| Offset | R/W | Definition |
|---|---|---|
| 0x500 | RW |
MAIN_STREAM_HTOTAL_STREAM2. Specifies the total number of clocks in the horizontal framing period for the main stream video signal. [15:0] - Horizontal line length total in clocks. |
| 0x504 | RW |
MAIN_STREAM_VTOTAL_STREAM2. Provides the total number of lines in the main stream video frame. [15:0] - Total number of lines per video frame. |
| 0x508 | RW |
MAIN_STREAM_POLARITY_STREAM2. Provides the polarity values for the video sync signals. [1] - VSYNC_POLARITY: Polarity of the vertical sync pulse. [0] - HSYNC_POLARITY: Polarity of the horizontal sync pulse. |
| 0x50C | RW |
MAIN_STREAM_HSWIDTH_STREAM2. Sets the width of the horizontal sync pulse. [14:0] - Horizontal sync width in clock cycles. |
| 0x510 | RW |
MAIN_STREAM_VSWIDTH_STREAM2. Sets the width of the vertical sync pulse. [14:0] - Width of the vertical sync in lines. |
| 0x514 | RW |
MAIN_STREAM_HRES_STREAM2. Horizontal resolution of the main stream video source. [15:0] - Number of active pixels per line of the main stream video. |
| 0x518 | RW |
MAIN_STREAM_VRES_STREAM2. Vertical resolution of the main stream video source. [15:0] - Number of active lines of video in the main stream video source. |
| 0x51C | RW |
MAIN_STREAM_HSTART_STREAM2. Number of clocks between the leading edge of the horizontal sync and the start of active data. [15:0] - Horizontal start clock count. |
| 0x520 | RW |
MAIN_STREAM_VSTART_STREAM2. Number of lines between the leading edge of the vertical sync and the first line of active data. [15:0] - Vertical start line count. |
| 0x524 | RW |
MAIN_STREAM_MISC0_STREAM2. Miscellaneous stream attributes. [7:0] - Implements the attribute information contained in the DisplayPort MISC0 register described in section 2.2.4 of the standard. [0] -Synchronous Clock. [2:1] - Component Format. [3] - Dynamic Range. [4] - YCbCr Colorimetry. [7:5] - Bit depth per color/component. |
| 0x528 | RW |
MAIN_STREAM_MISC1_STREAM2. Miscellaneous stream attributes. [7:0] - Implements the attribute information contained in the DisplayPort MISC1 register described in section 2.2.4 of the standard. [0] - Interlaced vertical total even. [2:1] - Stereo video attribute. [6:3] - Reserved. |
| 0x52C | RW |
M-VID_STREAM2 . If synchronous clocking mode is used, this register must be written with the M value as described in section 2.2.3 of the standard. When in asynchronous clocking mode, the M value for the video stream as automatically computed by the source core and written to the main stream. These values are not written into the M-VID register for readback. [23:0] - Unsigned M value. |
| 0x530 | RW |
TRANSFER_UNIT_SIZE_STREAM2. Sets the size of a transfer unit in the framing logic On reset, transfer size is set to 64. [6:0] - This number should be in the range of 32 to 64 and is set to a fixed value that depends on the inbound video mode. Note that bit 0 cannot be written (the transfer unit size is always even). |
| 0x534 | RW |
N-VID_STREAM2 . If synchronous clocking mode is used, this register must be written with the N value as described in section 2.2.3 of the standard. When in asynchronous clocking mode, the M value for the video stream as automatically computed by the source core and written to the main stream. These values are not written into the N-VID register for readback. [23:0] - Unsigned N value. |
| 0x538 | RW |
