11. Example format descriptors

Prev

Table 23. Four co-sited 8-bit sRGB channels, assuming premultiplied alpha

Byte 0 (LSB)	Byte 1	Byte 2	Byte 3 (MSB)
92 (*totalSize*)
0 (*vendorId*)		0 (*descriptorType*)
0 (*versionNumber*)		88 (*descriptorBlockSize*)
`RGBSDA` (*colorModel*)	`BT709` (*colorPrimaries*)	`SRGB` (*transferFunction*)	`PREMULTIPLIED` (*flags*)
0 (*texelBlockDimension0*)	0 (*texelBlockDimension1*)	0 (*texelBlockDimension2*)	0 (*texelBlockDimension3*)
4 (*bytesPlane0*)	0 (*bytesPlane1*)	0 (*bytesPlane2*)	0 (*bytesPlane3*)
0 (*bytesPlane4*)	0 (*bytesPlane5*)	0 (*bytesPlane6*)	0 (*bytesPlane7*)
_{Sample information for the first sample}
0 (*bitOffset*)		7 (= “8”) (*bitLength*)	0 (*channelType) (`RED`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
255 (*sampleUpper*)
_{Sample information for the second sample}
8 (*bitOffset*)		7 (= “8”) (*bitLength*)	1 (*channelType) (`GREEN`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
255 (*sampleUpper*)
_{Sample information for the third sample}
16 (*bitOffset*)		7 (= “8”) (*bitLength*)	2 (*channelType) (`BLUE`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
255 (*sampleUpper*)
_{Sample information for the fourth sample}
24 (*bitOffset*)		7 (= “8”) (*bitLength*)	31 (*channelType) (`ALPHA`* \| `LINEAR`)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
255 (*sampleUpper*)

Table 24. 565 RGB packed 16-bit format as written to memory by a little-endian architecture

Byte 0 (LSB)	Byte 1	Byte 2	Byte 3 (MSB)
76 (*totalSize*)
0 (*vendorId*)		0 (*descriptorType*)
0 (*versionNumber*)		72 (*descriptorBlockSize*)
`RGBSDA` (*colorModel*)	`BT709` (*colorPrimaries*)	`LINEAR` (*transferFunction*)	`ALPHA_STRAIGHT` (*flags*)
0 (*texelBlockDimension0*)	0 (*texelBlockDimension1*)	0 (*texelBlockDimension2*)	0 (*texelBlockDimension3*)
2 (*bytesPlane0*)	0 (*bytesPlane1*)	0 (*bytesPlane2*)	0 (*bytesPlane3*)
0 (*bytesPlane4*)	0 (*bytesPlane5*)	0 (*bytesPlane6*)	0 (*bytesPlane7*)
_{Sample information for the first sample: 5 bits of blue}
0 (*bitOffset*)		4 (= “5”) (*bitLength*)	2 (*channelType) (`BLUE`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
31 (*sampleUpper*)
_{Sample information for the second sample: 6 bits of green}
5 (*bitOffset*)		5 (= “6”) (*bitLength*)	1 (*channelType) (`GREEN`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
63 (*sampleUpper*)
_{Sample information for the third sample: 5 bits of red}
11 (*bitOffset*)		4 (= “5”) (*bitLength*)	0 (*channelType) (`RED`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
31 (*sampleUpper*)

Table 25. A single 8-bit monochrome channel

Byte 0 (LSB)	Byte 1	Byte 2	Byte 3 (MSB)
44 (*totalSize*)
0 (*vendorId*)		0 (*descriptorType*)
0 (*versionNumber*)		40 (*descriptorBlockSize*)
`YUVSDA` (*colorModel*)	`BT709` (*colorPrimaries*)	`ITU` (*transferFunction*)	`ALPHA_STRAIGHT` (*flags*)
0 (*texelBlockDimension0*)	0 (*texelBlockDimension1*)	0 (*texelBlockDimension2*)	0 (*texelBlockDimension3*)
4 (*bytesPlane0*)	0 (*bytesPlane1*)	0 (*bytesPlane2*)	0 (*bytesPlane3*)
0 (*bytesPlane4*)	0 (*bytesPlane5*)	0 (*bytesPlane6*)	0 (*bytesPlane7*)
_{Sample information for the first sample}
0 (*bitOffset*)		7 (= “8”) (*bitLength*)	0 (*channelType) (`Y`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
255 (*sampleUpper*)

