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Scripts which perform an installable binary image build for SONiC
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Interface (Credo) is not coming up on DELL [Z9332F] #20686

Open nmoray opened 17 hours ago

nmoray commented 17 hours ago

Description

Credo transceivers are not coming up after "shut / no shut" on Dell devices. To bring the interface up on Dell side, a flap is required on the peer end.

Steps to reproduce the issue:

  1. Make sure the local (Dell) interface with Credo transceiver is operationally UP
  2. Flap the local (Dell) interface connected with a Credo transceiver
  3. Check the operational status of that interface using "show interface status"

Describe the results you received:

After debugging this issue I found that there is no signal detected (SD) locally in Dell at SerDes level. Additionally, the local receiver is not able to locked onto the incoming signal, which typically means there is no stable signal for the SerDes to lock onto. This further leads to no status change notification is received from the SAI at the time of interface bring up.

Note: I tried the same test with other type of peers too, for instance, Nvidia but the results were similar. Thus, I am sure that the issue is with Dell only.

Output of show version:

Community 202311 SONIC [SAI: 11.2.8.1] Community 202211 SONIC [SAI: 7.1.111.1]

Logs:

Local (Dell) logs >>>>>>>>>>>>>>
Working case:

admin@qual-dell-Z9332F-01:~$ show interface status Ethernet128
  Interface                            Lanes    Speed    MTU    FEC    Alias    Vlan    Oper    Admin                                             Type    Asym PFC
-----------  -------------------------------  -------  -----  -----  -------  ------  ------  -------  -----------------------------------------------  ----------
Ethernet128  129,130,131,132,133,134,135,136     400G   9100     rs  Eth17/1  routed      up       up  QSFP-DD Double Density 8X Pluggable Transceiver         N/A
admin@qual-dell-Z9332F-01:~$ 

admin@qual-dell-Z9332F-01:~$ sudo config interface shutdown Ethernet128
admin@qual-dell-Z9332F-01:~$ sudo config interface startup Ethernet128

drivshell>phy diag cd16 dsc
phy diag cd16 dsc
 blackhawk_phy_pmd_info_dump:567 type = 16384 laneMask  = 0xFF
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 0
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       59C      (13) 58C    0x07   14.500,26.563GHz   000,174       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 0 (P4N ,OSx1:x1, 0x5024, 0x00_0000, 0,0, 01, 1,1) 1  1    64    73   ( 0,2,10, 3) 21  11  198 (   0,   +7, 1,  3,  6) ( x ,  0,  1,  3, -5,  3)    0    (  0,-16,136,-16,  0,  0) (  0,  0,  0,  0)  1078.8
**** SERDES DISPLAY DIAG DATA END ****
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 1
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       56C      (13) 57C    0x07   14.500,26.563GHz   000,174       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 1 (P4N ,OSx1:x1, 0x5024, 0x00_0000, 0,0, 01, 1,1) 1  1    63    72   ( 0,1, 6, 3) 22  -2  207 (   0,   +3, 1,  4,  4) ( x ,  1,  3,  1,  2,  0)    0    (  0,-16,136,-16,  0,  0) (  0,  0,  0,  0)  1184.6
**** SERDES DISPLAY DIAG DATA END ****
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 2
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       57C      (13) 58C    0x07   14.500,26.563GHz   000,174       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 2 (P4N ,OSx1:x1, 0x5024, 0x00_0000, 0,0, 01, 1,1) 1  1    60    72   ( 0,2, 8, 3) 23   4  205 (   0,   +5, 1,  4,  4) ( x ,  1,  1, -1,  1, -1)    0    (  0,-16,136,-16,  0,  0) (  0,  0,  0,  0)  1111.6
**** SERDES DISPLAY DIAG DATA END ****
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 3
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       58C      (13) 58C    0x07   14.500,26.563GHz   000,174       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 3 (P4N ,OSx1:x1, 0x5024, 0x00_0000, 0,0, 01, 1,1) 1  1    66    72   ( 0,1, 6, 3) 24 -17  211 (   0,   +3, 1,  4,  1) ( x ,  1,  3,  2,  1,  1)    0    (  0,-16,136,-16,  0,  0) (  0,  0,  0,  0)  1117.6
**** SERDES DISPLAY DIAG DATA END ****
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 4
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       59C      (13) 58C    0x07   14.500,26.563GHz   000,174       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 4 (P4N ,OSx1:x1, 0x5024, 0x00_0000, 0,0, 01, 1,1) 1  1    66    72   ( 0,2, 7, 3) 23  -7  209 (   0,   +5, 1,  0,  6) ( x ,  1,  0,  1,  0, -3)    0    (  0,-16,136,-16,  0,  0) (  0,  0,  0,  0)  1120.0
**** SERDES DISPLAY DIAG DATA END ****
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 5
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       59C      (13) 58C    0x07   14.500,26.563GHz   000,174       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 5 (P4N ,OSx1:x1, 0x5024, 0x00_0000, 0,0, 01, 1,1) 1  1    62    72   ( 0,1, 4, 3) 22   0  202 (   0,   +2, 1,  4,  3) ( x ,  2,  2,  3, -3,  1)    0    (  0,-16,136,-16,  0,  0) (  0,  0,  0,  0)  1156.2
**** SERDES DISPLAY DIAG DATA END ****
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 6
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       59C      (13) 58C    0x07   14.500,26.563GHz   000,174       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 6 (P4N ,OSx1:x1, 0x5024, 0x00_0000, 0,0, 01, 1,1) 1  1    66    74   ( 0,2, 6, 3) 21  -8  194 (   0,   +3, 1,  4,  2) ( x ,  0,  4, -2,  0, -2)    0    (  0,-16,136,-16,  0,  0) (  0,  0,  0,  0)  1102.5
**** SERDES DISPLAY DIAG DATA END ****
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 7
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       58C      (13) 58C    0x07   14.500,26.563GHz   000,174       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 7 (P4N ,OSx1:x1, 0x5024, 0x00_0000, 0,0, 01, 1,1) 1  1    68    71   ( 0,2, 4, 3) 22  -7  205 (   0,   +2, 1,  5,  1) ( x ,  1,  3, -2,  0, -1)    0    (  0,-16,136,-16,  0,  0) (  0,  0,  0,  0)  1140.6
**** SERDES DISPLAY DIAG DATA END ****

