Diskuzní fórum Elektro Bastlírny

Asi to tam zapisala kniznica cez RS422. Kniznica samotna totiz nema ziadny port na prenos dat, len management cez ethernet. K serverom sa pripaja cez interface mechaniky (v tomto pripade Fibre Channel) a cez tento interface server vidi okrem samotnej mechaniky aj druhe zariadenie - kniznicu - tam sa posielaju prikazy na presun kazety.

Je to složitý a na mě moc hi-tech, fibre channel jsem v životě nepotkala a takovou páskovou knihovnu taky ne. :oops:

V tom výpisu mě kromě těch vykřičníků zaujalo ještě obnovování dat z VPD, kde to tam pak píše všude samý FFFF, jako by ty data byly smazaný. Vel=65535 mm/s bude nějaká rychlost, možná posunu pásky? A těch 65535 tam vypadá divně.

Fibre Channel je len drahy a rychly sposob na prenos 30-rocneho SCSI protokolu cez optiku

Ano, tie ffff vyzeraju podozrivo. Akurat netusim, odkial a kam to obnovuje. Chcelo by to vypis z funkcnej mechaniky...

Na doske je kondenzator 47000uF/5,5V - je pripojeny k nejakemu Xilinxu a neviem, ci aj inde.

Když spustíš ten maintenance mode, tak to přes ten debug port nic novýho nevypíše? Nejde to přes něj ovládat nějakýma příkazama? Třeba ? jako help a pod.

Maintenance ani spustenie diagnostiky nevypise nic.
Par prikazov to ma, ale v tomto pripade su uplne zbytocne. Vacsina nerobi nic, len rasrs232update caka na upload.

Kód: Vybrat vše

help

Available commands are ...

  rasrs232update                        Update Microcode via RS232C
  pb                                    Bypass POST
  forcedump                             Force Dump
  rcvserial       [num]                 Receive Dump via RS232C
  builddumptree                         Build Dump tree
  showdumptree                          Show Dump tree
  dispdumpinfo                          Display Flash dump information
  showbufinfo                           Show buf info offset
  help                                  display command list
  login                                 login

... complete!
pb
... complete!
login
Login key=1E3E5E6A
help

Available commands are ...

  rasrs232update                        Update Microcode via RS232C
  pb                                    Bypass POST
  forcedump                             Force Dump
  rcvserial       [num]                 Receive Dump via RS232C
  builddumptree                         Build Dump tree
  showdumptree                          Show Dump tree
  dispdumpinfo                          Display Flash dump information
  showbufinfo                           Show buf info offset
  help                                  display command list
  login                                 login

... complete!
showbufinfo
... complete!
dispdumpinfo
... complete!
showdumptree
... complete!
builddumptree
... complete!
showdumptree
... complete!
dispdumpinfo
... complete!
CCCCCrasrs232update
RAS: Received 0 byte data. Probably failed to receive data.
... fail!

Nasiel som tam TSSOP8 s napisom AT512, asi AT24C512. Tam by mohli byt VPD.

A v čem je problém, nemáš redukci?

Ano, musel by som to spajkovat na droty do vzduchu. Aj keby som ju precital, tak z toho nic nezistim. Zatial som skusil polovicu EEPROM zdvihnut z dosky a vysledkom bolo toto:

Kód: Vybrat vše

1234device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
cSdevice address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
R5678912~%�******************************************************************************
KER: Time is initialized to 0.000000000 sec
2013/03/28 10:07:07 / df120723q   
 STA: in Init_SCI for WREN 
Deck Type: Ruby (DLL) (VPD)
srv_if_log_init: (    2b54)
srv_core_log_init: (    4b70)
tts_core_log_init: (    8b8c)
srv_load_log_init: (   1b634)
tts_log_init: (    b5e0)
srv_media_log_init: (   f62ec)
srv_pos_log_init: (    4b70)
SRV_TFS_Log_Init: (    e9fc)
tfs_if_log_init: (  118070)
tts_run_log_init: (  11aaa8)
SRV_WA_Log_Init: (  1228fc)
SRV_BAB_Log_Init: (  1379a4)
srv_logtrace_initialize
KYOTO SIM mode[       0]
0xB440000C -> 0x00000000
0xB4400020 -> 0xFFFFFF01
!! SMA_DVIF_DV_STAT = x060737FF
!! get_cart_position(1)
Loader Cam State = 3
Threader Cam State = 7
cart in sensor = 1
cart lock sensor = 1
Mount sensor = 0
cart_position=8
TTS: MOTOR_TYPE: [MOTOR_TYPE_FH]
PRI_VELOCITY_NUMER=25600, B_Count_Min=1638 B_Count_Max=25600
####################################################################################################
tts_gdb_log_init: (  196968)
TTS: 0/0, 0/0, 0/0, 1770/1770
TTS VPD DATA inb/outb: DAC offset, PWM offset, motor friction, motor Kt
init_TT_State_Machine
Tape_Transport_State=0
!! get_cart_position(1)
Loader Cam State = 3
Threader Cam State = 7
cart in sensor = 1
cart lock sensor = 1
Mount sensor = 0
cart_position=8
>>>>>>>>>>>>1500, 1725, 1275, 1950<<<<<<<<<<<<
HEAD_TYPE: [GEN4]HAA PN EC     
SH4 code: value(16407) Q number(12)
SEQ code: value(16407) Q number(12)
SH4 code: value(-26319) Q number(14)
SEQ code: value(-26319) Q number(14)
SH4 code: value(23478) Q number(5)
SEQ code: value(23478) Q number(5)
SH4 code: value(-30061) Q number(4)
SEQ code: value(-30061) Q number(4)
SH4 code: value(17183) Q number(4)
SEQ code: value(17183) Q number(4)
SH4 code: value(16230) Q number(14)
SEQ code: value(16230) Q number(14)
SH4 code: value(13764) Q number(15)
SEQ code: value(13764) Q number(15)
SH4 code: value(5616) Q number(15)
SEQ code: value(5616) Q number(15)
srv_module_initialize=100
CHN_Init()
Head PN/type is [HAA PN EC       DECK SN         DECK PN EC      ]
HAAPNEC field matches ************** pattern
  Data min MR bias set to 50
  Data max MR bias set to 90
  Data default MR bias set to 75
  Servo default MR bias set to 60
  Data MR resistance bias set to 90
  Servo MR resistance bias set to 70
  Data static gain set to 3
  Servo static gain set to 5
  T0 MR Bias cal SAVES RESULTS
  IFC MR Bias cal SAVES RESULTS
Head Gap Spacing = 1.5mm
Default bias=7.5mA data / 6.0mA servo
MR Resistance bias=9.0mA data / 7.0mA servo
CAL bias range=5.0mA .. 9.0mA
Static Channel gain = 3 data / 5 servo
Bias calibrations during T0 cal = NORMAL
Bias calibrations during IFC = NORMAL
GMR = FALSE
CHN_DF_Set_PLL([Gen4] [Vel1])
CHN_Restore_Working_Set_From_VPD()
CHN VPD: CHN_Get_Structs_From_VPD
Getting, parsing and checking VPD image...
CHN VPD: CHN_VPD_Parse_Set

