A Quick Guide to High Definition Plasma Televisions

Now the technology is growing very fast. Televisions now come in two digital formats - High Definition television and Standard Definition television. More and more people today are realizing the amazing benefits of a "higher standard" when it comes to television. As a result, High Definition plasma televisions are becoming one of the new trends of home entertainment.

What does High Definition Mean in the Entertainment World?

High Definition simply means a new, higher standard than before. Television screens project images in tiny pixels using various types of resolutions that determine the end quality of the picture (or what we actually see on the screen). Resolution is how many lines are available horizontally and vertically to display the pixels. A High Definition television screen could have more or less resolution than the average computer monitor. As you can see, the high definition television will often provide a clearer, more realistic image than even the average computer monitor.

High Definition Plasma Television Goes Further

A High Definition plasma television goes even further and provides a larger, wider screen that can create images using a layer of trapped gas between two glass screens. The image quality is of the best detail when compared to other non-CRT technologies, however, plasma TVs are known for lacking brightness.

When entertaining at home, consumers are able to enjoy almost theater-quality imagery with the High Definition plasma television. They can watch their favorite TV programs or movies while enjoying maximum quality pictures.

LCD Panel Monitor Comparison

The High Definition plasma flat panel can be compared with the LCD panel monitor, which is a large, flat TV screen that's also known for its excellent picture quality. The High Definition plasma flat panel is very similar to the LCD panel monitor in shape and size, but with plasma technology.

Other Technologies

Other products that are leading the way in technology side-by-side with High Definition plasma televisions include the LCD projector, which can work with an LCD panel monitor, the advanced notebook computer, the handheld digital camera, and the amazing digital camcorder. Each of these is taking the electronics market by storm.

Consumers who choose to buy any of these products find them to be fun as well as practical. For example, those who buy notebook computers are able to carry them anywhere they go. They can work from the office, from home or abroad. They can store files and pull them up from anywhere on the planet! Those who buy digital camcorders are able to film home videos from anywhere - without a complicated setup. Products such as handheld digital cameras and LCD projectors make presentations so much easier for those with a tight schedule.

High Definition plasma televisions are priced anywhere from $1,600 to more than $10,000. Pricing depends on the features, brand name, size and capabilities. Those who buy a High Definition plasma television can amaze their friends with this unique technology.

The Myths and Facts

Myths about plasma television persist even though these flat panel entertainment wonders have been around for a while and are widely used in home, offices and public areas.

Like all decisions in life, the decision to purchase a plasma television has both pros and cons. But that is not this article. This article is about the debate about what those pros and cons are to help you sort out the raging shouting matches on the technology forums.

Like any good, religious technology debate the debate between plasma televisions and LCD screens is as hot as between PC and Mac fanatics. (see the different about plasma and LCD)

Anything I say here will be seen as wrong, even with the numbers to back it up, by one of the camps. Since I have worked at the electronics department of a major department store before, I have seen the ups and downs of both camps. Which is why there is a CRT in my living room. (See the different about CRT and LCD) Now that all biases have been aired, let's try to see the debate:

1. Stupid Myths. If it sounds like something your father came up with (like needing to refill or recharge your plasma television) it is probably stupid.

2. Burn In. Remember the original reason for screen savers? Well, it is still alive and well today. While it is true that a plasma television used a certain way will not have burn in, there have been enough examples of toddlers burning the screen. For the price of a plasma television, any example is too many. The manufacturers either need to fix the problem or issue rebates.

3. Fade. Yes, they both do it. The only debate is in how long it takes to do it. Unfortunately, my last CRT was over 30 years old and still had a perfect picture. Again, there is not much excuse for any television wearing out.

4. Picture Quality. The manufacturers would have you believe that it is impossible to get as good a picture quality on a CRT as a plasma television or an LCD screen. They are lying. There are CRT's with comparable picture quality, they are just hard to find.

