Pradeep Kumar SEMINAR ON BLU RAY DISC CONTENTS 1.Introduction 2.Characteristics of Blu-ray disc 3.Specification of Blu-ray disc 4.Comparision of storage.

Slides:



Advertisements
Similar presentations
Physical and information community of different kinds of optical disks periodical grating > diffraction microstructures interference reflection diffraction.
Advertisements

Andy Daniëls 3 SWMA ICT03. Introduction History Technical Comparison Companies Security Why Blu-ray is On the Rise? Television: HD vs. Standard Conclusion.
BY G.MAHESH 09511A0511. CONTENTS: Introduction History Characteristics of Blu-ray Disc. Specifications of Blu-ray Disc. Applications Conclusion.
By Hieu Nhan (Kevin). Birth/creation/start etc How it’s made Specs Uses Fight against HD DVDs Price Future Difference in Quality Citations Outline.
‘DVD Technology’
Lesson #8 Optical Storage Media
Description of Operation  Blu-Ray disks are created by injection mold  Reading and writing of data are done by a 405- nm blue laser which is focused.
Ian Clanton-Thuon Billy Joraskie Korinne Mills
The World of HD Dr. Hayden So Department of Electrical and Electronic Engineering 24 Oct, 2008.
Mark Hayden Jillian Cheng Thomas Prag Isaac Kwon Benjamin Parr.
Blu-Ray By: Adam Tolman. What is Blu-Ray? Next-generation optical disc Next-generation optical disc –BDA (Blu-Ray Disc Association)
Blu-ray Media type: High-density optical disc
CD and DVD Technologies James Lehman EDCI 663 Purdue University.
Group 17 Ben Grossman (Me): Blu-Ray vs. HD-DVD Mike Prinke: Video games as a growing part of culture Rachel Balonon: Recording Techniques for Motion Picture.
DVD - Technology. The DVD Family ● The Technologies – DVD-ROM – DVD-RAM – DVD-R – DVD+RW – DVD-Audio – DVD-Video –
Working Group 13 Nov. 20th, 2009 Basic concept Blu-ray Disc for DICOM.
Storage Devices Momina.
Storage and Multimedia: The Facts and More Chapter 6.
Jesús M. Rijos Wagner PRCE1210 Prof. Ruddy Cerda 27/marzo/2014 Instituto de Banca y Comercio Bayamón.
Blu-ray and HD DVD Technologies
 Introduction Introduction  Types of Secondary storage devices Types of Secondary storage devices  Floppy Disks Floppy Disks  Hard Disks Hard Disks.
Blu-ray Technology What is Blu-ray? Difference between DVD and Blu-ray Will the technology last? Matthew Werner Group 7.
DVD Vs. CD ECE-E443 Joshua Nguyen. Presentation Agenda Compare DVD and CD disc Overview DVD disc format Compare DVD and CD schematic DVD vs. CD vs. Blue-ray.
MM Topic 5 - Trends in Contemporary technologies 1 There has been a reduction in the number of standard interface types used for communication and four.
By David Williams.  The Punch Card was first used as an input method for primitive calculating machines in the late 19 th century.
Fluorescent Multi-Layer Disc
By James Dunn. The Beginning of Blu-Ray 1 st Blu-ray Disc recorder by Sony Philips has 1 st consumer product of U.S. Philips PanasonicSony.
Backing Storage. Backing storage devices allow us to store programs and data so that we can use them later Backing storage devices can be split into 4.
IT- 101 Introduction to Information Technology Lecture #9.
Computers in the real world Objectives Explain the need for secondary storage devices Understand the three main storage types – Optical – Magnetic – Solid.
BLU-RAY DISC SEMINAR ON BLU-RAY DISC ….. the storage wonder.
COEN 180 Optical Storage. Store data based on the optical properties of a device. Strong, established market for removable media. Small market for archival.
Teacher:Ru-Li Lin Student:Jia-Wun Jhang Ta-Yu Huang Southern Taiwan University of Science and Technology Department of Mechanical Engineering DSIC.
1 Blu-Ray Disc. 2 Introduction  In 1997, a new technology emerged that brought digital sound and video into homes. It was called DVD.  The industry.