CHN VPD: CHN_END_OF_CAL_DATA
CHN_VPD_Check_Set()
CHN VPD: CHN_VPD_Create_Block(CHN_SET_INFO_BLOCK_ID genmask=08 Vel65535)
CHN VPD: CHN_VPD_Create_Block(CHN_MR_RES_BLOCK_ID genmask=0F Vel65535)
 G1V1...... G2V12345.. G3V123456. G4V1234567CHN VPD: Init CHN_MR_RES_BLOCK_ID (All Vel=65535 mm/s)
CHN VPD: CHN_VPD_Create_Block(CHN_MR_BIAS_BLOCK_ID genmask=0F Vel65535)
 G1V1...... G2V12345.. G3V123456. G4V1234567CHN VPD: Init CHN_MR_BIAS_BLOCK_ID (All Vel=65535 mm/s)
CHN VPD: CHN_VPD_Create_Block(CHN_WRTVOLT_BLOCK_ID genmask=08 Vel65535)
 G4V1234567CHN VPD: Init CHN_WRTVOLT_BLOCK_ID (G4 Vel=65535 mm/s)
CHN VPD: CHN_VPD_Create_Block(CHN_WRTVOLT_BLOCK_ID genmask=04 Vel65535)
 G3V123456.CHN VPD: Init CHN_WRTVOLT_BLOCK_ID (G3 Vel=65535 mm/s)
CHN VPD: CHN_VPD_Create_Block(CHN_WRTVOLT_BLOCK_ID genmask=02 Vel65535)
 G2V12345..CHN VPD: Init CHN_WRTVOLT_BLOCK_ID (G2 Vel=65535 mm/s)
CHN VPD: CHN_VPD_Create_Block(CHN_WRTVOLT_BLOCK_ID genmask=01 Vel65535)
 G1V1......CHN VPD: Init CHN_WRTVOLT_BLOCK_ID (G1 Vel=65535 mm/s)
CHN VPD: CHN_VPD_Create_Block(CHN_DATA_FIR_BLOCK_ID genmask=08 Vel65535)
 G4V1234567CHN VPD: Init CHN_DATA_FIR_BLOCK_ID (G4 Vel=65535 mm/s)
CHN VPD: CHN_VPD_Create_Block(CHN_DATA_FIR_BLOCK_ID genmask=04 Vel65535)
 G3V123456.CHN VPD: Init CHN_DATA_FIR_BLOCK_ID (G3 Vel=65535 mm/s)
CHN VPD: CHN_VPD_Create_Block(CHN_DATA_FIR_BLOCK_ID genmask=02 Vel65535)
 G2V12345..CHN VPD: Init CHN_DATA_FIR_BLOCK_ID (G2 Vel=65535 mm/s)
CHN VPD: CHN_VPD_Create_Block(CHN_DATA_FIR_BLOCK_ID genmask=01 Vel65535)
 G1V1......CHN VPD: Init CHN_DATA_FIR_BLOCK_ID (G1 Vel=65535 mm/s)
CHN VPD: CHN_VPD_Create_Block(CHN_ACT_BLOCK_ID genmask=08 Vel65535)
 G4V1234567CHN VPD: Init CHN_ACT_BLOCK_ID (G4 Vel=65535 mm/s)
CHN VPD: CHN_VPD_Create_Block(CHN_ACT_BLOCK_ID genmask=04 Vel65535)
 G3V123456.CHN VPD: Init CHN_ACT_BLOCK_ID (G3 Vel=65535 mm/s)
CHN VPD: CHN_VPD_Create_Block(CHN_ACT_BLOCK_ID genmask=02 Vel65535)
 G2V12345..CHN VPD: Init CHN_ACT_BLOCK_ID (G2 Vel=65535 mm/s)
CHN VPD: CHN_VPD_Create_Block(CHN_ACT_BLOCK_ID genmask=01 Vel65535)
 G1V1......CHN VPD: Init CHN_ACT_BLOCK_ID (G1 Vel=65535 mm/s)
CHN VPD: CHN_VPD_Create_Block(CHN_FIR_ADAPT_BLOCK_ID genmask=08 Vel65535)
 G4V1234567CHN VPD: Init CHN_FIR_ADAPT_BLOCK_ID (G4 Vel=65535 mm/s)
Computing fixed taps from pSet (G4V65535 BOTH ch.1E)
 Gen4: V1fb V2fb V3fb V4fb V5fb V6fb V7fb
Checking fir taps from WorkingSet: Gen4  Vffff  dir 2
CHN VPD: CHN_VPD_Create_Block(CHN_FIR_ADAPT_BLOCK_ID genmask=04 Vel65535)
 G3V123456.CHN VPD: Init CHN_FIR_ADAPT_BLOCK_ID (G3 Vel=65535 mm/s)
Computing fixed taps from pSet (G3V65535 BOTH ch.1E)
 Gen3: V1fb V2fb V3fb V4fb V5fb V6fb
Checking fir taps from WorkingSet: Gen3  Vffff  dir 2
CHN VPD: CHN_VPD_Create_Block(CHN_FIR_ADAPT_BLOCK_ID genmask=02 Vel65535)
 G2V12345..CHN VPD: Init CHN_FIR_ADAPT_BLOCK_ID (G2 Vel=65535 mm/s)
Computing fixed taps from pSet (G2V65535 BOTH ch.1E)
 Gen2: V1fb V2fb V3fb V4fb V5fb
Checking fir taps from WorkingSet: Gen2  Vffff  dir 2
CHN VPD: CHN_VPD_Create_Block(CHN_FIR_ADAPT_BLOCK_ID genmask=01 Vel65535)
 G1V1......CHN VPD: Init CHN_FIR_ADAPT_BLOCK_ID (G1 Vel=65535 mm/s)
Computing fixed taps from pSet (G1V65535 BOTH ch.1E)
 Gen1: V1fb
Checking fir taps from WorkingSet: Gen1  Vffff  dir 2
CHN_VPD_Compress_Set()
CHN_VPD_Sort_VPDSet()
Transferring CHN_MR_RES_BLOCK_ID G1 AllVels
Transferring CHN_MR_BIAS_BLOCK_ID G1 AllVels
Transferring CHN_WRTVOLT_BLOCK_ID G1 AllVels
Transferring CHN_WRTVOLT_BLOCK_ID G2 AllVels
Transferring CHN_WRTVOLT_BLOCK_ID G3 AllVels
Transferring CHN_WRTVOLT_BLOCK_ID G4 AllVels
Transferring CHN_DATA_FIR_BLOCK_ID G1 AllVels
Transferring CHN_DATA_FIR_BLOCK_ID G2 AllVels
Transferring CHN_DATA_FIR_BLOCK_ID G3 AllVels
Transferring CHN_DATA_FIR_BLOCK_ID G4 AllVels
Transferring CHN_ACT_BLOCK_ID G1 AllVels
Transferring CHN_ACT_BLOCK_ID G2 AllVels
Transferring CHN_ACT_BLOCK_ID G3 AllVels
Transferring CHN_ACT_BLOCK_ID G4 AllVels
Transferring CHN_FIR_ADAPT_BLOCK_ID G1 AllVels
Transferring CHN_FIR_ADAPT_BLOCK_ID G2 AllVels
Transferring CHN_FIR_ADAPT_BLOCK_ID G3 AllVels
Transferring CHN_FIR_ADAPT_BLOCK_ID G4 AllVels
Re-copying and re-parsing VPD set
CHN VPD: CHN_VPD_Parse_Set

CHN VPD: CHN_SET_INFO_BLOCK_ID
CHN VPD: CHN_MR_RES_BLOCK_ID G1V1...... G2V12345.. G3V123456. G4V1234567
CHN VPD: CHN_MR_BIAS_BLOCK_ID G1V1...... G2V12345.. G3V123456. G4V1234567
CHN VPD: CHN_WRTVOLT_BLOCK_ID G1V1......
CHN VPD: CHN_WRTVOLT_BLOCK_ID G2V12345..
CHN VPD: CHN_WRTVOLT_BLOCK_ID G3V123456.
CHN VPD: CHN_WRTVOLT_BLOCK_ID G4V1234567
CHN VPD: CHN_DATA_FIR_BLOCK_ID G1V1......
CHN VPD: CHN_DATA_FIR_BLOCK_ID G2V12345..
CHN VPD: CHN_DATA_FIR_BLOCK_ID G3V123456.
CHN VPD: CHN_DATA_FIR_BLOCK_ID G4V1234567
CHN VPD: CHN_ACT_BLOCK_ID G1V1......
CHN VPD: CHN_ACT_BLOCK_ID G2V12345..
CHN VPD: CHN_ACT_BLOCK_ID G3V123456.
CHN VPD: CHN_ACT_BLOCK_ID G4V1234567
CHN VPD: CHN_FIR_ADAPT_BLOCK_ID G1V1......
CHN VPD: CHN_FIR_ADAPT_BLOCK_ID G2V12345..
CHN VPD: CHN_FIR_ADAPT_BLOCK_ID G3V123456.
CHN VPD: CHN_FIR_ADAPT_BLOCK_ID G4V1234567
CHN VPD: CHN_END_OF_CAL_DATA
CHN: pSet revised - flash recommended
Flashing changes to VPD (LUMP)
CHN VPD: CHN_Write_Structs_To_VPD
Parsing and checking Working image...
CHN VPD: CHN_VPD_Parse_Set

