3.9.14.15 0b89dd93f False 3 True 0 False 5 0 False 8000 False False False 34 10 14 0 net0 CAN Terminal LogFile 0 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 Device sig0 1 XX hex 597 0 35 True Register sig1 1 XXXX hex 415029 0 64925 True Device+Register sig2 4 B1 Length: (all remaining) |0,-1 0 0 L,23,FD,9D 0 True Dev+Reg BASE10 sig3 2 1 0 0 6 {Device+Register (Value) :sig2-0} 0 True Stored Values to Trigger Byte Update sig4 1 {Raw Value}|0,1,0,0 0 0 35 64925 2 True True Register Byte 1 sig5 1 hex 0 0 253 True Register Byte 2 sig6 1 hex 0 0 157 0 True SFP1 Link Status sig7 2 bit7({B1}) Up/Down 6 {Secret Link Status Bit (Value) :out70-sig0-0} and {Local Receiver OK (Value) :out67-sig1-0} and {Remote Receiver OK (Value) :out67-sig0-0} 0.1 1 True 1 SFP2 Link Status sig8 2 bit7({B1}) Up/Down 1 True 1 SFP1 SQI sig9 1 XX hex 0 0 7 True SFP2 SQI sig10 1 XX hex 0 0 7 True SFP1 Link Speed sig11 1 0 0 0 1000 True SFP2 Link Speed sig12 1 0 0 0 1000 True SFP1 Autoneg Enabled sig13 2 bit7({B1}) True/False 1 True 1 SFP2 Autoneg Enabled sig14 2 bit7({B1}) True/False 1 True 1 dq0 DAQ 1 True 1 Collection 1 True 107 0 0 3 False 10 icsSpyLogFile icsSpyLogFile 0 icsSpyLogFile True 1 True 60 DAQ 1 True True 10 DAQ 1 Log File DAQ 1 Log File DAQ 1 Log File True True 50000 True True 9 8 Tahoma 0 1 True True CAN/CAN FD 0 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 37 7 25 7 9 8 162 8 11 9 90 9 12 10 62 10 105 11 25 11 80 12 25 12 81 13 25 13 82 14 25 14 40 15 62 15 39 16 175 16 87 17 175 J1939 1 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 27 6 90 6 21 7 43 7 25 8 31 8 24 9 31 9 9 10 137 10 11 11 90 11 12 12 62 12 40 13 62 13 39 14 175 14 87 15 175 Class 2 2 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 19 6 90 6 8 7 90 7 9 8 137 8 17 9 25 Ford SCP 3 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 16 6 90 6 8 7 90 7 9 8 137 8 15 9 90 GMLAN 4 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 20 7 43 7 28 8 43 8 29 9 50 9 30 10 31 10 9 11 137 11 12 12 62 12 11 13 62 LIN 5 0 1 62 1 1 2 90 2 32 3 25 3 33 4 25 4 6 5 25 5 7 6 152 6 8 7 90 7 9 8 187 8 34 9 62 9 35 10 62 10 36 11 62 11 11 12 90 CGI 6 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 37 6 25 6 8 7 90 7 9 8 162 8 38 9 90 9 11 10 90 10 12 11 62 FlexRay 7 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 54 6 25 6 106 7 90 7 51 8 90 8 103 9 90 9 37 10 25 10 9 11 162 11 11 12 90 12 12 13 62 13 104 14 90 14 60 15 31 15 57 16 25 16 58 17 31 17 59 18 31 18 56 19 25 19 55 20 25 20 50 21 50 21 52 22 75 22 53 23 62 23 35 24 62 24 40 25 62 25 39 26 175 26 87 27 175 ARINC 825 8 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 41 6 43 6 42 7 50 7 43 8 31 8 44 9 31 9 45 10 31 10 46 11 37 11 47 12 31 12 48 13 50 13 49 14 31 14 9 15 162 15 11 16 90 16 40 17 62 17 39 18 175 18 87 19 175 Ethernet 9 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 100 7 50 7 77 8 152 8 101 9 50 9 102 10 56 10 78 11 50 11 79 12 37 12 37 13 25 13 9 14 162 14 11 15 90 15 12 16 62 16 40 17 62 17 39 18 175 18 87 19 175 PTP (802.1as) 10 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 77 7 152 7 102 8 56 8 78 9 50 9 79 10 37 10 37 11 25 11 85 12 125 12 83 13 50 13 84 14 37 14 86 15 125 15 11 16 90 16 12 17 62 17 40 18 62 18 39 19 175 19 87 20 175 TCP 11 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 100 7 50 7 77 8 152 8 101 9 50 9 102 10 56 10 78 11 50 11 79 12 37 12 37 13 31 13 88 14 68 14 89 15 68 15 90 16 50 16 91 17 93 17 11 18 90 18 12 19 62 19 40 20 62 20 39 21 175 21 87 22 175 UDP 12 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 100 7 50 7 77 8 152 8 101 9 50 9 102 10 56 10 78 11 50 11 79 12 37 12 37 13 50 13 9 14 212 14 11 15 90 15 120 16 90 16 12 17 62 17 39 18 175 18 87 19 175 FSA 13 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 93 6 50 6 94 7 50 7 95 8 50 8 96 9 50 9 97 10 68 10 37 11 31 11 98 12 68 12 99 13 68 13 11 14 90 14 39 15 175 15 87 16 175 Statistics 14 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 37 7 25 7 9 8 162 8 11 9 90 9 12 10 62 10 40 11 62 11 39 12 175 12 87 13 175 13 107 14 62 14 108 15 62 15 109 16 62 16 110 17 62 I2C 15 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 194 5 8 6 90 6 121 7 25 7 122 8 81 8 37 9 25 9 9 10 162 10 11 11 90 11 12 12 62 12 40 13 62 13 39 14 175 14 87 15 175 A2B 16 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 124 6 90 6 125 7 90 7 126 8 25 8 127 9 90 9 128 10 25 10 129 11 25 11 130 12 90 12 11 13 90 13 12 14 62 14 131 15 90 15 40 16 62 16 39 17 175 17 87 18 175 wBMS 17 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 133 6 90 6 135 7 175 7 132 8 90 8 136 9 62 9 137 10 62 10 37 11 25 11 9 12 162 12 11 13 90 13 12 14 62 14 40 15 62 15 39 16 175 16 87 17 175 MDIO 18 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 138 6 68 6 139 7 43 7 140 8 68 8 142 9 81 9 141 10 87 10 37 11 25 11 9 12 162 12 11 13 90 13 12 14 62 14 40 15 62 15 39 16 175 16 87 17 175 Custom 1 Custom 2 Custom 3 Custom 4 Custom 5 Custom 6 True 50000 True True 9 8 Tahoma 1 10 True CAN/CAN FD 0 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 37 7 25 7 9 8 162 8 11 9 90 9 12 10 62 10 105 11 25 11 80 12 25 12 81 13 25 13 82 14 25 14 40 15 62 15 39 16 175 16 87 17 175 J1939 1 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 27 6 90 6 21 7 43 7 25 8 31 8 24 9 31 9 9 10 137 10 11 11 90 11 12 12 62 12 40 13 62 13 39 14 175 14 87 15 175 Class 2 2 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 19 6 90 6 8 7 90 7 9 8 137 8 17 9 25 Ford SCP 3 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 16 6 90 6 8 7 90 7 9 8 137 8 15 9 90 GMLAN 4 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 20 7 43 7 28 8 43 8 29 9 50 9 30 10 31 10 9 11 137 11 12 12 62 12 11 13 62 LIN 5 0 1 62 1 1 2 90 2 32 3 25 3 33 4 25 4 6 5 25 5 7 6 152 6 8 7 90 7 9 8 187 8 34 9 62 9 35 10 62 10 36 11 62 11 11 12 90 CGI 6 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 37 6 25 6 8 7 90 7 9 8 162 8 38 9 90 9 11 10 90 10 12 11 62 FlexRay 7 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 54 6 25 6 106 7 90 7 51 8 90 8 103 9 90 9 37 10 25 10 9 11 162 11 11 12 90 12 12 13 62 13 104 14 90 14 60 15 31 15 57 16 25 16 58 17 31 17 59 18 31 18 56 19 25 19 55 20 25 20 50 21 50 21 52 22 75 22 53 23 62 23 35 24 62 24 40 25 62 25 39 26 175 26 87 27 175 ARINC 825 8 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 41 6 43 6 42 7 50 7 43 8 31 8 44 9 31 9 45 10 31 10 46 11 37 11 47 12 31 12 48 13 50 13 49 14 31 14 9 15 162 15 11 16 90 16 40 17 62 17 39 18 175 18 87 19 175 Ethernet 9 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 100 7 50 7 77 8 152 8 101 9 50 9 102 10 56 10 78 11 50 11 79 12 37 12 37 13 25 13 9 14 162 14 11 15 90 15 12 16 62 16 40 17 62 17 39 18 175 18 87 19 175 PTP (802.1as) 10 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 77 7 152 7 102 8 56 8 78 9 50 9 79 10 37 10 37 11 25 11 85 12 125 12 83 13 50 13 84 14 37 14 86 15 125 15 11 16 90 16 12 17 62 17 40 18 62 18 39 19 175 19 87 20 175 TCP 11 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 100 7 50 7 77 8 152 8 101 9 50 9 102 10 56 10 78 11 50 11 79 12 37 12 37 13 31 13 88 14 68 14 89 15 68 15 90 16 50 16 91 17 93 17 11 18 90 18 12 19 62 19 40 20 62 20 39 21 175 21 87 22 175 UDP 12 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 100 7 50 7 77 8 152 8 101 9 50 9 102 10 56 10 78 11 50 11 79 12 37 12 37 13 50 13 9 14 212 14 11 15 90 15 120 16 90 16 12 17 62 17 39 18 175 18 87 19 175 FSA 13 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 93 6 50 6 94 7 50 7 95 8 50 8 96 9 50 9 97 10 68 10 37 11 31 11 98 12 68 12 99 13 68 13 11 14 90 14 39 15 175 15 87 16 175 Statistics 14 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 37 7 25 7 9 8 162 8 11 9 90 9 12 10 62 10 40 11 62 11 39 12 175 12 87 13 175 13 107 14 62 14 108 15 62 15 109 16 62 16 110 17 62 I2C 15 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 121 7 25 7 122 8 81 8 37 9 25 9 9 10 162 10 11 11 90 11 12 12 62 12 40 13 62 13 39 14 175 14 87 15 175 A2B 16 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 144 6 90 6 124 7 90 7 125 8 90 8 126 9 25 9 127 10 90 10 128 11 25 11 129 12 25 12 130 13 90 13 11 14 90 14 12 15 62 15 131 16 90 16 40 17 62 17 39 18 175 18 87 19 175 wBMS 17 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 133 6 90 6 135 7 175 7 132 8 90 8 136 9 62 9 137 10 62 10 37 11 25 11 9 12 162 12 11 13 90 13 12 14 62 14 40 15 62 15 39 16 175 16 87 17 175 MDIO 18 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 138 6 68 6 139 7 43 7 140 8 68 8 142 9 81 9 141 10 87 10 37 11 25 11 9 12 162 12 11 13 90 13 12 14 62 14 40 15 62 15 39 16 175 16 87 17 175 DoIP 19 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 201 5 80 5 202 6 80 6 203 7 40 7 204 8 300 8 92 9 90 9 77 10 90 10 100 11 55 11 101 12 55 12 205 13 140 13 78 14 60 14 143 15 70 15 91 16 60 16 11 17 70 17 12 18 60 18 79 19 60 10BASE-T1S 20 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 145 6 87 6 146 7 37 7 12 8 31 8 37 9 25 9 9 10 162 10 11 11 90 11 40 12 62 12 39 13 175 13 87 14 175 TX_ETH01 out90 out79 Custom 2 Custom 3 Custom 4 Custom 5 Custom 6 True 50000 True True 9 8 Tahoma 2 11 True CAN/CAN FD 0 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 37 7 25 7 9 8 162 8 11 9 90 9 12 10 62 10 105 11 25 11 80 12 25 12 81 13 25 13 82 14 25 14 40 15 62 15 39 16 175 16 87 17 175 J1939 1 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 27 6 90 6 21 7 43 7 25 8 31 8 24 9 31 9 9 10 137 10 11 11 90 11 12 12 62 12 40 13 62 13 39 14 175 14 87 15 175 Class 2 2 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 