newer technologies, not only in terms of the cost to buy them but in the ongoing costs of ownership as well. For instance, while a replacement light source for a DLP TV can cost as much as $500, an entire traditional tube television can be purchased for far less than the cost of that replacement bulb.

In fact it is the price that is the major selling point, and major advantage, of the traditional CRT TV. The prices of all televisions have been falling, but perhaps none have fallen quite so far and so fast as the prices for these traditional tube televisions. The smallest traditional tube televisions, those of 13” and less, can often be purchased for less than $100, and even the traditional 25” and 27” television models often retail for less than $300. In addition, many traditional tube televisions come with features like built in VCRs, built in DVD players and the like, making them even more versatile and useful.

Even the largest regular tube televisions retail for far less than LCD, plasma and DLP rear projection models. While the price of a 36” traditional tube television may still be over $1,500, the cost of a comparable size LCD or plasma television would be thousands more. Of course it is important to shop around, but in general none but the largest and most feature laden traditional tube televisions will set you back more than about $2,000.

In addition, traditional tube televisions offer true out of the box performance, making them a great choice for those who do not want to go through the hassle of setting up all the accessories that come with the newer technologies. In most cases all the buyer needs to do when purchasing a new CRT TV is to take it out of the box, hook up the cable TV, satellite TV or antenna signal, turn it on and use the remote control to find the channels. It doesn’t get much easier than that, and that may be one of the reasons why these televisions continue to command such a large share of the market even after the advent of all those great new television technologies.

What to Look for in a Traditional Tube Television

When shopping for a new traditional tube television, whether as a replacement for an existing TV or for an additional room, it is important to look for the right features and benefits in that TV. One of the most important considerations is the inputs on the unit. The newest traditional tube televisions come equipped with a number of different inputs, not only for cable, satellite and antenna signals, but for computer inputs as well. It is important to look for the presence of a VGA connection, a DVI connection, or preferably both, as these connections will allow you to hook up a computer to the TV display.

Other common inputs on a traditional tube television include inputs for DVD players, VCRs, Laser Disc players and video games. If these inputs are an important consideration it is a good idea to go shopping with that in mind.

The Importance of the Right Cabling

One vital part of the television viewing experience that many television shoppers overlook is the importance of the type of cabling that is used to connect all that great equipment to the television screen itself. Buying cheap generic cables may save you a little money up front, but the lack of quality will be readily apparent to everyone who watches the TV. It is far better to spend a little bit more and to purchase the best cables you can afford. Buying the right cables is one of the best ways to get the most value for your money.

Speaking of value for your money, it is important to shop around as much as possible, whether you are shopping for a traditional tube television, a plasma screen TV, an LCD TV, a DLP TV or any other type of television technology. These days TVs are sold virtually everywhere, from the deepest discount retailers to the most high end specialty stores and electronics retailers. In addition, televisions of all kinds are sold on the internet as well, so shopping online is always a good idea.

When it comes to choosing a brand, there are certainly no shortage of choices. Virtually every electronics manufacturer in the world, from American firms and European manufacturers to all the Asian suppliers, have at least a few models of traditional tube televisions on the market, so shopping around among brands should not be a problem either. Some of the many manufacturers who make a variety of traditional tube televisions include such well known brands as Toshiba, Sharp, Samsung, Sony, Daewoo, Sylvania, RCA, Magnavox and Phillips, among others.

When shopping for a new television, whether it is a traditional tube television or one of the newer technologies on the market, it is important to look for the newest features and benefits in order to get the most value for your money. It is a good idea, for instance, to look for a television that is HDTV (high definition television) and DTV (digital television) ready, as this will ensure the TV can be used far into the future. One of the many benefits of a traditional tube television is its longevity, and buying an HDTV and DTV ready model will ensure that the TV remains usable no matter what changes may come in the future.

It is also a good idea to choose a traditional tube television with a flat picture tube. This flat screen technology helps to reduce glare and make for a more pleasant viewing experience. These flat picture tube TVs provide many of the same benefits as the more expensive flat screen LCD and plasma TVs, at a fraction of the price.

A Look at Today's Innovative LCD TV

There have been many exciting technological innovations in the world of television and home theater systems, but few have provided the level of excitement and consumer interest the way LCD TV has. These slender televisions are certainly stunning to look at, even when they are not turned on, and the technology they use promises to change the way we watch TV, movies and other forms of entertainment.

LCD, or liquid crystal display, televisions use a unique form of technology to produce their display, and although early models had a number of technological issues, those issues have largely been overcome, and these days there are excellent quality LCD TVs available from virtually every manufacturer of electronics in the world.

The earliest models of LCD televisions often had problems with “ghosting”, especially when displaying fast action or fast moving imaging, and these early televisions were best viewed straight on or from a slight angle. These early problems have been overcome by advances in technology, and LCD and plasma TVs are making serious inroads on the traditional CRT (cathode ray tube) television market.

The prices of LCD televisions have come down quite a bit as well, even as the technology they use has continued to improve. These days the least expensive, small screen LCD TVs can often be purchased for a couple hundred dollars, while the largest displays sell for several thousand dollars. There are even larger LCD displays on the market, as large as 65” and even more, that may sell for $10,000 or more. If price is no object it is possible to find an LCD TV for virtually any taste.

The advent of these large screen LCD TVs is another indication of how much the technology has improved in a short period of time. When LCD technology was first being developed, the conventional wisdom was that it would be suitable only for small size televisions, and that the LCD technology would not be able to compete with plasma screens for larger sets. These days, however, ever larger LCD TVs are being developed and introduced, by the likes of Sony, Sharp, Samsung, Phillips and others.

The modern LCD TV is good for much more than watching TV, and the best sets on the market come with a multisystem tuner, which allows the machine to display not only the NTSC format common throughout North America, but the PAL and SECAM signals that are common in other parts of the world. In addition, many LCD TVs include a step down and step up transformer which can automatically use either 110 or 250 volt AC current, as well as universal grounded adapter plugs for added versatility.

