Intellectual Property Rights
Foreword
1 Scope
2 References
3 Definitions and abbreviations
3.1 Definitions
3.2 Abbreviations
4 Packet Data in Fixed Radio Systems - the
need to update the standard
4.1 Transmission of packet data in fixed radio systems
4.2 Switching and routing functionality
4.3 Flexible system parameters
5 Relevant Parameters
5.1 Radio Interface Capacity
5.2 Bandwidth and Channel Separation
5.3 Spectral Efficiency
5.4 Equipment spectrum class
6 General considerations on criteria and methods for Radio
Interface Capacity
6.1 Setting guidelines for new RIC-limits
6.2 Definition of RIC limits
7 Route 1 - Addition of dedicated RIC values
7.1 Radio requirements for specific RIC values
7.2 Evaluation of the radio interface parameters
7.3 Conclusion and proposals
8 Route 2 - Approach for flexible RIC-values
8.1 Derivation of reasonable symbol rates versus
bandwidth
8.2 Derivation of maximum radio data rates
8.3 Definition of RIC-ranges
8.4 Application of RIC-ranges
8.5 Possible Extension EN 302 217-2-2 annex F
9 PtP-systems with mixed-mode system parameters
9.1 Benefits of adaptivity
9.2 General considerations
10 Conclusion and next steps
Annex A: RIC-values for Ethernet signal transmission
Annex B: Table F.1 from EN 302 217-2-2
Annex C: System details on HiperAccess user data rate evaluation
C.1 BRAN HiperAccess
C.2 HiperAccess parameters
C.3 BRAN HiperAccess data rates
Annex D: Radio requirements for 23 GHz
D.1 Need for new RIC limits
D.2 Assumptions
D.3 Proposed changes to EN 302 217
Annex E: Filling the "Gaps" within a certain class
Annex F: Mixed-mode operation (Annex F of EN 302 326-1)
F.1 Introduction
F.2 General description of mixed-mode systems
F.3 Historical derivation of transmit spectrum masks
F.4 Rationale for Multipoint transmit masks
F.5 Essential requirements for transmitters and receivers
operating in mixed-mode
Annex G: Future Steps
G.1 Further discussion items
G.2 Future targets for PtP-standardization
Annex H: Spectral Efficiency and System Threshold
History