19 6 90 6 8 7 90 7 9 8 137 8 17 9 25 Ford SCP 3 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 16 6 90 6 8 7 90 7 9 8 137 8 15 9 90 GMLAN 4 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 20 7 43 7 28 8 43 8 29 9 50 9 30 10 31 10 9 11 137 11 12 12 62 12 11 13 62 LIN 5 0 1 62 1 1 2 90 2 32 3 25 3 33 4 25 4 6 5 25 5 7 6 152 6 8 7 90 7 9 8 187 8 34 9 62 9 35 10 62 10 36 11 62 11 11 12 90 CGI 6 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 37 6 25 6 8 7 90 7 9 8 162 8 38 9 90 9 11 10 90 10 12 11 62 FlexRay 7 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 54 6 25 6 106 7 90 7 51 8 90 8 103 9 90 9 37 10 25 10 9 11 162 11 11 12 90 12 12 13 62 13 104 14 90 14 60 15 31 15 57 16 25 16 58 17 31 17 59 18 31 18 56 19 25 19 55 20 25 20 50 21 50 21 52 22 75 22 53 23 62 23 35 24 62 24 40 25 62 25 39 26 175 26 87 27 175 ARINC 825 8 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 41 6 43 6 42 7 50 7 43 8 31 8 44 9 31 9 45 10 31 10 46 11 37 11 47 12 31 12 48 13 50 13 49 14 31 14 9 15 162 15 11 16 90 16 40 17 62 17 39 18 175 18 87 19 175 Ethernet 9 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 186 5 92 6 152 6 100 7 50 7 77 8 152 8 101 9 50 9 102 10 56 10 78 11 50 11 79 12 37 12 37 13 25 13 9 14 162 14 11 15 90 15 12 16 62 16 40 17 62 17 39 18 175 18 87 19 175 PTP (802.1as) 10 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 77 7 152 7 102 8 56 8 78 9 50 9 79 10 37 10 37 11 25 11 85 12 125 12 83 13 50 13 84 14 37 14 86 15 125 15 11 16 90 16 12 17 62 17 40 18 62 18 39 19 175 19 87 20 175 TCP 11 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 100 7 50 7 77 8 152 8 101 9 50 9 102 10 56 10 78 11 50 11 79 12 37 12 37 13 31 13 88 14 68 14 89 15 68 15 90 16 50 16 91 17 93 17 11 18 90 18 12 19 62 19 40 20 62 20 39 21 175 21 87 22 175 UDP 12 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 100 7 50 7 77 8 152 8 101 9 50 9 102 10 56 10 78 11 50 11 79 12 37 12 37 13 50 13 9 14 212 14 11 15 90 15 120 16 90 16 12 17 62 17 39 18 175 18 87 19 175 FSA 13 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 93 6 50 6 94 7 50 7 95 8 50 8 96 9 50 9 97 10 68 10 37 11 31 11 98 12 68 12 99 13 68 13 11 14 90 14 39 15 175 15 87 16 175 Statistics 14 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 37 7 25 7 9 8 162 8 11 9 90 9 12 10 62 10 40 11 62 11 39 12 175 12 87 13 175 13 107 14 62 14 108 15 62 15 109 16 62 16 110 17 62 I2C 15 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 121 7 25 7 122 8 81 8 37 9 25 9 9 10 162 10 11 11 90 11 12 12 62 12 40 13 62 13 39 14 175 14 87 15 175 A2B 16 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 144 6 90 6 124 7 90 7 125 8 90 8 126 9 25 9 127 10 90 10 128 11 25 11 129 12 25 12 130 13 90 13 11 14 90 14 12 15 62 15 131 16 90 16 40 17 62 17 39 18 175 18 87 19 175 wBMS 17 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 133 6 90 6 135 7 175 7 132 8 90 8 136 9 62 9 137 10 62 10 37 11 25 11 9 12 162 12 11 13 90 13 12 14 62 14 40 15 62 15 39 16 175 16 87 17 175 MDIO 18 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 138 6 68 6 139 7 43 7 140 8 68 8 142 9 81 9 141 10 87 10 37 11 25 11 9 12 162 12 11 13 90 13 12 14 62 14 40 15 62 15 39 16 175 16 87 17 175 DoIP 19 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 201 5 80 5 202 6 80 6 203 7 40 7 204 8 300 8 92 9 90 9 77 10 90 10 100 11 55 11 101 12 55 12 205 13 140 13 78 14 60 14 143 15 70 15 91 16 60 16 11 17 70 17 12 18 60 18 79 19 60 10BASE-T1S 20 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 145 6 87 6 146 7 37 7 12 8 31 8 37 9 25 9 9 10 162 10 11 11 90 11 40 12 62 12 39 13 175 13 87 14 175 RX_ETH02 in5 in2 in3 Custom 2 Custom 3 Custom 4 Custom 5 Custom 6 True 50000 True True 9 8 Tahoma 3 12 True CAN/CAN FD 0 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 37 7 25 7 9 8 162 8 11 9 90 9 12 10 62 10 105 11 25 11 80 12 25 12 81 13 25 13 82 14 25 14 40 15 62 15 39 16 175 16 87 17 175 J1939 1 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 27 6 90 6 21 7 43 7 25 8 31 8 24 9 31 9 9 10 137 10 11 11 90 11 12 12 62 12 40 13 62 13 39 14 175 14 87 15 175 Class 2 2 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 19 6 90 6 8 7 90 7 9 8 137 8 17 9 25 Ford SCP 3 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 16 6 90 6 8 7 90 7 9 8 137 8 15 9 90 GMLAN 4 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 20 7 43 7 28 8 43 8 29 9 50 9 30 10 31 10 9 11 137 11 12 12 62 12 11 13 62 LIN 5 0 1 62 1 1 2 90 2 32 3 25 3 33 4 25 4 6 5 25 5 7 6 152 6 8 7 90 7 9 8 187 8 34 9 62 9 35 10 62 10 36 11 62 11 11 12 90 CGI 6 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 37 6 25 6 8 7 90 7 9 8 162 8 38 9 90 9 11 10 90 10 12 11 62 FlexRay 7 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 54 6 25 6 106 7 90 7 51 8 90 8 103 9 90 9 37 10 25 10 9 11 162 11 11 12 90 12 12 13 62 13 104 14 90 14 60 15 31 15 57 16 25 16 58 17 31 17 59 18 31 18 56 19 25 19 55 20 25 20 50 21 50 21 52 22 75 22 53 23 62 23 35 24 62 24 40 25 62 25 39 26 175 26 87 27 175 ARINC 825 8 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 41 6 43 6 42 7 50 7 43 8 31 8 44 9 31 9 45 10 31 10 46 11 37 11 47 12 31 12 48 13 50 13 49 14 31 14 9 15 162 15 11 16 90 16 40 17 62 17 39 18 175 18 87 19 175 Ethernet 9 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 100 7 50 7 77 8 152 8 101 9 50 9 102 10 56 10 78 11 50 11 79 12 37 12 37 13 25 13 9 14 162 14 11 15 90 15 12 16 62 16 40 17 62 17 39 18 175 18 87 19 175 PTP (802.1as) 10 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 77 7 152 7 102 8 56 8 78 9 50 9 79 10 37 10 37 11 25 11 85 12 125 12 83 13 50 13 84 14 37 14 86 15 125 15 11 16 90 16 12 17 62 17 40 18 62 18 39 19 175 19 87 20 175 TCP 11 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 100 7 50 7 77 8 152 8 101 9 50 9 102 10 56 10 78 11 50 11 79 12 37 12 37 13 31 13 88 14 68 14 89 15 68 15 90 16 50 16 91 17 93 17 11 18 90 18 12 19 62 19 40 20 62 20 39 21 175 21 87 22 175 UDP 12 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 100 7 50 7 77 8 152 8 101 9 50 9 102 10 56 10 78 11 50 11 79 12 37 12 37 13 50 13 9 14 212 14 11 15 90 15 120 16 90 16 12 17 62 17 39 18 175 18 87 19 175 FSA 13 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 93 6 50 6 94 7 50 7 95 8 50 8 96 9 50 9 97 10 68 10 37 11 31 11 98 12 68 12 99 13 68 13 11 14 90 14 39 15 175 15 87 16 175 Statistics 14 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 37 7 25 7 9 8 162 8 11 9 90 9 12 10 62 10 40 11 62 11 39 12 175 12 87 13 175 13 107 14 62 14 108 15 62 15 109 16 62 16 110 17 62 I2C 15 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 121 7 25 7 122 8 81 8 37 9 25 9 9 10 162 10 11 11 90 11 12 12 62 12 40 13 62 13 39 14 175 14 87 15 175 A2B 16 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 144 6 90 6 124 7 90 7 125 8 90 8 126 9 25 9 127 10 90 10 128 11 25 11 129 12 25 12 130 13 90 13 11 14 90 14 12 15 62 15 131 16 90 16 40 17 62 17 39 18 175 18 87 19 175 wBMS 17 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 133 6 90 6 135 7 175 7 132 8 90 8 136 9 62 9 137 10 62 10 37 11 25 11 9 12 162 12 11 13 90 13 12 14 62 14 40 15 62 15 39 16 175 16 87 17 175 MDIO 18 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 138 6 68 6 139 7 43 7 140 8 68 8 142 9 81 9 141 10 87 10 37 11 25 11 9 12 162 12 11 13 90 13 12 14 62 14 40 15 62 15 39 16 175 16 87 17 175 DoIP 19 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 201 5 80 5 202 6 80 6 203 7 40 7 204 8 300 8 92 9 90 9 77 10 90 10 100 11 55 11 101 12 55 12 205 13 140 13 78 14 60 14 143 15 70 15 91 16 60 16 11 17 70 17 12 18 60 18 79 19 60 10BASE-T1S 20 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 145 6 87 6 146 7 37 7 12 8 31 8 37 9 25 9 9 10 162 10 11 11 90 11 40 12 62 12 39 13 175 13 87 14 175 TX_ETH02 out82 Custom 2 Custom 3 Custom 4 Custom 5 Custom 6 True 50000 True True 9 8 Tahoma 4 13 True CAN/CAN FD 0 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 37 7 25 7 9 8 162 8 11 9 90 9 12 10 62 10 105 11 25 11 80 12 25 12 81 13 25 13 82 14 25 14 40 15 62 15 39 16 175 16 87 17 175 J1939 1 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 27 6 90 6 21 7 43 7 25 8 31 8 24 9 31 9 9 10 137 10 11 11 90 11 12 12 62 12 40 13 62 13 39 14 175 14 87 15 175 Class 2 2 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 19 6 90 6 8 7 90 7 9 8 137 8 17 9 25 Ford SCP 3 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 16 6 90 6 8 7 90 7 9 8 137 8 15 9 90 GMLAN 4 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 20 7 43 7 28 8 43 8 29 9 50 9 30 10 31 10 9 11 137 11 12 12 62 12 11 13 62 LIN 5 0 1 62 1 1 2 90 2 32 3 25 3 33 4 25 4 6 5 25 5 7 6 152 6 8 7 90 7 9 8 187 8 34 9 62 9 35 10 62 10 36 11 62 11 11 12 90 CGI 6 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 37 6 25 6 8 7 90 7 9 8 162 8 38 9 90 9 11 10 90 10 12 11 62 FlexRay 7 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 54 6 25 6 106 7 90 7 51 8 90 8 103 9 90 9 37 10 25 10 9 11 162 11 11 12 90 12 12 13 62 13 104 14 90 14 60 15 31 15 57 16 25 16 58 17 31 17 59 18 31 18 56 19 25 19 55 20 25 20 50 21 50 21 52 22 75 22 53 23 62 23 35 24 62 24 40 25 62 25 39 26 175 26 87 27 175 ARINC 825 8 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 41 6 43 6 42 7 50 7 43 8 31 8 44 9 31 9 45 10 31 10 46 11 37 11 47 12 31 12 48 13 50 13 49 14 31 14 9 15 162 15 11 16 90 16 40 17 62 17 39 18 175 18 87 19 175 Ethernet 9 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 100 7 50 7 77 8 152 8 101 9 50 9 102 10 56 10 78 11 50 11 79 12 37 12 37 13 25 13 9 14 162 14 11 15 90 15 12 16 62 16 40 17 62 17 39 18 175 18 87 19 175 PTP (802.1as) 10 