In addition, virtually all modern LCD TVs on the market today are capable of displaying the latest HDTV (high definition television) and DTV (digital television) signals, and most can also be used as a computer monitor, by connecting them to a VGA or DVI signal. Those TV shoppers planning to use their new LCD TV as a monitor should be cautious, however, since the quality of the resolution can vary widely between brands and models.

LCD TV Considerations

Those in the market for an LCD TV to replace a traditional CRT TV should be aware of the differences in the technology, and what those differences mean in terms of viewing pleasure and lasting value. LCD televisions based on the PVA and S-PVA LCD panel are able to deliver a very good viewing angle at up to 140 degrees, and they also can provide a good contract ratio for viewing both light scenes and dark ones. The downside of the PVA and S-PVA technology is that they often have problems with “ghosting” when the scene moves between different shades of dark.

Traditional CRT televisions to not have this problem with “ghosting” since the phosphor contained in the CRT is charged by the strike of a beam of electrons, and it emits most of the light in a fast period of time, generally less than 1 millisecond, compared to a refresh period of about 20 milliseconds. For an LCD TV, each pixel emits light of a set intensity for a period of about 20 milliseconds, in addition to the time it takes to switch to the next state, which is typically between 12 and 25 milliseconds.

This response time, also known as the response time, can be shortened by the design of the panel, and by using overdriving technology, but the response time can only be cut down to the length of the refresh period.

Getting the response time equal to the refresh period is generally sufficient for watching films and television programs, but for videos shot at 50 or 60 frames a second there can still be some ghosting issues with some LCD TVs.

Fortunately, there are a number of emerging technologies within the world of the LCD TV, and these technologies promise to eliminate some of the ghosting and other issues that have been encountered by owners of these TVs. The first solution on the horizon is to make the backlight of the LCD panel fire during a period of time that is shorter than the refresh period. The goal is to make this period of time as short as possible, and to time it for when the pixel has already settled to its intended level of brightness. This technique, however, also introduces the problem of flicker that is so familiar to users of CRT computer monitors. This flicker problem occurs because the human eye is able to see flicker at the typical 50 or 60Hz refresh rates used in this technology.

Another emerging response to the problem is to double the refresh rate of the LCD TV, and then to reconstruct the intermediate frames using a variety of motion compensation techniques. This second method is being extensively studied on the new high end televisions currently being designed in Europe.

sNo matter what type of LCD TV technology you decide to buy, however, it is important to shop around for the best possible price. These days even discount retailers often sell some very good LCD TVs, and of course many electronics stores are virtually replacing their existing stock of CRT TVs with the newest in LCD and plasma screen technology. As with any major purchase, it is vital to shop around for the best deal, and to read the reviews of each model carefully. As with any piece of electronic equipment, the quality of an LCD TV can vary quite widely from model to model and brand to brand.

Links to customer reviews available online

Are there any customer reviews on the Sony plasma TV models available online? Where can I read them?

Here are a few links to customer reviews available online, on the Sony plasma TV models:

My TV is in use a lot, is it possible for the network logo always on display at the lower corner of the screen to superimpose and burn on to a plasma TV?

A burn in occurrence has no specific time limit. One need not worry over the network logo as the static logo in the corner may get removed by repeated commercial breaks. Temporary appearance of the logo or ghosting may occur, which will usually disappear after normal viewing.

Are frequent repairs or servicing trips required for plasma TVs? Should the warranty be for two or five years?

Usually plasma TVs do not need to go in for frequent repairs or servicing. In case the price is reasonable however, an extended warranty is recommended because if repair does become necessary, it could cost nearly as much as the set itself.

I bought a set of Sony PFM-500A3WU 42" plasma for over $10,000.00 from a local retailer a little over three years ago. A few weeks back it began to show fractured colors, and soon went totally black. The retailer was of no help, so the set was sent over to Sony who diagnosed it with the codes 12 and 22. Does this mean that my consumer rights cover the repair of my set, or will the repairs cost me more than buying a new set? Please let me know.

Most retailers do not have a policy of coverage of an item purchased from their outlet beyond a period of one month from the date of purchase. After this period, the product will be protected by the manufacturer's warranty. If an extended warranty was paid for along with the product, the product will be protected for the duration of the contract, if it follows the terms and conditions set out in the contract. Within the warranty period, the repair will be free of cost for problems pre-specified as a possibility, but it will be at your expense if the warranty has expired or is otherwise invalid due to some reason mentioned beforehand in the contract. Due to rapid advance in technology in the past three years it is advisable to take price quotes for paid repair and compare them with the current price of a new set, before agreeing to repair of the set.

Your site features numerous good customer reviews on the Sony PFM42v1 but does not carry any reviews of the Sony PFM models. Is this because these are not consumer models?

Information on the PFM42V1, which is a commercial model, can be found on Sony's Broadcast and Professional website.

Is it possible to operate the Sony KE-42XBR900 without using the Media Box (MBT-XBR900)?

No, it is not possible, because the entire video processing is done by using the Media Box.

I have bought a Sony KDE42XBR950 based on your review just three days back. The picture quality is excellent. But the screen itself is making a noise, not the fan noise but an electronic one. The noise varies in pitch according to the picture on display on the screen. Will this complaint disappear with use? The noise is quite noticeable and can be heard from behind the panel coming from the two upper corners of the television. The noise is quite a disappointment for the amount of $$ the set costs. Since I got it shipped from my brother's store, it would be difficult to return it to a local retailer. Do you have any suggestions?

The noise you have described in your set is not a normal or usual problem. Since it is only three days into your purchase and definitely within the warranty period, try and have a Sony technician come and inspect your set to figure out what is wrong and suggest suitable solutions.

