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BS IEC 62106-10:2021

BS IEC 62106-10:2021

$215.11

Radio data system (RDS). VHF/FM sound broadcasting in the frequency range from 64,0 MHz to 108,0 MHz – UECP. Universal Encoder Communication Protocol

Published By Publication Date Number of Pages
BSI 2021 104
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PDF Catalog

PDF Pages PDF Title
2 undefined
4 CONTENTS
8 FOREWORD
10 INTRODUCTION
11 1 Scope
2 Normative references
3 Terms, definitions and abbreviated terms
3.1 Terms and definitions
12 3.2 Abbreviated terms
4 RDS encoder hardware model
13 Figures
Figure 1 – RDS encoder hardware model
14 5 RDS encoder software model
15 6 Destination addressing method
6.1 General
Figure 2 – RDS encoder software model
16 6.2 Site address
Figure 3 – Fictitious example of site addressing
17 6.3 Encoder address
7 Transmission modes
7.1 General
7.2 Uni-directional mode
7.3 Bi-directional mode, requested response
7.4 Bi-directional mode, spontaneous response
8 Protocol description
8.1 Data format
8.2 Data link layer
8.2.1 General
18 8.2.2 Data-frame
Figure 4 – UECP data-frame format
Tables
Table 1 – UECP data-frame description
20 Figure 5 – UECP data frame with the CRC-16 for example 1 being 0x25F4
21 8.2.3 Byte-stuffing method
8.2.4 Message field format
Figure 6 – UECP data frame with the CRC-16 for example 2 being 0x800C
Table 2 – Byte-stuffing method
22 Table 3 – Message structure
Table 4 – Data set number
23 8.3 Message codes
8.3.1 General
8.3.2 Remote and configuration commands
8.3.3 RDS messages
8.3.4 Handling of RDS message bits declared “rfu”
8.3.5 Status messages
8.3.6 Specific messages
8.4 Description of data handling
Table 5 – Programme Service Number
24 8.5 Group sequence configuration
8.5.1 Basic principles used
8.5.2 Group sequence determination
8.5.3 Extended group sequence command
8.5.4 Relative priority group sequence command
8.5.5 Special transmission conditions
25 8.6 Handling of ODA data
8.6.1 Using ODAs on data-stream 0
8.6.2 Using ODAs on the upper data-streams 1 to 3
28 Annex A (normative)UECP message command repertoire
A.1 Message command format
A.2 Commands for A or B-type groups on data-stream 0
A.2.1 PI / MEC 0x01
Table A.1 – Message command format
29 A.2.2 PS / MEC 0x02
30 A.2.3 Long PS / MEC 0x21
A.2.4 Data group for PTYI / MEC 0x04
31 A.2.5 TP – TA / MEC 0x03
A.2.6 PTY / MEC 0x07
32 A.2.7 PTYN / MEC 0x3E
A.2.8 RT / MEC 0x0A
34 Figure A.1 – Message transmission cycle diagram
35 A.2.9 AF / MEC 0x13
36 A.2.10 EON-AF / MEC 0x14
37 A.2.11 ECC and other slow label settings / MEC 0x1A
38 A.2.12 Linkage information / MEC 0x2E
A.2.13 Free-format data in type A or B group / MEC 0x24
39 A.3 Commands for ODAs on data-stream 0
A.3.1 Group type 3A ODA configuration and short message command / MEC 0x40
41 A.3.2 ODA assignment group usage sequence signalling / MEC 0x41
42 A.3.3 ODA relative priority group sequence / MEC 0x43
A.3.4 ODA data group repetitions and burst mode / MEC 0x44
43 A.3.5 ODA “spinning wheel” timing control / MEC 0x45
44 A.3.6 ODA data / MEC 0x46
46 A.3.7 ODA data command access right / MEC 0x47
47 A.4 Commands for clock setting and control for data-stream 0
A.4.1 Real time clock for CT / MEC 0x0D
48 A.4.2 Real time clock correction for CT / MEC 0x09
A.4.3 CT on-off command / MEC 0x19