CHN VPD: CHN_SET_INFO_BLOCK_ID
CHN VPD: CHN_MR_RES_BLOCK_ID G1V1...... G2V12345.. G3V123456. G4V1234567
CHN VPD: CHN_MR_BIAS_BLOCK_ID G1V1...... G2V12345.. G3V123456. G4V1234567
CHN VPD: CHN_WRTVOLT_BLOCK_ID G1V1......
CHN VPD: CHN_WRTVOLT_BLOCK_ID G2V12345..
CHN VPD: CHN_WRTVOLT_BLOCK_ID G3V123456.
CHN VPD: CHN_WRTVOLT_BLOCK_ID G4V1234567
CHN VPD: CHN_DATA_FIR_BLOCK_ID G1V1......
CHN VPD: CHN_DATA_FIR_BLOCK_ID G2V12345..
CHN VPD: CHN_DATA_FIR_BLOCK_ID G3V123456.
CHN VPD: CHN_DATA_FIR_BLOCK_ID G4V1234567
CHN VPD: CHN_ACT_BLOCK_ID G1V1......
CHN VPD: CHN_ACT_BLOCK_ID G2V12345..
CHN VPD: CHN_ACT_BLOCK_ID G3V123456.
CHN VPD: CHN_ACT_BLOCK_ID G4V1234567
CHN VPD: CHN_FIR_ADAPT_BLOCK_ID G1V1......
CHN VPD: CHN_FIR_ADAPT_BLOCK_ID G2V12345..
CHN VPD: CHN_FIR_ADAPT_BLOCK_ID G3V123456.
CHN VPD: CHN_FIR_ADAPT_BLOCK_ID G4V1234567
CHN VPD: CHN_END_OF_CAL_DATA
CHN_VPD_Check_Set()
CHN VPD: CHN_VPD_Create_Block(CHN_STATIC_GAIN_BLOCK_ID genmask=0F Vel65535)
 G1V1...... G2V12345.. G3V123456. G4V1234567CHN VPD: Init CHN_STATIC_GAIN_BLOCK_ID (All Vel=65535 mm/s)
CHN_VPD_Compress_Set()
CHN: pSet revised - flash recommended
CHN_Save_Working_Set_To_Saved_Set()
CHN_VPD_Save_Block(4, FFFF, Gen1)
CHN VPD: CHN_VPD_Create_Block(CHN_DATA_FIR_BLOCK_ID genmask=01 Vel65535)
 G1V1......CHN VPD: Init CHN_DATA_FIR_BLOCK_ID (G1 Vel=65535 mm/s)
CHN_VPD_Save_Block(18, FFFF, Gen1)
CHN VPD: CHN_VPD_Create_Block(CHN_FIR_ADAPT_BLOCK_ID genmask=01 Vel65535)
 G1V1......CHN VPD: Init CHN_FIR_ADAPT_BLOCK_ID (G1 Vel=65535 mm/s)
Computing fixed taps from pSet (G1V65535 BOTH ch.1E)
 Gen1: V1fb
Checking fir taps from WorkingSet: Gen1  Vffff  dir 2
CHN_VPD_Save_Block(13, FFFF, Gen1)
CHN VPD: CHN_VPD_Create_Block(CHN_ACT_BLOCK_ID genmask=01 Vel65535)
 G1V1......CHN VPD: Init CHN_ACT_BLOCK_ID (G1 Vel=65535 mm/s)
CHN_VPD_Save_Block(4, FFFF, Gen2)
CHN VPD: CHN_VPD_Create_Block(CHN_DATA_FIR_BLOCK_ID genmask=02 Vel65535)
 G2V12345..CHN VPD: Init CHN_DATA_FIR_BLOCK_ID (G2 Vel=65535 mm/s)
CHN_VPD_Save_Block(18, FFFF, Gen2)
CHN VPD: CHN_VPD_Create_Block(CHN_FIR_ADAPT_BLOCK_ID genmask=02 Vel65535)
 G2V12345..CHN VPD: Init CHN_FIR_ADAPT_BLOCK_ID (G2 Vel=65535 mm/s)
Computing fixed taps from pSet (G2V65535 BOTH ch.1E)
 Gen2: V1fb V2fb V3fb V4fb V5fb
Checking fir taps from WorkingSet: Gen2  Vffff  dir 2
CHN_VPD_Save_Block(13, FFFF, Gen2)
CHN VPD: CHN_VPD_Create_Block(CHN_ACT_BLOCK_ID genmask=02 Vel65535)
 G2V12345..CHN VPD: Init CHN_ACT_BLOCK_ID (G2 Vel=65535 mm/s)
CHN_VPD_Save_Block(4, FFFF, Gen3)
CHN VPD: CHN_VPD_Create_Block(CHN_DATA_FIR_BLOCK_ID genmask=04 Vel65535)
 G3V123456.CHN VPD: Init CHN_DATA_FIR_BLOCK_ID (G3 Vel=65535 mm/s)
CHN_VPD_Save_Block(18, FFFF, Gen3)
CHN VPD: CHN_VPD_Create_Block(CHN_FIR_ADAPT_BLOCK_ID genmask=04 Vel65535)
 G3V123456.CHN VPD: Init CHN_FIR_ADAPT_BLOCK_ID (G3 Vel=65535 mm/s)
Computing fixed taps from pSet (G3V65535 BOTH ch.1E)
 Gen3: V1fb V2fb V3fb V4fb V5fb V6fb
Checking fir taps from WorkingSet: Gen3  Vffff  dir 2
CHN_VPD_Save_Block(13, FFFF, Gen3)
CHN VPD: CHN_VPD_Create_Block(CHN_ACT_BLOCK_ID genmask=04 Vel65535)
 G3V123456.CHN VPD: Init CHN_ACT_BLOCK_ID (G3 Vel=65535 mm/s)
CHN_VPD_Save_Block(4, FFFF, Gen4)
CHN VPD: CHN_VPD_Create_Block(CHN_DATA_FIR_BLOCK_ID genmask=08 Vel65535)
 G4V1234567CHN VPD: Init CHN_DATA_FIR_BLOCK_ID (G4 Vel=65535 mm/s)
CHN_VPD_Save_Block(18, FFFF, Gen4)
CHN VPD: CHN_VPD_Create_Block(CHN_FIR_ADAPT_BLOCK_ID genmask=08 Vel65535)
 G4V1234567CHN VPD: Init CHN_FIR_ADAPT_BLOCK_ID (G4 Vel=65535 mm/s)
Computing fixed taps from pSet (G4V65535 BOTH ch.1E)
 Gen4: V1fb V2fb V3fb V4fb V5fb V6fb V7fb
Checking fir taps from WorkingSet: Gen4  Vffff  dir 2
CHN_VPD_Save_Block(13, FFFF, Gen4)
CHN VPD: CHN_VPD_Create_Block(CHN_ACT_BLOCK_ID genmask=08 Vel65535)
 G4V1234567CHN VPD: Init CHN_ACT_BLOCK_ID (G4 Vel=65535 mm/s)
Card_ID = 0x02
CHN_Setup_HW(t = 1.000001192)
CHN_Set_Offbias (data=LO, servo=LO)
CHN: CHN_AFE2_Setup(CHN_HW_POR(x0)  G4V1  BOTH)
AFE2_MODULE_0 Ver=1 (val1=6, val2=6)
AFE2_MODULE_1 Ver=1 (val1=0, val2=0)
CHN: CHN_ABE_Setup(CHN_HW_POR(x0)  G4V1  BOTH)
CHN: CHN_INDY_Setup(CHN_HW_POR(x0)  G4V1  BOTH)
CHN: CHN_EIGER_Setup(CHN_HW_POR(x0)  G4V1  BOTH)
CHN: CHN_KYOTO_Setup(CHN_HW_POR(x0)  G4V1  BOTH)
CHN_Setup_HW(POR(x0) G4V1 BOTH [AFE2 ABE INDY EIGER KYOTO])=x0
CHN_Setup_HW(t = 1.000001195)
CHN: CHN_AFE2_Setup(CHN_HW_POWERDOWN(x9)  G4V1  BOTH)
CHN: CHN_ABE_Setup(CHN_HW_POWERDOWN(x9)  G4V1  BOTH)
CHN: CHN_INDY_Setup(CHN_HW_POWERDOWN(x9)  G4V1  BOTH)
CHN: CHN_EIGER_Setup(CHN_HW_POWERDOWN(x9)  G4V1  BOTH)
CHN: CHN_KYOTO_Setup(CHN_HW_POWERDOWN(x9)  G4V1  BOTH)
CHN_DF_Set_PLL([Gen4] [Vel7])
CHN_Setup_HW(POWERDOWN(x9) G4V1 BOTH [AFE2 ABE INDY EIGER KYOTO])=x0
CHN_Calib_Init()
SRV_Kyoto_clock_init[    1800] [       2]
BUF: Unique_Cart_ID temp1: 0
BUF: Unique_Cart_ID: 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
FCE: fce_dual_port = 0
FCE: Fce_Fix_AL_PA(0) is called
FCE: Fce_Fix_AL_PA(1) is called
FCE: Fce_Fix_Topology() is called
FCE: connector = 0x0
FCE: topology settings = 0x4
FCE: vpd topology settings = 0x4
FCE: speed settings = 0x3
FCE: vpd speed settings = 0x3
FCE: Fce_Fix_Topology() is called
FCE: connector = 0x0
FCE: topology settings = 0x4
FCE: vpd topology settings = 0x4
FCE: speed settings = 0x3
FCE: vpd speed settings = 0x3
FCE: !!! Dispatch Fce_Update_Con_O/p !!!
CRP: _crypto_EXECUTE_ASYNC fn = *8181972(0,0)
CRP: _crypto_SET_RW_REINIT
CRP: _crypto_SET_RW_LOCATE
CRP: _crypto_REFRESH_PANEL
LN0: Product ID set as ULTRIUM-TD4     C7QH0
Ln1_Initialize_Enable_Ready_SM: enabled=0, cache=0
ADI IDC: Inquiry Update Process Initialized. status=00
Ln2_Initialize ADC Device Server: enabled=0
LIB: Drive Maintenance Init (Get VPD):  task=00, block=02
LIB: baud rate switch  = 1
LIB: Feature switch (1H) set for polled mode.
LIB: lib_drive_maintenance_init. Requesting VPD_PRODUCT_NUMBER.
LIB: reboot_the_drive = 0.
LIB Init: VPD_LIBRARY_INFORMATION_TYPE get results...
LIB: 0x00000000 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
LIB: 0x00000010 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
LIB: 0x00000020 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
LIB: 0x00000030 00 00 00 00 00 00 00 00 00 00 00 00 
LIB Init: VPD_SCSI_FIBRE_TYPE get results...
LIB: 0x00000000 00 00 00 00 52 55 20 52 55 20 52 55 00 00 00 00 
LIB: 0x00000010 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
LIB: 0x00000020 00 00 00 00 00 00 00 00 00 00 00 00 
LIB Init: LUN1 is not configured.
LIB Init: LUN1 Configuration = 00h.
STA: in is diamond cartridge, ptr = NULL... error 
VHF is initialized�@10100002 -> 11100002
RAS: Reset Reason = RESET_POR, value = 1
RAS: RAS_Diag_Crypto_Self_Test
Watchdog timer reset is enabled

<<< Initialization done - HMI 2 Card (2) 0x11 >>>

TTS: Power Amp disabled
Motor_Idle_Fn
CRP: _crypto_EXECUTE_ASYNC_START fn = *8181972(0,0)
Ln1_Enable_Ready_SM: On Entry: current state=LUN1_NOT_ENABLED
Ln1_Enable_Ready_SM: On Exit: current state=LUN1_NOT_ENABLED
DRH: Flush_Request Type: 11 rec: 0 fm: 0
DRH: Flush Request Complete FSC: 0
RAS: RAS_Diagnostics. 0x08 
RAS: A cartridge is in the drive.
RAS: Enter Post Mode [0].
RAS: RAS_Diag_Post_Init.
RAS: VPD Check Error is Detected. 01a10020
<<<< POST FAIL >>>>
RAS: Diagnostics Result. rc = 0x01, fsc = 0x42000020 
SCC:build_deferred nexus->lun_id=0x0
ECA: TapeAlert=00000002 00000000
SCC_Build_Sense SK/ASC,FSC = 04/4400,4200
STA: VPD 4 immediate
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
RAS_Dump_DumpFlash
Ras_Dump_DumpFlash
SCC:build_deferred nexus->lun_id=0x0
ECA: TapeAlert=00000002 00000000
SCC_Build_Sense SK/ASC,FSC = 04/4400,4200
STA: VPD 4 immediate
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
device address error
RAS: Dump does not save to flash

Takze data v nej su a checksum je OK.

