Disco m disc
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The document discusses M-Disc, a new type of optical disc material that is much more durable than traditional discs like DVDs and Blu-rays. M-Disc uses a material with properties "similar to rock" rather than polycarbonate, making the discs highly resistant to scratches, fingerprints, heat, and UV light damage. The discs are expected to maintain data integrity for 1000 years, far surpassing normal discs. M-Discs can still be read by existing DVD and Blu-ray drives due to backward compatibility, but require a more powerful laser for writing. The discs cost around $3 each and have a storage capacity similar to DVDs currently, with plans to increase capacity to match Blu-rays.
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Disco m disc
The document discusses M-Disc, a new type of optical disc created from a material similar to rock that is much more durable than traditional discs like DVDs and Blu-rays. M-Discs are designed to last over 1,000 years and are not easily erased like other discs. They work on current DVD and Blu-ray drives but require a more powerful laser for writing. The material makes scratches and fingerprints impossible and data cannot be erased from the solid recording layer. M-Discs cost around $3 each and have storage capacities similar to DVDs currently but may increase to Blu-ray levels.
Presentation1
This document compares and contrasts CDs and DVDs in terms of storage capacity, data transfer speeds, and the equipment needed to read each format. DVDs have around 7 times the storage capacity of CDs due to using multiple recording layers and storing data on both sides. DVDs also have a faster data transfer rate of around 7 times that of CDs. The laser and pit configuration used to record and read data differs between the two formats, requiring different equipment.
The digipak
Digipak is a patented CD/DVD packaging style consisting of a foldable paperboard outer binding with plastic trays inside to hold discs. There are several common digipak types that vary in size, number of discs and booklets, including: single book fold, double book fold, and triple plastic tray designs. IMPAC Group first trademarked digipaks, which grew in popularity among record labels after being licensed more widely in the 2000s.
Digipaks
college work, was originally keynote but slideshare is being crap and won't convert it, so i had to, which means some of the effects don't work :(
Digipak presentation
Digipaks are a type of CD packaging made from card stock or heavy paper. They can open like a book or have three sections, with the CD in the center. It contains a plastic disc tray that secures the disc. Digipaks were created by MeadWestvaco and became popular as more manufacturers began using them.
History of the DigiPak
Digipaks are optical disc packaging made of paper or cardstock with plastic trays that hold a CD or DVD. They have a patented design and were an early alternative to jewel cases, growing in popularity in the 2000s among record labels and artists. Digipaks are used for CD singles and special editions, or as premium packaging for DVDs, though they are less durable than jewel cases.
Digipak Analysis and History
This slide share explores the history of digipaks, and an analysis as to whether they are good or bad.
Digipaks
Digipaks are paperboard or plastic packaging that hold CDs or DVDs. They contain one or more plastic trays to hold the disc along with additional materials like booklets. Digipaks allow images and text to be printed on every panel, making them well-suited for special editions. They are increasingly common releases as they are more environmentally friendly than plastic jewel cases. A digipak has a cardboard sleeve that opens like a book to reveal a plastic tray holding the disc inside. They are designed to encourage sales of physical media like CDs and DVDs at a time when internet downloading has reduced such sales. Digipaks can include extras like lyrics, photos, and information to provide more value than
Recommended
Disco m disc
The document discusses M-Disc, a new type of optical disc created from a material similar to rock that is much more durable than traditional discs like DVDs and Blu-rays. M-Discs are designed to last over 1,000 years and are not easily erased like other discs. They work on current DVD and Blu-ray drives but require a more powerful laser for writing. The material makes scratches and fingerprints impossible and data cannot be erased from the solid recording layer. M-Discs cost around $3 each and have storage capacities similar to DVDs currently but may increase to Blu-ray levels.
