FOREWORD
1 Scope
2 Normative references
3 Abbreviations
4 Terminal categories
5 Definition of receiving conditions
   5.1 Portable reception
   5.2 Mobile reception
6 Frequencies and channel bandwidths
   6.1 Channel frequencies
   6.2 Supported frequency ranges
   6.3 Supported bandwidths
7 DVB-T/H modes
   7.1 Supported DVB-T/H modes
   7.2 Change of modulation parameters
   7.3 Tuning procedure
8 Transmitter performance
   8.1 Transmitter noise-like impairments
         8.1.1 Noise-like processes
   8.2 Further transmitter impairments
         8.2.1 Group delay errors
         8.2.2 Phase noise in OFDM systems
         8.2.3 OFDM clock frequency
   8.3 Spectrum masks
         8.3.1 DVB-T signals (general)
         8.3.2 DVB-T signals (critical cases)
         8.3.3 DVB-T signals (DVB-T in adjacent channel)
9 Receiver antenna characteristics
   9.1 Antennas for terminal category a
   9.2 Antennas for terminal category b1
   9.3 Antennas for terminal category b2 and c
   9.4 External antennas
         9.4.1 General
         9.4.2 External antennas for terminal category b2 and c
         9.4.3 External antenna connector
10 Receiver performance
   10.1 Reference model
   10.2 Noise model
   10.3 Degradation criteria
   10.4 Diversity receivers
   10.5 DVB-H receivers
   10.6 Channel models
         10.6.1 DVB-T Rayleigh channel (P[1])
         10.6.2 Portable indoor (PI) and outdoor (PO) channels
         10.6.3 Mobile reception
   10.7 C/N performance
         10.7.1 C/N performance in Gaussian channel
         10.7.2 C/N performance in DVB-T Rayleigh channel
                 (P[1])
         10.7.3 C/N Performance in portable indoor (PI) and
                 portable outdoor (PO) channels
         10.7.4 DVB-T C/N performance in mobile channels for
                 terminal class a
         10.7.5 DVB-H C/N performance in mobile channels
   10.8 Receiver minimum and maximum signal input levels
         10.8.1 Noise floor
         10.8.2 Minimum input levels (sensitivity)
         10.8.3 Total maximum power for wanted and unwanted
                 signals
         10.8.4 Maximum input levels for wanted and unwanted
                 signals
   10.9 Immunity to analogue and/or digital signals in other
         channels
         10.9.1 General
         10.9.2 Interfering signal definitions
         10.9.3 Selectivity patterns
         10.9.4 Linearity patterns
         10.9.5 Immunity to pattern S1
         10.9.6 Immunity to pattern S2
         10.9.7 Immunity to pattern L1
         10.9.8 Immunity to pattern L2
         10.9.9 Immunity to pattern L3
         10.9.10 Immunity to pattern L4
   10.10 Immunity to co-channel interference from
         analogue TV signals
   10.11 Guard interval utilization
         10.11.1 Performance with echo within guard interval
         10.11.2 Performance with echo outside guard interval
   10.12 Tolerance to impulse interference
         10.12.1 General
         10.12.2 Test patterns
   10.13 EMC characteristics
         10.13.1 Terminal category c
         10.13.2 Terminal category a and b
                 Interoperability with other radio systems
   11.1 Cellular radios
         11.1.1 General
         11.1.2 Cellular radio uplink wanted signal interference
                 to DVB-T/H receiver
         11.1.3 Cellular radio uplink unwanted signal interference
                 to DVB-T/H receiver
   11.2 DVB-RCT
Annex A (informative) Active external antennas and
        system noise floor
Annex B (informative) An example of C/N-performance
        with a practical transmitter
Annex C (informative) Multipath reception in a
        DVB-T system
Bibliography