SMPTE ST 2082-10-2018 2160-line and 1080-line Source Image and Ancillary Data Mapping for 12G-SDI.pdf

《SMPTE ST 2082-10-2018 2160-line and 1080-line Source Image and Ancillary Data Mapping for 12G-SDI.pdf》由会员分享，可在线阅读，更多相关《SMPTE ST 2082-10-2018 2160-line and 1080-line Source Image and Ancillary Data Mapping for 12G-SDI.pdf（41页珍藏版）》请在麦多课文档分享上搜索。

1、= ELWDQGELW+LJK)UDPH5DWH +)5 6RXUFHLPDJHIRUPDWVDQGDQFLOODUGDWD673DJHRISDJHV)RUWKLVPRGHWKH6RXUFH,PDJH)RUPDWVDQGFRUUHVSRQGLQJPDSSLQJVWUXFWXUHVVKDOOEHDVGHILQHGLQ7DEOH7DEOH6XSSRUWHG,PDJHVDPSOHVWUXFWXUHVDQGIUDPHUDWHV5HIHUHQFH6WDQGDUG)RUPDW6LJQDO)RUPDW6DPSOLQJ6WUXFWXUHSLHOHSWK)UDPH5DWHV0DSSLQJ6WUXFWXUH5HF

2、,785%7 5*% ELW 5*%$ ELW 1920*;1919*;1918*;1921*;1924*;1923*;1922*;1925*;1926*;1927*;(n-3)*;(n-2)*;0*;n last sample*;(n-1)*;1*;2*;3*;DWD(Interface clock frequency = 297MHz or 297/1.001 MHz)Data Stream 1 of Virtual Interface(Interface clock frequency =148.5 MHz or 148.5/1.001 MHz)Data Stream 2 of Virt

3、ual Interface(Interface clock frequency = 148.5 MHz or 148.5/1.001 MHz)Data Stream 3 of Virtual Interface(Interface clock frequency = 148.5 MHz or 148.5/1.001 MHz)Data Stream 4 of Virtual Interface(Interface clock frequency = 148.5 MHz or 148.5/1.001 MHz)EAV (3FFh) EAV (000h) EAV (000h)EAV (XYZ)LN0

4、LN1CRC0 CRC1SAV (3FFh) SAV (000h)SAV (000h)SAV (XYZ)Optional ancillary data space*;1*;3G;1919EAV (3FFh)EAV (000h) EAV (000h)EAV (XYZ)LN0 LN1CRC0 CRC1SAV (3FFh) SAV (000h)SAV (000h)SAV (XYZ)Optional ancillary data spaceR; 0R; 2R;1918EAV (3FFh) EAV (000h) EAV (000h)EAV (XYZ)LN0 LN1CRC0 CRC1SAV (3FFh)

5、SAV (000h) SAV (000h)SAV (XYZ)Optional ancillary data spaceB;0B;2B;1918EAV (3FFh) EAV (000h) EAV (000h)EAV (XYZ)LN0 LN1CRC0CRC1SAV (3FFh) SAV (000h)SAV (000h) SAV (XYZ)Optional ancillary data space*;0*;2G;1918Data Stream 5 of Virtual Interface(Interface clock frequency =148.5 MHz or 148.5/1.001 MHz)

6、Data Stream 6 of Virtual Interface(Interface clock frequency = 148.5 MHz or 148.5/1.001 MHz)Data Stream 7 of Virtual Interface(Interface clock frequency = 148.5 MHz or 148.5/1.001 MHz)Data Stream 8 of Virtual Interface(Interface clock frequency = 148.5 MHz or 148.5/1.001 MHz)EAV (3FFh) EAV (000h)EAV

7、 (000h) EAV (XYZ)LN0 LN1CRC0 CRC1SAV (3FFh) SAV (000h) SAV (000h)SAV (XYZ)Optional ancillary data spaceA 1 A 3A 1919EAV (3FFh) EAV (000h) EAV (000h)EAV (XYZ)LN0 LN1CRC0 CRC1SAV (3FFh) SAV (000h)SAV (000h) SAV (XYZ)Optional ancillary data space5;15;3R;1919EAV (3FFh) EAV (000h) EAV (000h)EAV (XYZ)LN0