5. The Myth of the Clean Room. Manufacturers love to advertise the image of a plasma television screen in a picture frame and no other electronics in the room. Yeah, right. First of all, plasma televisions are hard to hang. Then you still have all your other stuff that needs to be connected, like VCR's and cable boxes and game systems.

What they never show on advertisements is the nest of cables, cords and power strips! Plasma televisions do not have anything built into them to help cut down the clutter.

6. Durability. Plasma televisions are fragile. Once you decide where they are going, then they are staying there because you probably had to have them professionally installed. And if you want one over your fireplace, then you will need special carpentry to hold it in place.

Okay, most writers about plasma television myths assume that you are stupid. You probably are not. Therefore, you are not looking for questions on obvious myths, but the real possible problems that you might have with a plasma television. I hope that you feel more confident in your decision now.

New technology is always exciting and mysterious. Plasma televisions are no different. However, if you question closely owners of plasmas to find their experiences, you will have a better idea of their performance and if these new televisions are for you. At the price, you want to be right!


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What CCTV Can Do and The Benefit

When one monitors their home or office with closed circuit television (CCTV) surveillance, it's equivalent to having an entire television network dedicated to the safety of one's entire house. CCTV broadcasts security surveillance on a private in-home network. Unlike broadcast television, CCTV components are hooked directly to each other via cables or direct wireless means. Already popular in large public places where security is heightened, such as at airports or casinos, CCTV surveillance systems are rapidly becoming more used in private homes. In addition, CCTV is an inexpensive and simple way to increase one's peace of mind.

A number of independent studies in the United States have suggested that CCTV surveillance stops numerous crimes before they happen. Other studies also show strong evidence that CCTV can be a great benefit in detection and prosecution. A large amount of cases have been solved simply by the use of CCTV cameras in public places. Not only can it stop crime, CCTV can solve crime as well.

The same CCTV video surveillance technology used in public sites is readily available for anybody's home. Now CCTV systems can monitor every room in your home with clear, high visibility images. CCTV surveillance is available for up to 16 rooms in your house. By monitoring your family's security on a CCTV network, one is able to record suspicious activity as it occurs. One can also monitor their yard, front door, garage, and even their mailbox. CCTV also offers multiple features that allow one to monitor separate areas of their house simultaneously and in real-time. Such features as: multiple channel video input, multiple channel audio input, real time display, pan/tilt/zoom, and USB backup.

CCTV security surveillance is a powerful addition to anyone's home security system. Everyone has the right to feel comfortable in their own house. Your home is your sanctuary; therefore you have the right to protect it.

The Good, the Bad, and the Ugly

CCTV is not just for businesses any more. Many private citizens are turning to the high tech to protect their home and their family. Although there are many benefits closed circuit television, there are also some pitfalls.

Because of the advancement that has been made in cameras over the last few years, these cameras can be relatively inexpensive. Having a lower cost means more homes can afford to use the CCTV system for a security measure.

CCTV technology has also become very compact. This means that the surveillance equipment can be small – small enough to hide anywhere. Although this can be good, it also means that privacy may not be respected even in your own home.

Keeping bad guys away is a valuable tool for any home. CCTV provides that by taking pictures of anyone who comes to the door or around the house. If the bad guys do break in, the images help track them down.

On the flip side, CCTV technology is not perfect. A few years back, a “nanny cam” (used to spy on the in-home caregivers for children) recorded what prosecutors deemed child abuse. It was only several years later (when the foreign nanny finally received due process) that experts in CCTV were able to show that the film showed her playing with the child and not hurting it.

CCTV can also be bought by anyone. This means that it can be used to harm as well as protect. There have been several cases of neighbors using the technology to spy on other neighbors – giving a whole new picture of who “big brother” is and what he may be doing.

Closed Circuit Television (CCTV) is a valuable tool in keeping a home protected, but like any tool it can be misused. As the technology continues to advanced, if is hoped that features can be implemented to protect the innocent while catching the bad.