I want to buy a Sony plasma screen but since I plan to move to the UK in 3 months, I would require a screen that can display signals from both NTSC and PAL formats. For both the formats, the input will be a cable or satellite box and so I may not require a tuner. Would any plasma screen work or do I have to buy one that is compatible to both the formats?

You would need a plasma screen that can function on both NTSC and PAL formats if it is to be used both in the US and UK. If digital cable or satellite is being used, you would not need a tuner. Checking out and comparing the operating voltages beforehand is also advisable.

Where is it possible to purchase the Sony Media Box (MBT-XBR900) for a Sony KE-42XBR900 Plasma TV?

This media receiver is available for purchase directly from Sony.

The audio speakers on my XBR950 Sony have recently begun to make funny noises. Please advise if this is a problem with the XBR.

If you are still within the warranty period for the set, please contact Sony for help and advice. In case the system has not been tampered with, the defect could lie in the audio speakers.

The Plasma TV Forum is an accumulation of the replies to queries sent into the Plasma TV Buying Guide. If your query and solution is not listed here, feel free to fill up the Ask a Question page. A response could take 3-5 days to appear. All queries are addressed by the Editors of the Plasma TV Buying Guide

I have a Sony WEGA KE-32TS2U and was wondering if it is possible to hook my PC to it for short periods of gaming, approximately for 30 to 45 minutes of playing time. Is it possible to do this, and if so, how?

The WEGA KE-32TS2 is manufactured without a PC input. It is possible to make the DVI input work this way if your PC has a DVI out. If it does not, a video card with a video output would be required. A VGA-component transcoder can also be used.

I would be using my Plasma to watch regular cable TV, not HD. Could you tell me which Plasma has the best-inbuilt scaler/doubler that can convert the 480i signal to 480p? Does the new Sony PFM42V1 have the best scaler as mentioned in your review? I did not find mention of it on any other site.

The Sony does have one of the best-inbuilt scalers.

How do I get the burn-in on my 42" Sony plasma TV repaired?

True burn-in is irreversible.

I read your review on the Sony 50XBR950. Does it have the HDMI connection, and if not, is that significant?

No, the Sony 50XBR950 does not have an HDMI connection, it has DVI instead. DVI is digital as well, but it is not as high as HDMI in bandwidth. It would only be a concern if the other components have HDMI. Since HDMI is backwards compatible with DVI, this should not be an issue either.

Does the Sony KDE XBR950 61 inch plasma come with its own video scaler? If there is no in-built video scaler it may not be worth the money the set costs. If it does have a video scaler, what is the price range? Does this TV also have built-in technology to prevent the burn-in of static images as well as built in speakers? On a comparison between a Sony 61 inch and a Samsung HPN6339 63 inch, which would fare better? Your site is very detailed and provides good information for beginners and a prompt advice would help me decide on a purchase.

The Sony does come out a little better on comparison than the Samsung. The Sony has a built-in scaler and removable speakers. Nowadays, all new plasmas are equipped with one or the other variety of anti-burn technologies.

Such stores are usually not to be trusted, not even those that offer warranties. The resellers on this site, however, are legitimate, reliable, and offer long-term services though not one of the cheapest.

You have great reviews on your site. I recently bought a Sony PFM-42V1 and want to post a few queries about connections for the set. I need to attach a Time Warner HD box and a non-progressive scan Sony DVD player with the plasma. The Pioneer HD box has a DVI-D, but may need a HDCP compliant connection. Is the Sony compatible via DVI? If it is incompatible, please suggest possible connections for the set. The set top box and the DVD player have component and S-video connections as well. I would be waiting for your reply.

None of the stated specifications mean that the DVI input is HDCP compliant, which means it will work only if the transmitted signal is not encoded. Try a DVI cable connection first, and possibly use it if the transmission material is not encoded for copyright protection. The VGA input may be alternatively employed as a component input by applying a VGA-RCA breakout cable. In case the DVI connection doesn't function, use it for either the HD box or DVD player, whichever you use more, and apply S-video for the other device.

I have a KE-32TS2 plasma, which is connected, to a HDTV Cable Box through a Monster DVI cable. It gives great results, but the problem is when I switch channels between 1080i and 480p the screen needs to adjust. During this period the screen goes black and the frequency is displayed (1080i or 480i/p??), then the channel comes on normally. Though this functions, it is not as seamless changing channels as with the component cable. I want to know if this is normal, or if there is a setting that can be modified to make it smoother to switch channels.

What you are experiencing is just one of the hiccups that occurs when converting from digital to analog signal. The plasma is attempting to synchronize itself to the different signals, which is why the temporary blackout.

I need help to decide whether to go for the Panasonic TH 50PHD, or the Sony KDE50XBR.

Both these models perform well but are designed for different groups of customers. The Panasonic TH 50PHD is more of monitor while the XBR is more of a plug and play kind of TV. I would rate them equally, but pick one according to the function I prefer more.

I am planning to buy a Sony PFM-42V1B, and am considering using it for video (DVD/ Satellite) and also Data (Presentations, Excel and even games). I am quite worried about the burn issue, is this a real problem or does the plasma come equipped with inbuilt anti-burn technology?

The Sony PFM-42V1B comes with various anti-burn technologies. However, an HDTV with higher resolution is recommended for using Excel, because this set comes with a resolution of 853 x 480, which could make small fonts difficult to read. PC text will also be very difficult to read if there is a slit screen with the PC and TV running simultaneously.

How do your repair a burn-in in a Sony XBR plasma or is this problem irreparable? The burn-in, of the Men in Black DVD menu page, on my screen is quite large.

It is quite unfortunate that the issue of burn-in cannot be resolved. Some of the sets have an intense white screen to get rid of ghosting and others come with in-built pictures, which are designed to pose a negative of the image to dispose of any temporary ghosting. But these measures are preventive, and can't help if the burn-in has already taken place.

