Policy on Intellectual Property Right (IPR)
1 Definition of terms
2 Basic system overview
3 UHDTV1 Mapping into single-link or dual-link or quad-link 10G‑HDSDI
3.1 Video payload mapping
3.2 Single-link 10G-HDSDI for Systems U1.1 to U1.5
3.3 Dual-link 10G-HDSDI for Systems U1.6 to U1.9
3.4 Quad-link 10G-HDSDI for Systems U1.10 to U1.17
3.5 Optical interface characteristics
3.6 ANC/audio data mapping
3.6.1 ANC data mapping
3.6.2 Audio data mapping
3.6.3 Payload ID mapping
4 UHDTV2 mapping into quad-link or octa-link or sixteen-link 10G‑HDSDI
4.1 Video payload mapping
4.2 Quad-link 10G-HDSDI for Systems U2.1 to U2.5
4.3 Octa-link 10G-HDSDI for Systems U2.6 to U2.9
4.4 Sixteen-link 10G-HDSDI for Systems U2.10 to U2.17
4.5 Optical interface characteristics
4.6 ANC/audio data mapping
4.6.1 ANC data mapping
4.6.2 Audio data mapping
4.6.3 Payload ID mapping
Annex A to Part 1 (normative) 10 Gbit/s UHDTV serial signal/data interface –
basic stream derivation
A1 Source image formats
A1.1 Single-link 1.5 Gbit/s image formats
A1.2 Dual-link 1.5 Gbit/s image formats
A1.3 Quad-link 1.5 Gbit/s image formats
A1.3.1 Four way division of source data
A1.4 Octa-link 1.5 Gbit/s
A1.4.1 Eight way division of source data
A2 Payload identifier
A2.1 Payload identifier for 1.5 Gbit/s
A2.2 Payload identifier for dual-link 1.5 Gbit/s
A2.3 Payload identifier for quad-link 1.5 Gbit/s
A2.4 Payload identifier for octa-link 1.5 Gbit/s
A2.5 Placement of payload identifier
Annex B to Part 1 (normative) 10 Gbit/s Serial signal/data
interface – basic stream data mapping
B1 Basic stream data mapping
B1.1 5-Channel Mode (Mode A)
B1.1.1 Mode A 50-Bit data blocking and 8B/10B encoding
B1.1.2 Data replacement of SAV part of CH1
B1.1.3 10.692 Gbit/s stream for Mode A transmission
B1.2 6-Channel Mode (Mode B)
B1.2.1 Mode B 50-bit data blocking and 8B/10B encoding
B1.2.2 Data replacement of SAV part of CH1
B1.2.3 10.692 Gbit/s stream for Mode B transmission
B1.3 8-Channel Mode (Mode C)
B1.4 8-Channel Mode (Mode D)
B1.4.1 Mode D video data blocking, scrambling and 8B/10B
encoding
B1.4.2 Data blocking for CRC and LN area in an even basic
stream
B1.4.3 Data replacement of SAV Part of CH2
B1.4.4 10.692 Gbit/s stream for Mode D transmission
Attachment A to Annex B to Part 1 (normative) Data length in a line in Mode
A, B and D
Attachment B to Annex B to Part 1 (informative)
BB.1 Mode A channel assignment examples
BB.2 Mode B channel assignment examples
BB.3 Mode D channel assignment examples
Annex C to Part 1 (normative) 10 Gbit/s serial signal/data interface –
optical fibre interface
C1 Serial fibre interface optical and electrical specifications
C1.1 The optical transmitter characteristics at nominal wavelengths
of 1310 nm and 1550 nm should be as defined in Table 1-26
C1.2 Optical fibre characteristics should be as defined in Table
1-28
C2 Serial fibre interface jitter specifications
C2.1 Jitter in the timing of transitions of the data signal should
be measured in accordance with Recommendation ITU-R BT.1363
C2.2 Optical transmitter and receiver should meet the requirements
defined in Tables 1‑33 and 1-34
1 Definition of terms
2 Video data signals
