TIA SP3771-1996 Multimedia Premises Reference Architecture Comment Period Expires December 9 1996 TIA EIA-711《多媒体经营推荐参考架构》.pdf

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1、October 7 1996 * SUBJECT: Standam Proposa No. 377 , Proposed New Standari “Multimedia Premises Reference Architecture“ (if approved, to be published as TINEIA-71 1) BACKGROUND: The attached materid was prepared b Group on Multimedia Premises Archit Multimedia - BuiIdmg Distribution Syste others conc

2、erned as a step toward s 1.5.1 Ad Hoc Working -4 1.5 Subcommittee on pproved by the Chairman to TIA membership and Company Name Type of Comment - Technic COMMENT PERIOD EXP DECEMBER 9,1996 Prior to this date, you are UT the established TI ents with the form on page two in accordance with res. Follow

3、ing the expiration of the comment period, this hnical Standards Subcommittee (TSSC) for final approval as (PLEASE SEE PAGE TWO FOR BALLOT) Eng # 54769 I 2500 Wilson Boulevard Sute 300 Representing the telecomrnun/cat/ons industry in assoc/afim wth the fktronc husfries Assooafofl Arl/ngfan VA 22207 7

4、03/907 7700 FAX 703907.7727 Copyright Telecommunications Industry Association Provided by IHS under license with EIANot for ResaleNo reproduction or networking permitted without license from IHS-,-,-PLEASE CHECK AND SIGN THIS FORM AND RETURN IT TO: Shazia Azhar SUBJECT: Standards Proposal No. 3771,

5、Telecommunications Industry Assoc. Proposed New Standard “Multimedia Premises Reference 2500 Wilson Blvd. Architecture“ (if approved, to be published as Arlington, VA 22201 FAX: 7031907-7727 TIAEIA-7 1 1) COMMENT PERIOD EXPIRES: DECEMBER 9,1996 I approve standardization of the National Standard (ANS

6、). I approve standardization of the content with the reason(s) for making the re Subcommittee. I do not approve standardization of for this disapproval. (we need y No Comment dasan American the attached, along by the TR-41.5 detailed reason(s) d your view on this matter .) PLEASE PRTNT SIGNATURE COM

7、PANY ADDRESS Please indicate whether your company is a w, producer, or has a general interest only in this Standards Proposal. -. . . 11 Copyright Telecommunications Industry Association Provided by IHS under license with EIANot for ResaleNo reproduction or networking permitted without license from

8、IHS-,-,-NOTICE t This document is a TIA/EIA Engineering Standards Proposal, rather than an interim or final Standard. It is published for purposes of comment and is subject to further review and modification by the TIA Technical Standards Subcommittee (TSSC), which may accept or reject the Standards

9、 Proposal. Accordingly, readers of this Standards Proposai are cautio contained therein prior to the adoption of a final standard. responsibility for the consequences of such reliance. QTELECOMMUNIC AT1 Copyright Telecommunications Industry Association Provided by IHS under license with EIANot for R

10、esaleNo reproduction or networking permitted without license from IHS-,-,-SP-3771 TABLE OF CONTENTS I. INTRODUCTION :. . I 1 1 .I PURPOSE I .3 CATEGORIES OF PERFORMANCE CRTERIA I I .? MIGRATION PLAN 1 3 I. 3.2 Mgration Motivation Principles . :. .3 4 I. 3.4 Analog or Digital In-House Nerworh7 .6 . .