I have recently bought a Sony KE50XS910 Plasma TV. The product description states that the set has a built-in ATSC/POD tuner for HD broadcast. I already have the Sony SATHD-300 HD DirecTV receiver and also a HD receiver from the local cable company. Would I still require all these HD receivers? Does it make a difference that all of this equipment is connected to a set with a built-in tuner? Thanks in advance for your advice.

You would require the SATHD-300 receiver in order to decode the DirecTV broadcast. That unit as also the media receiver for the XBR would be able to decode OTA HD broadcasts. So you have a choice according to your convenience in case you are using the free airwaves. The built-in tuner is not much help with the satellite reception because you would still require the satellite receiver.

In case I purchase a Sony 50" plasma TV, what additional items would prove to be good investment: Surge protector, AC Line filter or extended warranty? Thanks in advance for your inputs.

The Surge protector and extended warranty seem to be good ideas for insurance and investment. An AC Line conditioner or filter is necessary only if your power source is unstable or unpredictable.

I found the Sony PFM42B2U review very useful. Could you clarify if this model is the same as the Sony PFM42B2E? Does the U stand for US and the E for Europe?..... Thanks, JP - Norway

You are right, the U = US and E = Europe. There is very little dissimilarity between those two models.

I have recently bought the Sony PFV-42V1. What connection would you suggest for the DVD, and are there any special cables I should order?

In case you happen to have a DVD with DVI handy, that would really be the best situation. If not, the next best option is to employ a special breakout cable that comes with a VGA D-sub 15-pin connection on one of its ends and three RCA component connections on the other. In this way, you will be able to use the PC input on the plasma screen on one hand, and the component output on the DVD player on the other.

I am considering buying the SONY KE-42XBR950 and carrying it back with me to Indonesia, but in this country we only have PAL & 220V. Is it still possible to use the Sony XBR? I can use a DVDO iScan Ultra to change the PAL to NTSC or HD, but would the step down voltage converter hamper picture quality?

A step down voltage converter will not affect picture quality if the converter itself is of a standard quality.

Of the two models the SONY KDE-42XBR950 and the KE42XS910, which is the better television?

The best of Sony's products is definitely their XBR series and so the 42XBR gives a better performance than the XS910. However, since the 42XBR950 needs a specific separate media receiver box, it may not be suitable for you. There is no such particular requirement for the 42XS910, the entire set of required connections runs directly to the plasma screen.

My husband and I currently stay in Japan and we are considering buying a Sony plasma TV. We have 110 Hz power in this country, and we are told that standards between Japan and the USA are very different from each other. Is it possible that because of this discrepancy a plasma TV purchased in Japan may not work in both Japan and USA? Since the plasma TV is so exorbitantly priced, we would like to ensure it works in both countries before deciding to purchase it, and to this end we need your advice. Thanks in advance.

It would be advisable to conduct a thorough research on the power specifications of the plasma TV you would like to purchase. Sony plasma TVs are manufactured in Japan, and so should work there, but in order to make sure they work in USA as well, try and explore a unit which functions from 100-120V and 50-60Hz.

When I watch movies on my Sony PFM42V1E, the picture shifts a little to the right and then returns back again every couple of seconds. I am not sure if this is normal? If the Plasma has progressive scanning, would it make a difference if the TV tuner connected with it does not?

The problem you describe does not seem to be normal. My advice would be to call up the technical support at Sony; let them figure out the problem and suggest a solution.

The model 37XS910 from Sony is nearly 12 inches deep. Why does it have to be so thick and is it possible to mount it on the wall?

The depth of 12 inches includes the table stand, whereas the actual plasma panel is the usual 3 to 4 inches deep.

I was just handed a Sony TS32U plasma. I receive DirecTV using a Samsung TIVO receiver, but the picture is blurry, unclear and it also gets ghosting around fonts and images. Is this happening because I have an S-video connection and will it improve if I shift to an HD receiver? The earlier Sony Wega XBR I had with a 4.3 ratio with a simple coaxial connection gives better results.

A plasma set emphasizes both the good and bad qualities of a signal. You should see a perceptible difference if you shift to an HDTV or in case you just decide to change to the component inputs.

Does the model 37XS910 from Sony come with a personal computer input port, and if it does, what resolutions can be displayed?

This model does have a DVI input that is compatible with a PC. But I do not recommend it and am not aware of the possible resolution that can be supported.

Sony's manual for the model KDE-XXXBR950 plasma, warns that the DVI-HDTV input in the set is "not intended for use with personal computers." Does this mean it is not possible to hook a PC to the plasma, or is not recommended, and what is the reason for such a warning?

For the plasma model KDE-XXXBR950, the DVI connection can be attached to a PC but it is not recommended by Sony because a PC has a relatively higher number of static images like screen bars and icons which may easily cause a burn-in into the plasma screen.

I was planning to buy the Sony PFM42V1, as I also happen to have Sony stereo components. But the reviews rate the Panasonic 42PWD6UY higher than this Sony model. Wanting all the components to match makes me prefer a Sony. Is there really a perceptible performance difference between the two models, which should entail a preference for the Panasonic, or is it fine to purchase either of the two?

All the components needn't be from the same brand; it sure is a slight advantage, but not an indispensable one. On the other hand there is hardly ever a compatibility issue with different components. In my opinion, one should buy the best product available within the budget range, irrespective of brand prejudices. If you compare the two models you have mentioned, they have different advantages, but the difference is not really noticeable. The Sony model gives you better picture quality and detail, whereas the Panasonic does better at black levels, and a diverse flexibility in the inputs. If you have an A/V receiver as a video switcher, you may safely ignore the input issue.

The PFM42V1 has a DVI input with a possible HDCP issue. Could you tell me if this panel is capable of accepting a signal from an HDMI DVD player through the panel's DVI input, provided one uses an HDMI-DVI cable?