Table 26. A single 1-bit monochrome channel, as an 8×1 texel block to allow byte-alignment

Byte 0 (LSB)	Byte 1	Byte 2	Byte 3 (MSB)
156 (*totalSize*)
0 (*vendorId*)		0 (*descriptorType*)
0 (*versionNumber*)		152 (*descriptorBlockSize*)
`YUVSDA` (*colorModel*)	`BT709` (*colorPrimaries*)	`LINEAR` (*transferFunction*)	`ALPHA_STRAIGHT` (*flags*)
7 (*texelBlockDimension0*)	0 (*texelBlockDimension1*)	0 (*texelBlockDimension2*)	0 (*texelBlockDimension3*)
1 (*bytesPlane0*)	0 (*bytesPlane1*)	0 (*bytesPlane2*)	0 (*bytesPlane3*)
0 (*bytesPlane4*)	0 (*bytesPlane5*)	0 (*bytesPlane6*)	0 (*bytesPlane7*)
_{Sample information for the first sample}
0 (*bitOffset*)		0 (= “1”) (*bitLength*)	0 (*channelType) (`Y`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
1 (*sampleUpper*)
_{Sample information for the second sample}
1 (*bitOffset*)		0 (= “1”) (*bitLength*)	0 (*channelType) (`Y`*)
2 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
1 (*sampleUpper*)
_{Sample information for the third sample}
2 (*bitOffset*)		0 (= “1”) (*bitLength*)	0 (*channelType) (`Y`*)
4 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
1 (*sampleUpper*)
_{Sample information for the fourth sample}
3 (*bitOffset*)		0 (= “1”) (*bitLength*)	0 (*channelType) (`Y`*)
6 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
1 (*sampleUpper*)
_{Sample information for the fifth sample}
4 (*bitOffset*)		0 (= “1”) (*bitLength*)	0 (*channelType) (`Y`*)
8 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
1 (*sampleUpper*)
_{Sample information for the sixth sample}
5 (*bitOffset*)		0 (= “1”) (*bitLength*)	0 (*channelType) (`Y`*)
10 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
1 (*sampleUpper*)
_{Sample information for the seventh sample}
6 (*bitOffset*)		0 (= “1”) (*bitLength*)	0 (*channelType) (`Y`*)
12 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
1 (*sampleUpper*)
_{Sample information for the eighth sample}
7 (*bitOffset*)		0 (= “1”) (*bitLength*)	0 (*channelType) (`Y`*)
14 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
1 (*sampleUpper*)

Table 27. 2×2 Bayer pattern: four 8-bit distributed sRGB channels, spread across two lines (so two planes)

