ДСТУ ISO/IEC 13156:2016 Информационные технологии. Телекоммуникации и обмен информацией между системами 60 ГГц PHY, MAC и HDMI PAL (ISO/IEC 13156:2011, IDT)

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ISO/IEC 13156:2011

Information technology — Telecommunications and information
exchange between systems — High rate 60 GHz PHY, MAC and PALs

прийнято як національний стандарт
методом «підтвердження» за позначенням
 

ДСТУ ISO/IEC 13156:2016
(ISO/IEC 13156:2011, IDT)

Інформаційні технології. Телекомунікації та обмін
інформацією між системами 60 ГГц PHY, МАС і HDMI PAL

З наданням чинності від 2016-10-10

Contents

Foreword

Introduction

1 Scope

2 Conformance

3 Normative references

4 Terms and definitions

5 Notational conventions

6 Abbreviated terms

7 General description (informative)

7.1 PHY general description

7.2 MAC general description

7.3 MUX general description

7.4 HDMI PAL description

8 PHY layer (informative)

9 Description of signal

9.1 Mathematical framework for SCBT, OFDM, DBPSK, DQPSK, UEP-QPSK, OOK and 4ASK

9.2 Mathematical framework for the narrow band section of the discovery mode preamble

10 PLCP sublayer

10.1 General PPDU frame format

10.2 Type A PPDU

10.3 Type B PPDU

11 General requirements

11.1 Operating band frequencies

11.2 PHY layer timing

12 Transmitter specifications

12.1 Transmit PSD mask

12.2 Transmit centre frequency tolerance

12.3 Symbol clock frequency tolerance

12.4 Clock synchronization

12.5 Transmit power control

12.6 Transmitter EVM

13 Receiver specification

13.1 Type A device

13.2 Type B device receiver sensitivity

13.3 Receiver CCA performance

14 Antenna training symbols and feedback methods

14.1 Antenna training sequence transmission

14.2 Antenna training feedback in closed-loop mode

15 MAC frame formats

15.1 Frame format conventions

15.2 General MAC frame format

15.4 Discovery frames

15.5 Control frames

15.6 Command frames

15.7 Data frames

15.8 Aggregated MAC frames

15.9 Information elements

16 MAC sublayer functional description

16.1 Frame processing

16.2 Distributed contention access (DCA)

16.3 Device discovery

16.4 Channel selection

16.5 Transmission and reception of beacons

16.6 Distributed reservation protocol (DRP)

16.7 Coexistence and interoperability

16.8 Synchronization of devices

16.9 Fragmentation and reassembly

16.10 Aggregation

16.11 Channel bonding

16.12 Acknowledgement policies

16.13 Probe

16.14 Multi-rate support

16.15 Transmit power control (TPC)

16.16 Power management mechanisms

16.17 ASIE operation

16.18 Antenna training and tracking

16.19 Transmit switched diversity (TSD) operation

16.20 MAC sublayer parameters

17 Security

17.1 Security mechanisms

17.2 Security modes

17.3 Temporal keys

17.4 Frame reception steps and replay prevention measures

17.5 AES-128 GCM inputs

17.6 Token authentication

18 HDMI PAL

18.1 Introduction

18.2 HDMI transmission

18.3 HDMI reception

18.4 PAL header format

18.5 PAL payload format

18.6 Block retransmission request

18.7 Type specific header fields

18.8 Video/audio format adaptation

18.9 Fast uplink channel allocation (FUCA)

19 Out-of-band control channel

19.1 OOB operation

19.2 OOB frame format

19.3 Convergence MAC sublayer parameters

20 Relay operation

20.1 Relay path setup

20.2 Data transmission in relay operation

Annex A (normative) MUX sublayer

Annex B (normative) MAC Policies

Annex C (informative) Higher Layer Synchronization Support

Annex D (informative) IP PAL

Annex E (informative) USB PAL

Annex F (informative) B-ACK buffer with fixed size elements

Bibliography