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 77 7 152 7 102 8 56 8 78 9 50 9 79 10 37 10 37 11 25 11 85 12 125 12 83 13 50 13 84 14 37 14 86 15 125 15 11 16 90 16 12 17 62 17 40 18 62 18 39 19 175 19 87 20 175 TCP 11 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 100 7 50 7 77 8 152 8 101 9 50 9 102 10 56 10 78 11 50 11 79 12 37 12 37 13 31 13 88 14 68 14 89 15 68 15 90 16 50 16 91 17 93 17 11 18 90 18 12 19 62 19 40 20 62 20 39 21 175 21 87 22 175 UDP 12 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 92 6 152 6 100 7 50 7 77 8 152 8 101 9 50 9 102 10 56 10 78 11 50 11 79 12 37 12 37 13 50 13 9 14 212 14 11 15 90 15 120 16 90 16 12 17 62 17 39 18 175 18 87 19 175 FSA 13 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 93 6 50 6 94 7 50 7 95 8 50 8 96 9 50 9 97 10 68 10 37 11 31 11 98 12 68 12 99 13 68 13 11 14 90 14 39 15 175 15 87 16 175 Statistics 14 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 37 7 25 7 9 8 162 8 11 9 90 9 12 10 62 10 40 11 62 11 39 12 175 12 87 13 175 13 107 14 62 14 108 15 62 15 109 16 62 16 110 17 62 I2C 15 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 8 6 90 6 121 7 25 7 122 8 81 8 37 9 25 9 9 10 162 10 11 11 90 11 12 12 62 12 40 13 62 13 39 14 175 14 87 15 175 A2B 16 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 144 6 90 6 124 7 90 7 125 8 90 8 126 9 25 9 127 10 90 10 128 11 25 11 129 12 25 12 130 13 90 13 11 14 90 14 12 15 62 15 131 16 90 16 40 17 62 17 39 18 175 18 87 19 175 wBMS 17 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 133 6 90 6 135 7 175 7 132 8 90 8 136 9 62 9 137 10 62 10 37 11 25 11 9 12 162 12 11 13 90 13 12 14 62 14 40 15 62 15 39 16 175 16 87 17 175 MDIO 18 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 138 6 68 6 139 7 43 7 140 8 68 8 142 9 81 9 141 10 87 10 37 11 25 11 9 12 162 12 11 13 90 13 12 14 62 14 40 15 62 15 39 16 175 16 87 17 175 DoIP 19 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 201 5 80 5 202 6 80 6 203 7 40 7 204 8 300 8 92 9 90 9 77 10 90 10 100 11 55 11 101 12 55 12 205 13 140 13 78 14 60 14 143 15 70 15 91 16 60 16 11 17 70 17 12 18 60 18 79 19 60 10BASE-T1S 20 0 1 62 1 1 2 90 2 5 3 25 3 6 4 25 4 7 5 152 5 145 6 87 6 146 7 37 7 12 8 31 8 37 9 25 9 9 10 162 10 11 11 90 11 40 12 62 12 39 13 175 13 87 14 175 RX_ETH01 in8 in7 Custom 2 Custom 3 Custom 4 Custom 5 Custom 6 1 Fire2 Gigastar HS CAN net0 HS CAN 500000 1 2000000 2 1 False False MS CAN net1 MS CAN 500000 1 2000000 2 False False SW CAN net2 SW CAN 33333 1 1 2 False False J1850 VPW net3 J1850 VPW 10417 3 2 False False ISO9141/KW2K net4 ISO9141/KW2K 10417 6 2 False False LSFT CAN net5 LSFT CAN 125000 1 2 False False J1850 PWM net6 J1850 PWM 41600 4 2 False False J1708 net7 J1708 9600 13 2 False False neoVI net8 neoVI 0 1 2 False False HS CAN2 net9 HS CAN2 (neoVI 3G) 500000 1 2000000 2 False False HS CAN3 net10 HS CAN3 (neoVI 3G) 500000 1 2000000 2 False False LIN2 net11 LIN2 (neoVI 3G) 10417 12 2 False False LIN3 net12 LIN3 (neoVI 3G) 10417 12 2 False False LIN4 net13 LIN4 (neoVI 3G) 10417 12 2 False False CGI net14 CGI (neoVI 3G) 625000 18 2 False False LIN net15 LIN 10417 12 2 False False ISO9141/KW2K 2 net16 ISO9141/KW2K 2 10417 6 2 False False ISO9141/KW2K 3 net17 ISO9141/KW2K 3 10417 6 2 False False ISO9141/KW2K 4 net18 ISO9141/KW2K 4 10417 6 2 False False HS CAN4 net19 HS CAN4 500000 1 2000000 2 False False HS CAN5 net20 HS CAN5 500000 1 2000000 2 False False UART net21 UART (neoVI 3G) 10417 28 2 False False UART2 net22 UART2 (neoVI 3G) 10417 28 2 False False LIN5 net23 LIN5 (neoVI 3G) 10417 12 2 False False MOST (VNET A) net24 MOST (VNET A) 1000000 17 2 False False FlexRay1A (VNET A) net25 FlexRay1A (VNET A) 5000000 16 2 False False FlexRay1B (VNET A) net26 FlexRay1B (VNET A) 5000000 16 2 False False FlexRay2A (VNET A) net27 FlexRay2A (VNET A) 5000000 16 2 False False FlexRay2B (VNET A) net28 FlexRay2B (VNET A) 5000000 16 2 False False HS CAN (VNET A) net29 HS CAN (VNET A) 500000 1 2000000 2 False False MS CAN (VNET A) net30 MS CAN (VNET A) 500000 1 2000000 2 False False SW CAN (VNET A) net31 SW CAN (VNET A) 33333 1 2 False False J1850 VPW (VNET A) net32 J1850 VPW (VNET A) 10417 3 2 False False LSFT CAN (VNET A) net33 LSFT CAN (VNET A) 125000 1 2 False False J1708 (VNET A) net34 J1708 (VNET A) 9600 13 2 False False neoVI (VNET A) net35 neoVI (VNET A) 500000 1 2 False False HS CAN2 (VNET A) net36 HS CAN2 (VNET A) 500000 1 2000000 2 False False HS CAN3 (VNET A) net37 HS CAN3 (VNET A) 500000 1 2000000 2 False False LIN (VNET A) net38 LIN (VNET A) 10417 12 2 False False LIN2 (VNET A) net39 LIN2 (VNET A) 10417 12 2 False False LIN3 (VNET A) net40 LIN3 (VNET A) 10417 12 2 False False LIN4 (VNET A) net41 LIN4 (VNET A) 10417 12 2 False False CGI (VNET A) net42 CGI (VNET A) 625000 18 2 False False ISO9141/KW2K (VNET A) net43 ISO9141/KW2K (VNET A) 10417 6 2 False False ISO9141/KW2K 2 (VNET A) net44 ISO9141/KW2K 2 (VNET A) 10417 6 2 False False ISO9141/KW2K 3 (VNET A) net45 ISO9141/KW2K 3 (VNET A) 10417 6 2 False False ISO9141/KW2K 4 (VNET A) net46 ISO9141/KW2K 4 (VNET A) 10417 6 2 False False HS CAN (VNET B) net47 HS CAN (VNET B) 500000 1 2000000 2 False False MS CAN (VNET B) net48 MS CAN (VNET B) 500000 1 2000000 2 False False SW CAN (VNET B) net49 SW CAN (VNET B) 33333 1 2 False False J1850 VPW (VNET B) net50 J1850 VPW (VNET B) 10417 3 2 False False LSFT CAN (VNET B) net51 LSFT CAN (VNET B) 125000 1 2 False False J1708 (VNET B) net52 J1708 (VNET B) 9600 13 2 False False neoVI (VNET B) net53 neoVI (VNET B) 500000 1 2 False False HS CAN2 (VNET B) net54 HS CAN2 (VNET B) 500000 1 2000000 2 False False HS CAN3 (VNET B) net55 HS CAN3 (VNET B) 500000 1 2000000 2 False False LIN (VNET B) net56 LIN (VNET B) 10417 12 2 False False LIN2 (VNET B) net57 LIN2 (VNET B) 10417 12 2 False False LIN3 (VNET B) net58 LIN3 (VNET B) 10417 12 2 False False LIN4 (VNET B) net59 LIN4 (VNET B) 10417 12 2 False False CGI (VNET B) net60 CGI (VNET B) 625000 18 2 False False ISO9141/KW2K (VNET B) net61 ISO9141/KW2K (VNET B) 10417 6 2 False False ISO9141/KW2K 2 (VNET B) net62 ISO9141/KW2K 2 (VNET B) 10417 6 2 False False ISO9141/KW2K 3 (VNET B) net63 ISO9141/KW2K 3 (VNET B) 10417 6 2 False False ISO9141/KW2K 4 (VNET B) net64 ISO9141/KW2K 4 (VNET B) 10417 6 2 False False HS CAN4 (VNET A) net65 HS CAN4 (VNET A) 500000 1 2000000 2 False False HS CAN5 (VNET A) net66 HS CAN5 (VNET A) 500000 1 2000000 2 False False LIN5 (VNET A) net67 LIN5 (VNET A) 10417 12 2 False False HS CAN4 (VNET B) net68 HS CAN4 (VNET B) 500000 1 2000000 2 False False HS CAN5 (VNET B) net69 HS CAN5 (VNET B) 500000 1 2000000 2 False False LIN5 (VNET B) net70 LIN5 (VNET B) 10417 12 2 False False Ethernet DAQ net71 Ethernet DAQ (neoVI 3G) 0 29 2 False False Ethernet net72 Ethernet 10 : Solo 10G Thunderbolt 3 Edition #3 29 True Ethernet PCAP icsenet.dll 2 False False MOST (VNET B) net73 MOST (VNET B) 1000000 17 2 False False FlexRay1A (VNET B) net74 FlexRay1A (VNET B) 5000000 16 2 False False FlexRay1B (VNET B) net75 FlexRay1B (VNET B) 5000000 16 2 False False FlexRay2A (VNET B) net76 FlexRay2A (VNET B) 5000000 16 2 False False FlexRay2B (VNET B) net77 FlexRay2B (VNET B) 5000000 16 2 False False SW CAN2 net78 SW CAN2 (neoVI 3G) 33333 1 2 False False SW CAN2 (VNET A) net79 SW CAN2 (VNET A) 33333 1 2 False False SW CAN2 (VNET B) net80 SW CAN2 (VNET B) 33333 1 2 False False FSA net81 (FSA Virtual) 31 2 False False TCP net82 (TCP Virtual) 32 2 False False HS CAN6 net83 HS CAN6 500000 1 2000000 2 False False HS CAN7 net84 HS CAN7 500000 1 2000000 2 False False LIN6 net85 LIN6 10417 12 2 False False LSFT CAN2 net86 LSFT CAN2 125000 1 2 False False OP (BR) ETH01 net87 OP (BR) ETH1 100 29 2 False False OP (BR) ETH02 net88 OP (BR) ETH2 100 29 2 False False OP (BR) ETH03 net89 OP (BR) ETH3 100 29 2 False False OP (BR) ETH04 net90 OP (BR) ETH4 100 29 2 False False OP (BR) ETH05 net91 OP (BR) ETH5 100 29 2 False False OP (BR) ETH06 net92 OP (BR) ETH6 100 29 2 False False OP (BR) ETH07 net93 OP (BR) ETH7 100 29 2 False False OP (BR) ETH08 net94 OP (BR) ETH8 100 29 2 False False OP (BR) ETH09 net95 OP (BR) ETH9 100 29 2 False False OP (BR) ETH10 net96 OP (BR) ETH10 100 29 2 False False OP (BR) ETH11 net97 OP (BR) ETH11 100 29 2 False False OP (BR) ETH12 net98 OP (BR) ETH12 100 29 2 False False FlexRay net99 FlexRay 10000000 16 2 False False FlexRay2 net100 FlexRay2 10000000 16 2 False False LIN6 (VNET A) net101 LIN6 (VNET A) 10417 12 2 False False LIN6 (VNET B) net102 LIN6 (VNET B) 10417 12 2 False False HS CAN6 (VNET A) net103 HS CAN6 (VNET A) 500000 1 2000000 2 False False HS CAN6 (VNET B) net104 HS CAN6 (VNET B) 500000 1 2000000 2 False False HS CAN7 (VNET A) net105 HS CAN7 (VNET A) 500000 1 2000000 2 False False HS CAN7 (VNET B) net106 HS CAN7 (VNET B) 500000 1 2000000 2 False False LSFT CAN2 (VNET A) net107 LSFT CAN2 (VNET A) 125000 1 2 False False LSFT CAN2 (VNET B) net108 LSFT CAN2 (VNET B) 125000 1 2 False False Ethernet (VNET A) net109 Ethernet (VNET A) 0 29 2 False False Ethernet (VNET B) net110 Ethernet (VNET B) 0 29 2 False False UDP net111 (UDP Virtual) 33 2 False False AUTOSAR net112 (AUTOSAR Virtual) 34 2 False False I2C1 net113 I2C1 10417 21 2 False False I2C2 net114 I2C2 10417 21 2 False False I2C3 net115 I2C3 10417 21 2 False False I2C4 net116 I2C4 10417 21 2 False False Ethernet2 net117 Ethernet2 0 29 2 False False PHY Read Reg (2 Bytes) (Alternate addr) (I2C2) in0 040 net114 1 False 3B002ADA-247C02FB Register Value sig0 1 {Raw Value}|0,1,0,16 65535 0 16 4 RX raw MACsec encrypted in2 0x88E5 0,0,0,0,0,0,0 00:FC:70:00:00:01 00:FC:70:00:00:02 net117 