Presentation1
This document compares and contrasts CDs and DVDs in terms of storage capacity, data transfer speeds, and the equipment needed to read each format. DVDs have around 7 times the storage capacity of CDs due to using multiple recording layers and storing data on both sides. DVDs also have a faster data transfer rate of around 7 times that of CDs. The laser and pit configuration used to record and read data differs between the two formats, requiring different equipment.
The digipak
Digipak is a patented CD/DVD packaging style consisting of a foldable paperboard outer binding with plastic trays inside to hold discs. There are several common digipak types that vary in size, number of discs and booklets, including: single book fold, double book fold, and triple plastic tray designs. IMPAC Group first trademarked digipaks, which grew in popularity among record labels after being licensed more widely in the 2000s.
Digipaks
college work, was originally keynote but slideshare is being crap and won't convert it, so i had to, which means some of the effects don't work :(
Digipak presentation
Digipaks are a type of CD packaging made from card stock or heavy paper. They can open like a book or have three sections, with the CD in the center. It contains a plastic disc tray that secures the disc. Digipaks were created by MeadWestvaco and became popular as more manufacturers began using them.
History of the DigiPak
Digipaks are optical disc packaging made of paper or cardstock with plastic trays that hold a CD or DVD. They have a patented design and were an early alternative to jewel cases, growing in popularity in the 2000s among record labels and artists. Digipaks are used for CD singles and special editions, or as premium packaging for DVDs, though they are less durable than jewel cases.
Digipak Analysis and History
This slide share explores the history of digipaks, and an analysis as to whether they are good or bad.
Digipaks
Digipaks are paperboard or plastic packaging that hold CDs or DVDs. They contain one or more plastic trays to hold the disc along with additional materials like booklets. Digipaks allow images and text to be printed on every panel, making them well-suited for special editions. They are increasingly common releases as they are more environmentally friendly than plastic jewel cases. A digipak has a cardboard sleeve that opens like a book to reveal a plastic tray holding the disc inside. They are designed to encourage sales of physical media like CDs and DVDs at a time when internet downloading has reduced such sales. Digipaks can include extras like lyrics, photos, and information to provide more value than
Digipak research
A Digipak is a type of cardboard packaging for CDs and DVDs, consisting of an outer binding and one or more plastic trays inside to hold a disc. It often includes cover art and information about the music or movie. Digipaks were created as an alternative to jewel cases, which were the standard plastic case used by record companies at the time. While jewel cases are easily damaged plastic, digipaks provide a more durable and recyclable cardboard package for discs.
Digipak
A digipak is a special album or DVD packaging presented in a CD case format. It is made of cardboard or paper folded around a plastic case to securely hold the disc. Digipaks became popular in the early 2000s for special or deluxe editions. They are designed to fold into a square shape and can have multiple panels. The front and back panels feature large, eye-catching artwork related to the artist or songs to attract customers. Inside contains the plastic disc holder and more subtle design elements like lyrics, info, and messages.
Dvd Digipak
A DVD digipak is a type of packaging made from paperboard or card stock that uses a gatefold design. It is often used for special editions or compilations as it is not as durable as a traditional jewel case. Key elements of a good DVD digipak design include pictures of the artist, logos, track lists, and bonus features. A digipak must have some exclusive or special attribute to warrant its higher price compared to a standard CD. The design should suit the genre and style of the band featured.
How to keep your Disc Safe
This document discusses the lifespan of CDs and challenges with preserving digital information stored on CDs. While CDs were initially thought to be a durable storage medium, the predicted lifespan rarely exceeds a human lifetime. As a result, important digital information stored on CDs in the 1990s is now at risk of being lost. Proper handling and storage can help CDs last longer, but their non-uniform nature makes large-scale preservation difficult. The document outlines some of the key factors that determine a CD's lifespan, such as the type of reflective layer used and how the disc is handled by the user.