The DVI input for the set PFM-42V1 is not compatible with HDCP, which means that if the DVD player transmits an HDCP encoded signal, it will cease to function.

I am considering a purchase from Sony's XBR range of plasmas. When I last stepped into a store, I was told that the panels and circuitry of Sony's XBR panels are really those of Pioneer Elite plasmas and it is Sony styling that makes the only difference. I was also told that Pioneer hands over new panels and technology to Sony nearly a year after these are begun to be sold by their own Elite Pro brand. In conclusion, the salesman told me, that unless I was determined to have a unit with the Sony looks; I could actually get the same performance out of a Pioneer Elite PRO plasma, which would come in cheaper because they were on sale at the time. Please let me know if this was valid advice.

The two companies, Sony and Pioneer, as well as their plasmas are not connected in any way. This was misinformation, and probably an effort on the part of the salesperson to move out the Pioneers faster, or to cover up a lack of Sony units in the shop.

I really like my Sony 42XBR900, but I also want it to have a few of the additional features of the Sony model 42XBR950. Is it possible to just change the media receiver to that of the model 42XBR950 in order to have the extra features, and if so, where can I buy it?

A basic exchange of media receiver boxes will not enable you to gain the extra features of the XBR950 series. The two models are not mutually exchangeable.

My MBT-XBR900 media box got lost when I changed homes. Can it be replaced with the MBT-XBR 950 box, because the 950 has also got in-built HDTV?

The models from the two series are not interchangeable. You would definitely require the MBT-XBR900 receiver box if you have the plasma of the same series.

Thank you for the fantastic and informative site! What do you think of the new 42X1 HDTV and how would you rate it against the 42V1 EDTV? How is the new model with analog signals, and is the brightness/contrast still the same or is it better? Does it come with removable speakers and what are the inputs at the back? I want to purchase a set for myself, but wanted to check out the new model and compare it with the old 42V1 EDTV before making a decision.

I was fortunate enough to be able to check out the 42X1 at Sony's stall at INFOCOMM. Though I have not yet got my hands on a unit myself to perform my own set of tests, I can tell you from how it looked at the show that it seemed to outperform the B2 by a long measure. The new model offers higher contrast and color reproduction over the V1, and in addition also has HDTV resolution.

I am attracted to the Sony KE-42XS910 as well as the Pioneer PDP4341HD, and cannot decide which one to buy. How would you rate these two models? Could you also tell me something about bestbuyplasma.com as a dealer?

I prefer the Pioneer due to its 1024 x 768 panel to the Sony with the 1024 x 1024 panel design, in most cases of viewing. I can detect numerous scaling artifacts with the 1024 x 1024 Sony panels due to the low definition signals. I try and keep away from electronic or camera stores in New York. You would see a lot of gray market and refurbished goods at Brooklyn stores.

Could you help me with a question on the Sony PFM-42V1 that may not have been answered yet? Since the panel is short of input options, how best does one connect it to a progressive scan DVD player as well as an HDTV receiver? I originally wanted to connect the DVD player with a VGA-RCA component cable and then hook up the HDTV box over the DVI connection. But after buying the unit I find that the DVI port is not compatible to HDCP. Would the cable box work despite this? Thanks in advance for the help.

The simplest way out is to hook in an A/V receiver equipped with component switching or get hold of a basic black box component switch. Also it is to be noted that some brands of up-converting DVD players may not need HDCP compliance through DVI. Therefore, the component inputs could be used for the HD and the DVI for the purposes of the DVD player.

My kids left my Sony KE37XS910 switched on, while turning off the H.D. tuner. The set was switched on for about 10 hours, while not receiving any signal in video 6 (H.D.Tuner). It did not have any static images, just snow. Please let me know the extent of damage caused by this.

The kids need not be punished, because any amount or duration of snow on a plasma screen will still leave it unscathed. You can relax.

Can I remove the base on the Sony KE-32TS2 if I want it mounted on a wall?

Yes, you can. For detailed directions, look up the owner's manual or wall-mount kit instructions, because all such models can be easily wall mounted.

After going through your review, I recently purchased a Sony KE-42M1 Plasma YV, and so far I am happy with it, with one exception. The first time I switched it on, there was a black vertical stripe on the screen, which disappeared in a few minutes all of a sudden, and did not reappear for about thirty hours. Then it was back again, and disappeared after 3-4 minutes. Is it time to worry and take advantage of the 30-day return warranty, and return the unit to have it replaced, or is this issue usual in a plasma screen?

Such kind of intermittent issues can prove to be very tricky. I would recommend contacting both your dealer and the Sony technical support team in order to avoid problems that may crop up in future.

I have just bought a Sony KE42M1; I find that the black level is not up to the mark. Is that because when the TV was brought in it had to be flipped sideways in order to successfully turn a corner? Would that have ruined the picture?

From your description it is tough to understand the possible issue with your TV set. But please note that re-orienting a plasma in any way whatsoever will not affect its performance. It is only recommended to be kept vertical for as much as of the time as possible in order to protect the screen glass from breaks or cracks in transit aboard a vehicle.

I want to have a look at the Sony PFM-42V1, but am not sure they are available at retail stores. Can I check out a consumer model instead with exactly the same glass, which is stocked in the stores, and if so, which one?

The model with the most similarities in Sony's product line that can be seen in stores is the model KE-42M1.

I plan to buy a Sony KDE-42XS955, but I can't locate any professional reviews of this model. I do intend to get HD from the cable company, but we actually watch TV signals through our digital cable content and DVDs more often. I have also thought of using the TV as the monitor for my iMac. Since I have a friend at Sony, I could buy it for $3700. How do you rate this TV?

The Sony KDE-42XS955 is a good set, but I do not recommend any of the ALiS panel plasmas like in this model, which offer a 1024 x 1024 resolution. I rate the XBR series much higher than the XS series in the 37" and 42" sizes. This is because the ALiS panel needs to have a lot of scaling for almost all incoming signals and therefore cannot boast of an excellent picture quality.