Issue State:
admin@qual-dell-Z9332F-01:~$ show int status Ethernet128
  Interface                            Lanes    Speed    MTU    FEC    Alias    Vlan    Oper    Admin                                             Type    Asym PFC
-----------  -------------------------------  -------  -----  -----  -------  ------  ------  -------  -----------------------------------------------  ----------
Ethernet128  129,130,131,132,133,134,135,136     400G   9100     rs  Eth17/1  routed    down       up  QSFP-DD Double Density 8X Pluggable Transceiver         N/A

drivshell>phy control cd16
phy control cd16
Current PHY control settings of cd16 ->
Preemphasis              = 0xfffffff8
DriverCurrent            = 0xffffffff
DFE ENable               = True
LP DFE ENable            = False
BR DFE ENable            = False
LinkTraining Enable      = False
drivshell>phy cd16 dsc
phy cd16 dsc
Port cd16:
No matching symbols
drivshell>phy diag cd16 dsc
phy diag cd16 dsc
 blackhawk_phy_pmd_info_dump:567 type = 16384 laneMask  = 0xFF
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 0
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       57C      (13) 57C    0x07   14.500,26.563GHz   000,175       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 0 (P4N ,BRx1:x1, 0x5004, 0x00_0000, 0,0, 01, 1,1) 0* 0     0    64   (10,3,15, 3) 37   0    0 (   0,  +20, 4,  0,  0) ( x ,  0,  0,  0,  0,  0)    0    (  0, -8,128,  0,  0,  0) (  0,  0,  0,  0)     0.0
**** SERDES DISPLAY DIAG DATA END ****
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 1
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       58C      (13) 57C    0x07   14.500,26.563GHz   000,175       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 1 (P4N ,BRx1:x1, 0x5004, 0x00_0000, 0,0, 01, 1,1) 0* 0     0    64   (10,3,15, 3) 37   0    0 (   0,  +20, 4,  0,  0) ( x ,  0,  0,  0,  0,  0)    0    (  0, -8,128,  0,  0,  0) (  0,  0,  0,  0)     0.0
**** SERDES DISPLAY DIAG DATA END ****
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 2
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       59C      (13) 58C    0x07   14.500,26.563GHz   000,175       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 2 (P4N ,BRx1:x1, 0x5004, 0x00_0000, 0,0, 01, 1,1) 0* 0     0    64   (10,3,15, 3) 37   0    0 (   0,  +20, 4,  0,  0) ( x ,  0,  0,  0,  0,  0)    0    (  0, -8,128,  0,  0,  0) (  0,  0,  0,  0)     0.0
**** SERDES DISPLAY DIAG DATA END ****
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 3
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       57C      (13) 57C    0x07   14.500,26.563GHz   000,175       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 3 (P4N ,BRx1:x1, 0x5004, 0x00_0000, 0,0, 01, 1,1) 0* 0     0    64   (10,3,15, 3) 37   0    0 (   0,  +20, 4,  0,  0) ( x ,  0,  0,  0,  0,  0)    0    (  0, -8,128,  0,  0,  0) (  0,  0,  0,  0)     0.0
**** SERDES DISPLAY DIAG DATA END ****
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 4
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       59C      (13) 57C    0x07   14.500,26.563GHz   000,175       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 4 (P4N ,BRx1:x1, 0x5004, 0x00_0000, 0,0, 01, 1,1) 0* 0     0    64   (10,3,15, 3) 37   0    0 (   0,  +20, 4,  0,  0) ( x ,  0,  0,  0,  0,  0)    0    (  0, -8,128,  0,  0,  0) (  0,  0,  0,  0)     0.0
**** SERDES DISPLAY DIAG DATA END ****
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 5
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       58C      (13) 58C    0x07   14.500,26.563GHz   000,175       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 5 (P4N ,BRx1:x1, 0x5004, 0x00_0000, 0,0, 01, 1,1) 0* 0     0    64   (10,3,15, 3) 37   0    0 (   0,  +20, 4,  0,  0) ( x ,  0,  0,  0,  0,  0)    0    (  0, -8,128,  0,  0,  0) (  0,  0,  0,  0)     0.0
**** SERDES DISPLAY DIAG DATA END ****
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 6
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       58C      (13) 58C    0x07   14.500,26.563GHz   000,175       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 6 (P4N ,BRx1:x1, 0x5004, 0x00_0000, 0,0, 01, 1,1) 0* 0     0    64   (10,3,15, 3) 37   0    0 (   0,  +20, 4,  0,  0) ( x ,  0,  0,  0,  0,  0)    0    (  0, -8,128,  0,  0,  0) (  0,  0,  0,  0)     0.0