PowerPoint
DigiPaks are a type of CD packaging made from cardstock or heavy paper that can fold open like a book. They typically contain the CD in a plastic tray attached to the paper packaging. Digipaks were created by MeadWestvaco to provide more design flexibility than traditional jewel cases. While aesthetically appealing, digipaks are more prone to damage over time as the paper materials can rip and the plastic trays are more likely to break than the hard plastic of jewel cases. The front cover must be eye-catching to attract buyers' attention and promote the artist.
Conventions of a Digipak
A digipak is a type of CD and DVD packaging that was popularized in the early 2000s. It has a gatefold design like a book, with paper or cardboard outer packaging containing a plastic inner case that holds the disc. Digipaks typically fold into a square shape but can have different folding patterns. The front cover usually features a large eye-catching image related to the artist or album, along with the album title and information. The inside plastic holder is often clear to show additional artwork behind the disc and may contain lyrics, messages or details about the music. Digipaks vary in their specific designs to suit different artists.
Digipak
A digipak is a type of packaging for CDs or DVDs made of cardboard with an internal plastic holder. It usually consists of a gatefold book style design with one or more plastic trays to hold the disc. Digipaks were created by MeadWestvaco and feature photographs of the artist to promote their album and music to audiences. Information included on digipaks are the artist name, album name, track listing, credits, and images related to the artist's theme or genre of music.
Music dvd digipack final
A music DVD digipak is a package containing a DVD or CD bound in a gatefold paperboard or card stock outer binding with one or more plastic trays inside to hold the disc. Digipaks were one of the first alternatives to standard jewel cases and are commonly used by major record companies. Key elements of a good digipak include artwork, text, band information, track listings, and bonus DVD or CD content. While digipaks allow for graphic designs and bonus content, the cardboard is less durable than plastic jewel cases and the trays sometimes break more easily.
Codes and conventions of digipaks
Digipaks are a style of CD or DVD packaging that became popular in the 2000s. They have an outer cardboard or paper packaging that folds like a book to encase a plastic inner case. Digipaks are designed to fold into a square shape and can have various panel configurations. The front panels usually feature large, eye-catching artwork related to the album or artist and often display the title, while inside panels provide additional information. The back typically lists the tracklist, band name, record label, and other details.
Codes and conventions of a digipack
This document provides information about digipak packaging used for CDs and DVDs. It describes digipaks as a patented style of laminated card packaging with a plastic inner sleeve used to protect the disc. Digipaks are often used for CD singles or special editions due to their decorative nature, though they are more expensive to produce than standard jewel cases. The document outlines typical design features of digipaks including images, text, and additional inserts like lyrics or photos. It also discusses the purposes of digipak packaging such as protection, creative advertising, and boosting sales.
Portable dvd player cases
DVDs need to be stored in a proper manner to protect the electronic data stored on the discs surface. The data stored on a DVD can easily get corrupted due to heat, excess moisture, magnetic currents, and dust particles. DVD storage cases are designed to provide protection from these extreme conditions.
Conventions of a digi pak
A digipak is a CD/DVD packaging that contains information about the artist through pictures and writing. Music companies prioritize eye-catching front and back covers to draw in buyers, while interior booklets provide more insight into the artist to encourage die-hard fans to purchase. Though digipaks come in various styles, they generally aim to convey the artist's vision throughout the packaging.
Digipak vs Jewel pack
The document compares and contrasts the digipak and jewel pack packaging formats for CDs and DVDs. It discusses the aesthetics, target customers, ergonomics, environmental friendliness, size, function, materials used, and any social/moral issues for different albums/DVDs packaged in each format. The digipak is generally more environmentally friendly but less durable than the jewel pack, and its non-standard size can cause storage issues.
Digipak
Digipak is a patented style of CD and DVD packaging that consists of a book-style paperboard outer binding with an attached inner plastic tray that holds the disc. Digipak is commonly used for CD singles and special album editions or premium DVD packages. While originally only available in large quantities, a new consumer-focused product called Digipak I-create allows individuals to create custom Digipaks online for downloads, photos, and other creative works.
