SightLine ICD-4000-OEM, Руководство пользователя

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ICD-4000-OEM
© SightLine Applications, Inc. 13
16-bit YCbCr 4:2:2
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8-bit luminance acquired in signal locations Y0..Y7
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8-bit chrominance in signal locations CbCr0..CbCr7
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Progressive video, interlaced 1080i supported.
20-bit YCbCr 4:2:2
Use upper 8-bits of 10-bit data for both Y and CbCr.
BT.1120
16-bit BT.1120:
HD 720P and 1080P video
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8-bit luminance acquired in signal locations Y0..Y7
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8-bit chrominance in signal locations CbCr0..CbCr7
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Acquisition parameters Sync/Crop must be set to Embedded Sync
BT.656
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Currently only interlaced BT.656 video is supported (PAL or NTSC).
8-bit BT.656:
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Data on signal pins G0..G7 (D0..D7) with pixel clock on VIN_ACLK. See Table 4 in the Connector J6:
3000/4000 Video Adapter Input section. T his is different than the 3000-OEM BT.656 connection.
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For customer designed interfaces based on the 3000-OEM adapter boards that support BT.656, the
Byte Swap checkbox must be selected in the Acquisition Setting dialog in Panel Plus. This will swap
the input data byte locations since the 3000-OEM board requires BT.656 in the upper 8-bits and the
4000-OEM requires BT.656 in the lower 8-bits.
10-bit BT.656:
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Connect the upper 8-bits of the camera’s output (10-bits) to the locations shown in Table 4 . This will
contain the most significant video data, as well as the SAV and EAV codes.
8.5 Grayscale Camera Data
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Up to 16-bit (See Table 4 in the Connector J6: 3000/4000 Video Adapter Input section.)
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8-bit data in signal locations G0..G7 (G8..G15 should be tied low.)
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14-bit data in signal locations G0..G13 (G14..G15 should be tied low.)
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16-bit data in signal locations G0..G15
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Discrete sync signals in signal locations VIN_HSYNC, VIN_VSYNC, VIN_ACLK, VIN_FLD, VIN_DE