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What is Blu-ray Technology

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What is Blu-ray Technology

 Blu-Ray vs. HD-DVD

What is HDMI    What is HDCP

Plasma screen burn-in and gas recharging Information

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Blu-ray Disc Player
DMP-BD10

Blu-ray, also known as Blu-ray Disc (BD), is the name of a next-generation optical disc format jointly developed by the Blu-ray Disc Association (BDA), a group of the world's leading consumer electronics, personal computer and media manufacturers (including Apple, Dell, Hitachi, HP, JVC, LG, Mitsubishi, Panasonic, Pioneer, Philips, Samsung, Sharp, Sony, TDK and Thomson). The format was developed to enable recording, rewriting and playback of high-definition video (HD), as well as storing large amounts of data.

The format offers more than five times the storage capacity of traditional DVDs and can hold up to 25GB on a single-layer disc and 50GB on a dual-layer disc. This extra capacity combined with the use of advanced video and audio codecs will offer consumers an unprecedented HD experience.

While current optical disc technologies such as DVD, DVD±R, DVD±RW, and DVD-RAM rely on a red laser to read and write data, the new format uses a blue-violet laser instead, hence the name Blu-ray. Despite the different type of lasers used, Blu-ray products can easily be made backwards compatible with CDs and DVDs through the use of a BD/DVD/CD compatible optical pickup unit. The benefit of using a blue-violet laser (405nm) is that it has a shorter wavelength than a red laser (650nm), which makes it possible to focus the laser spot with even greater precision. This allows data to be packed more tightly and stored in less space, so it's possible to fit more data on the disc even though it's the same size as a CD/DVD. This together with the change of numerical aperture to 0.85 is what enables Blu-ray Discs to hold 25GB/50GB.

Blu-ray FAQ

1.1 What is Blu-ray?
 

Blu-ray, also known as Blu-ray Disc (BD) is the name of a next-generation optical disc format. The format was developed to enable recording, rewriting and playback of high-definition video (HD), as well as storing large amounts of data. The format offers more than five times the storage capacity of traditional DVDs and can hold up to 25GB on a single-layer disc and 50GB on a dual-layer disc. For more general information about Blu-ray, please see our What is Blu-ray? section.
 

1.2 Why the name Blu-ray?

 

The name Blu-ray is derived from the underlying technology, which utilizes a blue-violet laser to read and write data. The name is a combination of "Blue" (blue-violet laser) and "Ray" (optical ray). According to the Blu-ray Disc Association the spelling of "Blu-ray" is not a mistake, the character "e" was intentionally left out so the term could be registered as a trademark.

The correct full name is Blu-ray Disc, not Blu-ray Disk (incorrect spelling)
The correct shortened name is Blu-ray, not Blu-Ray (incorrect capitalization) or Blue-ray (incorrect spelling)
The correct abbreviation is BD, not BR or BRD (wrong abbreviation)
 

1.3 Who developed Blu-ray?
 

The Blu-ray Disc format was developed by the Blu-ray Disc Association (BDA), a group of leading consumer electronics, personal computer and media manufacturers, with more than 170 member companies from all over the world. The Board of Directors currently consists of:

Apple Computer, Inc.
Dell Inc.
Hewlett Packard Company
Hitachi, Ltd.
LG Electronics Inc.
Matsushita Electric Industrial Co., Ltd.
Mitsubishi Electric Corporation
Pioneer Corporation
Royal Philips Electronics
Samsung Electronics Co., Ltd.
Sharp Corporation
Sony Corporation
Sun Microsystems, Inc.
TDK Corporation
Thomson Multimedia
Twentieth Century Fox
Walt Disney Pictures
Warner Bros. Entertainment
 

1.4 What Blu-ray formats are planned?
 

As with conventional CDs and DVDs, Blu-ray plans to provide a wide range of formats including ROM/R/RW. The following formats are part of the Blu-ray Disc specification:

BD-ROM - read-only format for distribution of HD movies, games, software, etc.
BD-R - recordable format for HD video recording and PC data storage.
BD-RE - rewritable format for HD video recording and PC data storage.