Data storage devices
This document summarizes different types of storage media including their general purpose, defining features, and storage capacities. It covers floppy disks, zip disks, mini CDs, tape drives, CD-R, CD-RW, DVD-RW, XD cards, mini DVDs, flash memories, and secure digital cards. Capacities range from 1.4 MB for floppy disks to multiple GB for formats like DVD-RW and secure digital cards.
History of storage devices
This document provides a history of data storage devices, beginning with magnetic tape in 1928 and progressing to modern cloud backup solutions. It describes several important innovations in computer storage over time, including magnetic drums, Williams tubes, floppy disks, CDs, DVDs, flash memory cards, and Blu-ray discs. The document shows how storage technologies have evolved from early magnetic and optical formats to today's cloud-based solutions as hardware and internet capabilities continue to advance.
Step by Step
The document describes the process of designing a CD back cover, including adding conventional elements such as a barcode, record label information, copyright text, and the "Compact Disc digital audio" symbol. It also notes adding song names in gradually reducing text size, as well as text indicating that the release includes both a CD and DVD with featured videos. The cover is designed to resemble real CD packaging and include standard information elements.
Digipak
Digipak is a patented style of CD and DVD packaging that consists of a book-style paperboard outer binding with an attached inner plastic tray that holds the disc. Digipak packaging is commonly used for CD singles and special editions as well as tall DVD packages, and was historically only available in large quantities but a new consumer-focused product allows individuals to create their own Digipaks online.
Data storage devices
The document discusses various data storage devices including floppy disks, zip disks, mini CDs, tape drives, CD-R, CD-RW, DVD-RW, mini DVDs, memory pens, secure digital cards, multimedia cards, and flash memories. Floppy disks store data on magnetic disks sealed in plastic cases, while zip disks provided more storage initially at 100MB later increasing to 250MB and 750MB. Mini CDs and DVDs are smaller, lower capacity versions of their standard counterparts. Tape drives use magnetic tape for offline archival storage. Rewritable optical discs like CD-RW and DVD-RW allow erasing and rewriting data unlike CD-R. Flash memory cards and drives provide portable
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Eval questions 6 and 7
The document discusses the technologies Whitney Maher learned during the construction of magazine pages, including programs like Serif PhotoPlus, Serif PagePlus, Microsoft PowerPoint, Blogger, Photoshop, and Paint. While initially unfamiliar with the programs, Whitney was able to improve the quality of their work through practice and assistance. Whitney also reflects on progress made from a preliminary task to the full magazine product, noting a more professional appearance through deeper knowledge of conventions like logos and effective color use.
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Digipak research
A Digipak is a type of cardboard packaging for CDs and DVDs, consisting of an outer binding and one or more plastic trays inside to hold a disc. It often includes cover art and information about the music or movie. Digipaks were created as an alternative to jewel cases, which were the standard plastic case used by record companies at the time. While jewel cases are easily damaged plastic, digipaks provide a more durable and recyclable cardboard package for discs.
Digipak
A digipak is a special album or DVD packaging presented in a CD case format. It is made of cardboard or paper folded around a plastic case to securely hold the disc. Digipaks became popular in the early 2000s for special or deluxe editions. They are designed to fold into a square shape and can have multiple panels. The front and back panels feature large, eye-catching artwork related to the artist or songs to attract customers. Inside contains the plastic disc holder and more subtle design elements like lyrics, info, and messages.
Dvd Digipak
A DVD digipak is a type of packaging made from paperboard or card stock that uses a gatefold design. It is often used for special editions or compilations as it is not as durable as a traditional jewel case. Key elements of a good DVD digipak design include pictures of the artist, logos, track lists, and bonus features. A digipak must have some exclusive or special attribute to warrant its higher price compared to a standard CD. The design should suit the genre and style of the band featured.