Byte 0 (LSB)	Byte 1	Byte 2	Byte 3 (MSB)
92 (*totalSize*)
0 (*vendorId*)		0 (*descriptorType*)
0 (*versionNumber*)		88 (*descriptorBlockSize*)
`RGBSDA` (*colorModel*)	`BT709` (*colorPrimaries*)	`SRGB` (*transferFunction*)	`ALPHA_STRAIGHT` (*flags*)
1 (*texelBlockDimension0*)	1 (*texelBlockDimension1*)	0 (*texelBlockDimension2*)	0 (*texelBlockDimension3*)
2 (*bytesPlane0*)	2 (*bytesPlane1*)	0 (*bytesPlane2*)	0 (*bytesPlane3*)
0 (*bytesPlane4*)	0 (*bytesPlane5*)	0 (*bytesPlane6*)	0 (*bytesPlane7*)
_{Sample information for the first sample}
0 (*bitOffset*)		7 (= “8”) (*bitLength*)	0 (*channelType) (`RED`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
255 (*sampleUpper*)
_{Sample information for the second sample}
8 (*bitOffset*)		7 (= “8”) (*bitLength*)	1 (*channelType) (`GREEN`*)
2 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
255 (*sampleUpper*)
_{Sample information for the third sample}
16 (*bitOffset*)		7 (= “8”) (*bitLength*)	1 (*channelType) (`GREEN`*)
0 (*samplePosition0*)	2 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
255 (*sampleUpper*)
_{Sample information for the fourth sample}
24 (*bitOffset*)		7 (= “8”) (*bitLength*)	2 (*channelType) (`BLUE`*)
2 (*samplePosition0*)	2 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
255 (*sampleUpper*)

Table 28. Four co-sited 8-bit channels in the sRGB color space described by an 5-entry, 3-bit palette

Byte 0 (LSB)	Byte 1	Byte 2	Byte 3 (MSB)
108 (*totalSize*)
0 (*vendorId*)		0 (*descriptorType*)
0 (*versionNumber*)		104 (*descriptorBlockSize*)
`RGBSDA` (*colorModel*)	`BT709` (*colorPrimaries*)	`SRGB` (*transferFunction*)	`PREMULTIPLIED` (*flags*)
0 (*texelBlockDimension0*)	0 (*texelBlockDimension1*)	0 (*texelBlockDimension2*)	0 (*texelBlockDimension3*)
0 (*bytesPlane0*)	4 (*bytesPlane1*)	0 (*bytesPlane2*)	0 (*bytesPlane3*)
0 (*bytesPlane4*)	0 (*bytesPlane5*)	0 (*bytesPlane6*)	0 (*bytesPlane7*)
_{Sample information for the palette index}
0 (*bitOffset*)		2 (= “3”) (*bitLength*)	0 (*channelType*) (irrelevant)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
4 (*sampleUpper*) — this specifies that there are 5 palette entries
_{Sample information for the first sample}
0 (*bitOffset*)		7 (= “8”) (*bitLength*)	0 (*channelType) (`RED`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
255 (*sampleUpper*)
_{Sample information for the second sample}
8 (*bitOffset*)		7 (= “8”) (*bitLength*)	1 (*channelType) (`GREEN`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
255 (*sampleUpper*)
_{Sample information for the third sample}
16 (*bitOffset*)		7 (= “8”) (*bitLength*)	2 (*channelType) (`BLUE`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
255 (*sampleUpper*)
_{Sample information for the fourth sample}
24 (*bitOffset*)		7 (= “8”) (*bitLength*)	31 (*channelType) (`ALPHA`* \| `LINEAR`)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
255 (*sampleUpper*)

Table 29. Y′C_BC_R 4:2:0: BT.709 reduced-range data, with C_B and C_R aligned to the midpoint of the Y samples