49 A.5 Commands for RDS signal alignment and control on data-stream 0
A.5.1 RDS on-off command data-stream 0 / MEC 0x1E
A.5.2 RDS phase for subcarrier 0 / MEC 0x22
50 A.5.3 RDS level for subcarrier 0 / MEC 0x0E
51 A.6 Message name commands control and set-up commands on data-stream 0
A.6.1 Site address / MEC 0x23
A.6.2 Encoder address / MEC 0x27
52 A.6.3 Make PSN list / MEC 0x28
A.6.4 PSN enable-disable / MEC 0x0B
53 A.6.5 EON elements enable-disable / MEC 0x3F
54 A.6.6 Communication mode / MEC 0x2C
55 A.6.7 TA control / MEC 0x2A
A.6.8 EON-TA control / MEC 0x15
56 A.6.9 Reference input select / MEC 0x1D
A.6.10 Data set select / MEC 0x1C
A.6.11 Group sequence determination for data-stream 0 / MEC 0x16
57 A.6.12 Extended group sequence for data-stream 0 / MEC 0x38
59 A.6.13 Group variant code sequence for data-stream 0 / MEC 0x29
60 A.6.14 Encoder access right / MEC: 0x3A
61 A.6.15 Communications port configuration – Mode / MEC 0x3B
62 A.6.16 Communications port configuration – Speed / MEC 0x3C
64 A.6.17 Communications port configuration – Timeout /MEC 0x3D
65 A.6.18 Message acknowledgment / MEC 0x18
66 A.6.19 Request message / MEC 0x17
67 A.7 Manufacturers’ and transmission operators’ specific command / MEC 0x2D
68 A.8 Commands for the C-type groups used on data-streams 1 to 3
A.8.1 ODA-AID channel assignment for AS group type C (Alternative 1)/MEC 0x50
70 A.8.2 ODA-AID channel assignment for AS group type C (Alternative 2) / MEC 0x51
73 A.8.3 Relative priority group sequence / MEC 0x53
A.8.4 Burst mode control for ODA group type C / MEC 0x54
74 A.8.5 RFT file data transfer (Alternative 2)/MEC 0x55
75 A.8.6 ODA data group command / MEC 0x56
77 A.8.7 RFT file data transfer and associated data for the assignment group(s) variants 0 and 1 (Alternative 1) / MEC 0x57
78 A.8.8 File associated data for AS group variants 2 to 7 (Alternative 1)/MEC 0x58
80 A.8.9 Define in the RFT a file sequence for the AID/MEC 0x59
81 A.8.10 Define the group sequence / MEC 0x61
82 A.8.11 Extended group sequence for group type C/MEC 0x83
84 A.8.12 Upper data-stream level / MEC 0xE0
A.8.13 Upper data-streams on – off/MEC 0xE1
86 Annex B (normative)UECP transmission over IP networks
87 Annex C (informative)Transport of UECP data within DVB-S radio
88 Annex D (informative)Manufacturer and transmission operator command code registration
89 Annex E (informative)Listing of Message Element Codes
91 Annex F (informative)Special optional ODA transmission modeon RDS data-stream 0 with group type A or B
Figure F.1 – “Spinning wheel” mode – one minutetransmission cycle that starts with a 4A group
92 Annex G (normative)Message Element Codes kept for backwardscompatibility on data-stream 0
G.1 General
G.2 ODA data group/MEC 0x42
93 G.3 EWS / MEC 0x2B
94 G.4 TDC/MEC 0x26
95 G.5 TMC / MEC 0x30
G.6 DAB Dynamic label message – DL/MEC 0xAA
96 G.7 DAB Dynamic label command/MEC 0x48
98 Annex H (informative)Example for defining the group sequencefor data-stream 0 including ODA groups
99 Annex I (informative)Example of how to send a logo with two different resolutions using RFT
I.1 Send files to the encoder
I.1.1 General
I.1.2 Alternative 1: using MECs 0x50 and 0x57
100 I.1.3 Alternative 2: using MECs 0x51 and 0x55
102 I.2 Data-stream number setting
I.3 File sequence setting
103 Bibliography

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