User Parameters - 6.0 English

MIPI CSI-2 Receiver Subsystem Product Guide (PG232)

Document ID
PG232
Release Date
2024-05-30
Version
6.0 English

The following figure shows the relationship between the fields in the Vivado IDE and the User Parameters (which can be viewed in the Tcl Console).

Table 1. Vivado IDE Parameter to User Parameter Relationship
Vivado IDE Parameter User Parameter Default Value
Pixel Format CMN_PXL_FORMAT RAW8
YUV420 word count YUV420_BUF_DPTH 128
Serial Data Lanes CMN_NUM_LANES 1
Allowed VC CMN_VC All
Pixels Per Clock CMN_NUM_PIXELS 1
Include video Format Bridge (VFB) CMN_INC_VFB True
Support CSI Spec V2_0 C_EN_CSI_V2_0 False
Support VCX Feature C_EN_VCX False
Line Rate (Mb/s) DPY_LINE_RATE 1000
D-PHY Register Interface DPY_EN_REG_IF False
Calibration Mode C_CAL_MODE None
IDELAY Tap Value C_IDLY_TAP 1
External IDELAY tap loading C_EN_EXT_TAP False
Include IDELAYCTRL in Core C_SHARE_IDLYCTRL False
Enable 300 MHZ Clock for IDELAYCTRL C_EN_CLK300M False
Embedded non-image Interface CSI_EMB_NON_IMG False
Line Buffer Depth CSI_BUF_DEPTH 2048
Enable CRC C_CSI_EN_CRC True
Enable Active Lanes C_CSI_EN_ACTIVELANES False
Shared Logic Support Level 0
HP IO Bank Selection HP_IO_BANK_SELECTION Value based on part selected.
Clock Lane CLK_LANE_IO_LOC Value based on part selected
Data Lane0 DATA_LANE0_IO_LOC Value based on part selected
Data Lane1 DATA_LANE1_IO_LOC Value based on part selected
Data Lane2 DATA_LANE2_IO_LOC Value based on part selected
Data Lane3 DATA_LANE3_IO_LOC Value based on part selected
HS_SETTLE Parameter (ns) C_HS_SETTLE_NS

135ns + 10UI

Hidden parameter, which can be used to set HS_SETTLE value. Can be set through Tcl flow.
Filter User Defined data types C_CSI_FILTER_USERDATATYPE False
Target Board C_EXDES_BOARD ZCU102
FMC Model C_EXDES_FMC LI-IMX274MIPI-FMC V1.0 Single Sensor
Design Topology C_EXDES_CONFIG MIPI_Video_Pipe_Camera_to_Display
TDATA Width AXIS_TDATA_WIDTH 32
TDEST Width AXIS_TDEST_WIDTH 4
TUSER Width (CSI-2 options) AXIS_TUSER_WIDTH 96
TUSER Width (VFB options) VFB_TU_WIDTH 1
C_EXT_MMCM Internal MMCM 0