Flags= 0x2, (DEVICE_CLOSED, High-speed USB)
  Type= 0xa
  ID= 0x403601c
  LocId= 0x0
  SerialNumber= A
  Description= FT4222 A
  ftHandle= 0x0


Init FT4222 as I2C master
====== setup the DES ======
[enable bk ch                  ] [write slave(x60): x01 x05 ]
[I2C passthru                  ] [write slave(x60): x03 xE9 ]
[I2C ctl 1                     ] [write slave(x60): x21 x17 ]
====== remap TMP102 ======
[Slave ID[0]                   ] [write slave(x60): x08 x90 ]
[Slave Alias[0]                ] [write slave(x60): x10 x90 ]
====== remap SER ======
[set SER_ID                    ] [write slave(x60): x06 xB0 ]
[set SER_Alias                 ] [write slave(x60): x07 xB0 ]
[read DES_ID (exp(xB0)         ] read reg x06: [write slave(x60): x06 ] [read slave(0X60)] exp(1) got(1) bytes: xB0
[read DES_Alias (exp(xB0)      ] read reg x07: [write slave(x60): x07 ] [read slave(0X60)] exp(1) got(1) bytes: xB0
====== DES: general read registers ======
[DES RESET                     ] read reg x01: [write slave(x60): x01 ] [read slave(0X60)] exp(1) got(1) bytes: x04
[DES general config 0          ] read reg x02: [write slave(x60): x02 ] [read slave(0X60)] exp(1) got(1) bytes: x00
[DES general config 1          ] read reg x03: [write slave(x60): x03 ] [read slave(0X60)] exp(1) got(1) bytes: xE9
[DES EQ control                ] read reg x04: [write slave(x60): x04 ] [read slave(0X60)] exp(1) got(1) bytes: x00
[DES SER_ID                    ] read reg x06: [write slave(x60): x06 ] [read slave(0X60)] exp(1) got(1) bytes: xB0
[DES SER_ALIAS                 ] read reg x07: [write slave(x60): x07 ] [read slave(0X60)] exp(1) got(1) bytes: xB0
[DES LS parity error threshold ] read reg x18: [write slave(x60): x18 ] [read slave(0X60)] exp(1) got(1) bytes: x00
[DES MS parity error threshold ] read reg x19: [write slave(x60): x19 ] [read slave(0X60)] exp(1) got(1) bytes: x01
[DES LS parity error count     ] read reg x1A: [write slave(x60): x1A ] [read slave(0X60)] exp(1) got(1) bytes: x00
[DES MS parity error count     ] read reg x1B: [write slave(x60): x1B ] [read slave(0X60)] exp(1) got(1) bytes: x00
[DES General status            ] read reg x1C: [write slave(x60): x1C ] [read slave(0X60)] exp(1) got(1) bytes: x03
[DES MODE/OSS select           ] read reg x1F: [write slave(x60): x1F ] [read slave(0X60)] exp(1) got(1) bytes: x04
[DES I2C ctl 1                 ] read reg x21: [write slave(x60): x21 ] [read slave(0X60)] exp(1) got(1) bytes: x17
[DES I2C ctl 2                 ] read reg x22: [write slave(x60): x22 ] [read slave(0X60)] exp(1) got(1) bytes: x00
[DES BIST control              ] read reg x24: [write slave(x60): x24 ] [read slave(0X60)] exp(1) got(1) bytes: x08
[DES BIST error count          ] read reg x25: [write slave(x60): x25 ] [read slave(0X60)] exp(1) got(1) bytes: x00
[DES CRC force error           ] read reg x42: [write slave(x60): x42 ] [read slave(0X60)] exp(1) got(1) bytes: x00
[DES SEL channel               ] read reg x4C: [write slave(x60): x4C ] [read slave(0X60)] exp(1) got(1) bytes: x00
[DES AEQ test mode select      ] read reg x4D: [write slave(x60): x4D ] [read slave(0X60)] exp(1) got(1) bytes: x20
[DES EQ value                  ] read reg x4E: [write slave(x60): x4E ] [read slave(0X60)] exp(1) got(1) bytes: x00
====== setup the SER ======
[SER reset; enable BC          ] [write slave(x58): x01 x06 ]
[reset CRC err count           ] [write slave(x58): x03 xE5 ]
[ready to run                  ] [write slave(x58): x03 xC5 ]
====== SER dump registers after setup ======
[SER DEV_ID                    ] read reg x00: [write slave(x58): x00 ] [read slave(0X58)] exp(1) got(1) bytes: xB0
[SER PWR/RST                   ] read reg x01: [write slave(x58): x01 ] [read slave(0X58)] exp(1) got(1) bytes: x04
[SER MODE select               ] read reg x05: [write slave(x58): x05 ] [read slave(0X58)] exp(1) got(1) bytes: x14
[SER LS CRC errors             ] read reg x0A: [write slave(x58): x0A ] [read slave(0X58)] exp(1) got(1) bytes: x00
[SER LS CRC errors             ] read reg x0B: [write slave(x58): x0B ] [read slave(0X58)] exp(1) got(1) bytes: x00
[SER general status            ] read reg x0C: [write slave(x58): x0C ] [read slave(0X58)] exp(1) got(1) bytes: x15
[SER general purpose ctl       ] read reg x13: [write slave(x58): x13 ] [read slave(0X58)] exp(1) got(1) bytes: x00
[SER BIST clock src            ] read reg x14: [write slave(x58): x14 ] [read slave(0X58)] exp(1) got(1) bytes: x00
[SER BIST BCC watchdog         ] read reg x1E: [write slave(x58): x1E ] [read slave(0X58)] exp(1) got(1) bytes: xFE
[SER BIST err count reg        ] read reg x25: [write slave(x58): x25 ] [read slave(0X58)] exp(1) got(1) bytes: x00
[SER CRC error count           ] read reg x2A: [write slave(x58): x2A ] [read slave(0X58)] exp(1) got(1) bytes: x00
[SER inject fwd chan err       ] read reg x2D: [write slave(x58): x2D ] [read slave(0X58)] exp(1) got(1) bytes: x0F
====== START BIST SEQUENCE ======
[set exp err count             ] [write slave(x58): x2D x0F ]
[force CRC                     ] [write slave(x60): x42 x01 ]
[start BIST                    ] [write slave(x60): x24 x03 ]
[stop BIST                     ] [write slave(x60): x24 x00 ]
[DES BIST err count reg        ] read reg x25: [write slave(x60): x25 ] [read slave(0X60)] exp(1) got(1) bytes: x0F
[SER BIST err count reg        ] read reg x2A: [write slave(x58): x2A ] [read slave(0X58)] exp(1) got(1) bytes: x00
====== END BIST SEQUENCE ======
[read TMP102                   ] [read slave(0X48)] exp(2) got(2) bytes: x15 xB0
[read TMP102                   ] [read slave(0X48)] exp(2) got(2) bytes: x15 xB0
[read TMP102                   ] [read slave(0X48)] exp(2) got(2) bytes: x15 xB0
[read TMP102                   ] [read slave(0X48)] exp(2) got(2) bytes: x15 xB0
[read TMP102                   ] [read slave(0X48)] exp(2) got(2) bytes: x15 xB0
[read TMP102                   ] [read slave(0X48)] exp(2) got(2) bytes: x15 xB0
[read TMP102                   ] [read slave(0X48)] exp(2) got(2) bytes: x15 xB0