Za predchadzajucu mechaniku predajca vratil peniaze, kupil som teda dalsiu. Tato dokonca funguje - prejde POSTom, 7-segmentovy displej zhasne a LED ostane svietit na zeleno. Je trochu novsia - 2009, ma asi novsiu reviziu dosky, ako vidiet vo vypise. Priame pripojenie cez fibre channel neslo, ale ked som odpojil konfiguracny konektor z J39, tak zacalo fungovat. Do kniznice som ju zatial nedaval.

diff medzi vypismi zo zlej a dobrej:

Kód: Vybrat vše

--- ult-bad.cap   2018-01-18 10:24:54.292300900 +0100
+++ ult-new.cap   2018-01-18 12:38:05.400272356 +0100
@@ -31,7 +31,7 @@
 PRI_VELOCITY_NUMER=25600, B_Count_Min=1638 B_Count_Max=25600
 ####################################################################################################
 tts_gdb_log_init: (  196968)
-TTS: 9/10, 40/42, 20/25, 1700/1673
+TTS: 13/5, 4/3, 29/12, 1661/1700
 TTS VPD DATA inb/outb: DAC offset, PWM offset, motor friction, motor Kt
 init_TT_State_Machine
 Tape_Transport_State=0
@@ -82,6 +82,7 @@
 Bias calibrations during T0 cal = NORMAL
 Bias calibrations during IFC = NORMAL
 GMR = FALSE
+Converting to lower write voltage settings
 CHN_DF_Set_PLL([Gen4] [Vel1])
 CHN_Restore_Working_Set_From_VPD()
 CHN VPD: CHN_Get_Structs_From_VPD
@@ -207,11 +208,11 @@
 CHN_VPD_Save_Block(13, FFFF, Gen4)
 CHN VPD: CHN_VPD_Create_Block(CHN_ACT_BLOCK_ID genmask=08 Vel65535)
  G4V1234567CHN VPD: Init CHN_ACT_BLOCK_ID (G4 Vel=65535 mm/s)
-Card_ID = 0x02
+Card_ID = 0x04
 CHN_Setup_HW(t = 1.000001172)
 CHN_Set_Offbias (data=LO, servo=LO)
 CHN: CHN_AFE2_Setup(CHN_HW_POR(x0)  G4V1  BOTH)
-AFE2_MODULE_0 Ver=1 (val1=6, val2=6)
+AFE2_MODULE_0 Ver=1 (val1=0, val2=0)
 AFE2_MODULE_1 Ver=1 (val1=0, val2=0)
 CHN: CHN_ABE_Setup(CHN_HW_POR(x0)  G4V1  BOTH)
 CHN: CHN_INDY_Setup(CHN_HW_POR(x0)  G4V1  BOTH)
@@ -250,19 +251,6 @@
 LN0: Product ID set as ULTRIUM-TD4     C7QH0
 Ln1_Initialize_Enable_Ready_SM: enabled=0, cache=0
 ADI IDC: Inquiry Update Process Initialized. status=00
-LIB: Cached Inquiry Data Length = 128
-LIB: 0x00000000 ff 00 0d 0d 00 00 45 80 00 4c 83 00 80 08 80 03
-LIB: 0x00000010 12 33 00 21 30 41 44 49 43 20 20 20 20 53 63 61
-LIB: 0x00000020 6c 61 72 20 69 35 30 30 20 20 20 20 20 36 34 30
-LIB: 0x00000030 47 36 34 30 47 2e 47 53 30 30 37 20 20 20 20 20
-LIB: 0x00000040 20 20 20 20 01 08 00 00 03 00 80 83 08 80 00 18
-LIB: 0x00000050 41 44 49 43 41 30 43 30 30 33 37 36 31 38 5f 4c
-LIB: 0x00000060 4c 41 20 20 20 20 20 20 00 00 00 00 00 00 00 00
-LIB: 0x00000070 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
-LIB: Cached Inquiry data received: page = 00, offset = 13, page_length = 51
-LIB: Cached Inquiry data received: page = 00, offset = 69, page_length = 03
-LIB: Cached Inquiry data received: page = 80, offset = 76, page_length = 24
-LIB: Cached Inquiry data received: page = 83, offset = 128, page_length = 00
 Ln2_Initialize ADC Device Server: enabled=0
 LIB: Drive Maintenance Init (Get VPD):  task=00, block=02
 LIB: baud rate switch  = 1
@@ -270,24 +258,27 @@
 LIB: lib_drive_maintenance_init. Requesting VPD_PRODUCT_NUMBER.
 LIB: reboot_the_drive = 0.
 LIB Init: VPD_LIBRARY_INFORMATION_TYPE get results...
-LIB: 0x00000000 00 01 00 00 88 00 00 00 00 00 00 00 00 00 00 00
-LIB: 0x00000010 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
-LIB: 0x00000020 00 00 00 00 00 00 00 00 00 62 1a 00 00 00 46 30
-LIB: 0x00000030 39 42 44 33 30 30 30 34 00 00 00 00
+LIB: 0x00000000 00 01 00 00 08 00 00 00 00 00 00 00 00 00 00 00 
+LIB: 0x00000010 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 
+LIB: 0x00000020 00 00 00 00 00 00 00 00 00 60 1a 00 00 00 46 30 
+LIB: 0x00000030 39 39 32 34 34 30 30 34 00 00 00 00 
 LIB Init: VPD_SCSI_FIBRE_TYPE get results...
-LIB: 0x00000000 a1 70 0d 6b 41 4a 45 46 41 58 36 42 00 73 50 03
-LIB: 0x00000010 08 c0 9b d3 00 04 01 00 03 00 00 00 00 00 00 00
-LIB: 0x00000020 00 00 00 00 00 00 00 00 00 00 00 00
-LIB Init: Intelligent LUN1 is configured.
-LIB Init: LUN1 Configuration = 01h.
+LIB: 0x00000000 a1 70 0d 6b 41 4a 45 46 41 58 36 42 00 73 50 03 
+LIB: 0x00000010 08 c0 99 24 40 04 01 00 03 00 00 00 00 00 00 00 
+LIB: 0x00000020 00 00 00 00 00 00 00 00 00 00 00 00 
+LIB Init: LUN1 is not configured.
+LIB Init: LUN1 Configuration = 00h.
 CRP: _crypto_GET_ENCRYPTED info=0, rc=0
 CRP: _crypto_GET_LB_AT_BOP rc = 1
-VHF is initialized�@10200002 -> 11200002
+CRP: _crypto_SET_RW_REINIT
+CRP: _crypto_SET_RW_LOCATE
+CRP: _crypto_REFRESH_PANEL
+VHF is initialized�@10200002 -> 11200002
 RAS: Reset Reason = RESET_POR, value = 1
 RAS: RAS_Diag_Crypto_Self_Test
 Watchdog timer reset is enabled
 
-<<< Initialization done - HMI 2 Card (2) 0x11 >>>
+<<< Initialization done - MVT Card (4) 0x13 >>>
 