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CCTV Camera - Installation Guide

Introduction:

CCTVs are being used in the US from the 60s and are not a new phenomenon. In the 60s CCTVs had low resolution and were black and white. These cameras were connected to black and white monitors. However, today CCTVs are more advanced than basic cameras. They are extensively used in railway stations, sports stadiums, shops, stores, parking lots, garages and parks.

Earlier CCTVs allowed the viewer to switch between cameras and watch only one camera at a time. Whereas present day CCTV allows the viewer to watch multiple cameras at the same time without the hassle of switching from one camera to another. The other advantage of modern day CCTV is recording through a computer using Digital Video Recording. Now one does not have to rely on video tapes as it was done in the 70s and 80s. Digital Video Recorders are automatic and does not rely on human intervention of changing tapes. These recorders are also well equipped to record audio sounds without any problems.

In today’s world a CCTV can be operated from a remote control center and ensures high quality digital image and sound that can be streamed anywhere. These CCTVs can pan in, zoom or tilt making it easier to capture images. There is two way audio system where the operator can transmit his voice as well as listen. One can record, search and replay audio and video using modern CCTV technology. Many CCTV are equipped with night vision.

Since the 60s CCTV has come a long way and there is still scope to further develop this technology so meet the ever changing needs of the consumer. Companies are striving hard to ensure that CCTV is capable of giving the surveillance market what it needs.

Installation Guide :

Planning: First step of any camera installation is to plan camera and monitoring equipment locations. When planning for camera locations please take in consideration light condition, never install cameras in low light room pointing straight into the sunny area it will add glare to the picture, even if your camera has back light compensation it will not be enough. Use infrared cameras for very dark conditions and/or B/W cameras with as low LUX number as possible. I am not going to discuss proper equipment selection, as this was subject of my last article.

Selecting the best possible camera locations is not easy, and will directly impact the camera views. Besides light conditions, the distance to the monitoring object is equally important. There are many different types and focal lengths of lenses; your selection will depend on light condition and distance from the camera to the monitoring object. In small rooms around 500sq. ft. cameras with standard 3.6mm lens should be OK. Keep in mind that most bullet and board type of cameras come with 3.6mm lens, the greater the distance to the monitoring object the longer focal length of the lens will be needed. There is no ease way of judging lens selection, you can eider guess or buy professional lens selector tool.. Alternatively you can start with your lens selection and if needed get longer or shorter focal length lens later. Other option as far as lens selection goes, is to use variable focus lens, which is very versatile approach and takes the guess out of the lens selection process. For those who do not know what variable focus lens is, it's basically adjustable focal length lens that will allow to change the focal length within specified range, fore example: 2.6mm - 8mm or 5mm - 50mm.

To maximize cameras coverage and get the most out of the CCTV system for least amount of money minimize number of it by placing cameras in strategic places, unless complete area coverage is needed. Avoid overlapping camera views, do not install them with source of light directly in front of it and do not place infrared cameras pointing at each other to eliminate risk of overexposure. These are the most common mistakes that need to be avoided. After the initial camera locations are predetermined, lets look at cable placement. Make sure that it is actually possible and practical to run cable to each location, if running the cable to any camera location is for some reason impossible opt-out for alternate location.

Wiring: The most time consuming and important part of any camera installation is wiring. Plan your installation carefully to minimize cable lengths and insure good quality video signal. Never run cables alongside high power electrical lines, at least 12" spacing between video cable and power lines are recommended. Keep the cable lengths below 400ft and use good quality cable, most people take the cable for granted, but it is actually very important aspect of any installation. The CCTV system is only as good as its weakest component. I usually stick with RG59U with power Coleman cable (YES it is US made) sometimes called Siamese type cable. It is combo cable and will transmit video and power, as an alternative it is sometimes possible to use less expensive RG6 standard coax cable with separate run of 18/2AWG for power.