**** SERDES DISPLAY DIAG DATA END ****
**** SERDES DISPLAY DIAG DATA ****
Rev ID Letter  = 00
Rev ID Process = 05
Rev ID Model   = 26
Rev ID Model   = 01
Rev ID # Lanes = 8
Core = 0; LANE = 7
SERDES API Version         = A1072F
Common Ucode Version       = D100_0E
AFE Hardware Version       = 0xC0
SerDes type = blackhawk_tsc_b0
CORE RST_ST  PLL_PWDN  UC_ATV   COM_CLK   UCODE_VER  API_VER  AFE_VER   LIVE_TEMP   AVG_TMON   RESCAL     VCO_RATE     ANA_VCO_RANGE  PLL0_DIV PLL1_DIV PLL_LOCK PLL_COMP_THRESH
 00  3,0,00    1,0       1     156.25MHz   D100_0E   A1072F     0xc0       58C      (13) 58C    0x07   14.500,26.563GHz   000,175       165   ,  170      0 , 1   -450mV,-200mV
LN (RX  , CDRxN , UC_CFG,   UC_STS,  RST, STP,PLL) SD LCK RXPPM CLK90  PF(M,L,H,R) VGA DCO P1mV     TP(0,1,2,3,4)           DFE(1,2,3,4,5,6)      TXPPM    TXEQ(n2,n1,m,p1,p2,p3)     EYE(L,R,U,D)   LINK_TIME   BER
 7 (P4N ,BRx1:x1, 0x5004, 0x00_0000, 0,0, 01, 1,1) 0* 0     0    64   (10,3,15, 3) 37   0    0 (   0,  +20, 4,  0,  0) ( x ,  0,  0,  0,  0,  0)    0    (  0, -8,128,  0,  0,  0) (  0,  0,  0,  0)     0.0
**** SERDES DISPLAY DIAG DATA END ****

admin@qual-dell-Z9332F-01:~$ show interfaces transceiver eeprom Ethernet128 --dom
Ethernet128: SFP EEPROM detected
        Active Firmware: 4.1.16727
        Active application selected code assigned to host lane 1: 1
        Active application selected code assigned to host lane 2: 1
        Active application selected code assigned to host lane 3: 1
        Active application selected code assigned to host lane 4: 1
        Active application selected code assigned to host lane 5: 1
        Active application selected code assigned to host lane 6: 1
        Active application selected code assigned to host lane 7: 1
        Active application selected code assigned to host lane 8: 1
        Application Advertisement: 400GAUI-8 C2M (Annex 120E) - Host Assign (0x1) - Active Cable assembly with BER < 5x10^-5 - Media Assign (0x1)
        CMIS Rev: 4.0
        Connector: No separable connector
        Encoding: N/A
        Extended Identifier: Power Class 3 (4.5W Max)
        Extended RateSelect Compliance: N/A
        Host Lane Count: 8
        Identifier: QSFP-DD Double Density 8X Pluggable Transceiver
        Inactive Firmware: 4.1.16727
        Length Cable Assembly(m): 2.5
        Media Interface Technology: Copper cable, near and far end limiting active equalizers
        Media Lane Count: 8
        Module Hardware Rev: 10.0
        Nominal Bit Rate(100Mbs): 0
        Specification compliance: active_cable_media_interface
        Supported Max Laser Frequency: N/A
        Supported Max TX Power: N/A
        Supported Min Laser Frequency: N/A
        Supported Min TX Power: N/A
        Vendor Date Code(YYYY-MM-DD Lot): 2021-08-11   
        Vendor Name: Credo           
        Vendor OUI: 9a-ad-ca
        Vendor PN: CAC425321D1DD0HW
        Vendor Rev:   
        Vendor SN: BN4N425133P001J 
        ChannelMonitorValues:
        ChannelThresholdValues:
                RxPowerHighAlarm  : -infdBm
                RxPowerHighWarning: -infdBm
                RxPowerLowAlarm   : -infdBm
                RxPowerLowWarning : -infdBm
                TxBiasHighAlarm   : 0.0mA
                TxBiasHighWarning : 0.0mA
                TxBiasLowAlarm    : 0.0mA
                TxBiasLowWarning  : 0.0mA
                TxPowerHighAlarm  : -infdBm
                TxPowerHighWarning: -infdBm
                TxPowerLowAlarm   : -infdBm
                TxPowerLowWarning : -infdBm
        ModuleMonitorValues:
                Temperature: 24.551C
                Vcc: 3.351Volts
        ModuleThresholdValues:
                TempHighAlarm  : 75.0C
                TempHighWarning: 70.0C
                TempLowAlarm   : -5.0C
                TempLowWarning : 0.0C
                VccHighAlarm   : 3.565Volts
                VccHighWarning : 3.465Volts
                VccLowAlarm    : 3.035Volts
                VccLowWarning  : 3.135Volts