There's also plans for a BD/DVD hybrid format, which combines Blu-ray and DVD on the same disc so that it can be played in both Blu-ray players and DVD players.
 

1.5 How much data can you fit on a Blu-ray disc?
 

A single-layer disc can hold 25GB.
A dual-layer disc can hold 50GB.

To ensure that the Blu-ray Disc format is easily extendable (future-proof) it also includes support for multi-layer discs, which should allow the storage capacity to be increased to 100GB-200GB (25GB per layer) in the future simply by adding more layers to the discs.
 

1.6 How much video can you fit on a Blu-ray disc?

 

Over 9 hours of high-definition (HD) video on a 50GB disc.
About 23 hours of standard-definition (SD) video on a 50GB disc.
 

1.7 How fast can you read/write data on a Blu-ray disc?
 

According to the Blu-ray Disc specification, 1x speed is defined as 36Mbps. However, as BD-ROM movies will require a 54Mbps data transfer rate the minimum speed we're expecting to see is 2x (72Mbps). Blu-ray also has the potential for much higher speeds, as a result of the larger numerical aperture (NA) adopted by Blu-ray Disc. The large NA value effectively means that Blu-ray will require less recording power and lower disc rotation speed than DVD and HD-DVD to achieve the same data transfer rate. While the media itself limited the recording speed in the past, the only limiting factor for Blu-ray is the capacity of the hardware. If we assume a maximum disc rotation speed of 10,000 RPM, then 12x at the outer diameter should be possible (about 400Mbps). This is why the Blu-ray Disc Association (BDA) already has plans to raise the speed to 8x (288Mbps) or more in the future.
 

1.8 What video codecs will Blu-ray support?
 

MPEG-2 - enhanced for HD, also used for playback of DVDs and HDTV recordings.
MPEG-4 AVC - part of the MPEG-4 standard also known as H.264 (High Profile and Main Profile).
SMPTE VC-1 - standard based on Microsoft's Windows Media Video (WMV) technology.

Please note that this simply means that all Blu-ray players and recorders will have to support playback of these video codecs, it will still be up to the movie studios to decide which video codec(s) they use for their releases.
 

1.9 What audio codecs will Blu-ray support?
 

Linear PCM (LPCM) - offers up to 8 channels of uncompressed audio.
Dolby Digital (DD) - format used for DVDs also known as AC3, offers 5.1-channel surround sound.
Dolby Digital Plus (DD+) - extension of DD, offers increased bitrates and 7.1-channel surround sound.
Dolby TrueHD - extension of MLP Lossless, offers lossless encoding of up to 8 channels of audio.
DTS Digital Surround - format used for DVDs, offers 5.1-channel surround sound.
DTS-HD - extension of DTS, offers increased bitrates and up to 8 channels of audio.

Please note that this simply means that all Blu-ray players and recorders will have to support playback of these audio codecs, it will still be up to the movie studios to decide which audio codec(s) they use for their releases.
 

1.10 Will Blu-ray discs require a cartridge?
 

No, the development of new low cost hard-coating technologies has made the cartridge obsolete. Blu-ray will instead rely on hard-coating for protection, which when applied will make the discs even more resistant to scratches and fingerprints than today's DVDs, while still preserving the same look and feel. Blu-ray also adopts a new error correction system which is more robust and efficient than the one used for DVDs.
 

1.11 Will Blu-ray require an Internet connection?
 

No, you will not need an Internet connection for basic playback of Blu-ray movies. The Internet connection will only be needed for value-added features such as downloading new extras, watching recent movie trailers, web browsing, etc. It will also be required to authorize managed copies of Blu-ray movies that can be transferred over a home network.
 