How to keep your Disc Safe
This document discusses the lifespan of CDs and challenges with preserving digital information stored on CDs. While CDs were initially thought to be a durable storage medium, the predicted lifespan rarely exceeds a human lifetime. As a result, important digital information stored on CDs in the 1990s is now at risk of being lost. Proper handling and storage can help CDs last longer, but their non-uniform nature makes large-scale preservation difficult. The document outlines some of the key factors that determine a CD's lifespan, such as the type of reflective layer used and how the disc is handled by the user.
PowerPoint
DigiPaks are a type of CD packaging made from cardstock or heavy paper that can fold open like a book. They typically contain the CD in a plastic tray attached to the paper packaging. Digipaks were created by MeadWestvaco to provide more design flexibility than traditional jewel cases. While aesthetically appealing, digipaks are more prone to damage over time as the paper materials can rip and the plastic trays are more likely to break than the hard plastic of jewel cases. The front cover must be eye-catching to attract buyers' attention and promote the artist.
Conventions of a Digipak
A digipak is a type of CD and DVD packaging that was popularized in the early 2000s. It has a gatefold design like a book, with paper or cardboard outer packaging containing a plastic inner case that holds the disc. Digipaks typically fold into a square shape but can have different folding patterns. The front cover usually features a large eye-catching image related to the artist or album, along with the album title and information. The inside plastic holder is often clear to show additional artwork behind the disc and may contain lyrics, messages or details about the music. Digipaks vary in their specific designs to suit different artists.
Digipak
A digipak is a type of packaging for CDs or DVDs made of cardboard with an internal plastic holder. It usually consists of a gatefold book style design with one or more plastic trays to hold the disc. Digipaks were created by MeadWestvaco and feature photographs of the artist to promote their album and music to audiences. Information included on digipaks are the artist name, album name, track listing, credits, and images related to the artist's theme or genre of music.
Music dvd digipack final
A music DVD digipak is a package containing a DVD or CD bound in a gatefold paperboard or card stock outer binding with one or more plastic trays inside to hold the disc. Digipaks were one of the first alternatives to standard jewel cases and are commonly used by major record companies. Key elements of a good digipak include artwork, text, band information, track listings, and bonus DVD or CD content. While digipaks allow for graphic designs and bonus content, the cardboard is less durable than plastic jewel cases and the trays sometimes break more easily.
Codes and conventions of digipaks
Digipaks are a style of CD or DVD packaging that became popular in the 2000s. They have an outer cardboard or paper packaging that folds like a book to encase a plastic inner case. Digipaks are designed to fold into a square shape and can have various panel configurations. The front panels usually feature large, eye-catching artwork related to the album or artist and often display the title, while inside panels provide additional information. The back typically lists the tracklist, band name, record label, and other details.
Codes and conventions of a digipack
This document provides information about digipak packaging used for CDs and DVDs. It describes digipaks as a patented style of laminated card packaging with a plastic inner sleeve used to protect the disc. Digipaks are often used for CD singles or special editions due to their decorative nature, though they are more expensive to produce than standard jewel cases. The document outlines typical design features of digipaks including images, text, and additional inserts like lyrics or photos. It also discusses the purposes of digipak packaging such as protection, creative advertising, and boosting sales.
Portable dvd player cases
DVDs need to be stored in a proper manner to protect the electronic data stored on the discs surface. The data stored on a DVD can easily get corrupted due to heat, excess moisture, magnetic currents, and dust particles. DVD storage cases are designed to provide protection from these extreme conditions.
Conventions of a digi pak
A digipak is a CD/DVD packaging that contains information about the artist through pictures and writing. Music companies prioritize eye-catching front and back covers to draw in buyers, while interior booklets provide more insight into the artist to encourage die-hard fans to purchase. Though digipaks come in various styles, they generally aim to convey the artist's vision throughout the packaging.