The Siamese cable is less bulky and easer to run, distribution power supply is recommended with this type of cable as power will be supplied from common place right next to monitor and recording equipment. Using Siamese cable makes for more clean and neat installation, as only one line is required for each camera. Running RG6 cable with separate run for power is the likely solution if power outlets are available near each locations. In this case individual plug in power supplies are used to power them with power cable running as separate and independent line to the camera. Both types of cables are available at dvrexperts. When running the cable it is good practice to leave couple of loops of extra cable at both camera and monitoring locations. This extra length of cable is needed if in the future monitoring or location will have to be moved slightly. After the cable is in place, the labor-intensive part of installation is over, now we can get to the fun part of installation.

Camera mounting: Most s come with mounting screws and bracket included, attach the bracket firmly and remember that in some cases different brackets than the ones supplied with the cameras could be needed.

Attach the camera to the bracket and adjust the position approximately at this time, we will come back to it later. Typical security camera is powered by 12VDC or 24VAC and power input type is screw or push terminals or 2.1mm plug. Power connection will differ for each type of power supply and input style. Most cameras are 12VDC, in this case it is important to observe polarity or you may damage the camera. The power cable has two conductors and in most cases it will be red or white and black cable. Use the red or white for positive and black for negative terminals. If it has screw or push terminals power input connect the cable directly observing polarity, if it is 2.1mm plug, a special 2.1MM Female DC Plug with Flying Leads have to be connected to the cable again keep attention to polarity. The 24VAC connection is very similar, with one major difference - polarity is not important.

Next step will involve some special tools and accessories. We will attempt to go over installation process of BNC crimp-on video connector, I will post video demonstration of BNC crimping techniques shortly so please check the web sites mentioned in this article often.

Steps: 1. Remove about 1/2-inch long outer jacket from the end of video cable exposing braid. 2. Slide the crimping barrel onto the cable with the larger diameter facing end of the cable. 3. Pull the braid backwards exposing the inner isolator material and remove 3/8-inch of it so you have now core conductor exposed. 4. The main part of BNC connector has a small hole on one side; push the exposed core conductor of the cable into that hole as far as it will go. 5. Push all the braid folded backwards in step 3 onto the BNC connector and spread the braid evenly around connector. 6. Push the crimping barrel onto the BNC connector all the way. 7. Using crimping tool, squeeze the crimping barrel onto the BNC connector, now the cable braid is compressed in between crimping barrel and BNC connector assuring secure connection.

BNC connector is on, lets hook it up now and repeat the steps for each camera, if you have purchased 16 camera system you may want to get some coffee first.

Monitor and recorder connection:

Cameras are on, its time to make final connections. I will focused on standard CCTV monitor, standalone DVR recorder and distribution power supply, as this is the most popular and likely solution for most CCTV installations.

First we have to install BNC connectors on this side as well - its time for that coffee again. It is good idea to make room for monitor and recorder now and setup some type of desk, shelf or rack to place all the equipment on.

We need the monitor and recorder in place so we can determine proper power supply location. Power supply should be mounted within couple of feet from the DVR video inputs. After power supply is secured separate the power conductors from the Siamese cable, and run it to power supply. Like we did with the cameras if 12VDC power is used, we need to watch the polarity, each terminal on the power supply is marked, so there should not be any doubt. Make sure the power supply is not plugged in to the power outlet yet.

Connect video cables to the DVR video in ports. We need one video cable to connect the DVR with the monitor, if you do not have one you may cut piece of Siamese cable separate the power conductors from it and install BNC connectors on both ends, you now have the cable. Connect the DVR monitor out port to monitor video in. We are almost ready to power up everything; there is only one more thing to take care before we do that.

We need to protect the equipment from power spikes by plugging it into power conditioner or better yet, buttery backup unit. If the installation location is experiencing frequent power outages, the backup unit is strongly recommended. To extend the backup time only plug the DVR and camera power supply to the backup unit and the monitor to regular power strip, this way if we do loose power for some time the DVR and cameras are still functioning as normal while monitor is off. Turning off monitor will not affect DVR and cameras in any way; it is actually good habit to turn the monitor of if not used to extend its life.