 CHN_Set_Offbias (data=LO, servo=LO)
 Motor_Idle_Fn
@@ -299,10 +290,553 @@
 RAS: RAS_Diagnostics. 0x08 
 RAS: Enter Post Mode [0].
 RAS: RAS_Diag_Post_Init.
-RAS: POST Error is Detected. 01f70000
-<<<< POST FAIL >>>>
-RAS: Diagnostics Result. rc = 0x01, fsc = 0x51680000
-SCC:build_deferred nexus->lun_id=0x0
-ECA: TapeAlert=00000002 00000000
-SCC_Build_Sense SK/ASC,FSC = 04/4080,5168
-STA: VPD 4 immediate
+RAS: Enter Post Mode [1].
+RAS: Enter Post Mode [2].
+RAS: Enter Post Mode [3].
+RAS: RAS_Diag_Mods_ROM.
+RAS: RAS_Diag_Mods_ROM_Finish. 0
+RAS: Enter Post Mode [4].
+RAS: Enter Post Mode [5].
+RAS: RAS_Diag_Mods_Reg. YURI SRV Register Test
+RAS: Enter Post Mode [6].
+RAS: RAS_Diag_Mods_Reg. YURI Register Test
+RAS: Enter Post Mode [7].
+RAS_Diag_Yuri_Sram.
+RAS_Diag_Yuri_Sdram.
+set_mderr_status: Status 0
+RAS: Enter Post Mode [8].
+CHN_Setup_HW(t = 5.880869940)
+CHN_Set_Offbias (data=LO, servo=LO)
+CHN: CHN_AFE2_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+AFE2_MODULE_0 Ver=1 (val1=0, val2=0)
+AFE2_MODULE_1 Ver=1 (val1=27, val2=27)
+CHN: CHN_ABE_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN: CHN_INDY_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN: CHN_EIGER_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN: CHN_KYOTO_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN_Setup_HW(POR(x0) G4V1 FWD [AFE2 ABE INDY EIGER KYOTO])=x0
+RAS: AFE2 register test
+RAS: ABE register test
+RAS: INDY register test
+RAS: EIGER register test
+RAS: KYOTO register test
+CHN_Setup_HW(t = 6.287809213)
+CHN: CHN_AFE2_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_ABE_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_INDY_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_EIGER_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_KYOTO_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN_DF_Set_PLL([Gen4] [Vel7])
+CHN_Setup_HW(POWERDOWN(x9) G4V1 FWD [AFE2 ABE INDY EIGER KYOTO])=x0
+RAS: Enter Post Mode [9].
+RAS: Data Tiny LWR Test
+RAS: TLWR *** Pattern [1] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: BMGSTS: 2024102
+RAS: CBC=0x00000450 RBC=0x000001f8 STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [2] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: BMGSTS: 2024302
+RAS: CBC=0x00000418 RBC=0x000001f2 STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [3] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: BMGSTS: 2024102
+RAS: CBC=0x000002e8 RBC=0x000001f4 STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [4] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: BMGSTS: 2024102
+RAS: CBC=0x000014c4 RBC=0x000001fa STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [5] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: CBC=0x00000434 RBC=0x000001fa STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [6] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: CBC=0x0000044c RBC=0x000001fa STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [7] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: BMGSTS: 2024102
+RAS: CBC=0x00001338 RBC=0x000001fa STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [8] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: BMGSTS: 2024102
+RAS: CBC=0x000005b8 RBC=0x000001fa STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [9] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: BMGSTS: 2024302
+RAS: CBC=0x0000063c RBC=0x000001fa STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [10] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: CBC=0x00000348 RBC=0x000001fa STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [11] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: BMGSTS: 2024102
+RAS: CBC=0x00000448 RBC=0x000001fa STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [12] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: CBC=0x000004f8 RBC=0x000001f6 STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [13] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: BMGSTS: 2024102
+RAS: CBC=0x00002e40 RBC=0x000001f6 STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [14] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: CBC=0x000003ec RBC=0x000001f6 STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [15] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: CBC=0x0000065c RBC=0x000001f6 STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [16] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: BMGSTS: 2024102
+RAS: CBC=0x00003ccc RBC=0x000001fa STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [17] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: CBC=0x00000524 RBC=0x000001fa STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [18] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: BMGSTS: 2024302
+RAS: CBC=0x000006f0 RBC=0x000001f6 STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [19] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: CBC=0x0000066c RBC=0x000001f6 STAT=0x4ff4b8fa
+RAS: TLWR *** Pattern [20] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: BMGSTS: 2024102
+RAS: CBC=0x00004208 RBC=0x000001f6 STAT=0x4ff4bcfa
+RAS: Enter Post Mode [a].
+RAS: RAS_Diag_Data_Crypto_LWR_Prolog.
+RAS: Data Crypto LWR Test
+RAS: CLWR *** Step [0] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: BMGSTS: 2024102
+RAS: CLWR *** ENCRYPTION STATUS ***
+RAS: CBC=0x000012cc RBC=0x00001836 STAT=0x6ff408f0
+RAS: ECNF=0x00024720 OPER=0x00686180
+DRH-INT4: ENDMARKER DECORDED_ENCODED = 0
+RAS: CLWR *** DECRYPTION STATUS ***
+RAS: CBC=0x0000135c RBC=0x00001836 STAT=0x4ff08070
+RAS: ECNF=0x00024720 OPER=0x00686080
+RAS: CLWR *** Step [1] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: BMGSTS: 2024102
+RAS: CLWR *** ENCRYPTION STATUS ***
+RAS: CBC=0x000012cc RBC=0x00001836 STAT=0x6ff408f0
+RAS: ECNF=0x00024720 OPER=0x00686180
+RAS: Set bypass mode
+RAS: CLWR *** DECRYPTION STATUS ***
+RAS: CBC=0x000014c8 RBC=0x000001fa STAT=0x4ff4bcfa
+RAS: ECNF=0x30024720 OPER=0x00606080
+RAS: CLWR *** Step [2] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: CLWR *** ENCRYPTION STATUS ***
+RAS: CBC=0x0000187c RBC=0x00001836 STAT=0x6ff40cf0
+RAS: ECNF=0x30024720 OPER=0x00686180
+DRH-INT4: ENDMARKER DECORDED_ENCODED = 0
+RAS: CLWR *** DECRYPTION STATUS ***
+RAS: CBC=0x0000190c RBC=0x00001836 STAT=0x4ff08470
+RAS: ECNF=0x20024720 OPER=0x00686080
+RAS: CLWR *** Step [3] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: CLWR *** ENCRYPTION STATUS ***
+RAS: CBC=0x0000187c RBC=0x00001836 STAT=0x6ff40cf0
+RAS: ECNF=0x30024720 OPER=0x00686180
+RAS: Set bypass mode
+RAS: CLWR *** DECRYPTION STATUS ***
+RAS: CBC=0x00001a78 RBC=0x000001fa STAT=0x4ff4bcfa
+RAS: ECNF=0x30024720 OPER=0x00606080
+RAS: CLWR *** Step [4] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: set bypass mode
+RAS: BMGSTS: 2024302
+RAS: CLWR *** ENCRYPTION STATUS ***
+RAS: CBC=0x000012cc RBC=0x000012c4 STAT=0x6ff48cf0
+RAS: ECNF=0x30004720 OPER=0x00606180
+DRH-INT4: ENDMARKER DECORDED_ENCODED = 0
+RAS: CLWR *** DECRYPTION STATUS ***
+RAS: CBC=0x0000135c RBC=0x00001836 STAT=0x4ff08070
+RAS: ECNF=0x00024720 OPER=0x00686080
+RAS: CLWR *** Step [5] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: set bypass mode
+RAS: BMGSTS: 2024102
+RAS: CLWR *** ENCRYPTION STATUS ***
+RAS: CBC=0x000012cc RBC=0x000012c4 STAT=0x6ff48cf0
