24
APAN / QuestNET 2004 Cairns Uncompressed HD Video / ip

Extreme Internet Video

Embed Size (px)

DESCRIPTION

 

Citation preview

Page 1: Extreme Internet Video

APAN / QuestNET 2004 Cairns

Uncompressed HD Video / ip

APAN / QuestNET 2004 Cairns

Uncompressed HD Video / ip

Page 2: Extreme Internet Video

Jim DeRoestDirector, Streaming Media

Michael WellingsDirector, Engineering

University of Washington / ResearchChannel

Jim DeRoestDirector, Streaming Media

Michael WellingsDirector, Engineering

University of Washington / ResearchChannel

ResearchChannelResearchChannel

Page 3: Extreme Internet Video

ParticipantsParticipants• CENIC• Duke University• George Mason University• IBM Corporation• Georgia Institute of Technology• Johns Hopkins University• Johnson & Johnson• Massachusetts Institute of Technology• National Academy of Engineering• National Academy of Sciences• National Institutes of Health• National Institute of Standards and

Technology• National Science and Technology Medals

Foundation• National Sea Grant College Program• National University of Singapore• Pacific Northwest Gigapop• Oregon State University• R1edu.org• Rice University• Rutgers University• Sony Electronics, Inc.• Texas A&M University

• CENIC• Duke University• George Mason University• IBM Corporation• Georgia Institute of Technology• Johns Hopkins University• Johnson & Johnson• Massachusetts Institute of Technology• National Academy of Engineering• National Academy of Sciences• National Institutes of Health• National Institute of Standards and

Technology• National Science and Technology Medals

Foundation• National Sea Grant College Program• National University of Singapore• Pacific Northwest Gigapop• Oregon State University• R1edu.org• Rice University• Rutgers University• Sony Electronics, Inc.• Texas A&M University

Tufts University

Universidad de Puerto Rico

Universitat Politècnica de Catalunya

University of Alaska - Fairbanks

University of Chicago

University of Colorado

University of Hawaii

University of Houston

University of Maryland

University of North Carolina

University of Pennsylvania

University of Southern California

University of Texas - Austin

University of Virginia

University of Washington

University of Wisconsin - Madison

University of Wisconsin - Milwaukee

Virginia Tech

Yale University

Vulcan Northwest, Inc.

Wisconsin Public Television

Microsoft

Page 4: Extreme Internet Video

Current Number of Viewers Current Number of Viewers

• 9.0 million - Dish Network

• 9.1 million - Individual cable systems

• 9.0 million - Dish Network

• 9.1 million - Individual cable systems

• 18.1 million - Total• 18.1 million - Total

Page 5: Extreme Internet Video

Hours of Media Viewed per MonthHours of Media Viewed per Month

0

1000

2000

3000

4000

5000

6000

7000

8000

9000

10000

Jan-02 Mar-02 May-02 Jul-02 Sep-02 Nov-02 Jan-03 Mar-03 May-03 Jul-03

Combined Webcast andVideo On Demand Programs

Ho

urs

Page 6: Extreme Internet Video

0

200

400

600

800

1000

1200

1400

Video Library GrowthVideo Library Growth• 270 New Programs per year• 270 New Programs per year

Average23 PremieresEach Month

Program ArchiveCumulative Total

259

381

482

593651

763

891

9711048

1158

1255

61

Pro

gra

ms

Page 7: Extreme Internet Video

DigitalWellDigitalWell

• Media Asset Management System• Isolon spinning disk cache• StorageTek Back-end• PubCookie authentication• Will be published and made

available• www.digitalwell.org

• Media Asset Management System• Isolon spinning disk cache• StorageTek Back-end• PubCookie authentication• Will be published and made

available• www.digitalwell.org

Page 8: Extreme Internet Video

Multicast: Experimentation in high quality distributionMulticast: Experimentation in high quality distribution