1.12 Will Blu-ray down-convert analog outputs?
 

No, Blu-ray players will not down-convert the analog output signal unless the video contains something called an Image Constraint Token (ICT). This feature is not part of the Blu-ray Disc spec, but of the AACS copy-protection system also adopted by HD-DVD. In the end it will be up to each movie studio to decide if they want to use this "feature" on their releases or not. The good news is that Sony, Disney, Fox, Paramount, MGM and Universal have already stated that they have no intention of using this feature. The other studios, which have yet to announce their plans, will most likely follow suit to avoid getting bad publicity. If any of the studios still decide to use ICT they will have to state this on the cover of their movies, so you should have no problem avoiding these titles.
 

1.13 Will Blu-ray support mandatory managed copy?
 

Yes, mandatory managed copy (MMC) will be part of the Blu-ray format. This feature will enable consumers to make legal copies of their Blu-ray movies that can be transferred over a home network. Please note that "mandatory" refers to the movies having to offer this capability, while it will be up to each hardware manufacturer to decide if they want to support this feature.

 

1.14 When will I be able to buy Blu-ray products?
 

If you live in the US or Canada you can already find Blu-ray players from Panasonic and Samsung available in stores, as well as a growing selection of Blu-ray movies. We also expect to see Blu-ray players from Sony, Philips and Pioneer introduced later this year. The European launch is expected to follow some time later this fall.
 

1.15 What will Blu-ray products cost?
 

As with any new technology the first generation of products will likely be quite expensive due to low production volumes. However, this shouldn't be a problem for long as there is a wide range of Blu-ray related products (players, recorders, drives, writers, media, etc) planned, which should help drive up production volumes and lower overall production costs. Once mass production of components for Blu-ray products begins the prices are expected to fall quickly.

According to the Blu-ray Disc Association, the overall cost of manufacturing Blu-ray Disc media will in the end be no more expensive than producing a DVD. The reduced injection molding costs (one molding machine instead of two, no birefringence problems) offset the additional cost of applying the cover layer and low cost hard-coat, while the techniques used for applying the recording layer remain the same. As production volumes increase the production costs should fall and eventually be comparable to DVDs.
 

Blu-ray vs DVD

2.1 Will Blu-ray replace DVDs?

Yes, that's the expectation. The Blu-ray format has received broad support from the major movie studios as a successor to today's DVD format. Seven of the eight major movie studios have already announced titles for Blu-ray, including Warner, Paramount, Fox, Disney, Sony, MGM and Lionsgate. The initial line-up is expected to consist of over 100 titles and include recent hits as well as classics such as Batman Begins, Desperado, Fantastic Four, Fifth Element, Hero, Ice Age, Kill Bill, Lethal Weapon, Mission Impossible, Ocean's Twelve, Pirates of the Caribbean, Reservoir Dogs, Robocop, and The Matrix. Many studios have also announced that they will begin releasing new feature films on Blu-ray Disc day-and-date with DVD, as well as a continuous slate of catalog titles every month.

However, the two formats (Blu-ray and DVD) will most likely co-exist for quite some time until HDTVs become more widespread. For a complete list of the announced movies, please see our Blu-ray Movies section.

 

2.2 Will Blu-ray be backwards compatible with DVD?

 

Yes, several leading consumer electronics companies (including Sony, Panasonic, Philips, Samsung, Pioneer, Sharp and LG) have already demonstrated products that can read/write CDs, DVDs and Blu-ray discs using a BD/DVD/CD compatible optical head, so you don't have to worry about your existing DVD collection becoming obsolete. In fact, most of the Blu-ray players coming out will support upscaling of DVDs to 1080p/1080i, so your existing DVD collection will look even better than before. While it's up to each manufacturer to decide if they want to make their products backwards compatible with DVD, the format is far too popular to not be supported. The Blu-ray Disc Association (BDA) expects every Blu-ray Disc device to be backward compatible with DVDs.