+RAS: ECNF=0x30004720 OPER=0x00606180
+RAS: Set bypass mode
+RAS: CLWR *** DECRYPTION STATUS ***
+RAS: CBC=0x000014c8 RBC=0x000001fa STAT=0x4ff4bcfa
+RAS: ECNF=0x30024720 OPER=0x00606080
+RAS: CLWR *** Step [6] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: set bypass mode
+RAS: CLWR *** ENCRYPTION STATUS ***
+RAS: CBC=0x0000187c RBC=0x00001874 STAT=0x6ff48cf0
+RAS: ECNF=0x30004720 OPER=0x00606180
+DRH-INT4: ENDMARKER DECORDED_ENCODED = 0
+RAS: CLWR *** DECRYPTION STATUS ***
+RAS: CBC=0x0000190c RBC=0x00001836 STAT=0x4ff08470
+RAS: ECNF=0x00024720 OPER=0x00686080
+RAS: CLWR *** Step [7] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS: set bypass mode
+RAS: CLWR *** ENCRYPTION STATUS ***
+RAS: CBC=0x0000187c RBC=0x00001874 STAT=0x6ff48cf0
+RAS: ECNF=0x30004720 OPER=0x00606180
+RAS: Set bypass mode
+RAS: CLWR *** DECRYPTION STATUS ***
+RAS: CBC=0x00001a78 RBC=0x000001fa STAT=0x4ff4bcfa
+RAS: ECNF=0x30024720 OPER=0x00606080
+RAS: RAS_Diag_Data_Crypto_LWR_Epilog. 0x00000000
+RAS: Enter Post Mode [b].
+RAS: RAS_Diag_Check_Post_Bypass.
+RAS: Enter Post Mode [c].
+RAS: LDI(5V) is supported
+RAS: Enter Post Mode [d].
+RAS: RAS_Diag_Wrap_Lib_If.
+RAS: RAS_Diag_Wrap_Lib_If no tool.
+RAS: RAS_Diag_Wrap_Lib_If_Finish. 0x52810000
+RAS: Changed FSC to 0x00000000
+RAS: Enter Post Mode [e].
+RAS: Check if write inhibit sensor is connected or not
+RAS: dev_stat = 1
+RAS: Write Protect senser is connected
+RAS: Enter Post Mode [f].
+RAS: HAA_SEN_ON to low
+RAS: HAA sensor is connetcted
+SRV_Motor_Test
+SRV: PM_SERVO_BUSY
+TTS: Motor Calib
+Loader -> Motor_Calibration
+Motor_Req(2)=0
+tt_motor_start
+Motor_Idle_Fn
+MOTOR TEST: <<PWM Disable Test>>
+MOTOR TEST: PWM period inb = 10273. (PASS) (9200, 12200)
+MOTOR TEST: PWM period out = 10381. (PASS) (9200, 12200)
+MOTOR TEST: PWM ontime inb = 5533. (PASS) (3400, 8100)
+MOTOR TEST: PWM ontime out = 5608. (PASS) (3400, 8100)
+TTS: Power Amp enabled
+TTS: Power Amp reset
+MOTOR TEST: <<PWM Enable Test>>
+MOTOR TEST: PWM active inb = 10252. (PASS) (9200, 12200)
+MOTOR TEST: PWM active out = 10362. (PASS) (9200, 12200)
+MOTOR TEST: PWM offset inb = 1. (PASS) (-200, 200)
+MOTOR TEST: PWM offset out = 1. (PASS) (-200, 200)
+TTS: Power Amp disabled
+set_mderr_status: Status 1
+set_mderr_status: Status 0
+set_mderr_status: Status 1
+set_mderr_status: Status 0
+set_mderr_status: Status 1
+set_mderr_status: Status 0
+set_mderr_status: Status 1
+set_mderr_status: Status 0
+set_mderr_status: Status 1
+set_mderr_status: Status 0
+set_mderr_status: Status 1
+set_mderr_status: Status 0
+set_mderr_status: Status 1
+MOTOR TEST: PASS INB MDERR POS = 90
+MOTOR TEST: PASS OUT MDERR POS = 90
+TTS: Power Amp disabled
+set_mderr_status: Status 0
+set_mderr_status: Status 1
+set_mderr_status: Status 0
+set_mderr_status: Status 1
+set_mderr_status: Status 0
+set_mderr_status: Status 1
+set_mderr_status: Status 0
+set_mderr_status: Status 1
+set_mderr_status: Status 0
+MOTOR TEST: PASS INB MDERR NEG = -76
+MOTOR TEST: PASS OUT MDERR NEG = -75
+MOTOR TEST: PASS INB & OUT DAC  = 0
+TTS: Power Amp enabled
+TTS: Power Amp reset
+MOTOR TEST: PASS FWD INB ROTATE = 138
+MOTOR TEST: PASS FWD OUT ROTATE = 139
+MOTOR TEST: PASS FWD INB HALL ST: 25
+MOTOR TEST: PASS FWD OUT HALL ST: 25
+MOTOR TEST: PASS BWD INB ROTATE = -135
+MOTOR TEST: PASS BWD OUT ROTATE = -137
+MOTOR TEST: PASS BWD INB HALL ST: -4
+MOTOR TEST: PASS BWD OUT HALL ST: -5
+MOTOR TEST: PASS INB DAC OFFSET = 13
+MOTOR TEST: PASS OUT DAC OFFSET = 5
+MOTOR TEST: PASS INB FRICTION   = 26
+MOTOR TEST: PASS OUT FRICTION   = 13
+MOTOR TEST: PASS INB ACCEL TIME = 766
+MOTOR TEST: PASS OUT ACCEL TIME = 747
+MOTOR TEST: PASS INB VELOCITY   = 1014
+MOTOR TEST: PASS OUT VELOCITY   = 1021
+MOTOR TEST: PASS INB VEL CALIB  = 4474
+MOTOR TEST: PASS OUT VEL CALIB  = 4401
+Motor_End_Fn
+TTS: Power Amp disabled
+TTS: motor_test_cmp(0)
+PM IDLE 60 sec timer start
+Motor_Idle_Fn
+RAS: Exit Motor Test.
+RAS: Enter Post Mode [10].
+RAS: Write Protect test
+RAS: Enter Post Mode [11].
+RAS: Cartridge sensor test
+RAS: Enter Post Mode [12].
+CHN_Setup_HW(t = 18.215995274)
+CHN_Set_Offbias (data=LO, servo=LO)
+CHN: CHN_AFE2_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+AFE2_MODULE_0 Ver=1 (val1=33, val2=33)
+AFE2_MODULE_1 Ver=1 (val1=0, val2=0)
+CHN: CHN_ABE_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN: CHN_INDY_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN: CHN_EIGER_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN: CHN_KYOTO_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN_Setup_HW(POR(x0) G4V1 FWD [AFE2 ABE INDY EIGER KYOTO])=x0
+RAS: AFE2 version 0x08 ... assume 1.1
+RAS: AFE2 version 1.1
+CHN_Set_Offbias (data=LO, servo=LO)
+ Ch :  0 1 2 3 4 5 6 7 8 9 A B C D E F  S0 S1 
+      ----------------------------------------
+ FWD:                                        
+BKWD:                                        
+CHN_Set_Offbias (data=LO, servo=LO)
+Open Head Cable test PASSED
+CHN_Set_Offbias (data=LO, servo=LO)
+CHN_AFE2_Set_Bias_Currents( 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0)
+CHN_AFE2_Set_Servo_Bias_Currents( 7.0 7.0)
+CAL: Subtracting card resistances
+MR Resistance - data readers
+ FWD:
+ 102.3 103.2 103.5 103.5 103.1 103.2 104.0 102.2 105.2 102.9 104.9 104.1 103.8 104.0 103.9 103.4
+BKWD:
+ 105.6 105.7 105.6 106.8 106.5 106.5 107.0 106.5 105.8 104.7 104.9 107.2 106.6 105.3 106.2 107.6
+
+MR Resistance - servo readers
+ FWD(R): 108.1 110.4
+BKWD(L): 108.6 107.4
+CHN_Set_Offbias (data=LO, servo=LO)
+CHN: CHN_AFE2_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+RAS: MR resistance is within range
+CHN_Setup_HW(t = 19.166833213)
+CHN_DF_Set_PLL([Gen4] [Vel3])
+CHN: CHN_AFE2_Setup(CHN_HW_WRITE_OP(x1)  G4V3  FWD)
+CHN_AFE2_Set_WriteVoltage(3.54V)=0xD0
+CHN_AFE2_Set_Bias_Currents( 8.0 6.5 9.0 9.0 9.0 9.0 8.5 7.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0)
+CHN_AFE2_Set_Servo_Bias_Currents( 6.0 6.0)
+CHN: CHN_ABE_Setup(CHN_HW_WRITE_OP(x1)  G4V3  FWD)
+CHN_ABE_Calibrate_Analog(G4, 1E)
+ (X) failed channels, (-) not run, (N) didn't complete
+ Channel .......................  S S
+ 0 1 2 3 4 5 6 7 8 9 A B C D E F  0 1
+--------------------------------------
+                                  - -
+CHN_ABE_Calibrate_Analog(G4, 1F)
+ (X) failed channels, (-) not run, (N) didn't complete
+ Channel .......................  S S
+ 0 1 2 3 4 5 6 7 8 9 A B C D E F  0 1
+--------------------------------------
+ - - - - - - - - - - - - - - - -     
+CHN: CHN_INDY_Setup(CHN_HW_WRITE_OP(x1)  G4V3  FWD)
+CHN: CHN_EIGER_Setup(CHN_HW_WRITE_OP(x1)  G4V3  FWD)
+CHN: CHN_KYOTO_Setup(CHN_HW_WRITE_OP(x1)  G4V3  FWD)
+CHN: Special delay for AdEq (WRITE_OP), lms_ctrlmask=0x0000005C
+Loading taps from WorkingSet Gen4  dir 0  vel 3
+CHN_Setup_HW(WRITE_OP(x1) G4V3 FWD [AFE2 ABE INDY EIGER KYOTO])=x0
+Ref. V (L module) measured at 0x000001FB (1.239V)
+Ref. V (R module) measured at 0x000001FB (1.239V)
+CHN_AFE2_Set_Bias_Currents( 8.0 6.5 9.0 9.0 9.0 9.0 8.5 7.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0)
+RIGHT module measured at 0x00000234 (1.390V)
+CHN_AFE2_Set_Bias_Currents( 8.0 9.0 9.0 9.0 7.5 8.0 5.5 8.5 9.0 9.0 9.0 7.5 9.0 9.0 8.5 9.0)
+LEFT module measured at 0x00000239 (1.402V)
+CHN_Setup_HW(t = 19.613095516)
+CHN: CHN_AFE2_Setup(CHN_HW_POWERDOWN(x9)  G4V1  BOTH)