• DVTS 233.0.73.25

• 5.1 Streaming Audio – KEXP-FM

• Harmonic – Divicom

– videoLAN client 3 Mbps @ 233.0.73.29

• DVTS 233.0.73.25

• 5.1 Streaming Audio – KEXP-FM

• Harmonic – Divicom

– videoLAN client 3 Mbps @ 233.0.73.29

Page 9: Extreme Internet Video

Delivering Reality: iHDTVDelivering Reality: iHDTV

• HD/IP >220 Mbps

– www.ResearchChannel.org/dvd03

• Desktop HD delivery

[email protected] Mbps

– WM9HD@8 Mbps

• HD/IP >220 Mbps

– www.ResearchChannel.org/dvd03

• Desktop HD delivery

[email protected] Mbps

– WM9HD@8 Mbps

Page 10: Extreme Internet Video

Big Video WorkingGroup: First steps in high quality low latency interactive experiencesBig Video WorkingGroup: First steps in high quality low latency interactive experiences

• SDI/IP – contribution feed quality

• DV/IP

• Plasma screen resolution/IP

• HDSDI/IP

• HDCam/IP

• SDI/IP – contribution feed quality

• DV/IP

• Plasma screen resolution/IP

• HDSDI/IP

• HDCam/IP

Page 11: Extreme Internet Video

BIG Video: DVTS - DV over the InternetBIG Video: DVTS - DV over the Internet

• DV @ 30 Mbps• IEEE1394 (firewire)• DVTS

– Software from The WIDE Project– Hardware from Fujitsu Research

• DVTS Projects– International cultural events– Virtual Briefings– Video Conferencing, AG-like experiences

• DV @ 30 Mbps• IEEE1394 (firewire)• DVTS

– Software from The WIDE Project– Hardware from Fujitsu Research

• DVTS Projects– International cultural events– Virtual Briefings– Video Conferencing, AG-like experiences

Page 12: Extreme Internet Video

DV - Digital VideoDV - Digital Video

• Digital Video, put simply, is video that has been digitally sampled

• Digital Video comes in many formats and data rates:– CCIR 601/SDI@ 270-360 Mbps @ 4:2:2– Digital composite @ 95-135mbps– MPEG2 4:2:2P @ up to 100Mbps– High Definition – SMPTE 292M, ATSC

rates, and MPEG2MP@HL 13-100Mbps– Streaming Video: Real, WM,

Quicktime/Darwin/Sorensen, etc.

• Digital Video, put simply, is video that has been digitally sampled

• Digital Video comes in many formats and data rates:– CCIR 601/SDI@ 270-360 Mbps @ 4:2:2– Digital composite @ 95-135mbps– MPEG2 4:2:2P @ up to 100Mbps– High Definition – SMPTE 292M, ATSC

rates, and MPEG2MP@HL 13-100Mbps– Streaming Video: Real, WM,

Quicktime/Darwin/Sorensen, etc.

Page 13: Extreme Internet Video

DVTSDVTS

• Runs on FreeBSD, OSX, WinXP, Linux

• Requires a IEEE 1394 interface

• Requires DV source

• WinXP client permits desktop rendering of DV stream

• Runs on FreeBSD, OSX, WinXP, Linux

• Requires a IEEE 1394 interface

• Requires DV source

• WinXP client permits desktop rendering of DV stream

Software from the WIDE projectSoftware from the WIDE project

http://www.sfc.wide.ad.jp/DVTShttp://www.sfc.wide.ad.jp/DVTS

Page 14: Extreme Internet Video

DVTS ProjectsDVTS Projects

• Streaming applications– Virtual Briefings, Member Meeting,

Cultural events• http://people.internet2.edu/%7Ebdr/CometDVIP

• http://apps.internet2.edu/dvip.html

• http://events.internet2.edu/briefings/dvts.html

• Video Conference– Testing with UPenn, IU, Korea, UW– AG integration (AArnet, GrangeNet,

Internet2)– CometDVIP “MCU”, Desktop integration

• Streaming applications– Virtual Briefings, Member Meeting,

Cultural events• http://people.internet2.edu/%7Ebdr/CometDVIP

• http://apps.internet2.edu/dvip.html

• http://events.internet2.edu/briefings/dvts.html

• Video Conference– Testing with UPenn, IU, Korea, UW– AG integration (AArnet, GrangeNet,

Internet2)– CometDVIP “MCU”, Desktop integration

Page 15: Extreme Internet Video

iHDTV to the DesktopiHDTV to the Desktop

• Capture & Encode Architecture– Tiernan TR1 encoder– HD Capture

• Apple Dual G5• AJA Kona SD/HD capture board• Local RAID

– HD Software Encoders• Heuris MPEG2 HD• Apple QuickTime HD with H.264• Windows Media 9 HD• REALVideo 10 HD