Introduction-Technology  Blu-ray Discs are the same size and shape as current DVDs  Discs are the same thickness but Blu-ray Discs have a thinner protective.
How Blu-ray Discs Work by Dušan Ristić Introduction to How Blu-ray Discs Work Introduction to How Blu-ray Discs Work Building a Blu-ray Disc How Blu-ray.
CDs and DVDs  Are types of optical storage media that consists of a flat, round, portable disc made of metal plastic and lacquer.  Store software, data,
Blue-ray Disc Abed alrahman abed alwahab Abed alrahman abed alwahab Miss : Rasha atallah.
COLLEGE FOR PROFESSIONAL STUDIES TOPIC OF PRESENTATION DVD TECHNOLOGY.
COM113 Introduction to Computing Storage. Optical Discs What is a CD-ROM?  Compact disc read-only memory  Cannot erase or modify contents  Typically.
How Blu-Ray Discs Work Encodes data onto a disc by creating pits with a laser that can be read as binary code, just like CDs and DVDs. Uses 405nm blue.
Blu-ray Disc. HISTORY.
Presented by HDMI, L.L.C. May, 2005 HDMI Retail Training Program Part 1: Overview HDMI – The Standard for Connecting HDTV.
Summary History Disc structure Recording speed Software standards Backward compatibility Ongoing development Variants.
A SEMINAR ON BLU - RAY DISC.
PAPER PRESENTATION ON BY N.Revathi Devi. Introduction A current, single-sided, standard DVD can hold 4.7 GB (gigabytes) of Information. That's about the.
PRESENTED BY : R.CHAITHANYA IVTH YEAR ECE ROLL NO-118T1A0404 BLUE RAY DISC.
By Michael Lum Period 9. Optical Media Optical Drives allows people to store files The files can be put onto CD’s, DVD’s and Blue Ray Discs.
Storage Devices Primary storage: is the storage provided by memory in a computer system Secondary storage: is storage provided by peripheral devices other.
BLU-RAY DISC TECHNOLOGY. ABSTRACT Blu-ray, also known as Blu-ray Disc (BD) is the name of a next-generation optical disc video recording format jointly.
Objectives List the benefits of secondary storage Identify and describe storage media available for personal computers Differentiate among the principal.
MAC OS – Unit A Page:14-15 Understand Storage Media.
Secondary Storage – 1980’s 5 ¼” Floppy Drive – very low storage capacity maxing out at 1.2 Mb Mid-1980’s – 1990’s 3 ½” Floppy Drive – low storage.
CONTENTS INTRODUCTION INTRODUCTION FOUNDATION FOUNDATION DEVOLOPERS DEVOLOPERS CHARACTERISTICS CHARACTERISTICS FORMATS FORMATS AUDIO CODECS AUDIO CODECS.
A.Arundeep ECE IV Year  It is the term given to any form of optical data storage in which information can be recorded and/or.
Engr: Sajida Introduction to computing Optical storage The storage devices which use laser to read data from or write data to the reflective surface store.
Presented by: Saroj Maharjan BSc.IT 5 th Semester CPS, LBEF Campus.
By Adam Reimel. Introduction Pit Configuration CD media DVD media Blu-Ray Disc Ongoing Developments BD-ROM Media Holographic Versatile Disc Technology.
OPTICAL STORAGE II Autorem materiálu a všech jeho částí, není-li uvedeno jinak, je Zuzana Strnadlová. Dostupné z Metodického portálu ISSN: 
Name: Abdullah ALghamdi
Presented by: Lalit mohan (Ece 3rd year)
BLU-RAY DISC.
Computer Note.
Единици за меморирање на податоците
CD and DVD Drive.
MAHATMA GANDHI INSTITUTE OF TECHNICAL EDUCATION & RESEARCH CENTRE, NAVSARI GUJARAT TECHNOLOGICAL UNIVERSITY AS TERM WORK FOR THE SUBJECT   AUDIO VIDEO.
HD DVD By: John Aldinger.
Done By: Bader Bin Salamah
GCSE OCR 4 Storage Computer Science J276 Unit 1
Done By: Bader Bin Salamah
Presentation transcript:

Pradeep Kumar SEMINAR ON BLU RAY DISC

CONTENTS 1.Introduction 2.Characteristics of Blu-ray disc 3.Specification of Blu-ray disc 4.Comparision of storage technologies 5.Applications 6.Conclusion

