Report ITU-R BT.2383-5
Policy on Intellectual Property Right (IPR)
1 Introduction
2 Broadcasting coverage area and service area planning
3 Definition of reception location probability
4 Broadcasting protection criteria
5 Quality of service requirements
6 Assessment of interference impact on the broadcast coverage
6.1 Introduction
6.2 Standard Broadcast Planning Practise
7 DVB-T and DVB-T2 reference broadcasting networks
7.1 Single transmitter case (assignments)
7.1.1 Vertical radiation patterns
7.2 Out of band mask
7.3 Single frequency networks (Allotments) (GE06)
7.3.1 Reference network 1 (large service-area SFN)
7.3.2 Reference network 2 (small service area SFN, dense
SFN)
7.3.3 Reference network 3 (small service area SFN for
urban environment)
8 ATSC Reference broadcasting networks
8.1 DTTB System A (ATSC 1.0) or System S (ATSC 3.0) single
transmitter
8.1.1 Vertical radiation pattern
9 ISDB-T reference broadcasting networks
9.1 DTTB System C (ISDB-T) single transmitter
9.2 Vertical radiation pattern
10 DTMB Reference broadcasting networks
10.1 Single transmitter case (Assignments)
11 DTTB reception modes
11.1 Fixed DTTB reception
11.1.1 Fixed antenna radiation pattern
11.1.2 Antenna gain
11.1.3 Feeder loss
11.1.4 Location probability for fixed reception
11.1.5 Polarization discrimination for fixed reception
11.2 Portable DTTB reception(GE06)
11.2.1 Considerations on height loss
11.2.2 Building entry loss
11.2.3 Antenna gain for portable reception
11.2.4 Location probability for portable reception
11.2.5 Polarization discrimination for portable reception
11.3 Mobile DTTB reception
11.3.1 Considerations on height loss
11.3.2 Antenna gain for Mobile DTTB reception
11.3.3 Location probability for mobile reception
11.3.4 Polarization discrimination for mobile reception
11.4 Reference planning configurations for DVB-T and DVB-T2 (GE06)
11.5 Interpolation of reference field strength values (GE06)
12 System parameters for DTTB Systems
12.1 System parameters related to DVB-T (8 MHz)
12.1.1 General parameters
12.1.2 Carrier-to-noise ratio
12.1.3 Minimum field strength at 650 MHz
12.1.4 Link budgets
12.1.5 Protection ratios and overload threshold for
interference from other services
12.2 System parameters related to DVB-T2 (8 MHz)
12.2.1 General parameters
12.2.2 Carrier-to-noise ratio
12.2.3 Minimum field strength at 650 MHz
12.2.4 Link budgets
12.2.5 Protection ratios and overload threshold for
interference from other services
12.3 System parameters related to ATSC 1.0 and ATSC 3.0 (both 6 MHz)
12.3.1 General UHF parameters
12.3.2 Carrier-to-noise ratio
12.3.3 Minimum UHF field strength
12.3.4 Link budgets
12.3.5 Protection ratios
12.4 System parameters and protection requirements related to ISDB-T
(6 MHz/8 MHz)
12.4.1 General parameters
12.4.2 Carrier-to-noise ratio
12.4.3 Minimum field strength at 600 MHz
12.4.4 Link budget
12.4.5 Protection ratios and overload threshold for
interference from other services
12.5 System parameters and protection requirements related to DTMB
(8 MHz)
12.5.1 General parameters
12.5.2 Carrier-to-noise ratio
12.5.3 Minimum field strength at 700 MHz
12.5.4 Protection ratios and overload threshold for
interference from other services
12.6 Correction of protection ratio figures for different ACLR
values
13 Propagation considerations
14 Aggregation of interference
15 Comparative evaluations
16 Inclusion of noise in interference assessments
A2.1 DVB-T
A2.1.1 DVB-T fixed
A2.1.2 DVB-T portable outdoor
A2.1.3 DVB-T portable indoor
A2.2 DVB-T2
A2.2.1 DVB-T2 fixed
A2.2.2 DVB-T2 portable outdoor
A2.2.3 DVB-T2 portable indoor
A2.3 ISDB-T
A2.3.1 ISDB-T fixed
A2.4 ATSC 3.0
A2.4.1 ATSC 3.0 fixed
A2.4.2 ATSC 3.0 portable outdoor
A2.4.3 ATSC 3.0 portable indoor