USER_PIXEL_WIDTH_STREAM2. Selects the width of the user data input port. Use quad pixel mode in MST . [2:0]:
|
| 0x53C | RW |
USER_DATA_COUNT_PER_LANE_STREAM2. This register is used to translate the number of pixels per line to the native internal datapath. If (HRES × bits per pixel) is divisible by 16, then word_per_line = ((HRES * bits per pixel)/16) Else word_per_line = (INT((HRES × bits per pixel)/16)) + 1 For single-lane design: Set USER_DATA_COUNT_PER_LANE = words_per_line - 1 For 2-lane design: If words_per_line is divisible by 2, then Set USER_DATA_COUNT_PER_LANE = words_per_line - 2 Else Set USER_DATA_COUNT_PER_LANE = words_per_line + MOD(words_per_line,2) - 2 For 4-lane design: If words_per_line is divisible by 4, then Set USER_DATA_COUNT_PER_LANE = words_per_line - 4 Else Set USER_DATA_COUNT_PER_LANE = words_per_line + MOD(words_per_line,4) - 4 |
| 0x540 | RW |
MAIN_STREAM_INTERLACED_STREAM2. Informs the DisplayPort transmitter main link that the source video is interlaced. By setting this bit to a 1, the core will set the appropriate fields in the VBID value and Main Stream Attributes. This bit must be set to 1 for the proper transmission of interlaced sources. [0] - Set to 1 when transmitting interlaced images. |
| 0x544 | RW |
MIN_BYTES_PER_TU_STREAM2: Programs source to use MIN number of bytes per transfer unit. The calculation should be done based on the DisplayPort Standard. [7:0] - Set the value to INT((LINK_BW/VIDEO_BW)*TRANSFER_UNIT_SIZE) |
| 0x548 | RW |
FRAC_BYTES_PER_TU_STREAM2: Calculating MIN bytes per TU will often not be a whole number. This register is used to hold the fractional component. [9:0] - The fraction part of ((LINK_BW/VIDEO_BW)*TRANSFER_UNIT_SIZE) scaled by 1000 is programmed in this register. |
| 0x54C | RW |
INIT_WAIT_STREAM2: This register defines the number of initial wait cycles at the start of a new line by the Framing logic. This allows enough data to be buffered in the input FIFO. If (MIN_BYTES_PER_TU ≤ 4) [6:0] - Set INIT_WAIT to 64 else if color format is RGB/YCbCr_444 [6:0] - Set INIT_WAIT to (TRANSFER_UNIT_SIZE - MIN_BYTES_PER_TU) else if color format is YCbCr_422 [6:0] - Set INIT_WAIT to (TRANSFER_UNIT_SIZE - MIN_BYTES_PER_TU)/2 else if color format is Y_Only [6:0] - Set INIT_WAIT to (TRANSFER_UNIT_SIZE - MIN_BYTES_PER_TU)/3 |
| 0x550 | RW |
MAIN_STREAM_HTOTAL_STREAM3. Specifies the total number of clocks in the horizontal framing period for the main stream video signal. [15:0] - Horizontal line length total in clocks. |
| 0x554 | RW |
MAIN_STREAM_VTOTAL_STREAM3. Provides the total number of lines in the main stream video frame. [15:0] - Total number of lines per video frame. |
| 0x558 | RW |
MAIN_STREAM_POLARITY_STREAM3. Provides the polarity values for the video sync signals. [1] - VSYNC_POLARITY: Polarity of the vertical sync pulse. [0] - HSYNC_POLARITY: Polarity of the horizontal sync pulse. |
| 0x55C | RW |
MAIN_STREAM_HSWIDTH_STREAM3. Sets the width of the horizontal sync pulse. [14:0] - Horizontal sync width in clock cycles. |
| 0x560 | RW |
MAIN_STREAM_VSWIDTH_STREAM3. Sets the width of the vertical sync pulse. [14:0] - Width of the vertical sync in lines. |
| 0x564 | RW |
MAIN_STREAM_HRES_STREAM3. Horizontal resolution of the main stream video source. [15:0] - Number of active pixels per line of the main stream video. |
| 0x568 | RW |
MAIN_STREAM_VRES_STREAM3. Vertical resolution of the main stream video source. [15:0] - Number of active lines of video in the main stream video source. |
