工具与软件：
大家好、专家
在 TDA4VEN 上、我们使用串行解串器解决方案从摄像头获取数据、数据流如下：
OVX1F (x4)--> DS90UB933 --> DS90UB960 --> TDA4VEN (CSIRX)。
传感器输出格式： 1280×960@30fps、YUV422、8位
请提供解串器 DS90UB960的配置文件作为参考、谢谢！
此致、
Bing
您好、Thomas
这是我的配置脚本、我无法获取映像、我不知道有什么问题。
#!/bin/sh
#UB960: 0x30 UB933: 0xb0 Sensor: 0x6c
# TDA4VEN main_i2c0, regs 0x20000000
TI960=0x30
WriteI2C()
{
i2ctransfer -y -f 1 w2@$1 $2 $3
sleep 0.1
}
WriteI2C $TI960 0x01 0x02 # reset all digital part
sleep 1
## Internally generated framesync configuration
WriteI2C $TI960 0x0C 0x0F # enable RX0-3
WriteI2C $TI960 0x4C 0x0F # write enable for RX0-4 registers
WriteI2C $TI960 0x1F 0x00 # set CSI-2 Transmitter Speed 1.6G
WriteI2C $TI960 0x4C 0x01 # page to port RX0
WriteI2C $TI960 0x6E 0xA9 # set RX0 SER GPIO1 output framesync signal
WriteI2C $TI960 0x4C 0x12 # page to port RX1
WriteI2C $TI960 0x6E 0xA9 # set RX1 SER GPIO1 output framesync signal
WriteI2C $TI960 0x4C 0x24 # page to port RX2
WriteI2C $TI960 0x6E 0xA9 # set RX2 SER GPIO1 output framesync signal
WriteI2C $TI960 0x4C 0x38 # page to port RX3
WriteI2C $TI960 0x6E 0xA9 # set RX3 SER GPIO1 output framesync signal
# set Internally Generated FrameSync 30Hz, 2778 counts
WriteI2C $TI960 0x19 0x03 # FS_HIGH_TIME_1
WriteI2C $TI960 0x1A 0x9D # FS_HIGH_TIME_0
WriteI2C $TI960 0x1B 0x07 # FS_LOW_TIME_1
WriteI2C $TI960 0x1C 0x3A # FS_LOW_TIME_0
WriteI2C $TI960 0x18 0x01 # enable framesync
## RX0-3 I2C pass through and slave ID configuration
WriteI2C $TI960 0x4C 0x01 # page to port RX0
WriteI2C $TI960 0x58 0x58 # enable passthrough
WriteI2C $TI960 0x5C 0xB0 # set serializer alias
WriteI2C $TI960 0x5D 0x6C # imager slave ID, port0
WriteI2C $TI960 0x65 0x6C # imager slave alias, port0
WriteI2C $TI960 0x6D 0x7F # set Input Mode,raw10
WriteI2C $TI960 0x7C 0xC1 # set frame valid polarity to active high
WriteI2C $TI960 0x4C 0x12 # page to port RX1
WriteI2C $TI960 0x58 0x58 # enable passthrough
WriteI2C $TI960 0x5C 0xB0 # set serializer alias
WriteI2C $TI960 0x5D 0x6C # imager slave ID, port1
WriteI2C $TI960 0x65 0x6C # imager slave alias, port1
WriteI2C $TI960 0x6D 0x7F # set Input Mode,raw10
WriteI2C $TI960 0x7C 0xC1 # set frame valid polarity to active high
WriteI2C $TI960 0x4C 0x24 # page to port RX2
WriteI2C $TI960 0x58 0x58 # enable passthrough
WriteI2C $TI960 0x5C 0xB0 # set serializer alias
WriteI2C $TI960 0x5D 0x6C # imager slave ID, port2
WriteI2C $TI960 0x65 0x6C # imager slave alias, port2
WriteI2C $TI960 0x6D 0x7F # set Input Mode,raw10
WriteI2C $TI960 0x7C 0xC1 # set frame valid polarity to active high
WriteI2C $TI960 0x4C 0x38 # page to port RX3
WriteI2C $TI960 0x58 0x58 # enable passthrough
WriteI2C $TI960 0x5C 0xB0 # set serializer alias
WriteI2C $TI960 0x5D 0x6C # imager slave ID, port3
WriteI2C $TI960 0x65 0x6C # imager slave alias, port3
WriteI2C $TI960 0x6D 0x7F # set Input Mode,raw10
WriteI2C $TI960 0x7C 0xC1 # set frame valid polarity to active high
## CSI output configuration for basic synchronized forwarding
WriteI2C $TI960 0x4C 0x01 # page to port RX0
WriteI2C $TI960 0x70 0x1F # RAW10_datatype_yuv422b10_VC0
WriteI2C $TI960 0x7C 0xC1 # RAW10 use lower 8bit
WriteI2C $TI960 0x4C 0x12 # page to port RX1
WriteI2C $TI960 0x70 0x5F # RAW10_datatype_yuv422b10_VC1
WriteI2C $TI960 0x7C 0xC1 # RAW10 use lower 8bit
WriteI2C $TI960 0x4C 0x24 # page to port RX2
WriteI2C $TI960 0x70 0x9F # RAW10_datatype_yuv422b10_VC2
WriteI2C $TI960 0x7C 0xC1 # RAW10 use lower 8bit
WriteI2C $TI960 0x4C 0x38 # page to port RX3
WriteI2C $TI960 0x70 0xDF # RAW10_datatype_yuv422b10_VC3
WriteI2C $TI960 0x7C 0xC1 # RAW10 use lower 8bit
WriteI2C $TI960 0x20 0x00 # [3:0]: 0: CSI-2 port 0; 1: CSI-2 port 1
WriteI2C $TI960 0x21 0x04 # enable basic Synchronized forwarding for CSI port 0&1
WriteI2C $TI960 0x32 0x01 # read from CSI port0, write to CSI port0
WriteI2C $TI960 0x33 0x03 # enable CSI port0
#WriteI2C $TI960 0x32 0x12 # read from CSI port1, write to CSI port1
#WriteI2C $TI960 0x33 0x03 # enable CSI port1
960寄存器：
933个寄存器：
此致、
Bing