2.3 Why should I upgrade from DVD to Blu-ray?

 

The simple answer is HDTV. If you've ever seen high-definition (HD) video on an HDTV, then you know just how incredibly sharp the picture is and how vivid the colors are. In fact, HD offers five times the amount of detail compared to standard-definition (SD). The problem with today's DVDs is that they only support SD and don't have the necessary storage capacity to satisfy the needs of HD. That's where Blu-ray comes in, it offers up to 50GB of storage capacity and enables playback, recording and rewriting of HD in all of the HD resolutions including 1080p. The format also supports high-definition audio formats and lossless audio.

In addition to the greater video and audio quality, the extra storage capacity also means there will be plenty of room for additional content and special features. This combined with the new BD-J interactivity layer adopted by Blu-ray will bring the menus, graphics and special features to a whole new level. For example, you will be able to bring up the menu system as an overlay without stopping the movie, and you could have the director of the movie on the screen explaining the shooting of a scene while the scene is playing in the background. The advanced interactivity combined with the networking features of Blu-ray will also allow content producers to support new innovative features such as downloading extras, updating content via the web, and watching live broadcasts of special events.

Thanks to the greatly enhanced HD video and audio quality as well as the advanced interactivity and networking features, Blu-ray represents a huge leap forward in the DVD viewing experience and will offer consumers an unprecedented HD experience.


 

2.4 What is the difference between Blu-ray and DVD?

 
Parameters
 
Blu-ray DVD
Storage capacity 25GB (single-layer)
50GB (dual-layer)
 
4.7GB (single-layer)
8.5GB (dual-layer)
 
Laser wavelength 405nm (blue laser) 650nm (red laser)
Numerical aperture (NA) 0.85 0.60
Disc diameter
Disc thickness
 
120mm
1.2mm
 
120mm
1.2mm
 
Protection layer
Hard coating
 
0.1mm
Yes
 
0.6mm
No
 
Track pitch
 
0.32µm
 
0.74µm
 
Data transfer rate (data)
Data transfer rate (video/audio)
 
36.0Mbps (1x)
54.0Mbps (1.5x)
 
11.08Mbps (1x)
10.08Mbps (<1x)
 
Video resolution (max)
Video bit rate (max)
 
1920×1080 (1080p)
40.0Mbps
 
720×480/720×576 (480i/576i)
9.8Mbps
 
Video codecs MPEG-2
MPEG-4 AVC
SMPTE VC-1
 
MPEG-2
-
-
 
Audio codecs Linear PCM
Dolby Digital
Dolby Digital Plus
Dolby TrueHD
DTS Digital Surround
DTS-HD
 
Linear PCM
Dolby Digital
DTS Digital Surround
-
-
-
 
Interactivity
 
BD-J
 
DVD-Video
 



 

2.5 Will Blu-ray replace VCRs?

 

Yes, as VCRs don't support recording of HDTV programming consumers will soon need to replace them. Blu-ray recorders combined with hard drives offer a very flexible alternative for those that want to record HDTV. While HD-DVRs already allow consumers to record HDTV, the amount of HDTV programming that can be recorded and archived is limited by the size of the hard drive. Blu-ray recorders will offer a solution to this problem as they allow consumers to record the video to Blu-ray discs and then free up the hard drive. This should make them popular among people that want to archive a lot of their HDTV recordings. The Blu-ray recorders will also offer a lot of compelling new features not possible with a traditional VCR:

 

  • Random access - instantly jump to any place on the disc
     
  • Searching - quickly browse and preview recorded programs in real-time
     
  • Create playlists - change the order of recorded programs and edit recorded video
     
  • Simultaneous recording and playback of video (enables Time slip/Chasing playback)
     
  • Automatically find an empty space to avoid recording over programs
     
  • Improved picture - ability to record high-definition television (HDTV)
     
  • Improved sound - ability to record surround sound (Dolby Digital, DTS, etc)
     
  • 2.6 What about Blu-ray for PCs?

     

    There are plans for BD-ROM (read-only), BD-R (recordable) and BD-RE (rewritable) drives for PCs, and with the support of the worlds two largest PC manufacturers, HP and Dell, it's very likely that the technology will be adopted as the next-generation optical disc format for PC data storage and replace technologies such as DVD±R, DVD±RW, and DVD-RAM.


