Hi Team,
Could you share a basic register configure for DS90UB662-Q1 to achieve video transfer function? Currently, customer configure as attached file shows, but they still can't achieve the video transfer from 633 to 662, could you please kindly help to check if we have something missing from software side? Thanks a lot for your support.
TI662 + 633.txt
TI 662: 0x4C,0x01, //RX Port0 write enable 0x58,0x58, //I2C pass-through, BCC 2.5Mbps 0x07,0xFF, // disable BCC watchdog 0x09,0x81, 0x5C,0xb0, //633 address //0x5D,0x06, //camera address //0x65,0xB2, //camera address 0x4C,0x12, //RX Port1 write enable 0x58,0x58, //I2C pass-through, BCC 2.5Mbps 0x07,0xFF, // disable BCC watchdog 0x09,0x81, 0x5C,0xb0, //633 address //0x5D,0x06, //camera address //0x65,0xB2, //camera address 0x4C,0x24, //RX Port2 write enable 0x58,0x58, //I2C pass-through, BCC 2.5Mbps 0x07,0xFF, // disable BCC watchdog 0x09,0x81, 0x5C,0xb0, //633 address //0x5D,0x06, //camera address //0x65,0xB2, //camera address 0x4C,0x38, //RX Port3 write enable 0x58,0x58, //I2C pass-through, BCC 2.5Mbps 0x07,0xFF, // disable BCC watchdog 0x09,0x81, 0x5C,0xb0, // 633 address //0x5D,0x06, //camera address //0x65,0xB2, //camera address # "*** RX0 VC=0 ***" 0x4C,0x01 # RX0 0x70,0x1E # RAW10_datatype_yuv422 8bit_VC0 0X7C, 0xA0 // 8-bit processing using upper 8 bits # "*** RX1 VC=1 ***" 0x4C,0x12 # RX1 0x70,0x5E # RAW10_datatype_yuv422 8bit_VC1 0X7C, 0xA0 // 8-bit processing using upper 8 bits # "*** RX2 VC=2 ***" 0x4C,0x24 # RX2 0x70,0x9E # RAW10_datatype_yuv422 8bit_VC2 0X7C, 0xA0 // 8-bit processing using upper 8 bits # "*** RX3 VC=3 ***" 0x4C,0x38 # RX3 0x70,0xDE # RAW10_datatype_yuv422 8bit_VC3 0X7C, 0xA0 // 8-bit processing using upper 8 bits # "CSI_PORT_SEL" 0x32,0x01 # CSI0 select # "CSI_EN" 0x33,0x1 # CSI_EN & CSI0 4L # "***Basic_FWD" 0x21,0x14 # Synchronized Basic_FWD # "***FWD_PORT all RX to CSI0" 0x20,0x00 # forwarding of all RX to CSI0 //frame sync settings, For 2.5-Mbps backchannel operation, //the frame period is 11200 ns (28 bits x 400 ns/bit). //25fps WriteI2C(0x4C,0x01) # RX0 WriteI2C(0x6E,0xAA) # BC_GPIO_CTL0: FrameSync signal to GPIO0/1 WriteI2C(0x4C,0x12) # RX1 WriteI2C(0x6E,0xAA) # BC_GPIO_CTL0: FrameSync signal to GPIO0/1 WriteI2C(0x4C,0x24) # RX2 WriteI2C(0x6E,0xAA) # BC_GPIO_CTL0: FrameSync signal to GPIO0/1 WriteI2C(0x4C,0x38) # RX3 WriteI2C(0x6E,0xAA) # BC_GPIO_CTL0: FrameSync signal to GPIO0/1 WriteI2C(0x10,0x91) # FrameSync signal; Device Status; Enabled 0x19,0x02,//FS_HIGH_TIME_1 0x1A,0xCA,//FS_HIGH_TIME_0 0x1B,0x19,//FS_LOW_TIME_1 0x1C,0x1C,//FS_LOW_TIME_0 0x18,0x01,//FrameSync Enable TI 633: 0x0D, 0x99 GPIO0/1 output enable
Best regards
Jie