Byte 0 (LSB)	Byte 1	Byte 2	Byte 3 (MSB)
124 (*totalSize*)
0 (*vendorId*)		0 (*descriptorType*)
0 (*versionNumber*)		120 (*descriptorBlockSize*)
`YUVSDA` (*colorModel*)	`BT709` (*colorPrimaries*)	`ITU` (*transferFunction*)	`ALPHA_STRAIGHT` (*flags*)
1 (*texelBlockDimension0*)	1 (*texelBlockDimension1*)	0 (*texelBlockDimension2*)	0 (*texelBlockDimension3*)
2 (*bytesPlane0*)	2 (*bytesPlane1*)	1 (*bytesPlane2*)	1 (*bytesPlane3*)
0 (*bytesPlane4*)	0 (*bytesPlane5*)	0 (*bytesPlane6*)	0 (*bytesPlane7*)
_{Sample information for the first Y sample}
0 (*bitOffset*)		7 (= “8”) (*bitLength*)	0 (*channelType) (`Y`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
16 (*sampleLower*)
235 (*sampleUpper*)
_{Sample information for the second Y sample}
8 (*bitOffset*)		7 (= “8”) (*bitLength*)	0 (*channelType) (`Y`*)
2 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
16 (*sampleLower*)
235 (*sampleUpper*)
_{Sample information for the third Y sample}
16 (*bitOffset*)		7 (= “8”) (*bitLength*)	0 (*channelType) (`Y`*)
0 (*samplePosition0*)	2 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
16 (*sampleLower*)
235 (*sampleUpper*)
_{Sample information for the fourth Y sample}
24 (*bitOffset*)		7 (= “8”) (*bitLength*)	0 (*channelType) (`Y`*)
2 (*samplePosition0*)	2 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
16 (*sampleLower*)
235 (*sampleUpper*)
_{Sample information for the U sample}
32 (*bitOffset*)		7 (= “8”) (*bitLength*)	1 (*channelType) (`U`*)
1 (*samplePosition0*)	1 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
16 (*sampleLower*)
240 (*sampleUpper*)
_{Sample information for the V sample}
36 (*bitOffset*)		7 (= “8”) (*bitLength*)	2 (*channelType) (`V`*)
1 (*samplePosition0*)	1 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
16 (*sampleLower*)
240 (*sampleUpper*)

Table 30. 565 RGB packed 16-bit format as written to memory by a big-endian architecture

Byte 0 (LSB)	Byte 1	Byte 2	Byte 3 (MSB)
92 (*totalSize*)
0 (*vendorId*)		0 (*descriptorType*)
0 (*versionNumber*)		88 (*descriptorBlockSize*)
`RGBSDA` (*colorModel*)	`BT709` (*colorPrimaries*)	`SRGB` (*transferFunction*)	`ALPHA_STRAIGHT` (*flags*)
0 (*texelBlockDimension0*)	0 (*texelBlockDimension1*)	0 (*texelBlockDimension2*)	0 (*texelBlockDimension3*)
2 (*bytesPlane0*)	0 (*bytesPlane1*)	0 (*bytesPlane2*)	0 (*bytesPlane3*)
0 (*bytesPlane4*)	0 (*bytesPlane5*)	0 (*bytesPlane6*)	0 (*bytesPlane7*)
_{Sample information for the first sample: bit 0 belongs to green, bits 0..2 of channel in 13..15}
13 (*bitOffset*)		2 (= “3”) (*bitLength*)	1 (*channelType) (`GREEN`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
63 (*sampleUpper*)
_{Sample information for the second sample: bits 3..5 of green in 0..2}
0 (*bitOffset*)		2 (= “3”) (*bitLength*)	1 (*channelType) (`GREEN`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*) — ignored, taken from first sample
0 (*sampleUpper*) — ignored, taken from first sample
_{Sample information for the third sample}
3 (*bitOffset*)		4 (= “5”) (*bitLength*)	2 (*channelType) (`BLUE`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
31 (*sampleUpper*)
_{Sample information for the fourth sample}
8 (*bitOffset*)		4 (= “5”) (*bitLength*)	1 (*channelType) (`RED`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
31 (*sampleUpper*)