+CHN: CHN_ABE_Setup(CHN_HW_POWERDOWN(x9)  G4V1  BOTH)
+CHN: CHN_INDY_Setup(CHN_HW_POWERDOWN(x9)  G4V1  BOTH)
+CHN: CHN_EIGER_Setup(CHN_HW_POWERDOWN(x9)  G4V1  BOTH)
+CHN: CHN_KYOTO_Setup(CHN_HW_POWERDOWN(x9)  G4V1  BOTH)
+CHN_DF_Set_PLL([Gen4] [Vel7])
+CHN_Setup_HW(POWERDOWN(x9) G4V1 BOTH [AFE2 ABE INDY EIGER KYOTO])=x0
+CHN_Setup_HW(t = 19.617629940)
+CHN: CHN_AFE2_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_ABE_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_INDY_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_EIGER_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_KYOTO_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN_DF_Set_PLL([Gen4] [Vel7])
+CHN_Setup_HW(POWERDOWN(x9) G4V1 FWD [AFE2 ABE INDY EIGER KYOTO])=x0
+RAS: Enter Post Mode [13].
+CHN_Setup_HW(t = 19.622323152)
+CHN_Set_Offbias (data=LO, servo=LO)
+CHN: CHN_AFE2_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+AFE2_MODULE_0 Ver=1 (val1=84, val2=84)
+AFE2_MODULE_1 Ver=1 (val1=50, val2=50)
+CHN: CHN_ABE_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN: CHN_INDY_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN: CHN_EIGER_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN: CHN_KYOTO_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN_Setup_HW(POR(x0) G4V1 FWD [AFE2 ABE INDY EIGER KYOTO])=x0
+RAS: Data Long LWR Test
+CHN_DF_Set_PLL([Gen4] [Vel1])
+CHN_Set_Gen(Gen4)
+CHN_Setup_HW(t = 19.728458061)
+CHN_DF_Set_PLL([Gen4] [Vel1])
+CHN: CHN_AFE2_Setup(CHN_HW_LLWR_DATA(x7)  G4V1  FWD)
+CHN: CHN_ABE_Setup(CHN_HW_LLWR_DATA(x7)  G4V1  FWD)
+CHN_ABE_Calibrate_Analog(G4, 1E)
+ (X) failed channels, (-) not run, (N) didn't complete
+ Channel .......................  S S
+ 0 1 2 3 4 5 6 7 8 9 A B C D E F  0 1
+--------------------------------------
+                                  - -
+CHN: CHN_INDY_Setup(CHN_HW_LLWR_DATA(x7)  G4V1  FWD)
+CHN: CHN_EIGER_Setup(CHN_HW_LLWR_DATA(x7)  G4V1  FWD)
+CHN: CHN_KYOTO_Setup(CHN_HW_LLWR_DATA(x7)  G4V1  FWD)
+CHN_Setup_HW(LLWR_DATA(x7) G4V1 FWD [AFE2 ABE INDY EIGER KYOTO])=x0
+BUF: Filled segment from 0 to 1 with pattern=0x41C6967E,0x2781C46B...
+BUF: Filled segment from 2 to 3 with pattern=0x00000001,0x00020003...
+BUF: Filled segment from 4 to 5 with pattern=0xA55AA55A,...
+BUF: Filled segment from 6 to 7 with pattern=0xF00FF00F,...
+BUF: Filled segment from 8 to 9 with pattern=0x00000000,...
+CHN_DF_Set_PLL([Gen4] [Vel1])
+CHN_Set_Gen(Gen4)
+CHN_Setup_HW(t = 22.202576122)
+CHN_DF_Set_PLL([Gen4] [Vel1])
+CHN: CHN_AFE2_Setup(CHN_HW_LLWR_DATA(x7)  G4V1  BKWD)
+CHN: CHN_ABE_Setup(CHN_HW_LLWR_DATA(x7)  G4V1  BKWD)
+CHN_ABE_Calibrate_Analog(G4, 1E)
+ (X) failed channels, (-) not run, (N) didn't complete
+ Channel .......................  S S
+ 0 1 2 3 4 5 6 7 8 9 A B C D E F  0 1
+--------------------------------------
+                                  - -
+CHN: CHN_INDY_Setup(CHN_HW_LLWR_DATA(x7)  G4V1  BKWD)
+CHN: CHN_EIGER_Setup(CHN_HW_LLWR_DATA(x7)  G4V1  BKWD)
+CHN: CHN_KYOTO_Setup(CHN_HW_LLWR_DATA(x7)  G4V1  BKWD)
+CHN_Setup_HW(LLWR_DATA(x7) G4V1 BKWD [AFE2 ABE INDY EIGER KYOTO])=x0
+BUF: Filled segment from 0 to 1 with pattern=0x41C6967E,0x2781C46B...
+BUF: Filled segment from 2 to 3 with pattern=0x00000001,0x00020003...
+BUF: Filled segment from 4 to 5 with pattern=0xA55AA55A,...
+BUF: Filled segment from 6 to 7 with pattern=0xF00FF00F,...
+BUF: Filled segment from 8 to 9 with pattern=0x00000000,...
+CHN_Setup_HW(t = 24.656719152)
+CHN: CHN_AFE2_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_ABE_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_INDY_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_EIGER_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_KYOTO_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN_DF_Set_PLL([Gen4] [Vel7])
+CHN_Setup_HW(POWERDOWN(x9) G4V1 FWD [AFE2 ABE INDY EIGER KYOTO])=x0
+RAS: Enter Post Mode [14].
+RAS: RAS_Diag_C2_Test
+RAS: C2 comp on encode
+RAS: C2 comp on decode
+RAS: C2 test pass
+RAS: Enter Post Mode [15].
+RAS: CDSC Test
+RAS: CDSC *** Pattern [10] ***
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+BUF: SEG AREA=0-0, PTN=0x0
+BUF: Filling SEG=  0 with PATTERN=0x0
+RAS:CDSC test has been done. No error. 
+RAS: Enter Post Mode [16].
+CHN_Setup_HW(t = 24.803505456)
+CHN_Set_Offbias (data=LO, servo=LO)
+CHN: CHN_AFE2_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+AFE2_MODULE_0 Ver=1 (val1=33, val2=33)
+AFE2_MODULE_1 Ver=1 (val1=130, val2=130)
+CHN: CHN_ABE_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN: CHN_INDY_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN: CHN_EIGER_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN: CHN_KYOTO_Setup(CHN_HW_POR(x0)  G4V1  FWD)
+CHN_Setup_HW(POR(x0) G4V1 FWD [AFE2 ABE INDY EIGER KYOTO])=x0
+RAS: Servo LWR Test.
+CHN_Setup_HW(t = 24.910053819)
+CHN_DF_Set_PLL([Gen4] [Vel1])
+CHN: CHN_AFE2_Setup(CHN_HW_READ_OP_SERVO_ONLY(x4)  G4V1  FWD)
+CHN_AFE2_Set_Servo_Bias_Currents( 6.0 6.0)
+CHN: CHN_ABE_Setup(CHN_HW_READ_OP_SERVO_ONLY(x4)  G4V1  FWD)
+CHN_ABE_Calibrate_Analog(G4, 1F)
+ (X) failed channels, (-) not run, (N) didn't complete
+ Channel .......................  S S
+ 0 1 2 3 4 5 6 7 8 9 A B C D E F  0 1
+--------------------------------------
+ - - - - - - - - - - - - - - - -     
+CHN: CHN_INDY_Setup(CHN_HW_READ_OP_SERVO_ONLY(x4)  G4V1  FWD)
+CHN: CHN_EIGER_Setup(CHN_HW_READ_OP_SERVO_ONLY(x4)  G4V1  FWD)
+CHN: CHN_KYOTO_Setup(CHN_HW_READ_OP_SERVO_ONLY(x4)  G4V1  FWD)
+CHN_Setup_HW(READ_OP_SERVO_ONLY(x4) G4V1 FWD [AFE2 ABE INDY EIGER KYOTO])=x0
+CHN_Setup_HW(t = 24.956452971)
+CHN: CHN_AFE2_Setup(CHN_HW_LLWR_SERVO(x8)  G4V1  FWD)
+CHN: CHN_ABE_Setup(CHN_HW_LLWR_SERVO(x8)  G4V1  FWD)
+CHN_ABE_Calibrate_Analog(G4, 1F)
+ (X) failed channels, (-) not run, (N) didn't complete
+ Channel .......................  S S
+ 0 1 2 3 4 5 6 7 8 9 A B C D E F  0 1
+--------------------------------------
+ - - - - - - - - - - - - - - - -     
+CHN: CHN_INDY_Setup(CHN_HW_LLWR_SERVO(x8)  G4V1  FWD)
+CHN: CHN_EIGER_Setup(CHN_HW_LLWR_SERVO(x8)  G4V1  FWD)
+CHN: CHN_KYOTO_Setup(CHN_HW_LLWR_SERVO(x8)  G4V1  FWD)
+CHN_Setup_HW(LLWR_SERVO(x8) G4V1 FWD [AFE2 ABE INDY EIGER KYOTO])=x0
+RAS: c0A=2328, c0B=4654, c1A=2327, c1B=4654
+RAS: Register Value CH1 = 49178917, CH2 = 49170917
+CHN_Setup_HW(t = 25.006521335)
+CHN: CHN_AFE2_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_ABE_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_INDY_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_EIGER_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN: CHN_KYOTO_Setup(CHN_HW_POWERDOWN(x9)  G4V1  FWD)
+CHN_DF_Set_PLL([Gen4] [Vel7])
+CHN_Setup_HW(POWERDOWN(x9) G4V1 FWD [AFE2 ABE INDY EIGER KYOTO])=x0
+RAS: Enter Post Mode [17].
+SRV_Motor_Calib
+SRV: PM_SERVO_BUSY
+TTS: Motor Calib
+Loader -> Motor_Calibration
+Motor_Req(1)=0
+tt_motor_start
+Motor_Idle_Fn
+TTS: Power Amp enabled
+TTS: Power Amp reset
+TTS: 12/5, 2/3, 29/11, 1662/1698
+TTS CALIB DATA inb/outb: DAC offset, PWM offset, motor friction, motor Kt
+TTS: Power Amp disabled
+Motor_End_Fn
+TTS: Power Amp disabled
+TTS: motor_calib_cmp(0)
+STA: VPD 15 immediate
+PM IDLE 60 sec timer start
+Motor_Idle_Fn
+RAS: Exit Calibration.
+RAS: Enter Post Mode [18].
+<<<< POST COMPLETE >>>>
+STA: VPD 29 immediate
+RAS: Diagnostics Result. rc = 0x00, fsc = 0x00000000