admin@qual-dell-Z9332F-01:~$ show interfaces transceiver status Ethernet128
Ethernet128: 
        Tx fault flag on media lane 1: N/A
        Tx fault flag on media lane 2: N/A
        Tx fault flag on media lane 3: N/A
        Tx fault flag on media lane 4: N/A
        Tx fault flag on media lane 5: N/A
        Tx fault flag on media lane 6: N/A
        Tx fault flag on media lane 7: N/A
        Tx fault flag on media lane 8: N/A
        Rx loss of signal flag on media lane 1: False
        Rx loss of signal flag on media lane 2: False
        Rx loss of signal flag on media lane 3: False
        Rx loss of signal flag on media lane 4: False
        Rx loss of signal flag on media lane 5: False
        Rx loss of signal flag on media lane 6: False
        Rx loss of signal flag on media lane 7: False
        Rx loss of signal flag on media lane 8: False
        TX disable status on lane 1: False
        TX disable status on lane 2: False
        TX disable status on lane 3: False
        TX disable status on lane 4: False
        TX disable status on lane 5: False
        TX disable status on lane 6: False
        TX disable status on lane 7: False
        TX disable status on lane 8: False
        Disabled TX channels: 0
        Current module state: ModuleReady
        Reason of entering the module fault state: No Fault detected
        Datapath firmware fault: False
        Module firmware fault: False
        Module state changed: False
        Data path state indicator on host lane 1: DataPathActivated
        Data path state indicator on host lane 2: DataPathActivated
        Data path state indicator on host lane 3: DataPathActivated
        Data path state indicator on host lane 4: DataPathActivated
        Data path state indicator on host lane 5: DataPathActivated    
        Data path state indicator on host lane 6: DataPathActivated
        Data path state indicator on host lane 7: DataPathActivated
        Data path state indicator on host lane 8: DataPathActivated
        Tx output status on media lane 1: False
        Tx output status on media lane 2: False
        Tx output status on media lane 3: False
        Tx output status on media lane 4: False
        Tx output status on media lane 5: False
        Tx output status on media lane 6: False
        Tx output status on media lane 7: False
        Tx output status on media lane 8: False
        Rx output status on host lane 1: False
        Rx output status on host lane 2: False
        Rx output status on host lane 3: False
        Rx output status on host lane 4: False
        Rx output status on host lane 5: False
        Rx output status on host lane 6: False
        Rx output status on host lane 7: False
        Rx output status on host lane 8: False
        Tx loss of signal flag on host lane 1: False
        Tx loss of signal flag on host lane 2: False
        Tx loss of signal flag on host lane 3: False
        Tx loss of signal flag on host lane 4: False
        Tx loss of signal flag on host lane 5: False
        Tx loss of signal flag on host lane 6: False
        Tx loss of signal flag on host lane 7: False
        Tx loss of signal flag on host lane 8: False
        Tx clock and data recovery loss of lock on host lane 1: False
        Tx clock and data recovery loss of lock on host lane 2: False
        Tx clock and data recovery loss of lock on host lane 3: False
        Tx clock and data recovery loss of lock on host lane 4: False
        Tx clock and data recovery loss of lock on host lane 5: False
        Tx clock and data recovery loss of lock on host lane 6: False
        Tx clock and data recovery loss of lock on host lane 7: False
        Tx clock and data recovery loss of lock on host lane 8: False
        Rx clock and data recovery loss of lock on media lane 1: False
        Rx clock and data recovery loss of lock on media lane 2: False
        Rx clock and data recovery loss of lock on media lane 3: False
        Rx clock and data recovery loss of lock on media lane 4: False
        Rx clock and data recovery loss of lock on media lane 5: False
        Rx clock and data recovery loss of lock on media lane 6: False
        Rx clock and data recovery loss of lock on media lane 7: False
        Rx clock and data recovery loss of lock on media lane 8: False
        Configuration status for the data path of host line 1: ConfigSuccess
        Configuration status for the data path of host line 2: ConfigSuccess
        Configuration status for the data path of host line 3: ConfigSuccess
        Configuration status for the data path of host line 4: ConfigSuccess
        Configuration status for the data path of host line 5: ConfigSuccess
        Configuration status for the data path of host line 6: ConfigSuccess
        Configuration status for the data path of host line 7: ConfigSuccess
        Configuration status for the data path of host line 8: ConfigSuccess
        Data path configuration updated on host lane 1: False
        Data path configuration updated on host lane 2: False
        Data path configuration updated on host lane 3: False
        Data path configuration updated on host lane 4: False
        Data path configuration updated on host lane 5: False
        Data path configuration updated on host lane 6: False
        Data path configuration updated on host lane 7: False