Table 31. R9G9B9E5 shared-exponent format

Byte 0 (LSB)	Byte 1	Byte 2	Byte 3 (MSB)
124 (*totalSize*)
0 (*vendorId*)		0 (*descriptorType*)
0 (*versionNumber*)		120 (*descriptorBlockSize*)
`RGBSDA` (*colorModel*)	`BT709` (*colorPrimaries*)	`LINEAR` (*transferFunction*)	`ALPHA_STRAIGHT` (*flags*)
0 (*texelBlockDimension0*)	0 (*texelBlockDimension1*)	0 (*texelBlockDimension2*)	0 (*texelBlockDimension3*)
4 (*bytesPlane0*)	0 (*bytesPlane1*)	0 (*bytesPlane2*)	0 (*bytesPlane3*)
0 (*bytesPlane4*)	0 (*bytesPlane5*)	0 (*bytesPlane6*)	0 (*bytesPlane7*)
_{Sample information for the R mantissa}
0 (*bitOffset*)		8 (= “9”) (*bitLength*)	0 (*channelType) (`RED`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
256 (*sampleUpper*) — mantissa at 1.0
_{Sample information for the R exponent}
27 (*bitOffset*)		4 (= “5”) (*bitLength*)	32 (*channelType) (`RED`* \| `EXPONENT`)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
15 (*sampleUpper*) — exponent bias
_{Sample information for the G mantissa}
9 (*bitOffset*)		8 (= “9”) (*bitLength*)	1 (*channelType) (`GREEN`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
256 (*sampleUpper*) — mantissa at 1.0
_{Sample information for the G exponent}
27 (*bitOffset*)		4 (= “5”) (*bitLength*)	33 (*channelType) (`GREEN`* \| `EXPONENT`)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
15 (*sampleUpper*) — exponent bias
_{Sample information for the B mantissa}
18 (*bitOffset*)		8 (= “9”) (*bitLength*)	2 (*channelType) (`BLUE`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
256 (*sampleUpper*) — mantissa at 1.0
_{Sample information for the B exponent}
27 (*bitOffset*)		4 (= “5”) (*bitLength*)	34 (*channelType) (`BLUE`* \| `EXPONENT`)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
15 (*sampleUpper*) — exponent bias

Table 32. Acorn 256-color format (2 bits each independent RGB, 2 bits shared “tint”)

Byte 0 (LSB)	Byte 1	Byte 2	Byte 3 (MSB)
108 (*totalSize*)
0 (*vendorId*)		0 (*descriptorType*)
0 (*versionNumber*)		104 (*descriptorBlockSize*)
`RGBSDA` (*colorModel*)	`BT709` (*colorPrimaries*)	`LINEAR` (*transferFunction*)	`ALPHA_STRAIGHT` (*flags*)
0 (*texelBlockDimension0*)	0 (*texelBlockDimension1*)	0 (*texelBlockDimension2*)	0 (*texelBlockDimension3*)
1 (*bytesPlane0*)	0 (*bytesPlane1*)	0 (*bytesPlane2*)	0 (*bytesPlane3*)
0 (*bytesPlane4*)	0 (*bytesPlane5*)	0 (*bytesPlane6*)	0 (*bytesPlane7*)
_{Sample information for the R value and tint (shared low bits)}
0 (*bitOffset*)		3 (= “4”) (*bitLength*)	0 (*channelType) (`RED`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
15 (*sampleUpper*) — unique R upper value
_{Sample information for the G tint (shared low bits)}
0 (*bitOffset*)		1 (= “2”) (*bitLength*)	1 (*channelType) (`GREEN`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
0 (*sampleUpper*) — ignored, not unique
_{Sample information for the G unique (high) bits}
4 (*bitOffset*)		1 (= “2”) (*bitLength*)	1 (*channelType) (`GREEN`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
15 (*sampleUpper*) — unique G upper value
_{Sample information for the B tint (shared low bits)}
0 (*bitOffset*)		1 (= “2”) (*bitLength*)	2 (*channelType) (`BLUE`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
0 (*sampleUpper*) — ignored, not unique
_{Sample information for the B unique (high) bits}
6 (*bitOffset*)		1 (= “2”) (*bitLength*)	2 (*channelType) (`BLUE`*)
0 (*samplePosition0*)	0 (*samplePosition1*)	0 (*samplePosition2*)	0 (*samplePosition3*)
0 (*sampleLower*)
15 (*sampleUpper*) — unique B upper value

