BS EN 62480:2009 2010
$215.11
Multimedia home network. Network interfaces for network adapter
| Published By | Publication Date | Number of Pages |
| BSI | 2010 | 106 |
IEC 62480:2008 specifies the requirements for the characteristics of the Network Adapter itself and the interface between the Network Adapter and Network-ready equipment. Data exchanged between the Network Adapter and Network-ready equipment are basically for HES Class 1. This bilingual version (2012-08) corresponds to the monolingual English version, published in 2008-05.
PDF Catalog
| PDF Pages | PDF Title |
|---|---|
| 5 | CONTENTS |
| 9 | INTRODUCTION |
| 10 | 1 Scope 2 Normative references Figures Figure 1 – The specified portions |
| 11 | 3 Terms and definitions |
| 13 | 4 Network Adapter communication interfaces and requirements 4.1 Overview Figure 2 – Network Adapter communication software hierarchy |
| 14 | Figure 3 – Example of the equipment interface data recognition sequence Tables Table 1 – Acceptable combinations of types supported by Network Adapters and types supported by Network-ready equipment |
| 15 | 4.2 Requirement of functions |
| 16 | 4.3 Mechanical and physical characteristics for a Network Adapter Figure 4 – Network Adapter functions |
| 17 | 4.4 Electrical characteristics |
| 18 | Figure 5 – Logic level Table 2 – Specifications for supplying power – Network-ready equipment (Class 1) Table 3 – Specifications for supplying power – Network-ready equipment (Class 2) Table 4 – Specifications for supplying power – Network-ready equipment (Class 3) Table 5 – Specifications for Supplying Power – Network Adapter |
| 19 | 4.5 Logical requirements |
| 20 | Figure 6 – Character composition Figure 7 – Timing requirements Table 6 – Timing requirements |
| 21 | 4.6 Network Adapter communication software protocols |
| 22 | Figure 8 – Format of equipment interface data recognition service |
| 23 | Figure 9 – Format of request command |
| 25 | Figure 10 – Format of response command |
| 26 | Figure 11 – Format of request command Figure 12 – Format of response command |
| 27 | Figure 13 – Sequence of equipment interface data recognition service |
| 28 | Figure 14 – Status change diagram |
| 29 | Table 7 – Definition of states |
| 32 | Figure 15 – Format of object generation type commands |
| 33 | Table 8 – Object generation type interface command codes |
| 34 | Figure 16 – Operation of IASet (IASetM) Table 9 – Classification of internal services |
| 35 | Figure 17 – Operation of IASetup (IASetMup) |
| 36 | Figure 18 – Operation of IAGet (IAGetM) |
| 37 | Figure 19 – Operation of IAGetup (IAGetMup) |
| 38 | Figure 20 – Network Adapter status changes |
| 40 | Figure 21 – Format of request command |
| 41 | Figure 22 – Format of response command |
| 42 | Figure 23 – Format of request command |
| 43 | Figure 24 – Format of response command |
| 44 | Figure 25 – Format of request command Figure 26 – Format of response command |
| 45 | Figure 27 – Format of request command Figure 28 – Format of response command |
| 46 | Figure 29 – Format of object data |
| 48 | Figure 30 – Format of equipment inquiry data Figure 31 – Format of request command |
| 49 | Figure 32 – Format of response command |
| 50 | Figure 33 – Format of request command Figure 34 – Format of response command |
| 51 | Figure 35 – Format of request command |
| 52 | Figure 36 – Format of response command Figure 37 – Format of Object Data |
| 54 | Figure 38 – Format of equipment inquiry data |
| 55 | Figure 39 – Format of request command |
| 56 | Figure 40 – Format of response command |
| 57 | Figure 41 – Format of request command |
| 58 | Figure 42 – Format of response command |
| 59 | Figure 43 – Format of request command |
| 60 | Figure 44 – Format of response command |
| 61 | Figure 45 – Format of request command |
| 62 | Figure 46 – Format of response command |
| 63 | Figure 47 – Format of request command |
| 64 | Figure 48 – Format of response command |
| 65 | Figure 49 – Format of request command |
| 66 | Figure 50 – Format of response command |
| 68 | Figure 51 – Format of request command |
| 69 | Figure 52 – Format of response command |
| 71 | Figure 53 – Format of request command |
| 72 | Figure 54 – Format of response command |
| 73 | Figure 55 – Format of request command |
| 74 | Figure 56 – Format of response command |
| 75 | Figure 57 – Communication error notification command |
| 76 | Figure 58 – Equipment interface data confirmation sequence Table 10 – Communication sequences (object generation type) |
| 78 | Figure 59 – Initialization sequence |
| 79 | Figure 60 – Object construction sequence (1) |
| 80 | Figure 61 – Object construction sequence (2) |
| 81 | Figure 62 – Equipment status access request sequence Figure 63 – Equipment status notification request sequence |
| 82 | Figure 64 – Element designation equipment status access request sequence Figure 65 – Element designation equipment status notification request sequence |
| 83 | Figure 66 – Object access request sequence |
| 85 | Table 11 – Timeout values |
| 86 | Annex A (informative) Application object Table A.1 – Format of the AOJ |
| 87 | Figure A.1 – Device object configuration example |
| 88 | Table A.2 – List of class codes by group code |
| 89 | Table A.3 – APC allocation table |
| 90 | Annex B (informative) Access to the application object in the Node Figure B.1 – Service primitive (obtain other node status: synchronous type) |
| 91 | Figure B.2 – Service primitive (obtain other node status: asynchronous type) Figure B.3 – Example of object view |
| 92 | Figure B.4 – Service primitive (control other node functions) Figure B.5 – Example of object view |
| 93 | Figure B.6 – Service primitive (notify other nodes of self-node status: synchronous type) Figure B.7 – Service primitive (notify other nodes of self-node status: asynchronous type) Figure B.8 – Example of object view |
| 94 | Figure B.9 – Example of AOJ configuration in a Node |
| 95 | Annex C (normative) Property map description format Figure C.1 – Property map description format |
| 96 | Annex D (informative) Composite messages Figure D.1 – Part of the non-composite messages type packet Figure D.2 – Part of the composite messages type packet |
| 97 | Annex E (informative) Connector shape |
| 98 | Table E.1 – Physical specifications for Type B connector |
| 100 | Figure E.1 – Type B Socket (Network-ready equipment side) |
| 101 | Figure E.2 – Type B plug (Network Adapter side) |
| 102 | Figure E.3 – Mating of Type B connector Figure E.4 – Type A connecter pin arrangement for Network Adapter communication interfaces – Pin assignment 1 |
| 103 | Figure E.5 – Type B connecter pin arrangement for Network Adapter communication interfaces – Pin assignment 2 |
| 104 | Bibliography |