| 0x56C | RW |
MAIN_STREAM_HSTART_STREAM3. Number of clocks between the leading edge of the horizontal sync and the start of active data. [15:0] - Horizontal start clock count. |
| 0x570 | RW |
MAIN_STREAM_VSTART_STREAM3. Number of lines between the leading edge of the vertical sync and the first line of active data. [15:0] - Vertical start line count. |
| 0x574 | RW |
MAIN_STREAM_MISC0_STREAM3. Miscellaneous stream attributes. [7:0] - Implements the attribute information contained in the DisplayPort MISC0 register described in section 2.2.4 of the standard. [0] -Synchronous Clock. [2:1] - Component Format. [3] - Dynamic Range. [4] - YCbCr Colorimetry. [7:5] - Bit depth per color/component. |
| 0x578 | RW |
MAIN_STREAM_MISC1_STREAM3. Miscellaneous stream attributes. [7:0] - Implements the attribute information contained in the DisplayPort MISC1 register described in section 2.2.4 of the standard. [0] - Interlaced vertical total even. [2:1] - Stereo video attribute. [6:3] - Reserved. |
| 0x57C | RW |
M-VID_STREAM3 . If synchronous clocking mode is used, this register must be written with the M value as described in section 2.2.3 of the standard. When in asynchronous clocking mode, the M value for the video stream as automatically computed by the source core and written to the main stream. These values are not written into the M-VID register for readback. [23:0] - Unsigned M value |
| 0x580 | RW |
TRANSFER_UNIT_SIZE_STREAM3. Sets the size of a transfer unit in the framing logic On reset, transfer size is set to 64. [6:0] - This number should be in the range of 32 to 64 and is set to a fixed value that depends on the inbound video mode. Note that bit 0 cannot be written (the transfer unit size is always even). |
| 0x584 | RW |
N-VID_STREAM3 . If synchronous clocking mode is used, this register must be written with the N value as described in section 2.2.3 of the standard. When in asynchronous clocking mode, the M value for the video stream as automatically computed by the source core and written to the main stream. These values are not written into the N-VID register for readback. [23:0] - Unsigned N value |
| 0x588 | RW |
USER_PIXEL_WIDTH_STREAM3. Selects the width of the user data input port. Use quad pixel mode in MST . [2:0]:
|
| 0x58C | RW |
USER_DATA_COUNT_PER_LANE_STREAM3. This register is used to translate the number of pixels per line to the native internal 16-bit datapath. If (HRES * bits per pixel) is divisible by 16, then word_per_line = ((HRES × bits per pixel)/16) Else word_per_line = (INT((HRES × bits per pixel)/16)) + 1 For single-lane design: Set USER_DATA_COUNT_PER_LANE = words_per_line - 1 For 2-lane design: If words_per_line is divisible by 2, then Set USER_DATA_COUNT_PER_LANE = words_per_line - 2 Else Set USER_DATA_COUNT_PER_LANE = words_per_line + MOD(words_per_line,2) - 2 For 4-lane design: If words_per_line is divisible by 4, then Set USER_DATA_COUNT_PER_LANE = words_per_line - 4 Else Set USER_DATA_COUNT_PER_LANE = words_per_line + MOD(words_per_line,4) - 4 |
| 0x590 | RW |
MAIN_STREAM_INTERLACED_STREAM3. Informs the DisplayPort transmitter main link that the source video is interlaced. By setting this bit to a 1, the core will set the appropriate fields in the VBID value and Main Stream Attributes. This bit must be set to 1 for the proper transmission of interlaced sources. [0] - Set to 1 when transmitting interlaced images. |