I have a Sony WEGA KE-32TS2U and was wondering if it is possible to hook my PC to it for short periods of gaming, approximately for 30 to 45 minutes of playing time. Is it possible to do this, and if so, how?

The WEGA KE-32TS2 is manufactured without a PC input. It is possible to make the DVI input work this way if your PC has a DVI out. If it does not, a video card with a video output would be required. A VGA-component transcoder can also be used.

I would be using my Plasma to watch regular cable TV, not HD. Could you tell me which Plasma has the best-inbuilt scaler/doubler that can convert the 480i signal to 480p? Does the new Sony PFM42V1 have the best scaler as mentioned in your review? I did not find mention of it on any other site.

The Sony does have one of the best-inbuilt scalers.

How do I get the burn-in on my 42" Sony plasma TV repaired?

True burn-in is irreversible.

I read your review on the Sony 50XBR950. Does it have the HDMI connection, and if not, is that significant?

No, the Sony 50XBR950 does not have an HDMI connection, it has DVI instead. DVI is digital as well, but it is not as high as HDMI in bandwidth. It would only be a concern if the other components have HDMI. Since HDMI is backwards compatible with DVI, this should not be an issue either.

Does the Sony KDE XBR950 61 inch plasma come with its own video scaler?

If there is no in-built video scaler it may not be worth the money the set costs.

If it does have a video scaler, what is the price range? Does this TV also have built-in technology to prevent the burn-in of static images as well as built in speakers? On a comparison between a Sony 61 inch and a Samsung HPN6339 63 inch, which would fare better? Your site is very detailed and provides good information for beginners and a prompt advice would help me decide on a purchase.

The Sony does come out a little better on comparison than the Samsung. The Sony has a built-in scaler and removable speakers. Nowadays, all new plasmas are equipped with one or the other variety of anti-burn technologies.

I am planning to purchase a Sony 50XBR950KIT online. The set is going cheap at $7300 +250 shipping + No Tax, and the offer is to be found at http://store.yahoo.com/tvs-r-us/sonkde5plasw.html. Should one trust these minor companies and their warranties as legitimate?

Such stores are usually not to be trusted, not even those that offer warranties. The resellers on this site, however, are legitimate, reliable, and offer long-term services though not one of the cheapest.

You have great reviews on your site. I recently bought a Sony PFM-42V1 and want to post a few queries about connections for the set. I need to attach a Time Warner HD box and a non-progressive scan Sony DVD player with the plasma. The Pioneer HD box has a DVI-D, but may need a HDCP compliant connection. Is the Sony compatible via DVI? If it is incompatible, please suggest possible connections for the set. The set top box and the DVD player have component and S-video connections as well. I would be waiting for your reply.

None of the stated specifications mean that the DVI input is HDCP compliant, which means it will work only if the transmitted signal is not encoded. Try a DVI cable connection first, and possibly use it if the transmission material is not encoded for copyright protection. The VGA input may be alternatively employed as a component input by applying a VGA-RCA breakout cable. In case the DVI connection doesn't function, use it for either the HD box or DVD player, whichever you use more, and apply S-video for the other device.

I have a KE-32TS2 plasma, which is connected, to a HDTV Cable Box through a Monster DVI cable. It gives great results, but the problem is when I switch channels between 1080i and 480p the screen needs to adjust. During this period the screen goes black and the frequency is displayed (1080i or 480i/p??), then the channel comes on normally. Though this functions, it is not as seamless changing channels as with the component cable. I want to know if this is normal, or if there is a setting that can be modified to make it smoother to switch channels.

What you are experiencing is just one of the hiccups that occurs when converting from digital to analog signal. The plasma is attempting to synchronize itself to the different signals, which is why the temporary blackout.

I need help to decide whether to go for the Panasonic TH 50PHD, or the Sony KDE50XBR.

Both these models perform well but are designed for different groups of customers. The Panasonic TH 50PHD is more of monitor while the XBR is more of a plug and play kind of TV. I would rate them equally, but pick one according to the function I prefer more.

I am planning to buy a Sony PFM-42V1B, and am considering using it for video (DVD/ Satellite) and also Data (Presentations, Excel and even games). I am quite worried about the burn issue, is this a real problem or does the plasma come equipped with inbuilt anti-burn technology?

The Sony PFM-42V1B comes with various anti-burn technologies. However, an HDTV with higher resolution is recommended for using Excel, because this set comes with a resolution of 853 x 480, which could make small fonts difficult to read. PC text will also be very difficult to read if there is a slit screen with the PC and TV running simultaneously.

How do your repair a burn-in in a Sony XBR plasma or is this problem irreparable? The burn-in, of the Men in Black DVD menu page, on my screen is quite large.

It is quite unfortunate that the issue of burn-in cannot be resolved. Some of the sets have an intense white screen to get rid of ghosting and others come with in-built pictures, which are designed to pose a negative of the image to dispose of any temporary ghosting. But these measures are preventive, and can't help if the burn-in has already taken place.

I have recently bought a Sony KE50XS910 Plasma TV. The product description states that the set has a built-in ATSC/POD tuner for HD broadcast. I already have the Sony SATHD-300 HD DirecTV receiver and also a HD receiver from the local cable company. Would I still require all these HD receivers? Does it make a difference that all of this equipment is connected to a set with a built-in tuner? Thanks in advance for your advice.

You would require the SATHD-300 receiver in order to decode the DirecTV broadcast. That unit as also the media receiver for the XBR would be able to decode OTA HD broadcasts. So you have a choice according to your convenience in case you are using the free airwaves. The built-in tuner is not much help with the satellite reception because you would still require the satellite receiver.