        Data path configuration updated on host lane 8: False
        Temperature high alarm flag: False
        Temperature high warning flag: False
        Temperature low warning flag: False
        Temperature low alarm flag: False
        Vcc high alarm flag: False
        Vcc high warning flag: False
        Vcc low warning flag: False
        Vcc low alarm flag: False
        Tx power high alarm flag on lane 1: False
        Tx power high alarm flag on lane 2: False
        Tx power high alarm flag on lane 3: False
        Tx power high alarm flag on lane 4: False
        Tx power high alarm flag on lane 5: False
        Tx power high alarm flag on lane 6: False
        Tx power high alarm flag on lane 7: False
        Tx power high alarm flag on lane 8: False
        Tx power high warning flag on lane 1: False
        Tx power high warning flag on lane 2: False
        Tx power high warning flag on lane 3: False
        Tx power high warning flag on lane 4: False
        Tx power high warning flag on lane 5: False
        Tx power high warning flag on lane 6: False
        Tx power high warning flag on lane 7: False
        Tx power high warning flag on lane 8: False
        Tx power low warning flag on lane 1: False
        Tx power low warning flag on lane 2: False
        Tx power low warning flag on lane 3: False
        Tx power low warning flag on lane 4: False
        Tx power low warning flag on lane 5: False
        Tx power low warning flag on lane 6: False
        Tx power low warning flag on lane 7: False
        Tx power low warning flag on lane 8: False
        Tx power low alarm flag on lane 1: False
        Tx power low alarm flag on lane 2: False
        Tx power low alarm flag on lane 3: False
        Tx power low alarm flag on lane 4: False
        Tx power low alarm flag on lane 5: False
        Tx power low alarm flag on lane 6: False
        Tx power low alarm flag on lane 7: False
        Tx power low alarm flag on lane 8: False
        Rx power high alarm flag on lane 1: False
        Rx power high alarm flag on lane 2: False
        Rx power high alarm flag on lane 3: False
        Rx power high alarm flag on lane 4: False
        Rx power high alarm flag on lane 5: False
        Rx power high alarm flag on lane 6: False
        Rx power high alarm flag on lane 7: False
        Rx power high alarm flag on lane 8: False
        Rx power high warning flag on lane 1: False
        Rx power high warning flag on lane 2: False
        Rx power high warning flag on lane 3: False
        Rx power high warning flag on lane 4: False
        Rx power high warning flag on lane 5: False
        Rx power high warning flag on lane 6: False
        Rx power high warning flag on lane 7: False
        Rx power high warning flag on lane 8: False
        Rx power low warning flag on lane 1: False
        Rx power low warning flag on lane 2: False
        Rx power low warning flag on lane 3: False
        Rx power low warning flag on lane 4: False
        Rx power low warning flag on lane 5: False
        Rx power low warning flag on lane 6: False
        Rx power low warning flag on lane 7: False
        Rx power low warning flag on lane 8: False
        Rx power low alarm flag on lane 1: False
        Rx power low alarm flag on lane 2: False
        Rx power low alarm flag on lane 3: False
        Rx power low alarm flag on lane 4: False
        Rx power low alarm flag on lane 5: False
        Rx power low alarm flag on lane 6: False
        Rx power low alarm flag on lane 7: False
        Rx power low alarm flag on lane 8: False
        Tx bias high alarm flag on lane 1: False
        Tx bias high alarm flag on lane 2: False
        Tx bias high alarm flag on lane 3: False
        Tx bias high alarm flag on lane 4: False
        Tx bias high alarm flag on lane 5: False
        Tx bias high alarm flag on lane 6: False
        Tx bias high alarm flag on lane 7: False
        Tx bias high alarm flag on lane 8: False
        Tx bias high warning flag on lane 1: False
        Tx bias high warning flag on lane 2: False
        Tx bias high warning flag on lane 3: False
        Tx bias high warning flag on lane 4: False
        Tx bias high warning flag on lane 5: False
        Tx bias high warning flag on lane 6: False
        Tx bias high warning flag on lane 7: False
        Tx bias high warning flag on lane 8: False
        Tx bias low warning flag on lane 1: False
        Tx bias low warning flag on lane 2: False
        Tx bias low warning flag on lane 3: False
        Tx bias low warning flag on lane 4: False
        Tx bias low warning flag on lane 5: False
        Tx bias low warning flag on lane 6: False
        Tx bias low warning flag on lane 7: False
        Tx bias low warning flag on lane 8: False
        Tx bias low alarm flag on lane 1: False
        Tx bias low alarm flag on lane 2: False
        Tx bias low alarm flag on lane 3: False
        Tx bias low alarm flag on lane 4: False
        Tx bias low alarm flag on lane 5: False
        Tx bias low alarm flag on lane 6: False
        Tx bias low alarm flag on lane 7: False
        Tx bias low alarm flag on lane 8: False
        Laser temperature high alarm flag: False
        Laser temperature high warning flag: False
        Laser temperature low warning flag: False
        Laser temperature low alarm flag: False