| 0x594 | RW |
MIN_BYTES_PER_TU_STREAM3: Programs source to use MIN number of bytes per transfer unit. The calculation should be done based on the DisplayPort Standard. [7:0] - Set the value to INT((LINK_BW/VIDEO_BW)*TRANSFER_UNIT_SIZE) |
| 0x598 | RW |
FRAC_BYTES_PER_TU_STREAM3: Calculating MIN bytes per TU is often not a whole number. This register is used to hold the fractional component. [9:0] - The fraction part of ((LINK_BW/VIDEO_BW) × TRANSFER_UNIT_SIZE) scaled by 1000 is programmed in this register. |
| 0x59C | RW |
INIT_WAIT_STREAM3: This register defines the number of initial wait cycles at the start of a new line by the Framing logic. This allows enough data to be buffered in the input FIFO. If (MIN_BYTES_PER_TU ≤ 4) [6:0] - Set INIT_WAIT to 64 else if color format is RGB/YCbCr_444 [6:0] - Set INIT_WAIT to (TRANSFER_UNIT_SIZE - MIN_BYTES_PER_TU) else if color format is YCbCr_422 [6:0] - Set INIT_WAIT to (TRANSFER_UNIT_SIZE - MIN_BYTES_PER_TU)/2 else if color format is Y_Only [6:0] - Set INIT_WAIT to (TRANSFER_UNIT_SIZE - MIN_BYTES_PER_TU)/3 |
| 0x5A0 | RW |
MAIN_STREAM_HTOTAL_STREAM4. Specifies the total number of clocks in the horizontal framing period for the main stream video signal. [15:0] - Horizontal line length total in clocks. |
| 0x5A4 | RW |
MAIN_STREAM_VTOTAL_STREAM4. Provides the total number of lines in the main stream video frame. [15:0] - Total number of lines per video frame. |
| 0x5A8 | RW |
MAIN_STREAM_POLARITY_STREAM4. Provides the polarity values for the video sync signals. [1] - VSYNC_POLARITY: Polarity of the vertical sync pulse. [0] - HSYNC_POLARITY: Polarity of the horizontal sync pulse. |
| 0x5AC | RW |
MAIN_STREAM_HSWIDTH_STREAM4. Sets the width of the horizontal sync pulse. [14:0] - Horizontal sync width in clock cycles. |
| 0x5B0 | RW |
MAIN_STREAM_VSWIDTH_STREAM4. Sets the width of the vertical sync pulse. [14:0] - Width of the vertical sync in lines. |
| 0x5B4 | RW |
MAIN_STREAM_HRES_STREAM4. Horizontal resolution of the main stream video source. [15:0] - Number of active pixels per line of the main stream video. |
| 0x5B8 | RW |
MAIN_STREAM_VRES_STREAM4. Vertical resolution of the main stream video source. [15:0] - Number of active lines of video in the main stream video source. |
| 0x5BC | RW |
MAIN_STREAM_HSTART_STREAM4. Number of clocks between the leading edge of the horizontal sync and the start of active data. [15:0] - Horizontal start clock count. |
| 0x5C0 | RW |
MAIN_STREAM_VSTART_STREAM4. Number of lines between the leading edge of the vertical sync and the first line of active data. [15:0] - Vertical start line count. |
| 0x5C4 | RW |
MAIN_STREAM_MISC0_STREAM4. Miscellaneous stream attributes. [7:0] - Implements the attribute information contained in the DisplayPort MISC0 register described in section 2.2.4 of the standard. [0] -Synchronous Clock. [2:1] - Component Format. [3] - Dynamic Range. [4] - YCbCr Colorimetry. [7:5] - Bit depth per color/component. |
| 0x5C8 | RW |
MAIN_STREAM_MISC1_STREAM4. Miscellaneous stream attributes. [7:0] - Implements the attribute information contained in the DisplayPort MISC1 register described in section 2.2.4 of the standard. [0] - Interlaced vertical total even. [2:1] - Stereo video attribute. [6:3] - Reserved. |
| 0x5CC | RW |