In case I purchase a Sony 50" plasma TV, what additional items would prove to be good investment: Surge protector, AC Line filter or extended warranty? Thanks in advance for your inputs.

The Surge protector and extended warranty seem to be good ideas for insurance and investment. An AC Line conditioner or filter is necessary only if your power source is unstable or unpredictable.

I found the Sony PFM42B2U review very useful. Could you clarify if this model is the same as the Sony PFM42B2E? Does the U stand for US and the E for Europe?..... Thanks, JP - Norway

You are right, the U = US and E = Europe. There is very little dissimilarity between those two models.

I have recently bought the Sony PFV-42V1. What connection would you suggest for the DVD, and are there any special cables I should order?

In case you happen to have a DVD with DVI handy, that would really be the best situation. If not, the next best option is to employ a special breakout cable that comes with a VGA D-sub 15-pin connection on one of its ends and three RCA component connections on the other. In this way, you will be able to use the PC input on the plasma screen on one hand, and the component output on the DVD player on the other.

I am considering buying the SONY KE-42XBR950 and carrying it back with me to Indonesia, but in this country we only have PAL & 220V. Is it still possible to use the Sony XBR? I can use a DVDO iScan Ultra to change the PAL to NTSC or HD, but would the step down voltage converter hamper picture quality?

A step down voltage converter will not affect picture quality if the converter itself is of a standard quality.

Of the two models the SONY KDE-42XBR950 and the KE42XS910, which is the better television?

The best of Sony's products is definitely their XBR series and so the 42XBR gives a better performance than the XS910. However, since the 42XBR950 needs a specific separate media receiver box, it may not be suitable for you. There is no such particular requirement for the 42XS910, the entire set of required connections runs directly to the plasma screen.

My husband and I currently stay in Japan and we are considering buying a Sony plasma TV. We have 110 Hz power in this country, and we are told that standards between Japan and the USA are very different from each other. Is it possible that because of this discrepancy a plasma TV purchased in Japan may not work in both Japan and USA? Since the plasma TV is so exorbitantly priced, we would like to ensure it works in both countries before deciding to purchase it, and to this end we need your advice. Thanks in advance.

It would be advisable to conduct a thorough research on the power specifications of the plasma TV you would like to purchase. Sony plasma TVs are manufactured in Japan, and so should work there, but in order to make sure they work in USA as well, try and explore a unit which functions from 100-120V and 50-60Hz.

When I watch movies on my Sony PFM42V1E, the picture shifts a little to the right and then returns back again every couple of seconds. I am not sure if this is normal? If the Plasma has progressive scanning, would it make a difference if the TV tuner connected with it does not?

The problem you describe does not seem to be normal. My advice would be to call up the technical support at Sony; let them figure out the problem and suggest a solution.

The model 37XS910 from Sony is nearly 12 inches deep. Why does it have to be so thick and is it possible to mount it on the wall?

The depth of 12 inches includes the table stand, whereas the actual plasma panel is the usual 3 to 4 inches deep.

I was just handed a Sony TS32U plasma. I receive DirecTV using a Samsung TIVO receiver, but the picture is blurry, unclear and it also gets ghosting around fonts and images. Is this happening because I have an S-video connection and will it improve if I shift to an HD receiver? The earlier Sony Wega XBR I had with a 4.3 ratio with a simple coaxial connection gives better results.

A plasma set emphasizes both the good and bad qualities of a signal. You should see a perceptible difference if you shift to an HDTV or in case you just decide to change to the component inputs.

Does the model 37XS910 from Sony come with a personal computer input port, and if it does, what resolutions can be displayed?

This model does have a DVI input that is compatible with a PC. But I do not recommend it and am not aware of the possible resolution that can be supported.

Sony's manual for the model KDE-XXXBR950 plasma, warns that the DVI-HDTV input in the set is "not intended for use with personal computers." Does this mean it is not possible to hook a PC to the plasma, or is not recommended, and what is the reason for such a warning?

For the plasma model KDE-XXXBR950, the DVI connection can be attached to a PC but it is not recommended by Sony because a PC has a relatively higher number of static images like screen bars and icons which may easily cause a burn-in into the plasma screen.

I was planning to buy the Sony PFM42V1, as I also happen to have Sony stereo components. But the reviews rate the Panasonic 42PWD6UY higher than this Sony model. Wanting all the components to match makes me prefer a Sony. Is there really a perceptible performance difference between the two models, which should entail a preference for the Panasonic, or is it fine to purchase either of the two?

All the components needn't be from the same brand; it sure is a slight advantage, but not an indispensable one. On the other hand there is hardly ever a compatibility issue with different components. In my opinion, one should buy the best product available within the budget range, irrespective of brand prejudices. If you compare the two models you have mentioned, they have different advantages, but the difference is not really noticeable. The Sony model gives you better picture quality and detail, whereas the Panasonic does better at black levels, and a diverse flexibility in the inputs. If you have an A/V receiver as a video switcher, you may safely ignore the input issue.

The PFM42V1 has a DVI input with a possible HDCP issue. Could you tell me if this panel is capable of accepting a signal from an HDMI DVD player through the panel's DVI input, provided one uses an HDMI-DVI cable?

The DVI input for the set PFM-42V1 is not compatible with HDCP, which means that if the DVD player transmits an HDCP encoded signal, it will cease to function.

I am considering a purchase from Sony's XBR range of plasmas. When I last stepped into a store, I was told that the panels and circuitry of Sony's XBR panels are really those of Pioneer Elite plasmas and it is Sony styling that makes the only difference. I was also told that Pioneer hands over new panels and technology to Sony nearly a year after these are begun to be sold by their own Elite Pro brand. In conclusion, the salesman told me, that unless I was determined to have a unit with the Sony looks; I could actually get the same performance out of a Pioneer Elite PRO plasma, which would come in cheaper because they were on sale at the time. Please let me know if this was valid advice.