2.1 Overview of mapping from 8K or 4K images to 10G link signals
2.1.1 Mapping of 8K or 4K images with 120 Hz, 120/1.001
Hz or 100 Hz frame frequency
2.1.2 Mapping of 8K or 4K images with 60 Hz, 60/1.001 Hz
or 50 Hz frame frequency
2.1.3 Mapping of 8K or 4K images with 30 Hz, 30/1.001 Hz,
25 Hz, 24 Hz or 24/1.001 Hz frame frequency
2.1.4 Configuration of colour signal component and system
ID
2.2 Division of 8K images into 4K sub-images
2.3 Division of 4K images and 4K sub-images into basic images
3 Basic stream
3.1 Conversion from basic images to basic streams
3.2 Timing reference codes (SAV and EAV)
3.3 Line number data
3.4 Error detection code data
3.5 Ancillary data
3.6 Audio
3.7 Payload ID
3.8 Blanking data
4 Generation of 10G link signals
4.1 Generating 10G link signals from basic streams
4.1.1 Generating 10G link signals from 120, 120/1.001 or
100 Hz basic streams
4.1.2 Generating 10G link signals from 60, 60/1.001 or 50
Hz basic streams
4.1.3 Generating 10G link signals from 30, 30/1.001, 25,
24 or 24/1.001 Hz basic streams
4.2 Mapping of 8K or 4K image to 10G link signals
4.2.1 8K/Fr (Fr = 120, 120/1.001, 100)
4.2.2 8K/Fr (Fr = 60, 60/1.001, 50)
4.2.3 8K/Fr (Fr = 30, 30/1.001, 25, 24,
24/1.001)
4.2.4 4K/Fr (Fr = 120, 120/1.001, 100)
4.2.5 4K/Fr (Fr = 60, 60/1.001, 50)
4.2.6 4K/Fr (Fr = 30, 30/1.001, 25, 24,
24/1.001)
5 Physical layer
5.1 Physical layer specification for multi-mode fibre transmission
5.1.1 Optical transmitter characteristics
5.1.2 Optical receiver characteristics
5.1.3 Jitter specifications
5.1.4 Timing difference
5.1.5 Optical connector
5.1.6 Assignment of 10 G link signals to a
receptacle connector
5.2 Physical layer specification for single mode fibre transmission
5.2.1 Optical transmitter characteristics
5.2.2 Optical receiver characteristics
5.2.3 Jitter specifications
5.2.4 Timing difference
5.2.5 Optical connector
1 Definition of terms
2 Overview of UHDTV mapping into multi-link 6G-SDI, 12G-SDI and 24G-SDI
signals
2.1 Mapping for 4 320-line images
2.2 Mapping for 2 160-line images with 120 Hz, 120/1.001 Hz, 100 Hz, 60 Hz, 60/1.001 Hz, 50 Hz, 30 Hz,
30/1.001 Hz, 24 Hz, or 24/1.001 Hz frame frequency
3 Image division into 1 080-line sub-images
3.1 Division of 4 320-line image into 4 × 2 160-line
intermediate sub-images
3.2 Division of 2 160-line image or intermediate sub-image into 4 ×
1 080-line sub-images
4 Data stream
4.1 100, 120/1.001 and 120 Hz images
4.1.1 Mapping of
sub-images to data streams
4.2 50, 60/1.001 and 60 Hz images
4.2.1 Mapping of
sub-images to data streams
4.3 24/1.001, 24, 25, 30/1.001, and 30 Hz images
4.3.1 Mapping of
sub-images to data streams
4.5 Timing reference codes (SAV and EAV)
4.6 Line number data
4.7 Error detection code data
4.8 Ancillary data
4.9 Audio
4.9.1 Transport of the maximum number of audio channels
4.9.2 Audio copy between links
4.10 Payload ID
4.11 Blanking data
5 Generation of 6G link signals
5.1 6G-SDI 10-bit Multiplex
5.1.1 Type 1 and Type 2 10-bit Parallel Interfaces
5.2 6G-SDI serial interface
5.2.1 Sync-bit insertion
5.2.2 Channel coding and serialization
5.2.3 Serial clock
5.2.4 Inter link delay
6 Generation of 12G link signals