Peer end (Edgecore) logs >>>>>>>>>>>>>>
admin@qual-EC-AS9736-01:~$ show interfaces transceiver eeprom Ethernet240 --dom
Ethernet240: SFP EEPROM detected
        Active App Selection Host Lane 1: 1
        Active App Selection Host Lane 2: 1
        Active App Selection Host Lane 3: 1
        Active App Selection Host Lane 4: 1
        Active App Selection Host Lane 5: 1
        Active App Selection Host Lane 6: 1
        Active App Selection Host Lane 7: 1
        Active App Selection Host Lane 8: 1
        Active Firmware Version: 4.1
        Application Advertisement:
                1: 400GAUI-8 C2M (Annex 120E) | Active Cable assembly with BER < 5x10^-5
        CMIS Revision: 4.0
        Connector: No separable connector
        Encoding: N/A
        Extended Identifier: Power Class 3 (4.5W Max)
        Extended RateSelect Compliance: N/A
        Hardware Revision: 10.10
        Host Electrical Interface: 400GAUI-8 C2M (Annex 120E)
        Host Lane Assignment Options: 1
        Host Lane Count: 8
        Identifier: QSFP-DD Double Density 8X Pluggable Transceiver
        Inactive Firmware Version: 4.1
        Length Cable Assembly(m): 2.5
        Media Interface Code: Active Cable assembly with BER < 5x10^-5
        Media Interface Technology: Copper cable, near and far end limiting active equalizers
        Media Lane Assignment Options: 1
        Media Lane Count: 8
        Nominal Bit Rate(100Mbs): 0
        Specification compliance: active_cable_media_interface
        Supported Max Laser Frequency: N/AGHz
        Supported Max TX Power: N/AdBm
        Supported Min Laser Frequency: N/AGHz
        Supported Min TX Power: N/AdBm
        Vendor Date Code(YYYY-MM-DD Lot): 2021-08-11   
        Vendor Name: Credo           
        Vendor OUI: 9a-ad-ca
        Vendor PN: CAC425321D1DD0HW
        Vendor Rev:   
        Vendor SN: BN4N425133P001J 
        ChannelMonitorValues:
        ChannelThresholdValues:
                RxPowerHighAlarm  : -infdBm
                RxPowerHighWarning: -infdBm
                RxPowerLowAlarm   : -infdBm
                RxPowerLowWarning : -infdBm
                TxBiasHighAlarm   : 0.0mA
                TxBiasHighWarning : 0.0mA
                TxBiasLowAlarm    : 0.0mA
                TxBiasLowWarning  : 0.0mA
                TxPowerHighAlarm  : -infdBm
                TxPowerHighWarning: -infdBm
                TxPowerLowAlarm   : -infdBm
                TxPowerLowWarning : -infdBm
        ModuleMonitorValues:
                Temperature: 29.301C
                Vcc: 3.281Volts
        ModuleThresholdValues:
                TempHighAlarm  : 75.0C
                TempHighWarning: 70.0C
                TempLowAlarm   : -5.0C
                TempLowWarning : 0.0C
                VccHighAlarm   : 3.565Volts
                VccHighWarning : 3.465Volts
                VccLowAlarm    : 3.035Volts
                VccLowWarning  : 3.135Volts