255 Destination MAC Address sig0 1 {Raw Value}|0,1,0,48 MAC Address 1099511627775 0 00:FC:70:00:00:02 1084210806786 True 48 3 Source MAC Address sig1 1 {Raw Value}|0,1,48,48 MAC Address 1099511627775 0 00:FC:70:00:00:01 1084210806785 True 48 48 3 EtherType or Length sig2 3 PTP@35063|IPv4@2048|ARP@2054|IEEE1722@8944|RARP@32821|802.1Q Virtual LAN@33024|802.1CB R-Tag@61889|IPv6@34525|802.1ad Provider Bridge (Q-in-Q)@34984|Raw Ethernet@0|MVRP@35061|MSRP@8938~0,1,96,16 11 PTP 35063 IPv4 2048 ARP 2054 IEEE1722 8944 RARP 32821 802.1Q Virtual LAN 33024 802.1CB R-Tag 61889 IPv6 34525 802.1ad Provider Bridge (Q-in-Q) 34984 MVRP 35061 MSRP 8938 61889 0 35045 35045 True 96 16 3 SFP02_in_from MACsec in3 IPv4 0,0,0,0,0,0,0 UDP 10.0.0.1 60001 10.0.0.2 60002 net117 8388736 False Destination MAC Address sig0 1 {Raw Value}|0,1,0,48 MAC Address 1099511627775 0 00:FC:70:00:00:02 1084210806786 True 48 3 Source MAC Address sig1 1 {Raw Value}|0,1,48,48 MAC Address 1099511627775 0 00:FC:70:00:00:01 1084210806785 True 48 48 3 EtherType or Length sig2 3 PTP@35063|IPv4@2048|ARP@2054|IEEE1722@8944|RARP@32821|802.1Q Virtual LAN@33024|802.1CB R-Tag@61889|IPv6@34525|802.1ad Provider Bridge (Q-in-Q)@34984|Raw Ethernet@0|MVRP@35061|MSRP@8938~0,1,96,16 11 PTP 35063 IPv4 2048 ARP 2054 IEEE1722 8944 RARP 32821 802.1Q Virtual LAN 33024 802.1CB R-Tag 61889 IPv6 34525 802.1ad Provider Bridge (Q-in-Q) 34984 MVRP 35061 MSRP 8938 61889 0 IPv4 2048 True 96 16 3 IP Version sig3 1 {Raw Value}|0,1,112,4 255 0 4 4 True 112 4 2 Internet Header Length sig4 1 {Raw Value}|0,1,116,4 15 0 5 5 True 116 4 2 Differentiated Services Code Point sig5 1 {Raw Value}|0,1,120,6 63 0 0 0 True 120 6 2 Explicit Congestion Notification sig6 1 {Raw Value}|0,1,126,2 3 0 0 0 True 126 2 2 Total Length sig7 1 {Raw Value}|0,1,128,16 65535 0 20 29 True 128 16 2 Identification sig8 1 {Raw Value}|0,1,144,16 65535 0 0 0 True 144 16 2 Flag_Reserved sig9 2 bit7({B21}) True/False False 0 True 160 1 2 Flag_DF sig10 2 bit6({B21}) True/False False 0 True 161 1 2 Flag_MF sig11 2 bit5({B21}) True/False False 0 True 162 1 2 Fragment Offset sig12 1 {Raw Value}|0,1,163,13 8191 0 0 0 True 163 13 2 Time To Live sig13 1 {Raw Value}|0,1,176,8 255 0 128 128 True 176 8 2 Protocol sig14 3 ICMPv4@1|IGMP@2|GGP@3|IP-in-IP@4|ST@5|TCP@6|CBT@7|EGP@8|IGP@9|BBN-RCC-MON@10|NVP-II@11|PUP@12|ARGUS@13|EMCON@14|XNET@15|CHAOS@16|UDP@17|IPv6@41|IPv6-ICMP@58|Reserved@255~0,1,184,8 20 ICMPv4 1 IGMP 2 GGP 3 IP-in-IP 4 ST 5 TCP 6 CBT 7 EGP 8 IGP 9 BBN-RCC-MON 10 NVP-II 11 PUP 12 ARGUS 13 EMCON 14 XNET 15 CHAOS 16 UDP 17 IPv6 41 IPv6-ICMP 58 Reserved 255 255 0 UDP 17 True 184 8 2 IPv4 Header Checksum sig15 1 {Raw Value}|0,1,192,16 65535 0 0 9934 True 192 16 2 Source IP Address sig16 1 {Raw Value}|0,1,208,32 IPv4 Address 255 0 10.0.0.1 167772161 True 208 32 2 Destination IP Address sig17 1 {Raw Value}|0,1,240,32 IPv4 Address 255 0 10.0.0.2 167772162 True 240 32 2 Source Port sig18 1 {Raw Value}|0,1,272,16 65535 0 60001 60001 True 272 16 1 Destination Port sig19 1 {Raw Value}|0,1,288,16 65535 0 60002 60002 True 288 16 1 UDP Header + Data Length sig20 1 {Raw Value}|0,1,304,16 65535 0 8 9 True 304 16 1 UDP Checksum sig21 1 {Raw Value}|0,1,320,16 65535 0 0 65535 True 320 16 1 Signal 22 sig22 1 {Raw Value}|0,1,336,8 255 0 336 8 MACsec in7 0x88E5 0,0,0,0,0,0,0 00:FC:70:00:00:01 00:FC:70:00:00:02 net72 255 Destination MAC Address sig0 1 {Raw Value}|0,1,0,48 MAC Address 1099511627775 0 00:FC:70:00:00:02 1084210806786 True 48 3 Source MAC Address sig1 1 {Raw Value}|0,1,48,48 MAC Address 1099511627775 0 00:FC:70:00:00:01 1084210806785 True 48 48 3 EtherType or Length sig2 3 PTP@35063|IPv4@2048|ARP@2054|IEEE1722@8944|RARP@32821|802.1Q Virtual LAN@33024|802.1CB R-Tag@61889|IPv6@34525|802.1ad Provider Bridge (Q-in-Q)@34984|Raw Ethernet@0|MVRP@35061|MSRP@8938~0,1,96,16 11 PTP 35063 IPv4 2048 ARP 2054 IEEE1722 8944 RARP 32821 802.1Q Virtual LAN 33024 802.1CB R-Tag 61889 IPv6 34525 802.1ad Provider Bridge (Q-in-Q) 34984 MVRP 35061 MSRP 8938 61889 0 35045 35045 True 96 16 3 SFP01_in (decoded by MACSec) in8 IPv4 0,0,0,0,0,0,0 UDP 10.0.2.1 60001 10.0.2.2 60002 net72 16711680 False Destination MAC Address sig0 1 {Raw Value}|0,1,0,48 MAC Address 1099511627775 0 00:FC:70:00:00:02 1084210806786 True 48 3 Source MAC Address sig1 1 {Raw Value}|0,1,48,48 MAC Address 1099511627775 0 00:FC:70:00:00:01 1084210806785 True 48 48 3 EtherType or Length sig2 3 PTP@35063|IPv4@2048|ARP@2054|IEEE1722@8944|RARP@32821|802.1Q Virtual LAN@33024|802.1CB R-Tag@61889|IPv6@34525|802.1ad Provider Bridge (Q-in-Q)@34984|Raw Ethernet@0|MVRP@35061|MSRP@8938~0,1,96,16 11 PTP 35063 IPv4 2048 ARP 2054 IEEE1722 8944 RARP 32821 802.1Q Virtual LAN 33024 802.1CB R-Tag 61889 IPv6 34525 802.1ad Provider Bridge (Q-in-Q) 34984 MVRP 35061 MSRP 8938 61889 0 IPv4 2048 True 96 16 3 IP Version sig3 1 {Raw Value}|0,1,112,4 255 0 4 4 True 112 4 2 Internet Header Length sig4 1 {Raw Value}|0,1,116,4 15 0 5 5 True 116 4 2 Differentiated Services Code Point sig5 1 {Raw Value}|0,1,120,6 63 0 0 0 True 120 6 2 Explicit Congestion Notification sig6 1 {Raw Value}|0,1,126,2 3 0 0 0 True 126 2 2 Total Length sig7 1 {Raw Value}|0,1,128,16 65535 0 20 29 True 128 16 2 Identification sig8 1 {Raw Value}|0,1,144,16 65535 0 0 0 True 144 16 2 Flag_Reserved sig9 2 bit7({B21}) True/False False 0 True 160 1 2 Flag_DF sig10 2 bit6({B21}) True/False False 0 True 161 1 2 Flag_MF sig11 2 bit5({B21}) True/False False 0 True 162 1 2 Fragment Offset sig12 1 {Raw Value}|0,1,163,13 8191 0 0 0 True 163 13 2 Time To Live sig13 1 {Raw Value}|0,1,176,8 255 0 128 128 True 176 8 2 Protocol sig14 3 ICMPv4@1|IGMP@2|GGP@3|IP-in-IP@4|ST@5|TCP@6|CBT@7|EGP@8|IGP@9|BBN-RCC-MON@10|NVP-II@11|PUP@12|ARGUS@13|EMCON@14|XNET@15|CHAOS@16|UDP@17|IPv6@41|IPv6-ICMP@58|Reserved@255~0,1,184,8 20 ICMPv4 1 IGMP 2 GGP 3 IP-in-IP 4 ST 5 TCP 6 CBT 7 EGP 8 IGP 9 BBN-RCC-MON 10 NVP-II 11 PUP 12 ARGUS 13 EMCON 14 XNET 15 CHAOS 16 UDP 17 IPv6 41 IPv6-ICMP 58 Reserved 255 255 0 UDP 17 True 184 8 2 IPv4 Header Checksum sig15 1 {Raw Value}|0,1,192,16 65535 0 0 8910 True 192 16 2 Source IP Address sig16 1 {Raw Value}|0,1,208,32 IPv4 Address 255 0 10.0.2.1 167772673 True 208 32 2 Destination IP Address sig17 1 {Raw Value}|0,1,240,32 IPv4 Address 255 0 10.0.2.2 167772674 True 240 32 2 Source Port sig18 1 {Raw Value}|0,1,272,16 65535 0 60001 60001 True 272 16 1 Destination Port sig19 1 {Raw Value}|0,1,288,16 65535 0 60002 60002 True 288 16 1 UDP Header + Data Length sig20 1 {Raw Value}|0,1,304,16 65535 0 8 9 True 304 16 1 UDP Checksum sig21 1 {Raw Value}|0,1,320,16 65535 0 0 65535 True 320 16 1 Signal 22 sig22 1 {Raw Value}|0,1,336,8 255 0 336 8 RX messages in5 0 0,0,0,0,0,0,0 XX:XX:XX:XX:XX:XX XX:XX:XX:XX:XX:XX net117 Destination MAC Address sig0 1 {Raw Value}|0,1,0,48 MAC Address 1099511627775 0 00:FC:70:00:00:02 1084210806786 True 48 3 Source MAC Address sig1 1 {Raw Value}|0,1,48,48 MAC Address 1099511627775 0 00:FC:70:00:00:01 1084210806785 True 48 48 3 EtherType or Length sig2 3 PTP@35063|IPv4@2048|ARP@2054|IEEE1722@8944|RARP@32821|802.1Q Virtual LAN@33024|802.1CB R-Tag@61889|IPv6@34525|802.1ad Provider Bridge (Q-in-Q)@34984|Raw Ethernet@0|MVRP@35061|MSRP@8938~0,1,96,16 11 PTP 35063 IPv4 2048 ARP 2054 IEEE1722 8944 RARP 32821 802.1Q Virtual LAN 33024 802.1CB R-Tag 61889 IPv6 34525 802.1ad Provider Bridge (Q-in-Q) 34984 MVRP 35061 MSRP 8938 61889 0 0 2048 True 96 16 3 out16 PHY Request ID1 Reg (Standard addr) (I2C3) out16 056 L,21,00,02 net115 0 3 1 False out7 PHY Request ID2 Reg (Standard addr) (I2C3) out7 056 L,21,00,03 net115 0 3 1 False out18 PHY Read Reg (Standard addr) (I2C3) out18 056 00 net115 2 0 1 False out26 Read SFP MSA (I2C3) out26 050 00 net115 128 1 1 False out19 Set SFP Module ICS Sleep (I2C3) out19 01C 00 net115 0 1 1 False out21 Set SFP Module ICS Phy Update - 1000M/Slave/IEEE/AutoNeg Disabled/Enable (I2C3) out21 01C 02 L,02,02,00,00,01 net115 5 1 1 False out25 Set SFP Module ICS Phy Update - 100M/Slave/IEEE/AutoNeg Disabled/Enable (I2C3) out25 01C 02 L,01,02,00,00,01 net115 5 1 1 False out28 Set SFP Module ICS Phy Update - 1000M/Master/IEEE/AutoNeg Disabled/Enable (I2C3) out28 01C 02 L,02,01,00,00,01 net115 5 1 1 False out30 Set SFP Module ICS Phy Update - 1000M/Slave/IEEE/AutoNeg Disabled/Disable (I2C3) out30 01C 02 L,02,02,00,00,00 net115 5 1 1 False out32 Set SFP Module ICS Phy Update - 1000M/Slave/Legacy/AutoNeg Disabled/Enable (I2C3) out32 01C 02 L,02,02,01,00,01 net115 5 1 1 False out34 Set SFP Module ICS Phy Update - 1000M/Slave/IEEE/AutoNeg Enabled/Enable (I2C3) out34 01C 02 L,02,02,00,01,01 net115 5 1 1 False out36 Set SFP Module ICS Bootloader (I2C3) out36 01C 01 net115 0 1 1 False out40 Read SFP MSA (I2C2) out40 050 00 net114 128 1 1 False out48 PHY Request ID1 Reg (Alternate addr) (I2C2) out48 040 L,21,00,02 net114 0 3 1 False out51 PHY Request ID2 Reg (Alternate addr) (I2C2) out51 040 L,21,00,03 net114 0 3 1 False out23 Set SFP Module ICS Phy Update - 1000M/Auto/IEEE/AutoNeg Disabled/Enable (I2C3) out23 01C 02 L,02,00,00,00,01 net114 5 1 1 False out29 Get SFP Module ICS Phy Temperature (I2C3) out29 01C 07 net115 1 1 1 1 False out31 Tx Message Ethernet2 out31 0x0000 0,0,0,0,0,0,0 00:FC:70:00:00:01 00:FC:70:00:00:02 net117 100 False Destination MAC Address sig0 1 {Raw Value}|0,1,0,48 MAC Address 1099511627775 0 00:FC:70:00:00:02 1084210806786 True 48 3 Source MAC Address sig1 1 {Raw Value}|0,1,48,48 MAC Address 1099511627775 0 00:FC:70:00:00:01 1084210806785 True 48 48 3 EtherType or Length sig2 3 PTP@35063|IPv4@2048|ARP@2054|IEEE1722@8944|RARP@32821|802.1Q Virtual LAN@33024|IPv6@34525|802.1ad