8、LN1CRC0 CRC1SAV (3FFh) SAV (000h) SAV (000h)SAV (XYZ)Optional ancillary data spaceB;1B;3B;1919EAV (3FFh) EAV (000h) EAV (000h)EAV (XYZ)LN0 LN1CRC0 CRC1SAV (3FFh)SAV (000h) SAV (000h) SAV (XYZ)Optional ancillary data spaceA 0 A 2A 19185;19205;19195;19185;19215;19245;19235;19225;19255;19265;19275;(n-3

9、)5;(n-2)5;05;n last sample5;(n-1)5;15;25;3R; Data(Interface clock frequency = 297MHz or 297/1.001 MHz)%;1920%;1919%;1918%;1921%;1924%;1923%;1922%;1925%;1926%;1927%;(n-3)%;(n-2) %;0%;n last sample%;(n-1) %;1%;2%;3%;DWD(Interface clock frequency = 297MHz or 297/1.001 MHz)A 1920A 1919A 1918 A 1921 A 19

10、24A 1923A 1922 A 1925 A 1926 A 1927 A (n-3) A (n-2)A 0A n last sampleA (n-1)A 1 A 2 A 3A Data(Interface clock frequencA = 297MHz or 297/1.001 MHz)*;(n-6)*;(n-5)*;(n-4)5;(n-6)5;(n-5)5;(n-4)%;(n-6)%;(n-5)%;(n-4)A (n-6) A (n-5) A (n-4)*;(n-7)5;(n-7)%;(n-7)A (n-7)n = 2199 (120, 120/1.001 fps)2639 (100 f

11、ps)2749 (96, 96/1.001 fps)LJXUH0DSSLQJ6WUXFWXUH,5*% $ %LW6LJQDOVDWDQG3URJUHVVLYH)UDPHV6HF673DJHRISDJHV 7LPLQJDQG5HIHUHQFH6LJQDOV($9 (QGRI$FWLYH9LGHR DQG6$9 6WDUWRI$FWLYH9LGHR WLPLQJUHIHUHQFHVVKDOOEHLQVHUWHGLQWRHDFKGDWDVWUHDPRIWKHELWYLUWXDOLQWHUIDFHRQDOLQHEOLQHEDVLVDVLOOXVWUDWHGLQ)LJXUH7KH($9DQG6$9VH

12、TXHQFH) ILHOGIUDPH 9 YHUWLFDO + KRULRQWDO DQGSDULWELWV3WKURXJK3VKDOOEHDVGHILQHGLQ7DEOHDQG7DEOH7DEOH%LWDVVLJQPHQWIRUWLPLQJUHIHUHQFHFRGHV:RUG 9DOXH%LWQXPEHUE 06% E E E E E E E E E /6% )K K K ;= ) 9 + 3 3 3 3 7DEOH3URWHFWLRQ3DULWELWVIRUWLPLQJUHIHUHQFHFRGHV%LWQXPEHUE E E E E E E)XQFWLRQ) 9 + 3 3 3 3%LWS

13、DWWHUQ %LWSDWWHUQ %LWSDWWHUQ %LWSDWWHUQ /LQH1XPEHUV/LQHQXPEHUVVKDOOEHLQVHUWHGLQWRHDFKGDWDVWUHDPRIWKHELWYLUWXDOLQWHUIDFHVWDUWLQJDWWKHILUVWGDWDZRUG RIWKHYLUWXDOLQWHUIDFH IROORZLQJWKH($9;=ZRUGDVLOOXVWUDWHGLQ)LJXUH/LQHQXPEHUGDWDDUHFRPSRVHGRIWZRZRUGV/1DQG/1DQGVKDOOEHDVVKRZQLQ7DEOH7DEOH/LQH1XPEHUDWD % PVE