11、 1.3.1 oday, 1996 I. 3.3 Transilion Period I996-2000 . 1.33 Long-Term, 1998-2005 . . . 2. SCOPE . I ,1 . 7 7 . 7 2.2 REFERENCE POINTS AND FUNCTIONAL GROUPINGS . 3. DEFINITIONS AND ACRONYMS 4.1 FUNCTIONAL ARCHITECTURE . 9 II 4.2 LOGICAL ARCHITECTURE . 17 . i7 4.3. I Network Interface Device 4.3.2 In-

12、House Network Media . . I9 4.3.j Application Lon . 2I 5. REFERENCES . . 26 4.3.6 Other Devices 4.3.7 Examples of Physi 1 . 2 (POTS) Requirements $ . 5 . 5 : 7 . 7 . I3 s. . 3 1.7 PREMISES FWCTIONALITY REQUIREMENTS 16 Copyright Telecommunications Industry Association Provided by IHS under license wit

13、h EIANot for ResaleNo reproduction or networking permitted without license from IHS-,-,-SP-3771 1. ENVIRONMENT AND INTERFACES i I. 1 LOCAL ACCESS INTERFACES . . 1 I. 1.1 Loca Exchange /nerfaces . .:. . I ? i. 1.7 Locu Cable Operotor I. 1.3 Eiecrric Utiliqv I. 1.4 Wireless . 1.2 PREMISES ENVIRONMENT

14、3 I. 2. I Power Line . 3 1.2.2 Twisted Pair . 3 1.2.3 Coar . 3 1.2.4 Wireless . . 3 1. ADDITIONAL STANDARDS ACTIVITIES 1 . - . 1 . 1.3 DAVIC . I # . / 7 f. 3. j DA VIC Core Network 1.4. I Scope of IA CEBUS . . 13 . I. . 14 . i4 . II . 18 rchitecrures. TABLE OF FIGURES FIGURE 7. ISDN REFERENCE CONFIG

15、URATION. . 2 IO FIGURE 8. VENN DIAGRAM SHOWING THE RELATIONSHIP BETWEEN THE FUNCTIONALITY FOND AT FIGURE 9. VENN DAGRAM SHOWING THE RELATIONSHIP BETWEEN THE FLWCTIONALITY FOUND AT Ml WITH RP 1. 12 FIGURE 10. VENN DIAGRAM SHOWING THE RELATIONSHIP BETWEEN THE FWCTIONALITy FOUND AT RPI WITH RP2 i3 WITH

16、 RP1.11 . II Copyright Telecommunications Industry Association Provided by IHS under license with EIANot for ResaleNo reproduction or networking permitted without license from IHS-,-,-SP-3771 FIGURE 1 I. VENN DIAGRAM SHOWING THE RELATIONStIIP BETWEEN THE FUNCTIONALITY FOUND AT RP2 WITt1 FIGURE 2. VE

17、NN DIAGRAM SHOWING THE RELATIONSHIP BETWEEN THE FUNCTIONALITY FOUND AT RP2 WITH FIGURE 13. LOGICAL OR SOFTWARE ARCHITECTURE (SIMPLE FORM). . FIGURE 14. DESIRED SCOPE OF PROTOCOL TO SUPPORT END-TO-END MM SERVICES . FIGURE 15. THE MMCF REFERENCE ARCHITECTURE MODEL. 20 FIGURE 16. EXAMPLES OF CURRENT PR

18、ODUCTS THAT ARE TYPE 1 TERMINAL DEVICES . 22 FIGURE 17. EXAMPLES OF CURRENT PRODUCTS THAT ARE TYPE 2 PREMISES NETWORK INTERFACE DEVICES 23 FIGURE 18. CURRENT ISDN TERMINAL ADAPTER WITH A LAN HUB 24 FIGURE 19. CURRENT 204 PBXIEKTS. . 25 FIGURE 20. FUTURE HFC NETWORK INTERFACE UNIT . 26 FIGURE 21. INT

19、EGRATED HFC ARCHITECTURE 10 FIGURE 22. NETWORK INTERFACE UNIT IN HFC ARCHITECTURE FIGURE 24. ATM FORUM RBB REFERENCE CONFIGURATION FIGURE 25. ATM FORUM RBB REFERENCE ARCHITECTURE FOR HFC . FGURE 27. DAVIC DELIVERY SYSTEM REFERENCE MODEL. FIGURE 29. THE GENERAL DAVIC SYSTEM SHOWING THE TI FIGURE 30.