Provider Bridge (Q-in-Q)@34984|Raw Ethernet@0|MVRP@35061|MSRP@8938~0,1,96,16 10 PTP 35063 IPv4 2048 ARP 2054 IEEE1722 8944 RARP 32821 802.1Q Virtual LAN 33024 IPv6 34525 802.1ad Provider Bridge (Q-in-Q) 34984 MVRP 35061 MSRP 8938 35063 0 0 0 True 96 16 3 out33 Set SFP Module ICS Phy Update - 100M/Slave/IEEE/AutoNeg Enabled/Enable (I2C3) out33 01C 02 L,01,02,00,01,01 net114 5 1 1 False out37 Set SFP Module ICS Phy Update - 100M/Master/IEEE/AutoNeg Enabled/Enable (I2C3) out37 01C 02 L,01,01,00,01,01 net115 5 1 1 False out39 Set SFP Module ICS Phy Update - 100M/Master/Legacy/AutoNeg Enabled/Enable (I2C3) out39 01C 02 L,01,01,01,01,01 net115 5 1 1 False out41 Set SFP Module ICS Phy Update - 100M/Auto/IEEE/AutoNeg Enabled/Enable (I2C3) out41 01C 02 L,01,03,00,01,01 net114 5 1 1 False out38 PHY Request ID1 Reg (Alternate addr) (I2C3) out38 040 L,21,00,02 net115 0 3 1 False out42 PHY Request ID2 Reg (Alternate addr) (I2C3) out42 040 L,21,00,03 net115 0 3 1 False out46 PHY Read Reg (Alternate addr) (I2C3) out46 040 00 net115 2 0 1 False out47 Set SFP Module ICS TC10 Wakeup (I2C2) out47 01C 03 net114 0 1 1 False out49 PHY 88Q2221M - Initiate TC10 Sleep (100M) (Alternate addr) (I2C2) out49 040 L,03,87,02 L,00,01 net114 2 3 1 False out54 PHY 88Q2221M - Initiate TC10 Sleep (1000M) (Alternate addr) (I2C2) out54 040 L,03,80,22 L,00,01 net114 2 3 1 False out56 PHY 88Q2221M - Initiate TC10 Wakeup (100M) (Alternate addr) (I2C2) out56 040 L,03,87,02 L,00,10 net114 2 3 1 False out58 PHY 88Q2221M - Initiate TC10 Wakeup (1000M) (Alternate addr) (I2C2) out58 040 L,03,80,22 L,00,10 net114 2 3 1 False out53 PHY Read Reg (2 Bytes) (Alternate addr) (I2C2) ** out53 040 00 net114 2 0 1 False out50 Set SFP Module ICS TC10 Wakeup (I2C3) out50 01C 03 net115 0 1 1 False out62 PHY 88Q2221M - Initiate TC10 Sleep (100M) (Alternate addr) (I2C3) out62 040 L,03,87,02 L,00,01 net115 2 3 1 False out64 PHY 88Q2221M - Initiate TC10 Sleep (1000M) (Alternate addr) (I2C3) out64 040 L,03,80,22 L,00,01 net115 2 3 1 False out66 PHY 88Q2221M - Initiate TC10 Wakeup (100M) (Alternate addr) (I2C3) out66 040 L,03,87,02 L,00,10 net115 2 3 1 False out68 PHY 88Q2221M - Initiate TC10 Wakeup (1000M) (Alternate addr) (I2C3) out68 040 L,03,80,22 L,00,10 net115 2 3 1 False out44 PHY 88Q2221M - Initiate TC10 Wakeup (1000M) (Alternate addr) (I2C3) out44 040 L,03,80,22 L,00,10 net115 2 3 1 False out45 Write Address (GP) out45 040 L,23,FD,9D L,00,00 net114 2 3 False out43 I2C2 - 1.0834 out43 040 L,01,08,34 net114 2 3 1 False Speed if forced sig0 1 {Raw Value}|0,1,15,1 1 0 1 True 15 1 4 out52 I2C2 - 1.0000 (I2C2) out52 040 L,01,00,00 net114 2 3 1 1 False Signal 0 sig0 1 {Raw Value}|0,1,0,8 255 0 1 True 8 4 Signal 1 sig1 1 {Raw Value}|0,1,8,8 255 0 0 True 8 8 4 Signal 2 sig2 1 {Raw Value}|0,1,16,8 255 0 0 True 16 8 4 Signal 3 sig3 1 {Raw Value}|0,1,24,8 255 0 0 True 24 8 4 out55 Store Register Address 0x834 to be read out55 040 L,21,08,34 net116 3 1 False out59 Set SFP Module ICS Sleep out59 01C 00 net113 0 1 1 False out77 Set SFP Module ICS Bootloader out77 01C 01 net113 0 1 1 False out61 Set SFP Module ICS Phy Update - 1000M/Slave/IEEE/AutoNeg Disabled/Enable out61 01C 02 L,02,02,00,00,01 net113 5 1 1 False out81 Get SFP Module ICS Phy Temperature out81 01C 07 net113 1 1 1 1 False out60 I2C2 - 3.0901 out60 040 L,01,09,01 net114 2 3 1 False out67 I2C2 - 7.8001 (M/S Auto Neg Enabled) out67 040 L,07,80,01 net114 2 3 1 False Remote Receiver OK sig0 2 bit5({B1}) True/False False 1 True 2 1 4 Local Receiver OK sig1 2 bit4({B1}) True/False False 1 True 3 1 4 Signal 2 sig2 1 {Raw Value}|0,1,0,8 255 0 113 True 8 4 out70 I2C2 - 3.FD9D out70 040 L,03,FD,9D net114 2 3 1 False Secret Link Status Bit sig0 2 bit0({B2}) True/False True 1 True 15 1 4 Signal 1 sig1 1 {Raw Value}|0,1,0,32 4294967295 0 62717952 True 32 4 out72 I2C2 - PHY Read Reg (2 Bytes) (Alternate addr) ** out72 040 00 net114 2 0 1 False out57 Read 1G SQI out57 040 L,23,FC,D8 net115 2 3 1 False out63 Read 1G SQI -2 out63 040 L,23,FC,4C net115 2 3 1 False out69 I2C2 - 3.FCD8 out69 040 L,03,FC,D8 net114 2 3 1 False 1G SQI sig0 1 {Raw Value}|0,1,13,3 7 0 7 True 13 3 4 out71 I2C2 - 7.0x0200 out71 040 L,07,02,00 net114 2 3 1 False SFP1 Autoneg Status sig0 1 {Raw Value}|0,1,3,1 1 0 1 True 3 1 4 out74 I2C2 - 7.801a out74 040 L,07,80,1A net114 2 3 1 False Speed if Autoneg sig0 1 {Raw Value}|0,1,1,1 1 0 1 True 1 1 4 out73 I2C2 - 3.8230 out73 040 L,03,82,30 net114 2 3 1 False 100M SQI sig0 1 {Raw Value}|0,1,0,3 7 0 0 True 3 4 out75 I2C2 - 3.8109 out75 040 L,03,81,09 net114 2 3 1 False Link Up 8109 sig0 1 {Raw Value}|0,1,13,1 1 0 0 True 13 1 4 out78 I2C2 - 3.8108 out78 040 L,03,81,08 net114 2 3 1 False Local Receiver OK sig0 1 {Raw Value}|0,1,2,1 1 0 0 True 2 1 4 Remote Receiver OK sig1 2 bit4({B1}) True/False False 0 True 3 1 4 out80 I2C2 - 3.8230 out80 040 L,03,82,30 net114 2 3 1 False Signal 0 sig0 1 {Raw Value}|0,1,0,3 7 0 0 True 3 4 out83 I2C3 - 1.0834 out83 040 L,01,08,34 net115 2 3 1 False Speed if forced sig0 1 {Raw Value}|0,1,15,1 1 0 0 True 15 1 4 out85 I2C3 - 1.0000 (I2C2) out85 040 L,01,00,00 net115 2 3 1 1 False Signal 0 sig0 1 {Raw Value}|0,1,0,8 255 0 1 True 8 4 Signal 1 sig1 1 {Raw Value}|0,1,8,8 255 0 0 True 8 8 4 Signal 2 sig2 1 {Raw Value}|0,1,16,8 255 0 0 True 16 8 4 Signal 3 sig3 1 {Raw Value}|0,1,24,8 255 0 0 True 24 8 4 out87 I2C3 - 3.0901 out87 040 L,01,09,01 net115 2 3 1 False out89 I2C3 - 7.8001 (M/S Auto Neg Enabled) out89 040 L,07,80,01 net115 2 3 1 False SFP 2 Remote Receiver OK sig0 2 bit5({B1}) True/False False 1 True 2 1 4 SFP 2 Local Receiver OK sig1 2 bit4({B1}) True/False False 1 True 3 1 4 Signal 2 sig2 1 {Raw Value}|0,1,0,8 255 0 49 True 8 4 out91 I2C3 - 3.FD9D out91 040 L,03,FD,9D net115 2 3 1 False SFP 2 Secret Link Status Bit sig0 2 bit0({B2}) True/False True 1 True 15 1 4 Signal 1 sig1 1 {Raw Value}|0,1,0,32 4294967295 0 66650112 True 32 4 out93 I2C3 - PHY Read Reg (2 Bytes) (Alternate addr) ** out93 040 00 net115 2 0 1 False out95 I2C3 - 3.FCD8 out95 040 L,03,FC,D8 net115 2 3 1 False SFP 2 1G SQI sig0 1 {Raw Value}|0,1,13,3 7 0 7 True 13 3 4 out97 I2C3 - 7.0x0200 out97 040 L,07,02,00 net115 2 3 1 False SFP2 Autoneg Status sig0 1 {Raw Value}|0,1,3,1 1 0 1 True 3 1 4 out99 I2C3 - 7.801a out99 040 L,07,80,1A net115 2 3 1 False SFP 2 Speed if Autoneg sig0 1 {Raw Value}|0,1,1,1 1 0 1 True 1 1 4 out101 I2C3 - 3.8230 out101 040 L,03,82,30 net115 2 3 1 False SFP 2 100M SQI sig0 1 {Raw Value}|0,1,0,3 7 0 0 True 3 4 out103 I2C3 - 3.8109 out103 040 L,03,81,09 net115 2 3 1 False SFP 2 Link Up 8109 sig0 1 {Raw Value}|0,1,13,1 1 0 0 True 13 1 4 out105 I2C3 - 3.8108 out105 040 L,03,81,08 net115 2 3 1 False SFP 2 Local Receiver OK sig0 1 {Raw Value}|0,1,2,1 1 0 0 True 2 1 4 SFP 2 Remote Receiver OK sig1 2 bit4({B1}) True/False False 1 True 3 1 4 out107 I2C3 - 3.8230 out107 040 L,03,82,30 net115 2 3 1 False SFP2 100M SQI sig0 1 {Raw Value}|0,1,0,3 7 0 0 True 3 4 out76 2 100 Tx Message Ethernet 72 out76 IPv4 0,0,0,0,0,0,0 UDP 10.0.0.1 60001 10.0.0.2 60002 net72 False Destination MAC Address sig0 1 {Raw Value}|0,1,0,48 MAC Address 1099511627775 0 00:FC:70:00:00:02 1084210806786 True 48 3 Source MAC Address sig1 1 {Raw Value}|0,1,48,48 MAC Address 1099511627775 0 00:FC:70:00:00:01 1084210806785 True 48 48 3 EtherType or Length sig2 3 PTP@35063|IPv4@2048|ARP@2054|IEEE1722@8944|RARP@32821|802.1Q Virtual LAN@33024|802.1CB R-Tag@61889|IPv6@34525|802.1ad Provider Bridge (Q-in-Q)@34984|Raw Ethernet@0|MVRP@35061|MSRP@8938~0,1,96,16 11 PTP 35063 IPv4 2048 ARP 2054 IEEE1722 8944 RARP 32821 802.1Q Virtual LAN 33024 802.1CB R-Tag 61889 IPv6 34525 802.1ad Provider Bridge (Q-in-Q) 34984 MVRP 35061 MSRP 8938 61889 0 IPv4 2048 True 96 16 3 IP Version sig3 1 {Raw Value}|0,1,112,4 255 0 4 4 True 112 4 2 Internet Header Length sig4 1 {Raw Value}|0,1,116,4 15 0 5 5 True 116 4 2 Differentiated Services Code Point sig5 1 {Raw Value}|0,1,120,6 63 0 0 0 True 120 6 2 Explicit Congestion Notification sig6 1 {Raw Value}|0,1,126,2 3 0 0 0 True 126 2 2 Total Length sig7 1 {Raw Value}|0,1,128,16 65535 0 29 29 True 128 16 2 Identification sig8 1 {Raw Value}|0,1,144,16 65535 0 0 0 True 144 16 2 Flag_Reserved sig9 2 bit7({B21}) True/False False 0 True 160 1 2 Flag_DF sig10 2 bit6({B21}) True/False False 0 True 161 1 2 Flag_MF sig11 2 bit5({B21}) True/False False 0 True 162 1 2 Fragment Offset sig12 1 {Raw Value}|0,1,163,13 8191 0 0 0 True 163 13 2 Time To Live sig13 1 {Raw Value}|0,1,176,8 255 0 128 128 True 176 8 2 Protocol sig14 3 ICMPv4@1|IGMP@2|GGP@3|IP-in-IP@4|ST@5|TCP@6|CBT@7|EGP@8|IGP@9|BBN-RCC-MON@10|NVP-II@11|PUP@12|ARGUS@13|EMCON@14|XNET@15|CHAOS@16|UDP@17|IPv6@41|IPv6-ICMP@58|Reserved@255~0,1,184,8 20 ICMPv4 1 IGMP 2 GGP 3 IP-in-IP 4 ST 5 TCP 6 CBT 7 EGP 8 IGP 9 BBN-RCC-MON 10 NVP-II 11 PUP 12 ARGUS 13 EMCON 14 XNET 15 CHAOS 16 UDP 17 IPv6 41 IPv6-ICMP 58 Reserved 255 255 0 UDP 17 True 184 8 2 IPv4 Header Checksum sig15 1 {Raw Value}|0,1,192,16 65535 0 0 0 True 192 16 2 Source IP Address sig16 1 {Raw Value}|0,1,208,32 IPv4 Address 255 0 10.0.0.1 167772161 True 208 32 2 Destination IP Address sig17 1 {Raw Value}|0,1,240,32 IPv4 Address 255 0 10.0.0.2 167772162 True 240 32 2 Source Port sig18 1 {Raw Value}|0,1,272,16 65535 0 60001 60001 True 272 16 1 Destination Port sig19 1 {Raw Value}|0,1,288,16 65535 0 60002 60002 True 288 16 1 UDP Header + Data Length sig20 1 {Raw Value}|0,1,304,16 65535 0 9 9 True 304 16 1 UDP Checksum sig21 1 {Raw Value}|0,1,320,16 65535 0 0 0 True 320 16 1 Sine sig22 2 1 {Raw Value}|0,1,336,8 255 0 1 0 255 0.05 0 180.7695051120149 True 336 8 out79 16711935 