     

    Blu-ray vs HD-DVD    more about  Blu-Ray vs. HD-DVD

    3.1 Is Blu-ray the same thing as HD-DVD?
     

    No, HD-DVD (previously known as AOD) is the name of a competing next-generation optical disc format developed by Toshiba and NEC. The format is quite different from Blu-ray, but also relies heavily on blue-laser technology to achieve a higher storage capacity. The format is being developed within the DVD Forum as a possible successor to the current DVD technology.
     

    3.2 What benefits does Blu-ray offer compared to HD-DVD?

     

    Although both Blu-ray and HD-DVD are similar in many aspects, there are some important differences between them.

    The first is capacity. Because Blu-ray utilizes a lens with a greater numerical aperture (NA) than HD-DVD, the laser spot can be focused with greater precision to fit more data on the same size disc. This allows Blu-ray to hold 25GB per layer (50GB on a dual-layer disc), whereas HD-DVD can only hold 15GB per layer (30GB on a dual-layer disc). Blu-ray has also adopted a higher data transfer rate for video and audio (54Mbps vs 36.55Mbps). The greater capacity and data transfer rates for Blu-ray will allow the movie studios to release their movies with higher quality video and audio than the HD-DVD format.

    The second is content. The Blu-ray format has received broad support from the major movie studios as a successor to today's DVD format. Seven of the eight major movie studios (Warner, Paramount, Fox, Disney, Sony, MGM and Lionsgate) have already announced titles for Blu-ray, whereas HD-DVD only has support from three major movie studios (Warner, Paramount and Universal). This is an important difference because some of the studios might only support one of the formats, so you won't be able to get your favorite movies in the other format. Choosing the format with the most content support minimizes this risk.

    The third is hardware support. The Blu-ray format has broad support from the world's leading consumer electronics, personal computer and media manufacturers, including Sony, Panasonic, Philips, Samsung, Pioneer, Sharp, JVC, Hitachi, Mitsubishi, TDK, Thomson, LG, Apple, HP and Dell. The Blu-ray format will also be supported in the next-generation PlayStation 3 (PS3) video game console. This means that you will have a lot of choice when it comes to players and hardware. The HD-DVD format has far less supporters, so the amount of players and hardware will be very limited. So far, Toshiba is the only company to officially announce a HD-DVD player and it will only support 1080i output, while the announced Blu-ray players will support 1080p.


     

    3.3 What is the difference between Blu-ray and HD-DVD?

     
    Parameters
     
    Blu-ray HD-DVD
    Storage capacity 25GB (single-layer)
    50GB (dual-layer)
     
    15GB (single-layer)
    30GB (dual-layer)
     
    Laser wavelength 405nm (blue laser) 405nm (blue laser)
    Numerical aperture (NA) 0.85 0.65
    Disc diameter
    Disc thickness
     
    120mm
    1.2mm
     
    120mm
    1.2mm
     
    Protection layer
    Hard coating
     
    0.1mm
    Yes
     
    0.6mm
    No
     
    Track pitch
     
    0.32µm 0.40µm
    Data transfer rate (data)
    Data transfer rate (video/audio)
     
    36.0Mbps (1x)
    54.0Mbps (1.5x)
     
    36.55Mbps (1x)
    36.55Mbps (1x)
     
    Video resolution (max)
    Video bit rate (max)
     
    1920×1080 (1080p)
    40.0Mbps
     
    1920×1080 (1080p)
    28.0Mbps
     
    Video codecs MPEG-2
    MPEG-4 AVC
    SMPTE VC-1
     
    MPEG-2
    MPEG-4 AVC
    SMPTE VC-1
     
    Audio codecs Linear PCM
    Dolby Digital
    Dolby Digital Plus
    Dolby TrueHD
    DTS Digital Surround
    DTS-HD
     
    Linear PCM
    Dolby Digital
    Dolby Digital Plus
    Dolby TrueHD
    DTS Digital Surround
    DTS-HD
     
    Interactivity
     
    BD-J
     
    HDi
     

     

    The truth about Plasma screen burn-in and gas recharging

    Plasma screen TVs have had some bad publicity thanks to the ignorance of some salespeople at national retail stores. This page is dedicated to giving you the true facts about plasma burn, so you can make your own choice about buying a plasma TV screen.