14、 % % % % % % % % % OVE /1 % / / / / / / / 5HV 5HV/1 % 5HV 5HV 5HV / / / / 5HV 5HV1RWHV/ OLQHQXPEHULQELQDUFRGH5HV UHVHUYHGVHWWR673DJHRISDJHV /LQH ;7KHLQLWLDOYDOXHRIWKH&5&VKDOOEHHUR7KHFDOFXODWLRQVKDOOVWDUWDWWKHILUVWDFWLYHOLQHZRUGRIWKHLQWHUIDFHDQGVKDOOHQGDWWKHILQDOZRUGRIWKHOLQHQXPEHU/1,QGHSHQGHQW&5&FRG

15、HVVKDOOEHSURGXFHGIRUHDFKGDWDVWUHDPRIWKHELWYLUWXDOLQWHUIDFH7KHWZRZRUGVRIWKH&5&FRGHVKDOOEHDVVKRZQLQ7DEOH7DEOH&5&DWD % PVE % % % % % % % % % OVE &5 % &5& &5& &5& &5& &5& &5& &5& &5& &5&5 % &5& &5& &5& &5& &5& &5& &5& &5& &5& +$1&DQG9$1&6SDFHRIDWD6WUHDPV:KHQSUHVHQWDQFLOODUGDWDSDFNHWVVKDOOEHPDSSHGLQWRWKH

16、+$1&RUWKH9$1&VSDFHVRIHDFKGDWDVWUHDPDQGVKDOOEHLQDFFRUGDQFHZLWK6037(677KH+$1&DQG9$1&VSDFHVIRUHDFKGDWDVWUHDPDUHGHILQHGLQ)LJXUHRIVHFWLRQ8QOHVVRWKHUZLVHVWDWHGWKHDQFLOODUGDWDVKDOOEHSUHIHUHQWLDOOPDSSHGLQWRGDWDVWUHDPRQHILUVWDQGDQUHPDLQLQJGDWDVKDOOWKHQEHPDSSHGRQWRGDWDVWUHDPWKUHHWKHQLQWRGDWDVWUHDPILYHGDWDVWUH

17、DPVHYHQDQGVRRQXSWRGDWDVWUHDPWKLUWRQHDWDVSDFHUHTXLUHPHQWVDQGORFDWLRQVIRUHDFKGDWDVHUYLFHDUHGHILQHGEWKHLUUHVSHFWLYHDSSOLFDWLRQGRFXPHQWV,QVRPHFDVHVLWLVUHTXLUHGEVSHFLILFDSSOLFDWLRQVWKDWDQFLOODUGDWDEHPDSSHGLQWRDOOHLJKWGDWDVWUHDPV HJ3DORDG, ,QIRUPDWLYH$QQH$SURYLGHVLQIRUPDWLRQDERXWWKHDPRXQWRI+$1&DQG9$1&GDWD

18、VSDFHDYDLODEOHLQWKLVRSHUDWLQJPRGH $XGLRDWD:KHQSUHVHQWDXGLRGDWDVKDOOEHPDSSHGLQWRWKH+$1&VSDFHRIGDWDVWUHDPVRQHWKURXJKHLJKWDQGVKDOOEHLQFRQIRUPDQFHZLWK6037(67DQG6037(67$XGLRFRQWUROSDFNHWVVKDOOEHPDSSHGLQWRWKHRGGQXPEHUHGGDWDVWUHDPV$XGLRGDWDSDFNHWVVKDOOEHPDSSHGLQWRWKHHYHQQXPEHUHGGDWDVWUHDPV$XGLRFRQWURODQGGD

19、WDSDFNHWVVKDOOEHPDSSHGLQWRWKHGDWDVWUHDPSDLURQHWZRILUVWDQGDQUHPDLQLQJGDWDVKDOOWKHQEHPDSSHGRQWRGDWDVWUHDPSDLUWKUHHIRXUWKHQLQWRGDWDVWUHDPSDLUILYHVLWKHQLQWRGDWDVWUHDPSDLUHLJKWQLQH7KHDXGLRFORFNSKDVHGDWDDVGHILQHGLQWKHVHFWLRQ&/. DXGLRFORFNSKDVHGDWD RI6037(67VKDOOEHFDOFXODWHGDWWKHGDWDVWUHDPFORFNIUHTXHQFRI0+ 1XPEHURI$XGLR&KDQQHOV,QIRUPDWLYH1RWH