Table of Contents

Intellectual Property Rights
Foreword
1 Scope
2 Normative references
3 Definitions, abbreviations and symbols
   3.1 Definitions
   3.2 Abbreviations
   3.3 Symbols
4 Overview
   4.1 HIPERLAN addressing
   4.2 HIPERLAN MAC sublayer features
   4.3 HIPERLAN CAC sublayer features
5 HIPERLAN MAC service definition
   5.1 MAC Service Access Point address (MSAP-address)
   5.2 HMQoS
   5.3 HIPERLAN information
   5.4 HIPERLAN MAC service primitives
   5.5 MSDU transfer
   5.6 HMQoS failure report
   5.7 HIPERLAN look-up
6 HIPERLAN MAC protocol specification
   6.1 Protocol operation elements
   6.2 HIPERLAN look-up function
   6.3 Power conservation function
   6.4 User data transfer function
   6.5 Rooting information maintenance function
   6.6 HMPDU transfer function
   6.7 Structure and encoding of HMPDUs
   6.8 HIPERLAN MAC protocol predefined values
7 HIPERLAN CAC service definition
   7.1 HCSAP-address
   7.2 HCQoS
   7.3 HIPERLAN identifier
   7.4 Transfer status
   7.5 HIPERLAN CAC service primitives
   7.6 Transfer control
   7.7 HCSDU transfer
8 HIPERLAN CAC protocol specification
   8.1 Protocol operation element
   8.2 Elimination-Yield Non-pre-emptive Priority
        Multiple Access (EY-NPMA)
   8.3 Channel permission function
   8.4 User data transfer function
   8.5 HCPDU transfer function
   8.6 Structure and encoding of HCPDUs
9 Physical layer
   9.1 Equipment classes
   9.2 RF carriers
   9.3 Antenna systems
   9.4 Clear Channel Assessment (CCA)
   9.5 Channel access burst
   9.6 Data Bursts
   9.7 Modulation technique
   9.8 Burst transmission
   9.9 Receiver parameters
   9.10 PHY Layer Management
10 HIPERLAN enhancement unit
11 Conformance
   11.1 Static conformance requirements
   11.2 Dynamic conformance requirements
Annex A (informative): HIPERLAN MIB Example
Annex B (informative): HIPERLAN management
      B.1 HIPERLAN in the OSI management framework
Annex C (informative): Bibliography
History

Abstract

Technical characteristics, modes of operation and management facilities for radio LAN equipment operating in frequency bands given in CEPT T/R22-06 and providing instantaneous terminal data rates of 20 Mbit/s and system densities of 100-1000 Mbit/s/hectare /floor. Portable and fixed terminals to be supported.

General Product Information

Published
Document Type	Standard
Status	Current
Publisher	European Telecommunications Standards Institute
Pages
ISBN
Committee	BRAN 10