Table 33. V210 format (full-range Y′C_BC_R) part 1 of 2

Byte 0 (LSB)	Byte 1	Byte 2	Byte 3 (MSB)
220 (*totalSize*)
0 (*vendorId*)		0 (*descriptorType*)
0 (*versionNumber*)		216 (*descriptorBlockSize*) — 12 samples
`YUVSDA` (*colorModel*)	`BT709` (*colorPrimaries*)	`ITU` (*transferFunction*)	`ALPHA_STRAIGHT` (*flags*)
5 (*dimension0*)	0 (*dimension1*)	0 (*dimension2*)	0 (*dimension3*)
16 (*bytesPlane0*)	0 (*bytesPlane1*)	0 (*bytesPlane2*)	0 (*bytesPlane3*)
0 (*bytesPlane4*)	0 (*bytesPlane5*)	0 (*bytesPlane6*)	0 (*bytesPlane7*)
_{Sample information for the shared U0/U1 value}
0 (*bitOffset*)		9 (= “10”) (*bitLength*)	1 (*channelType) (`U`*)
1 (assume mid-sited)	0	0	0
0 (*sampleLower*)
1023 (*sampleUpper*)
_{Sample information for the Y′0 value}
10 (*bitOffset*)		9 (= “10”) (*bitLength*)	0 (*channelType) (`Y`*)
0	0	0	0
0 (*sampleLower*)
1023 (*sampleUpper*)
_{Sample information for the shared V0/V1 value}
20 (*bitOffset*)		9 (= “10”) (*bitLength*)	2 (*channelType) (`V`*)
1 (assume mid-sited)	0	0	0
0 (*sampleLower*)
1023 (*sampleUpper*)
_{Sample information for the Y′1 value}
32 (*bitOffset*)		9 (= “10”) (*bitLength*)	0 (*channelType) (`Y`*)
2	0	0	0
0 (*sampleLower*)
1023 (*sampleUpper*)
_{Sample information for the shared U2/U3 value}
42 (*bitOffset*)		9 (= “10”) (*bitLength*)	1 (*channelType) (`U`*)
5 (assume mid-sited)	0	0	0
0 (*sampleLower*)
1023 (*sampleUpper*)
_{Sample information for the Y′2 value}
52 (*bitOffset*)		9 (= “10”) (*bitLength*)	0 (*channelType) (`Y`*)
4	0	0	0
0 (*sampleLower*)
1023 (*sampleUpper*)

Table 34. V210 format (full-range Y′C_BC_R) part 2 of 2

Byte 0 (LSB)	Byte 1	Byte 2	Byte 3 (MSB)
_{Sample information for the shared V2/V3 value}
64 (*bitOffset*)		9 (= “10”) (*bitLength*)	2 (*channelType) (`V`*)
5 (assume mid-sited)	0	0	0
0 (*sampleLower*)
1023 (*sampleUpper*)
_{Sample information for the Y′3 value}
74 (*bitOffset*)		9 (= “10”) (*bitLength*)	0 (*channelType) (`Y`*)
6	0	0	0
0 (*sampleLower*)
1023 (*sampleUpper*)
_{Sample information for the shared U4/U5 value}
84 (*bitOffset*)		9 (= “10”) (*bitLength*)	1 (*channelType) (`U`*)
9 (assume mid-sited)	0	0	0
0 (*sampleLower*)
1023 (*sampleUpper*)
_{Sample information for the Y′4 value}
96 (*bitOffset*)		9 (= “10”) (*bitLength*)	0 (*channelType) (`Y`*)
8	0	0	0
0 (*sampleLower*)
1023 (*sampleUpper*)
_{Sample information for the shared V4/V5 value}
106 (*bitOffset*)		9 (= “10”) (*bitLength*)	2 (*channelType) (`V`*)
9 (assume mid-sited)	0	0	0
0 (*sampleLower*)
1023 (*sampleUpper*)
_{Sample information for the Y′4 value}
116 (*bitOffset*)		9 (= “10”) (*bitLength*)	0 (*channelType) (`Y`*)
10	0	0	0
0 (*sampleLower*)
1023 (*sampleUpper*)