Power on and final adjustment: Yes... we are now ready to power it up for the first time, if this is your first installation it may be nerve-racking experience. Start with turning the cameras power supply on, turn the monitor on as well followed by DVR system. The stand-alone DVR, after self-test will show cameras or setup menu on first power up depending on your model.

To setup the DVR refer to the manual for proper settings. Go over each camera view to determine if the view is actually what you want, hardly ever it will be without additional readjustments. To properly and easily adjust the positions, the test monitor will be very handy if not essential tool. Go to each camera location and connect the test monitor to adjust the position to your preferences, if satisfied secure camera bracket adjustment screws - we will not go back to this camera anymore.

Congratulations! You have just completed your most likely, very first installation of CCTV system.

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Children And The Potential Harmful Effects Of Television

Since the dawn of television, children have found this an enjoyable and interactive pastime. Visual stimulation is preferred by children in comparison to any other media, and current figures report than children watch an average of four hours of television a day. These figures are much larger than they were almost half a century ago, but changes in lifestyle and technological advances make this inevitable. However, many people question how it is affecting the lives of modern children.

Children`s television programmes began in the 1950s. By 1951 it showed up to 27 hours per week of tv programmes aimed at children. The usual time slot was late afternoon and evening with programmes aimed at shorter viewing periods. In the mid 50s the Saturday morning programme slot was discovered, and since then has long since been kept for children`s viewing. The 1960s saw a switch to animation based tv programmes which were cheaper to produce. The lower the cost; the more could be produce and children`s television gained more viewing slots. In the 1970s programmes were made longer to increase viewing figures and in the 80s cable tv arrived. This enriched and widened the scope for the provision for children and dedicated channels were aired.

As the industry grew, so did the concern for the effects of watching tv on children. The children`s television act arrived in the 1990s, requiring high levels of research and monitoring in that area. The main concerns centred around health, academic progress and the effects of violence on it. The first testimonial involving the effects of violence on tv on juvenile behaviour was brought about in the US as early as 1952. The effects of violence on tv have been studied since 1964 when it was officially ruled that it was a factor in children`s behaviour. The main concerns were that levels of violence would increase through copied behaviour, with children becoming desensitised.

So, what has been determined through research with regards to children and tv violence? Two outcomes were discovered; catharsis and stimulation which are still the leading theories in this area. Catharsis was found to remove negativity, whereas the stimulation effect increased violent emotions with the latter showing to be the most likely outcome. There is a proven small and consistent link between viewing violence and increased aggression. However, the results were highest amongst children witnessing violence at home rather than non television.

Other studies showed that there are definite cognitive effects when children watch tv as they are stimulated by visual movement. This includes the movement of colour, camera angles, and panoramic views. Tv aimed at children takes this into account and this is why children seem transfixed. Research shows, however, that attention to the television is in fact fragmentary before the age of two, but it steadily increases until attention peaks at the age of 12 years. The understanding of many concepts is lost until aged 10 in the average child as there is too much information to comprehend and so concentration depends upon pure enjoyment.

In terms of health, the main problem is obesity through a lack of exercise, and so television has been blamed for this in part. This is because watching television distracts the receptors in the brain which let the child know when they are full. However, there is no research to state that this has any more effect than general family eating habits. Tv is like any other factor in life; it can have positive effects in moderation. There are no suggested guidelines for tv viewing, and so it is down to personal and family choice.

If you have concerns about the effects upon your child, the best advice is to look at family attitudes towards it. This includes the amount of time spent watching it, the type of programmes viewed and even comments made. It is possible to limit the type of programmes viewed, and to reduce the time spent watching by offering it as a reward system. To improve educational elements, discuss issues raised with honesty and interest and your child will be encouraged towards this type of programme.

