Connected. DLNA: Connecting The FUTURE of COMMERCIAL Content

Transcription

1 Connected DLNA: Connecting The FUTURE of COMMERCIAL Content

2 DLNA Today: over 1 billion devices 4,642 Televisions 5,710 Personal Computers 329 Audio Video Receivers 498 Blu-ray &DVD Players 281 Network Attached Storage 277 Mobile Devices 79 Set Top Boxes 40 Printers 20 Cameras/Camcorders 7 44 Game Consoles 47 Photo Frames Gateways/Routers Tablets 3 7 Appliances 2

3 But Constrained to Personal Content Conditional Access Service Provider Devices Retail Devices with Premium Content Retail Devices with Personal Content

4 While SPs require one STB per TV Conditional Access Service Provider must provide Devices for every TV sets using costly box with Conditial Access in each

5 DLNA Premium: Deliver Live TV to All One Gateway/STB per Home Service to CE devices No IP Bandwith Consumption for SD, HD or UHD DTCP-IP Service Provider Device Retail Devices Enjoying Premium and Personal Content

6 DLNA Premium Deployment Service Providers using DLNA Guidelines to deliver premium services to consumer devices Consumer Electronics Manufacturers are building to the DLNA premium content guidelines now DLNA is recognized by the FCC as an open standard for video IP output to retail devices. FCC Memo of Nov 28, 2012: Cable companies have until June 2014 to implement a capability that allows for navigation of their services by 3rd party devices 6

7 Key Assets of DLNA Premium Deliver Premium Live TV to in-home devices without paying for IP bandwidth. Deliver the best quality of service compared to your OTT competitors. Deliver the user experience on all devices thru HTML5.

8 Technical Details DLNA 8

9 Commercial Video Profile - CVP-2 Baseline: CVP-1 DTCP-IP Link Protection HTTP Transport w/ Trick Modes Priority-Based QoS CVP-2 Required Features HTML5 RUI Authentication of Certification (using DTCP-IP keys) ETV, Ad-Insertion & other TV Services signaling in CVP-1 media formats HTML5 RUI application provides actual services 3D Media Formats (conditionally mandatory for devices supporting 3D video) Diagnostics using IEEE 1905 Networked Low Power HTTP Adaptive Delivery (MPEG-DASH) Timeline Guideline completion 2Q 2013 Certification Launch early 2014 depends on participants 9

10 Authentication: Verifying CVP-2 Functionality Are you really a CVP-2 client? Are you really a CVP-2 server? Service Provider Device Retail Devices Enjoying Content

11 Diagnostics: Verifying Connectivity Is the connection OK? TR-69 data model Service Provider Device Retail Devices Enjoying Content

12 Diagnostics: Verifying Connectivity Layer-2 testing IEEE 1905 Works even if IP addressing broken Layer-4 testing UPnP Device Management Gateway +DIAGC+ Client(s) +DIAGE+ UPnP BM control point UPnP CM control point 1905 MPs UPnP Layer 4 Diags UPnP Layer 2 Diags 2 3 basic management service configuration management service 1905 MPs 1 diagnostics application 1905/ Layer2 Internet 4 Web UI or TR-069 direct UI Web UI Eg: Eg: Internal Eg: Web Display or HDMI to ACS Browse a TV Monitor r service provider / home owner service provider / home owner service provider / home owner

13 Network Power Save: Conserving Energy Wake-up I need your services Service Provider Device Retail Devices Enjoying Content

14 Networked Low Power Signaling Physical Device Specified Unspecified Device Services and Interfaces are modular Multiple clients will have unique requests A client can request certain services with SubscribeService Action A device can inform how to wake its interfaces Subscribe to Resources Interface Information 4 Physical Device DLNA Device Class +LPC+ UPnP Energy- Management Control Point WakeOnPattern Signaler UI to give user info IP and underlying physical network interface(s) and other physical resources IP interface IP on interface one or more PHY IP on one or more interfaces PHY interfaces PHY PHY PHY OSorotherintermediatexecutionplatform(e.g.,JVM) 7 1 Discoverable Device Class or Device Capability +LPE+ UPnP Energy- Management Service

15 Adaptive Delivery: MPEG-DASH Access network conditions may vary These quality levels are available Currently requesting this quality level Service Provider Device Retail Devices Enjoying Content

16 Adaptive Delivery React to varying access conditions. MPEG-DASH is the standard version of previous technologies such as HLS, Smooth Streaming, etc Added MPEG-DASH Media Format Profiles In addition to MPEG2, H.264, etc

17 Additional Media Format Profiles 3D video Media Format Profiles Modifications to allow for smoothly inserting Advertisements

18 CVP-2 Technical Summary Collection of (mandatory) features for service providers Technical Specification work is complete Certification work is ongoing Builds on and formalizes DLNA s earlier for Commercial Content delivery

19 DLNA: The Connected Consumer Experience Questions?

20 DLNA: Interoperability at All Layers Narrowing the overabundance of standards to a mandatory small set Link Protection DTCP/IP (mandatory) WMDRM-ND (optional) How commercial content is protected on the Home Network Media Formats Media Transport Media Management MPEG2, MPEG4, AVC/H.264, LPCM, MP3, AAC LC, JPEG, XHTML-Print + optional formats HTTP (mandatory) RTP (optional) Quality of Service UPnP AV 1.0 UPnP Print Enhanced 1.0 How media content is encoded and identified for interoperability How media content is transferred How media content is identified, managed, and distributed Discovery & Control UPnP Device Architecture 1.0 How devices discover and control each other IP Networking Connectivity IPv4 Protocol Suite Wired: Ethernet 802.3, MoCA Wireless: Wi-Fi , Wi-Fi Protected Setup How wired and wireless devices physically connect and communicate 20