100 SFP01_out (to MACsec) out79 IPv4 0,0,0,0,0,0,0 UDP 10.0.0.1 60001 10.0.0.2 60002 net72 16711935 False Destination MAC Address sig0 1 {Raw Value}|0,1,0,48 MAC Address 1099511627775 0 00:FC:70:00:00:02 1084210806786 True 48 3 Source MAC Address sig1 1 {Raw Value}|0,1,48,48 MAC Address 1099511627775 0 00:FC:70:00:00:01 1084210806785 True 48 48 3 EtherType or Length sig2 3 PTP@35063|IPv4@2048|ARP@2054|IEEE1722@8944|RARP@32821|802.1Q Virtual LAN@33024|802.1CB R-Tag@61889|IPv6@34525|802.1ad Provider Bridge (Q-in-Q)@34984|Raw Ethernet@0|MVRP@35061|MSRP@8938~0,1,96,16 11 PTP 35063 IPv4 2048 ARP 2054 IEEE1722 8944 RARP 32821 802.1Q Virtual LAN 33024 802.1CB R-Tag 61889 IPv6 34525 802.1ad Provider Bridge (Q-in-Q) 34984 MVRP 35061 MSRP 8938 61889 0 IPv4 2048 True 96 16 3 IP Version sig3 1 {Raw Value}|0,1,112,4 255 0 4 4 True 112 4 2 Internet Header Length sig4 1 {Raw Value}|0,1,116,4 15 0 5 5 True 116 4 2 Differentiated Services Code Point sig5 1 {Raw Value}|0,1,120,6 63 0 0 0 True 120 6 2 Explicit Congestion Notification sig6 1 {Raw Value}|0,1,126,2 3 0 0 0 True 126 2 2 Total Length sig7 1 {Raw Value}|0,1,128,16 65535 0 29 29 True 128 16 2 Identification sig8 1 {Raw Value}|0,1,144,16 65535 0 0 0 True 144 16 2 Flag_Reserved sig9 2 bit7({B21}) True/False False 0 True 160 1 2 Flag_DF sig10 2 bit6({B21}) True/False False 0 True 161 1 2 Flag_MF sig11 2 bit5({B21}) True/False False 0 True 162 1 2 Fragment Offset sig12 1 {Raw Value}|0,1,163,13 8191 0 0 0 True 163 13 2 Time To Live sig13 1 {Raw Value}|0,1,176,8 255 0 128 128 True 176 8 2 Protocol sig14 3 ICMPv4@1|IGMP@2|GGP@3|IP-in-IP@4|ST@5|TCP@6|CBT@7|EGP@8|IGP@9|BBN-RCC-MON@10|NVP-II@11|PUP@12|ARGUS@13|EMCON@14|XNET@15|CHAOS@16|UDP@17|IPv6@41|IPv6-ICMP@58|Reserved@255~0,1,184,8 20 ICMPv4 1 IGMP 2 GGP 3 IP-in-IP 4 ST 5 TCP 6 CBT 7 EGP 8 IGP 9 BBN-RCC-MON 10 NVP-II 11 PUP 12 ARGUS 13 EMCON 14 XNET 15 CHAOS 16 UDP 17 IPv6 41 IPv6-ICMP 58 Reserved 255 255 0 UDP 17 True 184 8 2 IPv4 Header Checksum sig15 1 {Raw Value}|0,1,192,16 65535 0 0 0 True 192 16 2 Source IP Address sig16 1 {Raw Value}|0,1,208,32 IPv4 Address 255 0 10.0.0.1 167772161 True 208 32 2 Destination IP Address sig17 1 {Raw Value}|0,1,240,32 IPv4 Address 255 0 10.0.0.2 167772162 True 240 32 2 Source Port sig18 1 {Raw Value}|0,1,272,16 65535 0 60001 60001 True 272 16 1 Destination Port sig19 1 {Raw Value}|0,1,288,16 65535 0 60002 60002 True 288 16 1 UDP Header + Data Length sig20 1 {Raw Value}|0,1,304,16 65535 0 9 9 True 304 16 1 UDP Checksum sig21 1 {Raw Value}|0,1,320,16 65535 0 0 0 True 320 16 1 RAMP_0.5Hz sig22 2 1 {Raw Value}|0,1,336,8 255 0 2 0 255 0.05 0 128 168.3637500002078 True 336 8 out82 8388608 100 SFP02_out_undecoded out82 IPv4 0,0,0,0,0,0,0 UDP 10.0.2.1 60001 10.0.2.2 60002 net117 8388608 False Destination MAC Address sig0 1 {Raw Value}|0,1,0,48 MAC Address 1099511627775 0 00:FC:70:00:00:02 1084210806786 True 48 3 Source MAC Address sig1 1 {Raw Value}|0,1,48,48 MAC Address 1099511627775 0 00:FC:70:00:00:01 1084210806785 True 48 48 3 EtherType or Length sig2 3 PTP@35063|IPv4@2048|ARP@2054|IEEE1722@8944|RARP@32821|802.1Q Virtual LAN@33024|802.1CB R-Tag@61889|IPv6@34525|802.1ad Provider Bridge (Q-in-Q)@34984|Raw Ethernet@0|MVRP@35061|MSRP@8938~0,1,96,16 11 PTP 35063 IPv4 2048 ARP 2054 IEEE1722 8944 RARP 32821 802.1Q Virtual LAN 33024 802.1CB R-Tag 61889 IPv6 34525 802.1ad Provider Bridge (Q-in-Q) 34984 MVRP 35061 MSRP 8938 61889 0 IPv4 2048 True 96 16 3 IP Version sig3 1 {Raw Value}|0,1,112,4 255 0 4 4 True 112 4 2 Internet Header Length sig4 1 {Raw Value}|0,1,116,4 15 0 5 5 True 116 4 2 Differentiated Services Code Point sig5 1 {Raw Value}|0,1,120,6 63 0 0 0 True 120 6 2 Explicit Congestion Notification sig6 1 {Raw Value}|0,1,126,2 3 0 0 0 True 126 2 2 Total Length sig7 1 {Raw Value}|0,1,128,16 65535 0 29 29 True 128 16 2 Identification sig8 1 {Raw Value}|0,1,144,16 65535 0 0 0 True 144 16 2 Flag_Reserved sig9 2 bit7({B21}) True/False False 0 True 160 1 2 Flag_DF sig10 2 bit6({B21}) True/False False 0 True 161 1 2 Flag_MF sig11 2 bit5({B21}) True/False False 0 True 162 1 2 Fragment Offset sig12 1 {Raw Value}|0,1,163,13 8191 0 0 0 True 163 13 2 Time To Live sig13 1 {Raw Value}|0,1,176,8 255 0 128 128 True 176 8 2 Protocol sig14 3 ICMPv4@1|IGMP@2|GGP@3|IP-in-IP@4|ST@5|TCP@6|CBT@7|EGP@8|IGP@9|BBN-RCC-MON@10|NVP-II@11|PUP@12|ARGUS@13|EMCON@14|XNET@15|CHAOS@16|UDP@17|IPv6@41|IPv6-ICMP@58|Reserved@255~0,1,184,8 20 ICMPv4 1 IGMP 2 GGP 3 IP-in-IP 4 ST 5 TCP 6 CBT 7 EGP 8 IGP 9 BBN-RCC-MON 10 NVP-II 11 PUP 12 ARGUS 13 EMCON 14 XNET 15 CHAOS 16 UDP 17 IPv6 41 IPv6-ICMP 58 Reserved 255 255 0 UDP 17 True 184 8 2 IPv4 Header Checksum sig15 1 {Raw Value}|0,1,192,16 65535 0 0 0 True 192 16 2 Source IP Address sig16 1 {Raw Value}|0,1,208,32 IPv4 Address 255 0 10.0.2.1 167772673 True 208 32 2 Destination IP Address sig17 1 {Raw Value}|0,1,240,32 IPv4 Address 255 0 10.0.2.2 167772674 True 240 32 2 Source Port sig18 1 {Raw Value}|0,1,272,16 65535 0 60001 60001 True 272 16 1 Destination Port sig19 1 {Raw Value}|0,1,288,16 65535 0 60002 60002 True 288 16 1 UDP Header + Data Length sig20 1 {Raw Value}|0,1,304,16 65535 0 9 9 True 304 16 1 UDP Checksum sig21 1 {Raw Value}|0,1,320,16 65535 0 0 0 True 320 16 1 SAW_0.1HZ sig22 2 1 {Raw Value}|0,1,336,8 255 0 3 0 255 .01 0 10 118.3455000002686 True 336 8 out90 16711680 7E0 00 SFP01_in (decoded by MACSec) out90 IPV4 0,0,0,0,0,0,0 UDP 10.0.2.1 60001 10.0.2.2 60002 net72 16711680 False Destination MAC Address sig0 1 {Raw Value}|0,1,0,48 MAC Address 1099511627775 0 00:FC:70:00:00:02 1084210806786 True 48 3 Source MAC Address sig1 1 {Raw Value}|0,1,48,48 MAC Address 1099511627775 0 00:FC:70:00:00:01 1084210806785 True 48 48 3 EtherType or Length sig2 3 PTP@35063|IPv4@2048|ARP@2054|IEEE1722@8944|RARP@32821|802.1Q Virtual LAN@33024|802.1CB R-Tag@61889|IPv6@34525|802.1ad Provider Bridge (Q-in-Q)@34984|Raw Ethernet@0|MVRP@35061|MSRP@8938~0,1,96,16 11 PTP 35063 IPv4 2048 ARP 2054 IEEE1722 8944 RARP 32821 802.1Q Virtual LAN 33024 802.1CB R-Tag 61889 IPv6 34525 802.1ad Provider Bridge (Q-in-Q) 34984 MVRP 35061 MSRP 8938 61889 0 IPv4 2048 True 96 16 3 IP Version sig3 1 {Raw Value}|0,1,112,4 255 0 4 4 True 112 4 2 Internet Header Length sig4 1 {Raw Value}|0,1,116,4 15 0 5 5 True 116 4 2 Differentiated Services Code Point sig5 1 {Raw Value}|0,1,120,6 63 0 0 0 True 120 6 2 Explicit Congestion Notification sig6 1 {Raw Value}|0,1,126,2 3 0 0 0 True 126 2 2 Total Length sig7 1 {Raw Value}|0,1,128,16 65535 0 20 29 True 128 16 2 Identification sig8 1 {Raw Value}|0,1,144,16 65535 0 0 0 True 144 16 2 Flag_Reserved sig9 2 bit7({B21}) True/False False 0 True 160 1 2 Flag_DF sig10 2 bit6({B21}) True/False False 0 True 161 1 2 Flag_MF sig11 2 bit5({B21}) True/False False 0 True 162 1 2 Fragment Offset sig12 1 {Raw Value}|0,1,163,13 8191 0 0 0 True 163 13 2 Time To Live sig13 1 {Raw Value}|0,1,176,8 255 0 128 128 True 176 8 2 Protocol sig14 3 ICMPv4@1|IGMP@2|GGP@3|IP-in-IP@4|ST@5|TCP@6|CBT@7|EGP@8|IGP@9|BBN-RCC-MON@10|NVP-II@11|PUP@12|ARGUS@13|EMCON@14|XNET@15|CHAOS@16|UDP@17|IPv6@41|IPv6-ICMP@58|Reserved@255~0,1,184,8 20 ICMPv4 1 IGMP 2 GGP 3 IP-in-IP 4 ST 5 TCP 6 CBT 7 EGP 8 IGP 9 BBN-RCC-MON 10 NVP-II 11 PUP 12 ARGUS 13 EMCON 14 XNET 15 CHAOS 16 UDP 17 IPv6 41 IPv6-ICMP 58 Reserved 255 255 0 UDP 17 True 184 8 2 IPv4 Header Checksum sig15 1 {Raw Value}|0,1,192,16 65535 0 0 8910 True 192 16 2 Source IP Address sig16 1 {Raw Value}|0,1,208,32 IPv4 Address 255 0 10.0.2.1 167772673 True 208 32 2 Destination IP Address sig17 1 {Raw Value}|0,1,240,32 IPv4 Address 255 0 10.0.2.2 167772674 True 240 32 2 Source Port sig18 1 {Raw Value}|0,1,272,16 65535 0 60001 60001 True 272 16 1 Destination Port sig19 1 {Raw Value}|0,1,288,16 65535 0 60002 60002 True 288 16 1 UDP Header + Data Length sig20 1 {Raw Value}|0,1,304,16 65535 0 8 9 True 304 16 1 UDP Checksum sig21 1 {Raw Value}|0,1,320,16 65535 0 0 65535 True 320 16 1 Signal 22 sig22 1 {Raw Value}|0,1,336,8 255 0 0 True 336 8 out92 255 7E0 00 MACsec out92 0X88E5 0,0,0,0,0,0,0 00:FC:70:00:00:01 00:FC:70:00:00:02 net72 255 False Destination MAC Address sig0 1 {Raw Value}|0,1,0,48 MAC Address 1099511627775 0 00:FC:70:00:00:02 1084210806786 True 48 3 Source MAC Address sig1 1 {Raw Value}|0,1,48,48 MAC Address 1099511627775 0 00:FC:70:00:00:01 1084210806785 True 48 48 3 EtherType or Length sig2 3 PTP@35063|IPv4@2048|ARP@2054|IEEE1722@8944|RARP@32821|802.1Q Virtual LAN@33024|802.1CB R-Tag@61889|IPv6@34525|802.1ad Provider Bridge (Q-in-Q)@34984|Raw Ethernet@0|MVRP@35061|MSRP@8938~0,1,96,16 11 PTP 35063 IPv4 2048 ARP 2054 IEEE1722 8944 RARP 32821 802.1Q Virtual LAN 33024 802.1CB R-Tag 61889 IPv6 34525 802.1ad Provider Bridge (Q-in-Q) 34984 MVRP 35061 MSRP 8938 61889 0 35045 35045 True 96 16 3 Read SFP MSA (I2C2) tst27 8 Capture File Function Block 1 1 True 1 5000 1 1 1 True {\rtf1\ansi\ansicpg1252\deff0{\fonttbl{\f0\fnil\fcharset0 Tahoma;}} \viewkind4\uc1\pard\lang1033\f0\fs16\par } out1 1 stp0 14 TODO: Add step commands here txt stp1 1 12 out40 Read SFP MSA (I2C2) stp3 8 100 -1 txt 100 stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt Read SFP MSA (I2C3) tst9 8 Capture File Function Block 1 1 True 1 5000 1 1 1 True {\rtf1\ansi\ansicpg1252\deff0{\fonttbl{\f0\fnil\fcharset0 Tahoma;}} \viewkind4\uc1\pard\lang1033\f0\fs16\par } out1 1 stp0 14 TODO: Add step commands here txt stp1 1 3 out26 Read SFP MSA (I2C3) stp3 8 100 -1 txt 100 stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt PHY Read ID 1 Reg (Alternate addr) (I2C3) tst25 8 Capture File Function Block 1 1 True 1 5000 1 1 1 True {\rtf1\ansi\ansicpg1252\deff0{\fonttbl{\f0\fnil\fcharset0 