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It is safe to buy that Blu-ray disk player now

Blu-Ray VS HD DVD, and Blu-Ray already won the war. The sturm und drang over the Blu-ray vs HD DVD battle has come to naught. After a bit of jostling Blu-ray has taken an unassailable lead over HD DVD.
The Blu-ray camp had a much better offering to begin with, but Toshiba decided to challenge them anyway with the HD DVD. Toshiba had one edge over Blu-ray, and that was the production and/or transition cost from DVD to high definition technology, which is supposed to be significantly cheaper with HD DVD. But if Toshiba and HD DVD camp had an ace in their sleeve, unfortunately for them the Blu-ray camp and Sony had the remaining three.

It is safe to buy that Blu-ray disk player now
The biggest loser in this is Toshiba. They’ve put a lot of time and money behind HD DVD. Microsoft is also a loser, partly as a supporter and partly because their add-on Xbox HD DVD player sales will tank. The folks who bought one can’t be feeling too good about Microsoft’s judgement.

Intel, another backer, loses too, but they seem to have had the least skin in the game. They probably just went along because of Microsoft.

It's official. Toshiba just made a statement saying, " it will no longer develop, manufacture and market HD DVD players and recorders." Cessation of the player and recorders are targeted for March 2008. Volume production of HD DVD disk drives for PCs and games will end in the same time frame. However, Atsutoshi Nishida, President and CEO of Toshiba Corporation did say that Toshiba will, "continue to assess the position of notebook PCs with integrated HD DVD drives." That's it folks, the format war is over, Blu-ray has won.


Here is the full specification between Blu-Ray and HD DVD

Blu-Ray		HD DVD
ROM single layer: ROM dual layer: RW single layer: RW dual layer: Highest test: Theoretical limit:	23.3 / 25GB 46.6 / 50GB 23.3 / 25 / 27GB 46.6 / 50 / 54GB 100GB 200GB	Single layer: Dual layer: - - Highest test: Theoretical limit:	15GB 30GB - - 45GB 60GB

Codecs
Blu-Ray	HD DVD
MPEG-2 Microsoft Video Codec 1 (aka VC1, WMV HD, etc.) H.264 / MPEG-4 AVC Dolby Digital AC-3, DTS, linear PCM Optional: Dolby Digital Plus, Dolby TrueHD, DTS HD	MPEG-2 Microsoft Video Codec 1 (aka VC1, WMV HD, etc.) H.264 / MPEG-4 AVC Dolby Digital AC-3, DTS, linear PCM, Dolby Digital EX, Dolby Digital Plus, Dolby TrueHD Optional: DTS HD

Security
Blu-Ray	HD DVD
Mandatory HDCP encrypted output ROM-Mark watermarking technology BD+ dynamic crypto (physical layer) Advanced Access Content System (AACS)	Mandatory HDCP encrypted output (for HD) Volume identifier (physical layer) Advanced Access Content System (AACS)

Movie studio support
Blu-Ray	HD DVD
20th Century Fox Buena Vista Home Entertainment Hollywood Pictures Lions Gate Miramax Entertainment MGM Studios New Line Cinema Sony Pictures Entertainment Touchstone Entertainment The Walt Disney Company Vivendi Universal Games Warner Bros.	Dreamworks Paramount Pictures Universal Studios

Major movie rental outlets *Still awaiting final confirmation
Blu-Ray	HD DVD
Blockbuster Netflix Movie Gallery / Hollywood Video*	Movie Gallery / Hollywood Video*

Nationwide retail and major online support
Blu-Ray	HD DVD
Amazon Best Buy Circuit City Costco K-Mart Target (said to be mostly Blu) Wal-Mart	Amazon Circuit City Costco K-Mart Target

Format founders
Blu-Ray	HD DVD
Sony Corporation Royal Philips Electronics	Toshiba Corporation Hitachi Corporation

Companies listed as Members of the Board or Managing Members
Blu-Ray	HD DVD
Apple, Inc. Dell, Inc. Hewlett Packard Company Hitachi, Ltd. LG Electronics Inc. Mitsubishi Electric Corporation Panasonic (Matsushita Electric) Pioneer Corporation Royal Philips Electronics Samsung Electronics Co., Ltd. Sharp Corporation Sony Corporation Sun Microsystems TDK Corporation Thomson Twentieth Century Fox Walt Disney Pictures and Television Warner Bros.	Memory-Tech Corporation NEC Corporation Sanyo Electric Co. Toshiba Corporation