20、THE DELLVERY SYSTEM SUBDIVIDED INTO CORE, FIGURE 31. TIA PREMISES NETWORK FIGURE 32. EXAMPLE OF AN ADSL ACCESS NETWORK WITH RP2. 14 RP3 16 I 2 . 4 .1 . 6 7 . 8 NT . 8 ASSIVE NT). 1 1 IVE NT) . 11 SIVE NT). 11 I3 . 16 CE MODEL 17 19 (EXAMPLE 2) . 21 MPLE ;) . i . 22 FIGURE 33. EXAMPLE OF AN HFC ACCES

21、S NETWORK WITH P FIGURE 34. EXAMPLE GF A FTTH ACCESS NETWORK (PON) FIGURE 56. IN-HOUSE NETWORK REFERENCE FIGURE 37. IN-HOUSE NETWORK REFERENCE FIGURE 38. EIA CEBus ARCHITECTURE FIGURE 40. LOCATION OF FIGURE 42. VESA HOME FIGURE 44. SWITCHED H FIGURE 45. MODULAR V FIGURE 41. OVERVIEW OF BLE OF TABLES

22、 TECTURE . 10 TAL VIDEO ARCHITECTURE 12 I NCE ARCHITECTURES FOR MULTIMEDIA SERVICES 1 RBB AND TR-41.5 ARCHITECTURES . 4 TABLE 7. MAPPING BETWEEN DAVIC AND TR-41.5 ARCHITECTURES . 9 TABLE 8. FUNCTIONAL GROUPINGS BETWEEN REFERENCE POINTS . 15 . III Copyright Telecommunications Industry Association Pro

23、vided by IHS under license with EIANot for ResaleNo reproduction or networking permitted without license from IHS-,-,-STD-EIA SP NO 37?L=MGL- Lb E! 3234600 Ob44b70 TL9 SP-377 1 Foreword (This Foreword is not a part of thisStandard.) in the recent past, most in-house networks where either virtually o

24、r actually an extension of a network from a local access Service Provider. Terminals connectins to these in-house networks had to meet the interfaces and protocols set by the local access Service Provider. Terminals designed to connect to the “in-house” network had to meet the interface specificatio

25、ns of the access network, even if the terminal was intended to access an end-service that was not a part of the local access service. The protocol between the terminal and the End-Service Provider has to exist within the limitations of the access network. The current situation offers the benefits of

26、 consistency and well-defined interfaces for the access networks. Two types of access services dominate: the public telecommunications network that provides Plain Old Telephone Service (POTS) and the private broadcast entertainment network that provides “cab1 ision service. Consumers readily can pur

27、chase terminals (e.g., telephones, modems, facsimile machines, However, the services offered by an End-Service Provider are lim local access network. st use a protocol that g POTS, the End- ent the information st contract with the Service Provider probably would attempt to use a V.34 to the consumer

28、. In the case of a local access network are becoming increasingly varied. w types of terminals (and their terminal to solve the same problem Providers delivery platform. Marke ended to provide a vision (or direction) and guidelines for enefit the consumer, equipment manufacturers, and Service Provid

29、ers. sed by VESA for its Open Set Top recommendation VOST, to d protocols between functional blocks in the consumer environment, The vision of the future for consumer telecommunications for the Multimedia Premises Reference Architecture is: Consumers have simultaneous access to multiple, logically i

30、ndependent communications provided through affordable devices implementing an intuitive, easily-operated interface to Lamol an integrated set of multimedia services. Service Providers will provide portable services that will be available wherever the user requires communications, and will facilitate

31、 low cost user devices. While this vision is a technically lofty soal, from the consumer perspective it is a desirable vision where the consumer is less aware of the type of nenvork providing the local access service and .is- less aware of restrictions placed by terminais dedicated to a particular n

32、etwork communications service or end-service (see Figure I). In this vision, a consumer may place a call using a wireless terminal in the home using the communications network with I Copyright Telecommunications Industry Association Provided by IHS under license with EIANot for ResaleNo reproduction