Digipak vs Jewel pack
The document compares and contrasts the digipak and jewel pack packaging formats for CDs and DVDs. It discusses the aesthetics, target customers, ergonomics, environmental friendliness, size, function, materials used, and any social/moral issues for different albums/DVDs packaged in each format. The digipak is generally more environmentally friendly but less durable than the jewel pack, and its non-standard size can cause storage issues.
Digipak
Digipak is a patented style of CD and DVD packaging that consists of a book-style paperboard outer binding with an attached inner plastic tray that holds the disc. Digipak is commonly used for CD singles and special album editions or premium DVD packages. While originally only available in large quantities, a new consumer-focused product called Digipak I-create allows individuals to create custom Digipaks online for downloads, photos, and other creative works.
Data storage devices
This document summarizes different types of storage media including their general purpose, defining features, and storage capacities. It covers floppy disks, zip disks, mini CDs, tape drives, CD-R, CD-RW, DVD-RW, XD cards, mini DVDs, flash memories, and secure digital cards. Capacities range from 1.4 MB for floppy disks to multiple GB for formats like DVD-RW and secure digital cards.
History of storage devices
This document provides a history of data storage devices, beginning with magnetic tape in 1928 and progressing to modern cloud backup solutions. It describes several important innovations in computer storage over time, including magnetic drums, Williams tubes, floppy disks, CDs, DVDs, flash memory cards, and Blu-ray discs. The document shows how storage technologies have evolved from early magnetic and optical formats to today's cloud-based solutions as hardware and internet capabilities continue to advance.
Step by Step
The document describes the process of designing a CD back cover, including adding conventional elements such as a barcode, record label information, copyright text, and the "Compact Disc digital audio" symbol. It also notes adding song names in gradually reducing text size, as well as text indicating that the release includes both a CD and DVD with featured videos. The cover is designed to resemble real CD packaging and include standard information elements.
Digipak
Digipak is a patented style of CD and DVD packaging that consists of a book-style paperboard outer binding with an attached inner plastic tray that holds the disc. Digipak packaging is commonly used for CD singles and special editions as well as tall DVD packages, and was historically only available in large quantities but a new consumer-focused product allows individuals to create their own Digipaks online.
Data storage devices
The document discusses various data storage devices including floppy disks, zip disks, mini CDs, tape drives, CD-R, CD-RW, DVD-RW, mini DVDs, memory pens, secure digital cards, multimedia cards, and flash memories. Floppy disks store data on magnetic disks sealed in plastic cases, while zip disks provided more storage initially at 100MB later increasing to 250MB and 750MB. Mini CDs and DVDs are smaller, lower capacity versions of their standard counterparts. Tape drives use magnetic tape for offline archival storage. Rewritable optical discs like CD-RW and DVD-RW allow erasing and rewriting data unlike CD-R. Flash memory cards and drives provide portable
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Blu-ray Disc is a high-density optical disc format that can store high-definition video content. It uses a blue-violet laser with a wavelength of 405nm to read and write data at a higher density than DVDs. Blu-ray Discs can store 25 or 50 gigabytes of data on a single or dual layer disc compared to DVD's 4.7 gigabytes. The Blu-ray Disc format was developed to enable recording and playback of high-definition video.
CD and its standards
The document discusses the history and standards of compact discs (CDs). It explains that CDs were originally developed in 1980 by Philips and Sony to store digital audio (the "Red Book" standard). Later extensions allowed CDs to also store computer data, video, and graphics. The document outlines several CD formats and standards over time such as CD-ROM, CD-R, CD-RW, and Video CD. It describes the physical details of CDs and how data is organized and read by lasers detecting pits and lands on the disc's surface. Standards are classified by "book colors" that define specifications for different disc systems.