• Capture & Encode Architecture– Tiernan TR1 encoder– HD Capture

• Apple Dual G5• AJA Kona SD/HD capture board• Local RAID

– HD Software Encoders• Heuris MPEG2 HD• Apple QuickTime HD with H.264• Windows Media 9 HD• REALVideo 10 HD

Page 16: Extreme Internet Video

iHDTV to the DesktopiHDTV to the Desktop

• Lower Bit Rate (3-8mbps)

• WindowsMedia9– Adobe Premiere and/or MS WM9 Encoder– Multichannel Audio: 5.1, 7.1– 1080 Interlace format issues

• MPEG4 – Advanced Simple Profile – licensing issues

• Real Networks– RealVideo SDK – limited experience

Page 17: Extreme Internet Video

iHDTV to the DesktopiHDTV to the Desktop

• 19.2mbps MPEG2 MP@HL– Servers:

• VideoLAN - VoD Development• IBM VideoCharger V8.2 -

– Software only Clients:– VideoCharger, Videolan– Elecard, Intervideo, Cinepak, MainConcept– Hardware assist Client:

• Directshow Shim to DTV Card: WinTV-HD, HiPix, MyHD• Desktop or External Display – Plasma, LCD, Projecto

Page 18: Extreme Internet Video

Uncompressed HD video / IPUncompressed HD video / IP

• 1.5 Gbps transfer• Dual 2.4GHz Xeon Intel PCI-X PCs• PCI-X 10Gige NICs unavailable at

build time• Data traffic split between 2 Gige

NICs• AJA Xena HD output card SMPTE

292M• Clips captured from HDCam source

• 1.5 Gbps transfer• Dual 2.4GHz Xeon Intel PCI-X PCs• PCI-X 10Gige NICs unavailable at

build time• Data traffic split between 2 Gige

NICs• AJA Xena HD output card SMPTE

292M• Clips captured from HDCam source

Page 19: Extreme Internet Video

Uncompressed HD Video / IPUncompressed HD Video / IP

• Video Stored on 6 - 112GB SATA drives in RAID 3 format

• Low data rate between Canberra and Cairns resulted in local network demo

• Low latency predicted for “live” feeds

• Video Stored on 6 - 112GB SATA drives in RAID 3 format

• Low data rate between Canberra and Cairns resulted in local network demo

• Low latency predicted for “live” feeds

Page 20: Extreme Internet Video

Media delivery over IP futuresMedia delivery over IP futures

• CPB Evolving the Links Project http://evolvinglinks.uwex.edu/

• IP Delivery of Content to ResearchChannel

• Video delivery to PDAs• Archive Library of Congress• NASA space station video capture

using DVTS

• CPB Evolving the Links Project http://evolvinglinks.uwex.edu/

• IP Delivery of Content to ResearchChannel

• Video delivery to PDAs• Archive Library of Congress• NASA space station video capture

using DVTS

Page 21: Extreme Internet Video

Media delivery over IP futuresMedia delivery over IP futures

• Migration of slow Commodity Internet to match Internet2 and NLR speeds

• Next generation STB• Conversion of CATV systems to

“mostly” fiber• All-ip delivery over cable• Datacasting via DTV stations

• Migration of slow Commodity Internet to match Internet2 and NLR speeds

• Next generation STB• Conversion of CATV systems to

“mostly” fiber• All-ip delivery over cable• Datacasting via DTV stations

Page 22: Extreme Internet Video

ParticipationParticipation

• ResearchChannel membership– www.researchchannel.org

• DVTS software– http://www.dvts.jp/en/

[email protected] project– [email protected][email protected]

• ResearchChannel membership– www.researchchannel.org

• DVTS software– http://www.dvts.jp/en/

[email protected] project– [email protected][email protected]

Page 23: Extreme Internet Video

Video ClipsVideo Clips

• HD 1080i MPEG2 • HD 720p MPEG2 HDV format• WM9HD

• HD 1080i MPEG2 • HD 720p MPEG2 HDV format• WM9HD

Page 24: Extreme Internet Video

www.researchchannel.org www.researchchannel.org

Michael Wellings <[email protected]> Jim DeRoest <[email protected] >

Michael Wellings <[email protected]> Jim DeRoest <[email protected] >