Tahoma;}} \viewkind4\uc1\pard\lang1033\f0\fs16\par } out1 1 stp0 14 TODO: Add step commands here txt stp1 1 22 out38 PHY Request ID1 Reg (Alternate addr) (I2C3) stp10 2 -1 txt 1 stp2 1 24 out46 PHY Read Reg (Alternate addr) (I2C3) stp3 8 100 -1 txt 100 stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt PHY Read ID 2 Reg (Alternate addr) (I2C3) tst26 8 Capture File Function Block 1 1 True 1 5000 1 1 1 True {\rtf1\ansi\ansicpg1252\deff0{\fonttbl{\f0\fnil\fcharset0 Tahoma;}} \viewkind4\uc1\pard\lang1033\f0\fs16\par } out1 1 stp0 14 TODO: Add step commands here txt stp1 1 23 out42 PHY Request ID2 Reg (Alternate addr) (I2C3) stp10 2 -1 txt 1 stp2 1 24 out46 PHY Read Reg (Alternate addr) (I2C3) stp3 8 100 -1 txt 100 stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt PHY Read ID 1 Reg (Standard addr) (I2C3) tst0 8 Capture File Function Block 1 1 True 1 5000 1 1 1 True {\rtf1\ansi\ansicpg1252\deff0{\fonttbl{\f0\fnil\fcharset0 Tahoma;}} \viewkind4\uc1\pard\lang1033\f0\fs16\par } out1 1 stp0 14 TODO: Add step commands here txt stp1 1 0 out16 PHY Request ID1 Reg (Standard addr) (I2C3) stp10 2 -1 txt 1 stp2 1 2 out18 PHY Read Reg (Standard addr) (I2C3) stp3 8 100 -1 txt 100 stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt PHY Read ID 2 Reg (Standard addr) (I2C3) tst2 8 Capture File Function Block 1 1 True 1 5000 1 1 1 True {\rtf1\ansi\ansicpg1252\deff0{\fonttbl{\f0\fnil\fcharset0 Tahoma;}} \viewkind4\uc1\pard\lang1033\f0\fs16\par } out1 1 stp0 14 TODO: Add step commands here txt stp1 1 out7 PHY Request ID2 Reg (Standard addr) (I2C3) stp10 2 -1 txt 1 stp2 1 2 out18 PHY Read Reg (Standard addr) (I2C3) stp3 8 100 -1 txt 100 stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt PHY Read ID 1 Reg (Alternate addr) (I2C2) tst28 8 Capture File Function Block 1 1 True 1 5000 1 1 1 True {\rtf1\ansi\ansicpg1252\deff0{\fonttbl{\f0\fnil\fcharset0 Tahoma;}} \viewkind4\uc1\pard\lang1033\f0\fs16\par } out1 1 stp0 14 TODO: Add step commands here txt stp1 1 13 out48 PHY Request ID1 Reg (Alternate addr) (I2C2) stp10 2 -1 txt 1 stp2 1 30 out53 PHY Read Reg (2 Bytes) (Alternate addr) (I2C2) ** stp3 8 100 -1 txt 100 stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt PHY Read ID 2 Reg (Alternate addr) (I2C2) tst29 8 Capture File Function Block 1 1 True 1 5000 1 1 1 True {\rtf1\ansi\ansicpg1252\deff0{\fonttbl{\f0\fnil\fcharset0 Tahoma;}} \viewkind4\uc1\pard\lang1033\f0\fs16\par } out1 1 stp0 14 TODO: Add step commands here txt stp1 1 14 out51 PHY Request ID2 Reg (Alternate addr) (I2C2) stp10 2 -1 txt 1 stp2 1 30 out53 PHY Read Reg (2 Bytes) (Alternate addr) (I2C2) ** stp3 8 100 -1 txt 100 stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt GP Read Register (I2c2) tst12 8 Capture File Function Block 13 1 True 1 5000 1 1 1 True out1 1 stp0 1 37 out45 TODO: Add step commands here Write Address (GP) stp1 2 10 -1 txt 10 stp2 1 30 out53 PHY Read Reg (2 Bytes) (Alternate addr) (I2C2) ** stp3 8 txt stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt Set Control Bytes (I2C2) tst13 8 Capture File Function Block 9 True 1 5000 1 1 1 True out1 1 stp2 3 txt Stored Values to Trigger Byte Update [0] ({Stored Values to Trigger Byte Update :sig4-index(0)}<>{Device (Value) :sig0-0}) OR ({Stored Values to Trigger Byte Update :sig4-index(1)}<>{Register (Value) :sig1-0}) XXXX hex 0 415029 stp20 6 txt {Register Byte 1 (Value) :sig3-0} {Register (Value) :sig1-0}>>8 XXXX hex 0 415029 {Register Byte 1 (Value) :sig5-0} {Register Byte 1 (Value) :sig5-0} stp21 6 txt {Register Byte 2 (Value) :sig6-0} {Register (Value) :sig1-0} mod 256 XXXX hex 0 415029 {Register Byte 2 (Value) :sig6-0} {Register Byte 2 (Value) :sig6-0} stp12 6 txt {Write Address (GP) (Control Bytes) :out45-116} {Device+Register (Value) :sig2-0} {Write Address (GP) (Control Bytes) :out45-116} {Write Address (GP) (Control Bytes) :out45-116} stp23 6 txt {Device+Register (Value) :sig2-0} L,{Device (Value) :sig0-0},{Register Byte 1 (Value) :sig5-0},{Register Byte 2 (Value) :sig6-0} 0 0 597 True {Device+Register (Value) :sig2-0} {Device+Register (Value) :sig2-0} stp22 13 -1 -1 txt Device+Register (Value) tx(out45).ByteString1 {Device+Register (Value) :sig2-0} 0 True stp19 13 -1 -1 txt tx.refresh True stp0 6 txt {Stored Values to Trigger Byte Update :sig7-index(0)} {Device (Value) :sig0-0} XX hex 0 597 {Stored Values to Trigger Byte Update :sig4-index(0)} {Stored Values to Trigger Byte Update :sig4-index(0)} stp1 6 txt {Stored Values to Trigger Byte Update :sig7-index(1)} {Register (Value) :sig1-0} 0 415029 {Stored Values to Trigger Byte Update :sig4-index(1)} {Stored Values to Trigger Byte Update :sig4-index(1)} stp24 txt stp11 14 txt stp10 14 txt stp2 14 txt stp3 14 txt stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt PHY 88Q2221M - Initiate TC10 Sleep (100M) (Alternate addr) (I2C3) tst11 8 Capture File Function Block 2 1 True 1 5000 1 1 1 True out1 1 stp0 14 TODO: Add step commands here txt stp1 1 32 out62 PHY 88Q2221M - Initiate TC10 Sleep (100M) (Alternate addr) (I2C3) stp3 8 txt stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt PHY 88Q2221M - Initiate TC10 Sleep (1000M) (Alternate addr) (I2C3) tst14 8 Capture File Function Block 2 1 True 1 5000 1 1 1 True out1 1 stp0 14 TODO: Add step commands here txt stp1 1 33 out64 PHY 88Q2221M - Initiate TC10 Sleep (1000M) (Alternate addr) (I2C3) stp3 8 txt stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt Set SFP Module ICS TC10 Wakeup pin (I2C3) tst15 8 Capture File Function Block 2 1 True 1 5000 1 1 1 True out1 1 stp0 14 TODO: Add step commands here txt stp1 1 31 out50 Set SFP Module ICS TC10 Wakeup (I2C3) stp3 8 txt stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt PHY 88Q2221M - Initiate TC10 Wakeup (100M) (Alternate addr) (I2C3) tst17 8 Capture File Function Block 2 1 True 1 5000 1 1 1 True out1 1 stp0 14 TODO: Add step commands here txt stp1 1 34 out66 PHY 88Q2221M - Initiate TC10 Wakeup (100M) (Alternate addr) (I2C3) stp3 8 txt stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt PHY 88Q2221M - Initiate TC10 Wakeup (1000M) (Alternate addr) (I2C3) tst18 8 Capture File Function Block 2 1 True 1 5000 1 1 1 True out1 1 stp0 14 TODO: Add step commands here txt stp1 1 35 out68 PHY 88Q2221M - Initiate TC10 Wakeup (1000M) (Alternate addr) (I2C3) stp3 8 txt stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt Set SFP Module ICS TC10 Wakeup pin (I2C2) tst19 8 Capture File Function Block 2 1 True 1 5000 1 1 1 True out1 1 stp0 14 TODO: Add step commands here txt stp1 1 25 out47 Set SFP Module ICS TC10 Wakeup (I2C2) stp3 8 txt stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt PHY 88Q2221M - Initiate TC10 Sleep (100M) (Alternate addr) (I2C2) tst20 8 Capture File Function Block 2 1 True 1 5000 1 1 1 True out1 1 stp0 14 TODO: Add step commands here txt stp1 1 26 out49 PHY 88Q2221M - Initiate TC10 Sleep (100M) (Alternate addr) (I2C2) stp3 8 txt stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt PHY 88Q2221M - Initiate TC10 Sleep (1000M) (Alternate addr) (I2C2) tst21 8 Capture File Function Block 2 1 True 1 5000 1 1 1 True out1 1 stp0 14 TODO: Add step commands here txt stp1 1 27 out54 PHY 88Q2221M - Initiate TC10 Sleep (1000M) (Alternate addr) (I2C2) stp3 8 txt stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt PHY 88Q2221M - Initiate TC10 Wakeup (100M) (Alternate addr) (I2C2) tst22 8 Capture File Function Block 2 1 True 1 5000 1 1 1 True out1 1 stp0 14 TODO: Add step commands here txt stp1 1 28 out56 PHY 88Q2221M - Initiate TC10 Wakeup (100M) (Alternate addr) (I2C2) stp3 8 txt stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt PHY 88Q2221M - Initiate TC10 Wakeup (1000M) (Alternate addr) (I2C2) tst23 8 Capture File Function Block 2 1 True 1 5000 1 1 1 True out1 1 stp0 14 TODO: Add step commands here txt stp1 1 29 out58 PHY 88Q2221M - Initiate TC10 Wakeup (1000M) (Alternate addr) (I2C2) stp3 8 txt stp4 14 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt Get Auto Neg Status (Speed) tst24 8 Capture File Function Block 25 True 1 5000 1 1 1 True {\rtf1\ansi\ansicpg1252\deff0{\fonttbl{\f0\fnil\fcharset0 Tahoma;}} \viewkind4\uc1\pard\lang1031\f0\fs16\par } out1 1 stp0 2 0 -1 TODO: Add step commands here txt .1 .1 stp10 1 52 out71 I2C2 - 7.0x0200 stp3 6 txt {SFP1 Autoneg Enabled (Value) :sig13-0} {SFP1 Autoneg Status (Value) :out71-sig0-0} True=1/False=0 0 1 True {SFP1 Autoneg Enabled (Value) :sig13-0} {SFP1 Autoneg Enabled (Value) :sig13-0} stp10 1 65 out97 I2C3 - 7.0x0200 stp3 6 txt {SFP2 Autoneg Enabled (Value) :sig14-0} {SFP2 Autoneg Status (Value) :out97-sig0-0} 0 1 {SFP2 Autoneg Enabled (Value) :sig14-0} {SFP2 Autoneg Enabled (Value) :sig14-0} stp16 14 txt stp15 14 txt stp14 14 txt stp13 14 txt stp12 14 txt stp11 14 txt stp4 txt stp5 14 txt stp6 14 txt stp7 14 txt stp8 14 txt stp9 14 txt Get Link Speed tst30 8 Capture File Function Block 31 True 1 5000 1 1 1 True out1 1 stp0 2 50 -1 TODO: Add step commands here txt 50 stp2 15 9 16 txt SFP1 Autoneg Enabled (Value) {SFP1 Autoneg Enabled (Value) :sig13-0} True=1/False=0 0 1 True stp3 1 53 out74 I2C2 - 7.801a stp16 15 6 8 txt Speed if Autoneg (Value) {Speed if Autoneg (Value) :out74-sig0-0}=1 0 1 stp13 6 txt {SFP1 Link Speed (Value) :sig11-0} 1000 0 {SFP1 Link Speed (Value) :sig11-0} {SFP1 Link Speed (Value) :sig11-0} stp12 17 8 txt stp15 6 txt {SFP1 Link Speed (Value) :sig11-0} 100 0 {SFP1 Link Speed (Value) :sig11-0} {SFP1 Link Speed (Value) :sig11-0} stp14 18 txt stp5 17 16 txt stp6 1 38 out43 I2C2 - 1.0834 stp7 15 13 15 txt Speed if forced (Value) {Speed if