Companies listed as Members, Associate Members, or Contributors (may include duplicates and/or subsidiaries)
Blu-Ray	HD DVD
1K Studios, LLC Acer Incorporated Adobe Systems Advanced Micro Devices, Inc. Allion Test Labs, Inc. Almedio Inc. Alpine Electronics Inc. Alticast Aplix Corporation ArcSoft, Inc. Arima Devices Corporation ashampoo GmbH & Co. KG ASV Corp. AudioDev AB Avid Development GmbH B&W Group B.H.A. Corporation BASF AG BluFocus Inc. Bose Corporation Brickbox Digital Media Broadcom Corporation Canon Inc. Cheertek Inc. China Hualu Group Co., Ltd. Cinram Manufacturing Inc. CMC Magnetics Corporation Corel Corporation Cryptography Research Inc. Custom Technology Inc. CustomFlix Labs, Inc. CyberLink Corp. D&M holdings, Inc. D-Box Technologies Inc. Daewoo Electronics Corporation Daikin Industries, Ltd. DATARIUS Technologies GmbH Daxon Technology Inc. DCA Inc. Deluxe Media Services Inc. Dolby Laboratories Inc. Dr. Schwab Inspection Technology GmbH Dreamer Co., Ltd. DTS, Inc. Eclipse Data Technologies Elpida Memory, Inc. Esmertec Expert Magnetics Corp. Falcon Technologies International FUJIFILM Corporation Fujitsu Ltd. Fujitsu Ten Ltd. Funai Electric Co., Ltd. GalleryPlayer Media Networks Gear Software General Members Gibson Guitar Corp. Global Machinery Co., Ltd. Gowell Electronic Limited Hie Electronics, Inc. Hoei Sangyo Co., Ltd Horizon Semiconductor. IMAGICA Corp. Imation Corp. Info Source Multi Media Ltd. INFODISC Technology Co., Ltd. Infomedia Inc. Intersil Corporation Iwatsu Test Instruments Kenwood Corporation Kobe Steel Co. Ltd. Konica Minolta Opto Inc. Lauda Co. Ltd. Lead Data Inc. LEADER ELECTRONICS CORP Lenovo LINTEC Corporation Lionsgate Entertainment LITE-ON IT Corporation Macrovision Corp. Magnum Semiconductor, Inc. MainConcept AG MediaTek Inc. Meridian Audio Ltd. MIT Technology Co., Ltd. Mitsubishi Kagaku Media Co.Ltd. Mitsui Chemicals Inc. Mitsumi Electric Co., Ltd. Monster Cable Products Moser Baer India Limited MoSys Incorporated Must Technology Co., Ltd. MX Production Services NEC Electronics Corporation NEC Personal Products Ltd. Nero Netflix Inc. Newtech Infosystems Inc. NexWave Solutions NHK Technical Services, Inc. Nichia Corporation Nikkatsu Corporation NTT Electronics Corporation nVidia Corporation OC Oerlikon Balzer AG Omnibus Japan Inc. Onkyo Corporation Online Media Technologies Ltd. Ono Sokki Co., Ltd. OPT Corporation Optodisc Technology Corporation Origin Electric Co., Ltd. Osmosys SA Pico House Pixela Corporation Plannet Associates PoINT Software & Systems GmbH Pony Canyon Enterprise Primera Technology, Inc. Prodisc Technology Inc. Pulstec Industrial Co., Ltd. Q-TEC, Inc. Quanta Storage Inc. Quantized Systems Realtek Semiconductors Ricoh Co., Ltd. Rimage Corporation Ritek Corporation Sanyo Electric Co., Ltd. ShibaSoku Co. Ltd. Sigma Designs Inc. Silicon Integrated Systems Corporation Singulus Technologies Sonic Solutions Sony BMG Music Entertainment ST Microelectronics Sunext