M-VID_STREAM4 . If synchronous clocking mode is used, this register must be written with the M value as described in section 2.2.3 of the standard. When in asynchronous clocking mode, the M value for the video stream as automatically computed by the source core and written to the main stream. These values are not written into the M-VID register for readback. [23:0] - Unsigned M value. |
| 0x5D0 | RW |
TRANSFER_UNIT_SIZE_STREAM4. Sets the size of a transfer unit in the framing logic On reset, transfer size is set to 64. [6:0] - This number should be in the range of 32 to 64 and is set to a fixed value that depends on the inbound video mode. Note that bit 0 cannot be written (the transfer unit size is always even). |
| 0x5D4 | RW |
N-VID_STREAM4 . If synchronous clocking mode is used, this register must be written with the N value as described in section 2.2.3 of the standard. When in asynchronous clocking mode, the M value for the video stream as automatically computed by the source core and written to the main stream. These values are not written into the N-VID register for readback. [23:0] - Unsigned N value. |
| 0x5D8 | RW |
USER_PIXEL_WIDTH_STREAM4. Selects the width of the user data input port. Use quad pixel mode in MST . [2:0]:
|
| 0x5DC | RW |
USER_DATA_COUNT_PER_LANE_STREAM4. This register is used to translate the number of pixels per line to the native internal 16-bit datapath. If (HRES × bits per pixel) is divisible by 16, then word_per_line = ((HRES × bits per pixel)/16) Else word_per_line = (INT((HRES × bits per pixel)/16)) + 1 For single-lane design: Set USER_DATA_COUNT_PER_LANE = words_per_line - 1 For 2-lane design: If words_per_line is divisible by 2, then Set USER_DATA_COUNT_PER_LANE = words_per_line - 2 Else Set USER_DATA_COUNT_PER_LANE = words_per_line + MOD(words_per_line,2) - 2 For 4-lane design: If words_per_line is divisible by 4, then Set USER_DATA_COUNT_PER_LANE = words_per_line - 4 Else Set USER_DATA_COUNT_PER_LANE = words_per_line + MOD(words_per_line,4) - 4 |
| 0x5E0 | RW |
MAIN_STREAM_INTERLACED_STREAM4. Informs the DisplayPort transmitter main link that the source video is interlaced. By setting this bit to a 1, the core sets the appropriate fields in the VBID value and Main Stream Attributes. This bit must be set to 1 for the proper transmission of interlaced sources. [0] - Set to 1 when transmitting interlaced images. |
| 0x5E4 | RW |
MIN_BYTES_PER_TU_STREAM4. Programs source to use MIN number of bytes per transfer unit. The calculation should be done based on the DisplayPort Standard. [7:0] - Set the value to INT((LINK_BW/VIDEO_BW)*TRANSFER_UNIT_SIZE) |
| 0x5E8 | RW |
FRAC_BYTES_PER_TU_STREAM4. Calculating MIN bytes per TU is often not a whole number. This register is used to hold the fractional component. [9:0] - The fraction part of ((LINK_BW/VIDEO_BW) × TRANSFER_UNIT_SIZE) scaled by 1000 is programmed in this register. |
| 0x5EC | RW |
INIT_WAIT_STREAM4. This register defines the number of initial wait cycles at the start of a new line by the Framing logic. This allows enough data to be buffered in the input FIFO. If (MIN_BYTES_PER_TU ≤ 4): [6:0] - Set INIT_WAIT to 64 else if color format is RGB/YCbCr_444 [6:0] - Set INIT_WAIT to (TRANSFER_UNIT_SIZE - MIN_BYTES_PER_TU) else if color format is YCbCr_422 [6:0] - Set INIT_WAIT to (TRANSFER_UNIT_SIZE - MIN_BYTES_PER_TU)/2 else if color format is Y_Only [6:0] - Set INIT_WAIT to (TRANSFER_UNIT_SIZE - MIN_BYTES_PER_TU)/3 |
| 0x800 to 0x8FF |
WO |
PAYLOAD_TABLE. This address space maps to the VC payload table that is maintained in the core. [7:0] - Payload data |