6.1 12G-SDI 10-bit Multiplex
6.1.1 Type 1 and Type 2 10-bit parallel interfaces
6.2 12G-SDI serial interface
6.2.1 Sync-bit insertion
6.2.2 Channel coding and serialization
6.2.3 Serial clock
6.2.4 Inter link delay
7 Generation of 24G link signals
7.1 24G-SDI 10-bit Multiplex
7.1.1 Type 1 and Type 2 10-bit parallel interfaces
7.2 24G-SDI serial interface
7.2.1 Sync-bit insertion
7.2.2 Channel coding and serialization
7.2.3 Serial clock
7.2.4 Inter link delay
8 Coaxial cable interface
8.1 Generator signal levels and specifications
8.2 Receiver signal levels and specifications
8.2.1 Return loss 6G interface
8.2.2 Return loss 12G interface
8.2.3 Return loss 24G interface
9 Optical interface
9.1 Transmitter unit
9.1.1 Transmitter unit labelling
9.2 Receiver unit
9.2.2 Receiver unit labelling
9.2.3 Selection of wavelengths
Annex 1 to Part 3 (informative)
Annex 2 to Part 3 (informative) The use of a gearbox to convert between
interfaces
1 Source image formats
1.1 Single link 1.5 Gbit/s class image formats
1.2 Dual link 1.5 Gbit/s class image formats
1.3 Quad Link 1.5 Gbit/s class image formats
1.4 Octa Link 1.5 Gbit/s Class Image Formats
1.5 16-link 1.5 Gbit/s class image formats
1.6 32-Link 1.5 Gbit/s class image formats
1.7 64-Link 1.5 Gbit/s class image formats
1.8 128-Link 1.5 Gbit/s class image formats
2 Payload Identifier
2.1 Payload Identifier for 1.5 Gbit/s Class
2.2 Payload Identifier for Dual Link 1.5 Gbit/s Class
2.3 Payload Identifier for Quad Link 1.5 Gbit/s Class
2.3.1 Byte 1 – Digital interface and payload
identification
2.3.2 Byte 2 – Picture rate and scanning method
2.3.3 Byte 3 – Aspect ratio, colorimetry and sampling
structure
2.3.4 Byte 4 – Luminance and bit depth
2.3.5 Full Range 12 bit to 10 bit conversion
2.3.6 Mapping to Interfaces and Formats with Narrow-Range
Image
2.4 Payload identifier for octa link 1.5 Gbit/s class
2.5 Payload Identifier for 16-Link 1.5 Gbit/s Class
2.6 Payload Identifier for 32-Link 1.5 Gbit/s Class
2.7 Payload Identifier for 64-Link 1.5 Gbit/s Class
2.8 Payload Identifier for 128-Link 1.5 Gbit/s Class
2.9 Placement of Payload Identifier
3 Basic Stream Data Mapping
3.2 26.73 Gbit/s basic stream data mapping
3.2.1 Video data blocking, 8b/10b encoding and scrambling
3.2.2 Data replacement of SAV part of channel 1
3.2.3 106.92 Gbit/s data stream
3.2.4 ANC/Audio data mapping
3.3 4k/100P-120P mapping onto dual-link 26.73G-SDI
3.3.1 4k/100P-120P image format carried by dual-link
26.73G-SDI
3.3.2 ANC data mapping
3.3.3 Audio data mapping
3.3.4 Timing consideration of dual-link 26.73G-SDI
3.4 8k/100P-120P mapping onto dual-link 106.92G-SDI
3.4.1 8k/100P-120P image format carried by dual-link
106.92G-SDI
3.4.2 ANC data mapping
3.4.3 Audio data mapping
3.4.4 Timing consideration of dual-link 106.92G-SDI
4 Optical fibre characteristics
4.1 26.73 Gbit/s serial fibre interface optical and electrical
specifications
4.2 106.92 Gbit/s Serial Fibre Interface Optical and Electrical
Specifications
Annex A to Part 4 (normative) Data length in a line of 26.73 Gbit/s interface
Annex B to Part 4 (informative) Channel assignment example of 26.73 Gbit/s and
106.92 Gbit/s interface