admin@qual-EC-AS9736-01:~$ show interfaces transceiver status Ethernet240
Ethernet240: 
        Tx fault flag on media lane 1: N/A
        Tx fault flag on media lane 2: N/A
        Tx fault flag on media lane 3: N/A
        Tx fault flag on media lane 4: N/A
        Tx fault flag on media lane 5: N/A
        Tx fault flag on media lane 6: N/A
        Tx fault flag on media lane 7: N/A
        Tx fault flag on media lane 8: N/A
        Rx loss of signal flag on media lane 1: False
        Rx loss of signal flag on media lane 2: False
        Rx loss of signal flag on media lane 3: False
        Rx loss of signal flag on media lane 4: False
        Rx loss of signal flag on media lane 5: False
        Rx loss of signal flag on media lane 6: False
        Rx loss of signal flag on media lane 7: False
        Rx loss of signal flag on media lane 8: False
        TX disable status on lane 1: False
        TX disable status on lane 2: False
        TX disable status on lane 3: False
        TX disable status on lane 4: False
        TX disable status on lane 5: False
        TX disable status on lane 6: False
        TX disable status on lane 7: False
        TX disable status on lane 8: False
        Disabled TX channels: 0
        Current module state: ModuleReady
        Reason of entering the module fault state: No Fault detected
        Datapath firmware fault: False
        Module firmware fault: False
        Module state changed: False
        Data path state indicator on host lane 1: DataPathActivated
        Data path state indicator on host lane 2: DataPathActivated
        Data path state indicator on host lane 3: DataPathActivated
        Data path state indicator on host lane 4: DataPathActivated
        Data path state indicator on host lane 5: DataPathActivated
        Data path state indicator on host lane 6: DataPathActivated
        Data path state indicator on host lane 7: DataPathActivated
        Data path state indicator on host lane 8: DataPathActivated
        Tx output status on media lane 1: False
        Tx output status on media lane 2: False
        Tx output status on media lane 3: False
        Tx output status on media lane 4: False
        Tx output status on media lane 5: False
        Tx output status on media lane 6: False
        Tx output status on media lane 7: False
        Tx output status on media lane 8: False
        Rx output status on host lane 1: False
        Rx output status on host lane 2: False
        Rx output status on host lane 3: False
        Rx output status on host lane 4: False
        Rx output status on host lane 5: False
        Rx output status on host lane 6: False
        Rx output status on host lane 7: False
        Rx output status on host lane 8: False
        Tx loss of signal flag on host lane 1: False
        Tx loss of signal flag on host lane 2: False
        Tx loss of signal flag on host lane 3: False
        Tx loss of signal flag on host lane 4: False
        Tx loss of signal flag on host lane 5: False
        Tx loss of signal flag on host lane 6: False
        Tx loss of signal flag on host lane 7: False
        Tx loss of signal flag on host lane 8: False
        Tx clock and data recovery loss of lock on host lane 1: False
        Tx clock and data recovery loss of lock on host lane 2: False
        Tx clock and data recovery loss of lock on host lane 3: False
        Tx clock and data recovery loss of lock on host lane 4: False
        Tx clock and data recovery loss of lock on host lane 5: False
        Tx clock and data recovery loss of lock on host lane 6: False
        Tx clock and data recovery loss of lock on host lane 7: False
        Tx clock and data recovery loss of lock on host lane 8: False
        Rx clock and data recovery loss of lock on media lane 1: False
        Rx clock and data recovery loss of lock on media lane 2: False
        Rx clock and data recovery loss of lock on media lane 3: False
        Rx clock and data recovery loss of lock on media lane 4: False
        Rx clock and data recovery loss of lock on media lane 5: False
        Rx clock and data recovery loss of lock on media lane 6: False
        Rx clock and data recovery loss of lock on media lane 7: False
        Rx clock and data recovery loss of lock on media lane 8: False
        Configuration status for the data path of host line 1: ConfigUndefined
        Configuration status for the data path of host line 2: ConfigUndefined
        Configuration status for the data path of host line 3: ConfigUndefined
        Configuration status for the data path of host line 4: ConfigUndefined
        Configuration status for the data path of host line 5: ConfigUndefined
        Configuration status for the data path of host line 6: ConfigUndefined
        Configuration status for the data path of host line 7: ConfigUndefined
        Configuration status for the data path of host line 8: ConfigUndefined
        Data path configuration updated on host lane 1: False
        Data path configuration updated on host lane 2: False
        Data path configuration updated on host lane 3: False
        Data path configuration updated on host lane 4: False
        Data path configuration updated on host lane 5: False
        Data path configuration updated on host lane 6: False
        Data path configuration updated on host lane 7: False
        Data path configuration updated on host lane 8: False
        Temperature high alarm flag: False
        Temperature high warning flag: False
        Temperature low warning flag: False
        Temperature low alarm flag: False
        Vcc high alarm flag: False
        Vcc high warning flag: False
        Vcc low warning flag: False