Blu Ray(Ind)
Blu-Ray disks can store significantly more data than DVDs due to a smaller laser wavelength that allows for denser data storage. Blu-Ray uses a blue-violet laser with a wavelength of 405nm compared to DVD's 650nm red laser, allowing Blu-Ray disks to store up to 50GB of data. Blu-Ray also features improved data encoding and supports high-definition video playback without quality loss. As technology advances, Blu-Ray disk capacity continues to increase, with demonstrations of disks holding over 500GB.
shubham cs.pptx
Shubham Rai's document summarizes the history, manufacturing process, types, differences, data limits, and competing formats of CDs and DVDs. It notes that CDs were first publicly demonstrated in 1976 and held 700MB of data, while DVDs introduced in the 1990s could hold 4.7GB through smaller pit sizes and tighter spacing. The document also compares high definition formats Blu-ray and HD-DVD, with Blu-ray having a higher storage capacity of up to 200GB through its smaller pit size and additional layers.
Cd &-dvd-by-aaron-rinaca-mike-ferris-mike-burker-steve-mathieu-2001-spr
CD and DVD technology was summarized in 3 sentences:
CDs were introduced in the 1980s and could store up to 700MB of data, while DVDs introduced in 1996 have much higher storage capacity of 4.7-17GB due to using a shorter wavelength laser and smaller pit sizes which allowed for multiple layers. DVDs surpassed VHS and will become the leading video format while CDs will still be used for audio but higher end applications will move to DVD's larger storage capabilities.
DVD and Blue ray cd
DVD is a digital optical disc storage format introduced in 1995 that offers higher storage capacity than CDs. DVDs can be played on DVD players and come in read-only, recordable, and rewritable formats. The Blu-ray Disc format was later developed using a shorter wavelength blue laser that allows for higher density storage of data like high-definition video at resolutions up to 1080p. Blu-ray Discs have a standard capacity of 25GB per layer and are the same physical size as DVDs and CDs.
Blu ray disc ppt
This seminar presentation provides an overview of Blu-ray Disc (BD) technology. It discusses the history of optical storage formats leading to the development of BD, which uses a blue-violet laser and can store up to 27GB on a single-layer disc. The presentation covers BD specifications including structure, formats, writing and reading processes. It also compares BD to other formats like DVD, lists applications and advantages of BD, and discusses new developments and commercially available BD drives and media.
Blu ray
Blu-Ray is the next generation optical disc format that uses blue-violet lasers and has higher storage capacity than DVDs. It can store up to 50GB of data, allowing for high definition video and audio. Blu-Ray discs have a hard coating that makes them more durable and resistant to fingerprints and scratches compared to DVDs. They also have faster data transfer rates and can playback DVDs, giving them an advantage in storage, quality, and compatibility over prior disc formats.
sample ppt- Subject Introduction (1).pptx
This document summarizes the history and types of CDs and DVDs. It discusses how they are manufactured by creating a glass master that is used to injection mold the discs out of polycarbonate. It describes the differences between CDs and DVDs in terms of size, data storage capacity, and technology. CDs can store 700MB of data while DVDs can store up to 17GB. The document also compares high definition formats Blu-ray and HD-DVD in terms of storage capacity, with Blu-ray having higher capacity of up to 200GB compared to HD-DVD's 60GB maximum.
shubham rai chs.pptx
This document summarizes the history and types of CDs and DVDs. It discusses how they are manufactured by creating a glass master that is used to injection mold the discs out of polycarbonate. It describes the differences between CDs and DVDs in terms of size, data storage capacity, and technology. CDs can store 700MB of data while DVDs can store up to 17GB. The document also compares high definition formats Blu-ray and HD-DVD in terms of storage capacity, with Blu-ray having higher capacity of up to 200GB compared to HD-DVD's 60GB maximum.
7 cs102 dvd report (2)
DVD is an optical disc storage format that was invented in 1995 and offers higher storage capacity than CDs. DVDs use a shorter wavelength laser to place pits more densely, allowing more data to be stored in the same physical space as a CD. DVDs can have multiple layers, with later versions supporting up to 8 layers, greatly increasing potential storage capacity over single-layer discs.