INTRODUCTION  Blu-ray (BD) is 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 companies that have jointly established the BD specifications are  Hitachi, Ltd  LG Electronics  Matsushitha Electrical Industrial Co. Ltd  Mitsubishi Electric Corporarion

(Contd…)  Pioneer Corporation  Samsung Electronics Co. Ltd  Sony  Thomson  Royal Phillips Electronics  Sharp Corporation  The name Blu-ray is derived from the blue-violet laser it uses to read and write to the disc.  The “e” was intentionally left out of the name due to trademark restrictions

CHARACTERISTICS OF BLU- RAY  Life Span  Content Protection  Cost  Capacity  Robustness of disc  Compatible

Life Span  In the case of ordinary discs, the disc life is less.  In the rewritable versions, as re-writing is done repeatedly to one area of the disc most probably, the inner perimeter limiting the disc life.  BDFS (Blu-ray Disc File Structure is designed so as to avoid this problem, by using a system that uses free disc spaces with equal frequency

Content Protection  Strongest content and copy protection schemes ever developed  Incorporation of Robust copy mechanism Cost  Long term Profitability model for content Providers  Cheapest Production cost

Capacity  The Blu-ray disc enables the recording, rewriting and playback of HD video up to 27 GB of data on a single sided single layer. It is enough to put 2.5 hours of HDTV recording on it. It also can record over 13 hours of standard TV broadcasting

Robustness of Disc  Stronger resistance to scratches and fingerprints The protective layer is hard enough to prevent accidental abrasions and allows fingerprints to be removed by wiping the disc with a tissue. Compatible  The BD drives are designed to be backward compatible, i.e. CDs and DVDs work equally well with the BD drives.

Principal BD Specifications Capacity GB (single layer) Wave length of the laser405nm Numerical Aperture of the objective lens 0.85 Data transfer rate36Mbps Thickness of the disc1.2mm Diameter of the center hole15mm Recording methodPhase change Data trackGroove recording Visual dataMPEG-2 video

Comparison of CD,DVD and B D specification Parameter CD DVD BD. Disk diameter 120 mm 120 mm 120 mm Disk thickness 1.2 mm 1.2 mm 1.2 mm Laser wavelength 780 nm 650 nm 405 nm Numerical aperture Minimum pit length 0.83 um 0.4 um um Data rate 1.2 Mb/sec 11 Mb/sec 36 Mb/sec Number of sides one one or two Number of data layers One One or two Data capacity ~680 MB 4.7 GB (1L) 27 GB 8.5 GB (2L) 1 7 GB (2L/2S)

Blu-ray disc and CD’s /DVD’s  1 DVD = 5 to 10 CD’s  1 Blu-ray = 5 to 10 DVD’s !!!!!!  Usage of a blue instead of a red laser  Improved lens specifications  Backward compatibility (Comparison Between Blu-ray n others)

Blu-ray Disc Applications  High definition television recording  High definition video distribution  High definition camcorder archiving  Mass data storage

High definition television recording  The Blu-ray Disc format offers consumers the ability to record their High Definition television broadcasts in their original quality for the first time, preserving the pure picture and audio level as offered by the broadcaster.  Next level in home entertainment, offering an unsurpassed user experience Since Blu-ray Disc format incorporates the strongest copy protection algorithms of any format or proposal to date, the format allows for recording of digital broadcasts while meeting the content protection demands of the broadcast industry.

High Definition Video Distribution  Blu-ray Disc format can store High Definition video in the highest possible quality, without need to compromise on picture quality.  Depending on the encoding method, there is room for more than seven hours of the highest HD quality video. There is even room for additional content such as special features and other bonus material to accompany the High Definition movie.  The Blu-ray Disc movie format greatly expands on traditional DVD capabilities, by incorporating many new interactive features allowing content providers to offer an even more incredible experience to consumers.

High Definition Camcorder Archiving  With its unprecedented storage capacity, allows for the HD video recorded with an HD camcorder to be converted and recorded  Storage capabilities, without the risk of tape wear

Mass Data Storage  The growing number of broadband connections allowing consumers to download vast amounts of data

Conclusion Very soon BD’s will replace CDs and DVDs THANK YOU…