Policy on Intellectual Property Right (IPR)
Annex 1 Interfaces for video signals with pixel arrays of 1 920 × 1 080,
the frame frequencies up to 60 Hz and the bit depths up to 10 bit conforming
to Recommendations ITU-R BT.709 and ITU-R BT.2100
1 Digital representation
1.1 Coding characteristics
2 Digital interface
2.1 Serial video data
2.2 Video timing
relationship with analogue waveform
2.3 Video timing reference
codes SAV and EAV
2.4 Ancillary data
2.5 Data words during
blanking
3 Bit-parallel interface
4 Bit-serial interface
4.1 Data format
4.1.1 Video data
4.1.2 Video
timing reference codes
4.1.3 Interface
line number data
4.1.4 Error
detection codes
4.1.5 Ancillary
data
4.1.6 Blanking
data
4.2 Transmission format
4.2.1 Word-multiplexing
4.2.2 Serializing
4.2.3 Channel
coding
4.2.4 Serial
clock
4.2.5 Bit-serial digital check field
4.2.6 Payload
identifier
4.3 Coaxial cable
interfaces
4.3.1 Line
driver characteristics (source)
4.3.2 Line
receiver characteristics (destination)
4.3.3 Transmission
line characteristics
4.3.4 Connector
4.4 Optical fibre
interfaces
4.5 Bit-serial interface
for 60/P and 50/P dual-link operation
4.5.1 Source sample numbering
4.5.2 Interface
data streams and multiplex structure
4.5.3 Timing reference signals and line numbers
4.5.4 Signal
timing considerations
4.5.5 Link A and
link B identification
4.5.6 Ancillary
data
4.5.7 Audio data
4.5.8 Time code
4.6 Single link
3 Gbit/s mapping – Dual link source
4.6.1 Single
link 3 Gbit/s payload identifier (Dual link source)
4.7 Applications of the
dual-link bit-serial digital interface
4.8 Applications of a
single 3Gbit/s link carrying data formatted on two 1.5 Gbit/s interfaces
Attachment 1 to Annex 1 Applications of the dual-link high-definition serial digital
interface
1 4:4:4 (R′G′B′)
and 4:4:4:4 (R′G′B′ + A or D) 10-bit signals of 30/P, 30/PsF, 60/I, 25/P, 25/PsF, 50/I, 24/P and
24/PsF systems
1.1 Source sample numbering
1.2 Interface data streams
1.3 Multiplex structure
1.4 Auxiliary signal
2 4:4:4 (R′G′B′)
12-bit signals of 30/P, 30/PsF, 60/I,
25/P, 25/PsF, 50/I, 24/P and 24/PsF systems
2.1 Source sample numbering
2.2 Interface data streams
2.3 R′G′B′:0-1 onto first channel of link B data mapping
2.4 Multiplex structure
3 4:2:2 (YCBCR)
12-bit signals of 30/P, 30/PsF, 60/I,
25/P, 25/PsF, 50/I, 24/P and 24/PsF systems
3.1 Source sample numbering
3.2 Interface data streams
3.3 YCBCR:0-1 and Y:0-1
onto first channel of link B data mapping
3.4 Multiplex structure
3.5 Auxiliary signal
4 4:4:4 (YCBCR), 4:4:4:4 (YCBCR + A or D) 10-bit signals of 30/P, 30/PsF, 60/I,
25/P, 25/PsF, 50/I, 24/P and 24/PsF systems
4.1 Source sample
numbering
4.2 Interface data streams
4.3 Multiplex structure
4.4 Auxiliary signal
5 4:4:4 (YCBCR) 12-bit signals of 30/P, 30/PsF, 60/I, 25/P, 25/PsF, 50/I, 24/P and
24/PsF systems
5.1 Source sample
numbering
5.2 Interface data streams
5.3 Multiplex structure
5.4 Additionally supported
picture payload values
Attachment 2 to Annex 1 Applications of the single link 3 Gbit/s high
definition serial digital interface 1.5 Gbit/s dual link to single link
3 Gbit/s mapping
1 Dual-link source
1.1 Data mapping
1.2 Payload identifier
Annex 2 Bit-serial digital checkfield for use in the high-definition digital
interfaces
1 Scope
2 General considerations
3 Checkfield data
4 Serial digital interface (SDI) checkfield