The two companies, Sony and Pioneer, as well as their plasmas are not connected in any way. This was misinformation, and probably an effort on the part of the salesperson to move out the Pioneers faster, or to cover up a lack of Sony units in the shop.

I really like my Sony 42XBR900, but I also want it to have a few of the additional features of the Sony model 42XBR950. Is it possible to just change the media receiver to that of the model 42XBR950 in order to have the extra features, and if so, where can I buy it?

A basic exchange of media receiver boxes will not enable you to gain the extra features of the XBR950 series. The two models are not mutually exchangeable.

My MBT-XBR900 media box got lost when I changed homes. Can it be replaced with the MBT-XBR 950 box, because the 950 has also got in-built HDTV?

The models from the two series are not interchangeable. You would definitely require the MBT-XBR900 receiver box if you have the plasma of the same series.

Thank you for the fantastic and informative site! What do you think of the new 42X1 HDTV and how would you rate it against the 42V1 EDTV? How is the new model with analog signals, and is the brightness/contrast still the same or is it better? Does it come with removable speakers and what are the inputs at the back? I want to purchase a set for myself, but wanted to check out the new model and compare it with the old 42V1 EDTV before making a decision.

I was fortunate enough to be able to check out the 42X1 at Sony's stall at INFOCOMM. Though I have not yet got my hands on a unit myself to perform my own set of tests, I can tell you from how it looked at the show that it seemed to outperform the B2 by a long measure. The new model offers higher contrast and color reproduction over the V1, and in addition also has HDTV resolution.

I am attracted to the Sony KE-42XS910 as well as the Pioneer PDP4341HD, and cannot decide which one to buy. How would you rate these two models? Could you also tell me something about bestbuyplasma.com as a dealer?

I prefer the Pioneer due to its 1024 x 768 panel to the Sony with the 1024 x 1024 panel design, in most cases of viewing. I can detect numerous scaling artifacts with the 1024 x 1024 Sony panels due to the low definition signals. I try and keep away from electronic or camera stores in New York. You would see a lot of gray market and refurbished goods at Brooklyn stores.

Could you help me with a question on the Sony PFM-42V1 that may not have been answered yet? Since the panel is short of input options, how best does one connect it to a progressive scan DVD player as well as an HDTV receiver? I originally wanted to connect the DVD player with a VGA-RCA component cable and then hook up the HDTV box over the DVI connection. But after buying the unit I find that the DVI port is not compatible to HDCP. Would the cable box work despite this? Thanks in advance for the help.

The simplest way out is to hook in an A/V receiver equipped with component switching or get hold of a basic black box component switch. Also it is to be noted that some brands of up-converting DVD players may not need HDCP compliance through DVI. Therefore, the component inputs could be used for the HD and the DVI for the purposes of the DVD player.

My kids left my Sony KE37XS910 switched on, while turning off the H.D. tuner. The set was switched on for about 10 hours, while not receiving any signal in video 6 (H.D.Tuner). It did not have any static images, just snow. Please let me know the extent of damage caused by this.

The kids need not be punished, because any amount or duration of snow on a plasma screen will still leave it unscathed. You can relax.

Can I remove the base on the Sony KE-32TS2 if I want it mounted on a wall?

Yes, you can. For detailed directions, look up the owner's manual or wall-mount kit instructions, because all such models can be easily wall mounted.

After going through your review, I recently purchased a Sony KE-42M1 Plasma YV, and so far I am happy with it, with one exception. The first time I switched it on, there was a black vertical stripe on the screen, which disappeared in a few minutes all of a sudden, and did not reappear for about thirty hours. Then it was back again, and disappeared after 3-4 minutes. Is it time to worry and take advantage of the 30-day return warranty, and return the unit to have it replaced, or is this issue usual in a plasma screen?

Such kind of intermittent issues can prove to be very tricky. I would recommend contacting both your dealer and the Sony technical support team in order to avoid problems that may crop up in future.

I have just bought a Sony KE42M1; I find that the black level is not up to the mark. Is that because when the TV was brought in it had to be flipped sideways in order to successfully turn a corner? Would that have ruined the picture?

From your description it is tough to understand the possible issue with your TV set. But please note that re-orienting a plasma in any way whatsoever will not affect its performance. It is only recommended to be kept vertical for as much as of the time as possible in order to protect the screen glass from breaks or cracks in transit aboard a vehicle.

I want to have a look at the Sony PFM-42V1, but am not sure they are available at retail stores. Can I check out a consumer model instead with exactly the same glass, which is stocked in the stores, and if so, which one?

The model with the most similarities in Sony's product line that can be seen in stores is the model KE-42M1.

I plan to buy a Sony KDE-42XS955, but I can't locate any professional reviews of this model. I do intend to get HD from the cable company, but we actually watch TV signals through our digital cable content and DVDs more often. I have also thought of using the TV as the monitor for my iMac. Since I have a friend at Sony, I could buy it for $3700. How do you rate this TV?

The Sony KDE-42XS955 is a good set, but I do not recommend any of the ALiS panel plasmas like in this model, which offer a 1024 x 1024 resolution. I rate the XBR series much higher than the XS series in the 37" and 42" sizes. This is because the ALiS panel needs to have a lot of scaling for almost all incoming signals and therefore cannot boast of an excellent picture quality.

GUIDE TO WORLD TELEVISION STANDARDS

Broadcast Television Systems

ATSC Standards (Advanced Television Systems Committee)

BTSC Multichannel sound decoder including digital expander

NTSC USA and many other countries worldwide, see below

NTSC-J Japan only.

SECAM Many countries worldwide, see below

SECAM-L France broadcasting frequency only.

PAL B/G/D/K/I Many countries worldwide, see below

PAL-M Brazil only

PAL-Nc Argentina only

PAL-N Paraguay and Uruguay only

PAL-L Hotel internal distribution systems and similar closed systems