        Vcc low alarm flag: False
        Tx power high alarm flag on lane 1: False
        Tx power high alarm flag on lane 2: False
        Tx power high alarm flag on lane 3: False
        Tx power high alarm flag on lane 4: False
        Tx power high alarm flag on lane 5: False
        Tx power high alarm flag on lane 6: False
        Tx power high alarm flag on lane 7: False
        Tx power high alarm flag on lane 8: False
        Tx power high warning flag on lane 1: False
        Tx power high warning flag on lane 2: False
        Tx power high warning flag on lane 3: False
        Tx power high warning flag on lane 4: False
        Tx power high warning flag on lane 5: False
        Tx power high warning flag on lane 6: False
        Tx power high warning flag on lane 7: False
        Tx power high warning flag on lane 8: False
        Tx power low warning flag on lane 1: False
        Tx power low warning flag on lane 2: False
        Tx power low warning flag on lane 3: False
        Tx power low warning flag on lane 4: False
        Tx power low warning flag on lane 5: False
        Tx power low warning flag on lane 6: False
        Tx power low warning flag on lane 7: False
        Tx power low warning flag on lane 8: False
        Tx power low alarm flag on lane 1: False
        Tx power low alarm flag on lane 2: False
        Tx power low alarm flag on lane 3: False
        Tx power low alarm flag on lane 4: False
        Tx power low alarm flag on lane 5: False
        Tx power low alarm flag on lane 6: False
        Tx power low alarm flag on lane 7: False
        Tx power low alarm flag on lane 8: False
        Rx power high alarm flag on lane 1: False
        Rx power high alarm flag on lane 2: False
        Rx power high alarm flag on lane 3: False
        Rx power high alarm flag on lane 4: False
        Rx power high alarm flag on lane 5: False
        Rx power high alarm flag on lane 6: False
        Rx power high alarm flag on lane 7: False
        Rx power high alarm flag on lane 8: False
        Rx power high warning flag on lane 1: False
        Rx power high warning flag on lane 2: False
        Rx power high warning flag on lane 3: False
        Rx power high warning flag on lane 4: False
        Rx power high warning flag on lane 5: False
        Rx power high warning flag on lane 6: False
        Rx power high warning flag on lane 7: False
        Rx power high warning flag on lane 8: False
        Rx power low warning flag on lane 1: False
        Rx power low warning flag on lane 2: False
        Rx power low warning flag on lane 3: False
        Rx power low warning flag on lane 4: False
        Rx power low warning flag on lane 5: False
        Rx power low warning flag on lane 6: False
        Rx power low warning flag on lane 7: False
        Rx power low warning flag on lane 8: False
        Rx power low alarm flag on lane 1: False
        Rx power low alarm flag on lane 2: False
        Rx power low alarm flag on lane 3: False
        Rx power low alarm flag on lane 4: False
        Rx power low alarm flag on lane 5: False
        Rx power low alarm flag on lane 6: False
        Rx power low alarm flag on lane 7: False
        Rx power low alarm flag on lane 8: False
        Tx bias high alarm flag on lane 1: False
        Tx bias high alarm flag on lane 2: False
        Tx bias high alarm flag on lane 3: False
        Tx bias high alarm flag on lane 4: False
        Tx bias high alarm flag on lane 5: False
        Tx bias high alarm flag on lane 6: False
        Tx bias high alarm flag on lane 7: False
        Tx bias high alarm flag on lane 8: False
        Tx bias high warning flag on lane 1: False
        Tx bias high warning flag on lane 2: False
        Tx bias high warning flag on lane 3: False
        Tx bias high warning flag on lane 4: False
        Tx bias high warning flag on lane 5: False
        Tx bias high warning flag on lane 6: False
        Tx bias high warning flag on lane 7: False
        Tx bias high warning flag on lane 8: False
        Tx bias low warning flag on lane 1: False
        Tx bias low warning flag on lane 2: False
        Tx bias low warning flag on lane 3: False
        Tx bias low warning flag on lane 4: False
        Tx bias low warning flag on lane 5: False
        Tx bias low warning flag on lane 6: False
        Tx bias low warning flag on lane 7: False
        Tx bias low warning flag on lane 8: False
        Tx bias low alarm flag on lane 1: False
        Tx bias low alarm flag on lane 2: False
        Tx bias low alarm flag on lane 3: False
        Tx bias low alarm flag on lane 4: False
        Tx bias low alarm flag on lane 5: False
        Tx bias low alarm flag on lane 6: False
        Tx bias low alarm flag on lane 7: False
        Tx bias low alarm flag on lane 8: False
        Laser temperature high alarm flag: False
        Laser temperature high warning flag: False
        Laser temperature low warning flag: False
        Laser temperature low alarm flag: False

Local (Dell) sairedis.rec Snippet:
While bringing up Ethernet128, I found that the following notification was missing.
2024-10-29.13:07:39.209886|n|port_state_change|[{"port_id":"oid:0x1000000000012","port_state":"SAI_PORT_OPER_STATUS_UP"}]|

Detailed logs from both the ends (Edgecore and Dell): Dell_Z9332_Credo_Intf_Flap.tgz

nmoray commented 16 hours ago

@madhupa please help in assigning the reviewer.

nmoray commented 13 hours ago

@venkatmahalingam have you ever faced this issue with Credos?

madhupalu commented 11 hours ago

@venkatmahalingam could you pl help to add DELL drivers team to take a look into this?

venkatmahalingam commented 9 hours ago

Adding @jeff-yin to comment on this.