Blu rays
Blu-ray discs can store significantly more data than traditional DVDs due to their use of a blue laser instead of red, allowing for smaller data pits. A single-layer Blu-ray disc can hold up to 25GB of data, enough for over 2 hours of high-definition video. Blu-ray discs are also more durable than DVDs due to their stronger protective coating that makes them more resistant to scratches, fingerprints, and dust. The Blu-ray format was developed to enable recording, playback and rewriting of high-definition video as well as storing large amounts of computer data.
Blu ray by suresh
Blu-ray is an optical disc format that can store high-definition video and large amounts of data. It has progressed through different generations including CD, DVD, and Blu-ray disc. Blu-ray discs can hold 25-50GB of data, use a blue-violet laser to read information stored in pits, and have advantages over DVDs like resistance to problems like birefringence and support for recording HDTV.
Similar to Disco m disc (20)
Cd &-dvd-by-aaron-rinaca-mike-ferris-mike-burker-steve-mathieu-2001-spr
Cd &-dvd-by-aaron-rinaca-mike-ferris-mike-burker-steve-mathieu-2001-spr
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Disco m disc
- 2. INTRODUCTION Today discs durability has always been in question, regardless of format. A mark or fall can ruin whole gigabytes of data, and in many cases are not recoverable. In an attempt todramatically increase the strength of optical discs, we have designed an album that, in addition to maintaining backward compatibility with current DVD drives and Blu- ray, is created from a material "similar to the rock."
- 3. OBJECTIVES Knowing the benefits of the new M-Disc CD. Investigate the physical properties of M-Disc.
- 5. An M-Disc is similar to a DVD or a Blu-ray, but the secret is in their material, and we literallysecret, because its developers have not revealed anything beyond the fact that it issomething with properties "similar to the of the rock. "Another important detail is that an M-Disc drive does not have a reflection layer as conventional optical discs, another knownpoint of vulnerability. A further strength of the material, the M- Disc requires the recording laser is more powerful. Therefore, a conventional burner can not write to a disk M-Disc (ifyou're talking about firmware updates), but you can read it.
- 7. In the diagram above we can tell the difference between a DVD (traditional optical disk) and a M- DISC. All optical drives are designed as sandwich, where the "bread tapas" arepolycarbonate discs and "stuff" we have a dye that is burned, literally, to store information.The M- DISC come to change this paradigm, because this layer is solid and it createsgrooves that make it completely impossible to erase the information.
- 8. Millenniata is so sure that they have created a diskA indestructible so much that they dare to say that you can have a useful life of 1000 year ± os and without accepting blame, asSega º n them the layers of polycarbonate that wear are the limiting the durability of theirtechnology. A strength of this format is that nuevoÂ, because the secret is in how you record, no need to switch devices to enjoy it, because it is compatible with current playersARVD idea.
- 9. el M-Disc o “disco de piedra” puede soportar una temperatura de entre 180 grados Celsius bajo cero y los 80 grados Celsius sobre cero. El costo de cada uno de estos “discos de piedra” rondarán los us$ 3.00 lo que no los hace en absoluto costosos, teniendo en cuenta que según LG y Millenniata estos M-Disc pueden durar más de 1000 años. En el prototipo del “disco de piedra” M-Disc, la capacidad actual es de 4.7 GB, similar a la de un DVD, pero ya se está trabajando para aumentarla para que alcance la capacidad de un Blu-ray.
- 10. CONCLUSIONS It is an innovative product that has some nice features available to consumers, durability of their albums, better protection of information.
- 11. BIBLIOGRAPHY http://tecnologia7.net/avances-tecnologicos/m-disc-disco- compacto-piedra/#axzz1eI9y7S6w http://www.taringa.net/posts/info/12205939/M-DISC_-el- disco-optico-indestructible.html http://www.neoteo.com/m-disc-discos-opticos-que-duran- para-siempre