    About plasma screen pixel burn-in and dead pixels?
    A lot of people worry about pixel burn-in when researching Plasma screen TVs. Screen burn-in is when an image stays on the screen for a long period of time, and appears to get permanently burned into the screen itself. Screen burn-in can potentially happen, when running a computer presentation that has fixed blocks of solid color.

    However, for most plasma owners, screen burn-in will never be an issue, and you are much more likely to upgrade your Plasma TV before anything goes wrong. To put your mind at rest, most newer plasma TVs have a feature called white flash·that provides correction if screen burn-in ever occurs. There is also a calibration tool called PixelProtector that makes sure your plasma TV is always set up to combat screen burn.

    If you do have Plasma bun contact the manufacture for recommendation on fixing this problem

    Very occasionally LCD and plasma TVs suffer from dead pixels when a pixel is either always on (lit up when the screen is black, for example), or the pixel is always off (black when it should have color or be white). A few dead pixels here and there are not noticeable, and manufacturers normally state that a small percentage of dead pixels are allowed.

    The best way to avoid any problems with dead pixels is buy a plasma screen made by a reputable manufacturer (such as Sony, Panasonic, NEC and Sharp), as the build quality of the plasma panels is higher you are less likely to have problems, and if you do, the screens will have a guarantee/warrantee enabling you to get the problem repaired or the screen exchanged.

    Do you have to "re-gas" Plasma TV screens?

    This is one of the most common, and the most wrong myths about Plasma TVs. All plasma screens are completely, permanently sealed when manufactured. Each individual pixel in a plasma panel is sealed, and therefore cannot, and does not ever require any refilling, or recharging.

    Next time some salesperson tells you about "re-filling" the gas in a plasma TV, ask them how long it takes to manually insert three different types of gas into every single pixel in the screen.

    Someone told me that Plasma TVs don't have a very long life-span, is this true?
    If you buy your Plasma screen from a quality brand you will get a TV with a rated lifetime of around 30,000 hours. What this means is if you watch TV for five hours, every single day it will last over 16 years. I'm guessing that you'll be looking to replace your plasma TV long before that happens, and on average most people buy a new home TV every eight years anyway! The lifetime of a plasma TV is measured by something called it's "half life" (this is the industry term for the period of time it takes for the display to appear half as bright as the day it was first used). All different types of TV screens, including LCD lose their brightness over time, but because it's so gradual, it's practically impossible to notice.

    What is LCD Technology?  LCD stands for Liquid Crystal Display. This technology has been around for a number of years but is finally able to deliver fast motion video quality displays. The thin and light form factor is attractive to consumers. While the panel (the set itself) looks thin, the technology inside is quite extensive.
    An LCD is made up of pixels (picture elements). Pixels are individual, distinct, points of light. Each pixel is made up of sub pixels consisting of red, green and blue. Together the red, green and blue sub pixes combine to form a single color picture element. A panel's resolution is determined in part by how many pixels there are. A display can have hundreds of thousands of points of light (pixels) to millions of points of light, depending on the resolution.
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    The top 5 reasons to go 1080p

    Why all the hoopla about 1080p? Most early adopters saw no improvement from their "up-converting" DVD players, even after going digital with HDMI™. Why? Because all they were really seeing was enhanced 480p on a 1080i display. The early hype about 1080p made us think it was the next big thing. Is it? New HDTVs that are "full HD 1080p" are shipping now so let's take a look at the top 5 reasons to go 1080p.
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     What is HDCP?

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