Taiyo Yuden Co., Ltd., Targray Technology International Inc. TEAC Corporation Teijin Chemicals Ltd. Texas Instruments, Inc. The Cannery THX Ltd. Toei Video Company Ltd. Toho Company, Ltd. Toppan Printing Co., Ltd. TOPTICA Photonics AG Trailer Park UmeDisc Ltd. Universal Music Group, Inc. Victor Company of Japan, Ltd. VideACE Inc. Visionare Corporation Yamaha Corporation Yokogawa Electric Corporation Zentek Technology Japan, Inc. ZOOtech Ltd. Zoran Corporation	Acer Inc. ACSES Co.,Ltd. Ad Seeds Co.,Ltd Allion Test Labs, Inc. Almedio Inc. Alpine Electronics, Inc. Altech Ads Co. ArcSoft, Inc AudioDev AB B.H.A Corporation Bandai Visual Co. BEKO Elektronik Broadcom Corporation Canon Inc. CDN Corporation Clariant Japan CMC Magnetics Corporation Corel Corporation CyberLink Corp D&M Holdings Inc. Daikin Industries Daiko.co,ltd. Daxon Technology Inc. Dedicated Devices, Inc. DigiOn, Inc. Digital Site Corporation Disc Labo Corp. Dolby Labs, Japan Dr. Schwab Inspection Technology GmbH DT Japan, Inc. DTS, Inc. Ebistrade, Inc. Entertainment Network Inc. Exa International Expert Magnetics Corp. Finepack . Co.,LTD Flag,Inc. Fuji Photo Film Co. Fuji Plastic Co. Fuji Seiki Co. Fujitsu Limited. Funai Electric Co. Gear Software, Inc Gibson Musical Instruments GM Records Hamamatsu Metrix co.,ltd. Hitachi Corporation Hitachi Maxell, Ltd. Hoei Sangyo Co. IDE-AVA IMAGICA Corp. Imation Corp Info Source Multi Media Korea Ltd. Infodisc Technology Co. Intel Corporation Itri Jp Co., Ltd Justsystem Corporation Kadokawa Holdings, Inc. Kaleidescape, Inc. Kenwood Corporation Kinyosha Printing Co. Konica Minolta Opto, Inc. Lenovo Japan McRay Corporation Megan Media Holdings Bhd Microsoft Corporation Mitomo Co., Ltd Mitsubishi Kagaku Media Co., Ltd. / Verbatim Mitsui Chemicals, Inc. Moser Baer India Ltd MPO INTERNATIONAL Nero AG NetBlender, Inc. NHK Technical Services, INC. Nichia Corporation Nihonvtr Inc. Nikkatsu Corporation nixbu Entertainment GmbH & Co. KG Oerlikon Japan Co., Ltd. Omnibus Japan Onken Corporation Onkyo Corporation Online Media Technologies Ltd. Origin Electric Co. Outpost FX (AB) International Paramount Home Entertainment Pegasys, Inc. Pico House Co.,Ltd Pixela Corporation Plasmon OMS Sarl Pony Canyon Inc. PonyCanyon Enterprise INC. Proboxx, Inc Prodisc Technology Inc. Protron Digital Inc. Pryaid Records Inc. Pulstec Industrial Co. Q-Tec,Inc. Query inc Ricoh Co. Ritek Corporation Sanken Media Product Co., Ltd. Shibaura Mechatronics Corporation Sonic Solutions Sonopress GmbH Sumitomo Heavy Industries. Ltd Super Vision, Inc. Taiyo Yuden Co. Teac Corporation Teijin Chemicals Ltd. Toei Video Co. Toemi Media Solutions Limited Toho Company, Limited. tokyo laboratory ltd. Toppan Printing Co. Toptica Photonics AG Toyo Recording Co. Transmix Co. Trendy Corporation U-Tech Media Corp. Ulead Systems, Inc. Universal Pictures Vap Inc. Visionare Corporation Warner Home Video Inc.

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