33、 or networking permitted without license from IHS-,-,- STD=EIA SP NO 3771-ENGL Lb 3234bDD Ub44b7L 755 m SP-3771 the lowest rates, move to the car and continue the conversation. drive to work, and continue the conversation in the corporate environment using the cornmunications network with the lowest

34、 rates. Throughout the consumers conversation, the call is seamlessly transferred among various public and private communications networks as necessary, and the consumer is not aware of the network switching. In this vision, customer premises equipment may provide particular features and provide ser

35、vices to other consumer terminals to share these features For example, the intelligent room thermostat may provide the information on the rooms temperature and other settings to the television or personal computer; where the consumer may review this information or possibi? adjust the settings Wich i

36、ncreased communications between customer premises equipment, it becomes easier for terminal vendors to create systems that provide coordinated functionality for the consumer. Also, with increased communications between customer premises equipment. the intelligent terminais may originate or terminate

37、 “calls” through the communications network(s) to achieve desired functionality. With this increased interoperability, the consumer may not even notice that things just appear to work “better.” Not all functional components shown in Figure 1 wiii be required for access Service Providers competing fo

38、r the same service, or homes wi service, may not need the “Residential Gateway” shown in the figure. may have a security system and monitoring end-service that requires a pos it ion. es from the same access same single service homes er in the same architecrural TR-41 5 Vision pgt W/o6 Figure i. Mult

39、imedia Premises Reference Architecture to Support Multimedia Services. While eventually all data exchanged between terminals or terminal-services may become disital data and transmitted in baseband, the Multimedia Premises Reference Architecture acknowledges that existing terminals often use analog

40、data and that the connecting networks will use a hybrid or mixture of analog and digital.data to provide functionality at a cost acceptable to the consumer. This hypothesis will be valid for both narrowband and broadband networks. II Copyright Telecommunications Industry Association Provided by IHS

41、under license with EIANot for ResaleNo reproduction or networking permitted without license from IHS-,-,-SP-3771 In some cases, the digital data may be encoded in an analog manner to achieve maximum functionality at a reasonable cost to the consumer. This Standard was processed and approved for subm

42、ittal to Telecommunications Industry Association (TIA) by the TIA Engineering Committee TR-4 I. Committee approval of this Standard does not necessarily imply that all committee members votes for its approval. Copyright Telecommunications Industry Association Provided by IHS under license with EIANo

43、t for ResaleNo reproduction or networking permitted without license from IHS-,-,-SP-3771 1. INTRODUCTION This document fills a recognized need in the telecornmunications industry. entertainment industry, and computing industry brought about by the National information Infrasmcture/Globa1 information

44、 infrastructure (NII/GII) requirements and demands for new end-user services that address the delivery of existing, envisioned, and Funire services to the home and business environments. It will be useful to anyone engaged in the manufacture and sale of telecommunications terminals equipment and to

45、those purchasing, operating, or utilizing such equipment. The requirements in this issue are formulated and defined to some extent from Digital Audio-Visual Council (DAVIC) specifications as well as other technical standards in order to ensure compatibility with existing networks while recognizing t

46、he technical advances in future telecommunications standards. 1.1 Purpose The Multimedia Premises Reference Architecture Standard establishes an a l framework for end-to-end architecture consists of functional blocks which are not necessari requirements should assure users of a good quality of servi

47、ce. In 1.2 Categories of Performance Criteria a generally apply to safety, protection, able performance levels in areas such as signaling, and compatibility. transmission, equipment param statistically small general performance pecified for the same criterion, the advisory level represent a goal ibi

48、iiry or performance advantages, or both, toward which future The equipment and netw d in homes will change as the services change. As residents add more functionality they will redesign their systems. Over time it will appear that the configuration of the equipment is migrating or evolving from what

49、 we have today, to the high speed disital services that will almost certainly arrive in the long term future. To plan for this equipment lets consider homes at three periods: today, a transition period, and the long-term future (see Figure 2). Although each home may have its unique characteristics, and each customer may have his or her own unique needs, it is still possible to describe the major tre