Zabudol som vedy napisat, ze "nova" mechanika fungovala aj v kniznici.

Kniznicu sme namontovali k jednemu novemu serveru, do neho som dal stary fibre channel radic (s upgradovanym firmwarom, aby podporoval EFI). Lenze sa vyskytol problem - s tymto radicom zamrzol Linux pri boote (priamo jadro - 4.9 z Debianu 9). Skusal som bootovat aj SystemRescueCd, ale s rovnakym vysledkom. Cez seriovu konzolu som zistil, ze to zamrzne niekde v EFI, ale nerozchodil som to. Takze som slot s radicom zakazal a lezalo to tam nejaky cas zapojene, ale nefunkcne.

Obcas som skusil upgradovat BIOS servera a vyskusat znovu, ale nikdy nic nepomohlo. Az teraz ma napadlo skusit novy Debian 10 s jadrom 4.19 - bez problemov to nabootovalo a videlo radic aj paskovu kniznicu! Takze som nainstaloval 4.19 z backports, nakonfiguroval Bareos a uz to veselo zalohuje. 1,5 TB mailov za 12 hodin, denny inkrement za 3 minuty 8-)

A zostali mi dve nefunkcne mechaniky...

Kód: Vybrat vše

[    2.331285] qla2xxx [0000:00:00.0]-0005: : QLogic Fibre Channel HBA Driver: 10.00.00.08-k.
[    2.331394] qla2xxx [0000:04:00.0]-001d: : Found an ISP2432 irq 77 iobase 0x00000000d789c049.
[    2.421681] qla2xxx 0000:04:00.0: firmware: direct-loading firmware ql2400_fw.bin
[    2.753477] scsi host1: qla2xxx
[    2.758729] qla2xxx [0000:04:00.0]-00fb:1: QLogic QLE2460 - PCI-Express Single Channel 4Gb Fibre Channel HBA.
[    2.758739] qla2xxx [0000:04:00.0]-00fc:1: ISP2432: PCIe (2.5GT/s x4) @ 0000:04:00.0 hdma+ host#=1 fw=8.07.00 (9496).
[    5.414112] qla2xxx [0000:04:00.0]-500a:1: LOOP UP detected (4 Gbps).
[    5.839418] scsi 1:0:0:0: Sequential-Access IBM      ULTRIUM-TD4      C7QH PQ: 0 ANSI: 3
[    5.843360] scsi 1:0:0:1: Medium Changer    ADIC     Scalar i500      710G PQ: 0 ANSI: 3
[    5.846304] SCSI Media Changer driver v0.25
[    5.847297] ch 1:0:0:1: Power-on or device reset occurred
[    5.848588] st: Version 20160209, fixed bufsize 32768, s/g segs 256
[    5.849004] st 1:0:0:0: Attached scsi tape st0
[    5.849007] st 1:0:0:0: st0: try direct i/o: yes (alignment 4 B)
[    6.786779] ch 1:0:0:1: [ch0] type #1 (mt): 0x1+1 [medium transport]
[    6.786783] ch 1:0:0:1: [ch0] type #2 (st): 0x1000+29 [storage]
[    6.786786] ch 1:0:0:1: [ch0] type #3 (ie): 0x10+6 [import/export]
[    6.786789] ch 1:0:0:1: [ch0] type #4 (dt): 0x100+1 [data transfer]
[    8.023027] ch 1:0:0:1: [ch0] dt 0x100:
[    8.023030] ch 1:0:0:1: [ch0] ID/LUN unknown
[    8.023175] ch 1:0:0:1: [ch0] INITIALIZE ELEMENT STATUS, may take some time ...
[    9.120687] ch 1:0:0:1: [ch0] ... finished
[    9.120691] ch 1:0:0:1: Attached scsi changer ch0

Kód: Vybrat vše

# mtx status
  Storage Changer /dev/changer:1 Drives, 35 Slots ( 6 Import/Export )
Data Transfer Element 0:Full (Storage Element 3 Loaded):VolumeTag = 000003
      Storage Element 1:Full :VolumeTag=000001
      Storage Element 2:Full :VolumeTag=000002
      Storage Element 3:Empty:VolumeTag=
      Storage Element 4:Full :VolumeTag=000004
      Storage Element 5:Full :VolumeTag=000005
      Storage Element 6:Full :VolumeTag=000006
      Storage Element 7:Full :VolumeTag=000007
      Storage Element 8:Full :VolumeTag=000008
      Storage Element 9:Full :VolumeTag=000009
      Storage Element 10:Full :VolumeTag=000010
      Storage Element 11:Empty:VolumeTag=
      Storage Element 12:Empty:VolumeTag=
      Storage Element 13:Empty:VolumeTag=
      Storage Element 14:Empty:VolumeTag=
      Storage Element 15:Empty:VolumeTag=
      Storage Element 16:Empty:VolumeTag=
      Storage Element 17:Empty:VolumeTag=
      Storage Element 18:Empty:VolumeTag=
      Storage Element 19:Empty:VolumeTag=
      Storage Element 20:Empty:VolumeTag=
      Storage Element 21:Empty:VolumeTag=
      Storage Element 22:Empty:VolumeTag=
      Storage Element 23:Empty:VolumeTag=
      Storage Element 24:Empty:VolumeTag=
      Storage Element 25:Empty:VolumeTag=
      Storage Element 26:Empty:VolumeTag=
      Storage Element 27:Empty:VolumeTag=
      Storage Element 28:Empty:VolumeTag=
      Storage Element 29:Empty:VolumeTag=
      Storage Element 30 IMPORT/EXPORT:Empty:VolumeTag=
      Storage Element 31 IMPORT/EXPORT:Empty:VolumeTag=
      Storage Element 32 IMPORT/EXPORT:Empty:VolumeTag=
      Storage Element 33 IMPORT/EXPORT:Empty:VolumeTag=
      Storage Element 34 IMPORT/EXPORT:Empty:VolumeTag=
      Storage Element 35 IMPORT/EXPORT:Empty:VolumeTag=

Nasiel som odlozene tieto dve vadne mechaniky (tretia stale funguje). Prva ukazuje stale chybu 5, druha je vsak uplne mrtva. Takze tam asi nieco casom "hnije", mozno obsah nejakej flash...

Tak prave asi "zhnila" aj ta funkcna mechanika. Vcera este fungovala, dnes bol vypadok napajania a odvtedy ju kniznica ukazuje ako "not ready", model aj S/N su prazdne. Server ju cez fibre channel nevidi.

Kvalitka od IBM... :evil:

Mechaniku uz mam vonku - je tiez uplne mrtva. Na J38 (RS232) ziadny vystup, menice funguju (nasiel som 3,3V, 2,5V, 1,8V, 1,25V, 1,2V)

Su tam dve flash, obe Intel: 28F128J3D75 (16MB) a 28F640J3D75 (8MB). Blbe je, ze su v BGA. Ta vacsia ma na sebe farebne znacky, asi ju programovali pred osadenim na dosku.

Je to Intel StrataFlash J3 v.D. Nikde v datasheetoch som nenasiel, kolko rokov ma udrzat obsah. Je to totiz MLC... NOR, bez ECC = recept na pruser.

Nastastie su zospodu pod flash vyvedene takmer vsetky "gule" BGA puzdra (v rovnakom rozlozeni) - okrem VPEN a CE0.

Flash su zapojene v 16-bitovom mode (BYTE# ma 10K pull-up na VCC, A0 ma 10K pull-down na GND), vsetky signaly okrem STS (a pravdepodobne CE0, lenze to neviem overit) oboch flash su zapojene paralelne.

Pozeram na to osciloskopom. Na adresnej zbernici vidiet aktivitu - na A1..A15 vidim nejake priebehy. Osciloskop sa na to zasynchronizuje, na A1 je frekvencia najvyssia, na A15 najnizsia. Na datovych pinoch aj OE# tiez nieco je. Takze procesor nejako zije a chodi dokola, asi 2-krat za sekundu sa to prerusi (watchdog?).

Kvoli aktivite CPU sa na flash nemozem ani pripojit na flash v obvode. Jedine, ze by som nejako drzal procesor v resete a sucasne flash nie. Inak uz len flash von, co sa mi pri BGA puzdre nechce.

Procesor je R8A77800DBGV, tzn. Renesas SH7780 (SH-4). Tiez ma zospodu vyvedenu vacsinu signalov, ale akurat PRESET# nie

JTAG je asi mimo hru, OpenOCD toto asi nepodporuje.

Este som skusil zastavit hodiny. Je tam externy oscilator, tak som mu uzemnil OE cez 10K odpor. Skutocne sa to zastavilo. Adresne bity su 1 a daju sa lahko (skusal som odporom 1K5) stiahnut na 0. Lenze OE# nieco drzi hore (pri zatazi 1K5 klesne z 3,26 na 3,17V) a bez neho neprecitam z flash nic. Dalej sa obavam o signal CE0, ku ktoremu nie je pristup.

Takze stale to vychadza na teplovzdusnu pistol...

Diskuzní fórum Elektro Bastlírny

Paskova mechanika IBM ULTRIUM-TD4 - nejde fibre channel