forced (Value) :out43-sig0-0}=1 0 1 {SFP1 Link Speed (Value) :sig11-0} {SFP1 Link Speed (Value) :sig11-0} stp13 6 txt {SFP1 Link Speed (Value) :sig11-0} 1000 0 {SFP1 Link Speed (Value) :sig11-0} {SFP1 Link Speed (Value) :sig11-0} stp12 17 15 txt stp15 6 txt {SFP1 Link Speed (Value) :sig11-0} 100 0 {SFP1 Link Speed (Value) :sig11-0} {SFP1 Link Speed (Value) :sig11-0} stp14 18 txt stp11 18 txt stp40 14 txt stp39 14 txt stp2 15 26 33 txt SFP2 Autoneg Enabled (Value) {SFP2 Autoneg Enabled (Value) :sig14-0} True=1/False=0 0 1 True stp3 1 66 out99 I2C3 - 7.801a stp16 15 23 25 txt SFP 2 Speed if Autoneg (Value) {SFP 2 Speed if Autoneg (Value) :out99-sig0-0}=1 0 1 stp13 6 txt {SFP2 Link Speed (Value) :sig12-0} 1000 0 {SFP2 Link Speed (Value) :sig12-0} {SFP2 Link Speed (Value) :sig12-0} stp12 17 25 txt stp15 6 txt {SFP2 Link Speed (Value) :sig12-0} 100 0 {SFP2 Link Speed (Value) :sig12-0} {SFP2 Link Speed (Value) :sig12-0} stp14 18 txt stp5 17 33 txt stp6 1 58 out83 I2C3 - 1.0834 stp7 15 30 32 txt Speed if forced (Value) {Speed if forced (Value) :out83-sig0-0}=1 0 1 {SFP1 Link Speed (Value) :sig11-0} {SFP1 Link Speed (Value) :sig11-0} stp13 6 txt {SFP2 Link Speed (Value) :sig12-0} 1000 0 {SFP2 Link Speed (Value) :sig12-0} {SFP2 Link Speed (Value) :sig12-0} stp12 17 32 txt stp15 6 txt {SFP2 Link Speed (Value) :sig12-0} 100 0 {SFP2 Link Speed (Value) :sig12-0} {SFP2 Link Speed (Value) :sig12-0} stp14 18 txt stp11 18 txt stp8 txt Get Link SQI tst31 8 Capture File Function Block 32 True 1 5000 1 1 1 True out1 1 stp0 2 50 -1 TODO: Add step commands here txt 50 stp1 15 5 8 txt SFP1 Link Speed (Value) {SFP1 Link Speed (Value) :sig11-0}=1000 0 stp2 1 51 out69 I2C2 - 3.FCD8 stp3 6 txt {SFP1 SQI (Value) :sig9-0} {1G SQI (Value) :out69-sig0-0} 0 7 {SFP1 SQI (Value) :sig9-0} {SFP1 SQI (Value) :sig9-0} stp4 16 8 8 txt SFP1 Link Speed (Value) {SFP1 Link Speed (Value) :sig11-0}=100 0 stp5 1 54 out73 I2C2 - 3.8230 stp6 6 txt {SFP1 SQI (Value) :sig9-0} {100M SQI (Value) :out73-sig0-0} XX hex 0 7 {SFP1 SQI (Value) :sig9-0} {SFP1 SQI (Value) :sig9-0} stp7 18 txt stp17 14 txt stp1 15 13 16 txt SFP2 Link Speed (Value) {SFP2 Link Speed (Value) :sig12-0}=1000 0 stp2 1 64 out95 I2C3 - 3.FCD8 stp3 6 txt {SFP2 SQI (Value) :sig10-0} {SFP 2 1G SQI (Value) :out95-sig0-0} 0 7 {SFP2 SQI (Value) :sig10-0} {SFP2 SQI (Value) :sig10-0} stp4 16 16 16 txt SFP2 Link Speed (Value) {SFP2 Link Speed (Value) :sig12-0}=100 0 stp5 1 70 out107 I2C3 - 3.8230 stp6 6 txt {SFP2 SQI (Value) :sig10-0} {SFP2 100M SQI (Value) :out107-sig0-0} 0 7 {SFP2 SQI (Value) :sig10-0} {SFP2 SQI (Value) :sig10-0} stp7 18 txt stp8 txt Get Link Status tst32 8 Capture File Function Block 33 True 1 5000 1 1 1 True out1 1 stp0 2 50 -1 TODO: Add step commands here txt 50 stp1 15 7 12 txt SFP1 Link Speed (Value) {SFP1 Link Speed (Value) :sig11-0}=1000 0 stp2 1 45 out60 I2C2 - 3.0901 stp3 1 46 out67 I2C2 - 7.8001 (M/S Auto Neg Enabled) stp4 1 47 out70 I2C2 - 3.FD9D stp5 6 txt {SFP1 Link Status (Value) :sig7-0} {Local Receiver OK (Value) :out67-sig1-0} and {Remote Receiver OK (Value) :out67-sig0-0} and {Secret Link Status Bit (Value) :out70-sig0-0} Up=1/Down=0 0 1 True {SFP1 Link Status (Value) :sig7-0} {SFP1 Link Status (Value) :sig7-0} stp6 17 12 txt stp7 1 55 out75 I2C2 - 3.8109 stp8 1 56 out78 I2C2 - 3.8108 stp9 1 54 out73 I2C2 - 3.8230 stp5 6 txt {SFP1 Link Status (Value) :sig7-0} {Local Receiver OK (Value) :out78-sig0-0} and {Remote Receiver OK (Value) :out78-sig1-0} and {Link Up 8109 (Value) :out75-sig0-0} 0 1 {SFP1 Link Status (Value) :sig7-0} {SFP1 Link Status (Value) :sig7-0} stp12 18 txt stp25 14 txt stp1 15 19 24 txt SFP2 Link Speed (Value) {SFP2 Link Speed (Value) :sig12-0}=1000 0 stp2 1 60 out87 I2C3 - 3.0901 stp3 1 61 out89 I2C3 - 7.8001 (M/S Auto Neg Enabled) stp4 1 62 out91 I2C3 - 3.FD9D stp5 6 txt {SFP2 Link Status (Value) :sig8-0} {SFP 2 Local Receiver OK (Value) :out89-sig1-0} and {SFP 2 Remote Receiver OK (Value) :out89-sig0-0} and {SFP 2 Secret Link Status Bit (Value) :out91-sig0-0} Up=1/Down=0 0 1 True {SFP2 Link Status (Value) :sig8-0} {SFP2 Link Status (Value) :sig8-0} stp6 17 24 txt stp7 1 68 out103 I2C3 - 3.8109 stp8 1 69 out105 I2C3 - 3.8108 stp9 1 70 out107 I2C3 - 3.8230 stp5 6 txt {SFP2 Link Status (Value) :sig8-0} {SFP 2 Local Receiver OK (Value) :out105-sig0-0} and {SFP 2 Remote Receiver OK (Value) :out105-sig1-0} and {SFP 2 Link Up 8109 (Value) :out103-sig0-0} Up=1/Down=0 0 1 True {SFP2 Link Status (Value) :sig8-0} {SFP2 Link Status (Value) :sig8-0} stp12 18 txt stp11 txt Default sgr0 False 10 icsSpyLogFile icsSpyLogFile 0 icsSpyLogFile True

TC10 dia5 fbb0 140 60 65 32 12632256 tst20 0 0 12 Arial 0 Send Sleep Request Send Sleep Request 1 1 txt0 120 30 35 42 12632256 1 0 16 Arial SFP1 Port 1 fbb1 140 60 125 32 12632256 tst22 0 0 12 Arial 0 Send Wakeup Request over MDIO Send Wakeup Request over MDIO 1 1 fbb4 140 60 185 32 12632256 tst19 0 0 12 Arial 0 Send Wakeup Request over PHY WAKE pin Send Wakeup Request over PHY WAKE pin 1 1 txt1 120 30 35 212 12632256 1 0 16 Arial SFP2 Port 1 txt2 130 30 14 120 12632256 1 0 16 Arial TC10 (100M) 1 gdp0 360 250 10 10 12632256 1 1 Arial 16711935 gdp1 350 250 10 380 12632256 1 1 Arial 16711935 fbb5 140 60 65 202 12632256 tst11 0 0 12 Arial 0 Send Sleep Request Send Sleep Request 1 1 fbb6 140 60 125 202 12632256 tst17 0 0 12 Arial 0 Send Wakeup Request over MDIO Send Wakeup Request over MDIO 1 1 fbb7 140 60 185 202 12632256 tst15 0 0 12 Arial 0 Send Wakeup Request over PHY WAKE pin Send Wakeup Request over PHY WAKE pin 1 1 fbb8 140 60 65 400 12632256 tst21 0 0 12 Arial 0 Send Sleep Request Send Sleep Request 1 1 txt4 120 30 35 410 12632256 1 0 16 Arial SFP1 Port 1 fbb9 140 60 125 400 12632256 tst23 0 0 12 Arial 0 Send Wakeup Request over MDIO Send Wakeup Request over MDIO 1 1 fbb10 140 60 185 400 12632256 tst19 0 0 12 Arial 0 Send Wakeup Request over PHY WAKE pin Send Wakeup Request over PHY WAKE pin 1 1 txt5 120 30 35 580 12632256 1 0 16 Arial SFP2 Port 1 fbb11 140 60 65 570 12632256 tst14 0 0 12 Arial 0 Send Sleep Request Send Sleep Request 1 1 fbb12 140 60 125 570 12632256 tst18 0 0 12 Arial 0 Send Wakeup Request over MDIO Send Wakeup Request over MDIO 1 1 fbb13 140 60 185 570 12632256 tst15 0 0 12 Arial 0 Send Wakeup Request over PHY WAKE pin Send Wakeup Request over PHY WAKE pin 1 1 txt6 140 30 14 482 12632256 1 0 16 Arial TC10 (1000M) 1 txt7 160 30 160 840 12632256 1 0 16 Arial Read MSA table: 1 fbb14 140 40 200 760 12632256 tst27 0 0 12 Arial 0 SFP1 port SFP1 port 1 1 fbb15 140 40 200 940 12632256 tst9 0 0 12 Arial 0 SFP2 port SFP2 port 1 1 led0 20 20 40 910 12632256 1 0 Arial 0 65280 16384 SFP1 Link Status (Value) {SFP1 Link Status (Value) :sig7-0} Up=1/Down=0 0 1 True led1 20 20 40 1010 12632256 1 0 Arial 0 65280 16384 SFP2 Link Status (Value) {SFP2 Link Status (Value) :sig8-0} Up=1/Down=0 0 1 True bgr0 80 40 101 890 16777215 0 1 12 Arial True 1 7 0 7368704 {SFP1 SQI (Value) :sig9-0} XX hex txt8 60 30 70 894 12632256 1 0 16 Arial True 1000 1 SFP1 Link Speed (Value) {SFP1 Link Speed (Value) :sig11-0} 0 txt9 120 30 70 760 12632256 1 0 16 Arial True Link Speed 1 1 txt10 120 30 17 868 12632256 1 0 16 Arial True SFP01 1 txt11 120 20 40 760 12632256 1 0 16 Arial True Link Status 1 1 txt12 120 30 111 760 12632256 1 0 16 Arial True SQI 1 1 txt13 60 30 71 995 12632256 1 0 16 Arial True 1000 1 SFP2 Link Speed (Value) {SFP2 Link Speed (Value) :sig12-0} 0 bgr1 80 40 100 982 16777215 0 1 12 Arial True 1 7 0 7368704 {SFP2 SQI (Value) :sig10-0} XX hex txt14 120 30 17 966 12632256 1 0 16 Arial True SFP02 1 gdp2 350 140 10 740 12632256 1 1 Arial 16711935 gdp3 310 27 37 750 12632256 1 1 Arial 16711935 gdp4 310 30 68 750 12632256 1 1 Arial 16711935 fbb16 80 50 15 1102 12632256 tst33 1 0 Arial 0 Start Stop 1 4 1 1

MACsec Panel dia3 txe2 749 821 14 821 8454143 1 4 Arial txe1 749 821 14 27 8454143 1 4 Arial hed0 166 406 47 45 16776960 1 0 16 Arial {SFP01_out (to MACsec) (Message Data) :out79-31} {SFP01_out (to MACsec) (Message Data) :out79-31} True {SFP01_out (to MACsec) (Message Data) :out79-31} {SFP01_out (to MACsec) (Message Data) :out79-31} False 00FC7000000200FC7000000108004500001D00000000801126CE0A0000010A000002EA61EA6200096F14A80000000000000000000000000000000000 txt0 278 90 565 59 12632256 1 0 24 Arial MACsec encryption on ETH01 1 hed1 166 751 47 408 8421631 1 0 16 Arial {RX raw MACsec encrypted (Message Data) :in1-31} {RX raw MACsec encrypted (Message Data) :in2-31} True {RX raw MACsec encrypted (Message Data) :in2-31} {RX raw MACsec encrypted (Message Data) :in2-31} False hed2 166 405 48 587 65280 1 0 16 Arial {SFP02_in_from MACsec (Message Data) :in3-31} {SFP02_in_from MACsec (Message Data) :in3-31} True {SFP02_in_from MACsec (Message Data) :in3-31} {SFP02_in_from MACsec (Message Data) :in3-31} False 00FC7000000200FC7000000108004500001D00000000801126CE0A0000010A000002EA61EA620009FFFFA80000000000000000000000000000000000A98A8C78 ned0 166 46 464 44 16777215 1 0 24 Arial 255 1 {RAMP_0.5Hz (Value) :out79-sig22-0} {RAMP_0.5Hz (Value) :out79-sig22-0} 0 255 {RAMP_0.5Hz (Value) :out79-sig22-0} {RAMP_0.5Hz (Value) :out79-sig22-0} ned1 166 46 464 584 16777215 1 0 24 Arial 255 1 {Signal 22 (Value) :in3-sig22-0} {Signal 22 (Value) :in3-sig22-0} 0 255 {Signal 22 (Value) :in3-sig22-0} {Signal 22 (Value) :in3-sig22-0} hed3 166 406 47 839 16776960 1 0 16 Arial {SFP02_out_undecoded (Message Data) :out82-31} {SFP02_out_undecoded (Message Data) :out82-31} True {SFP02_out_undecoded (Message Data) :out82-31} {SFP02_out_undecoded (Message Data) :out82-31} False 00FC7000000200FC7000000108004500001D00000000801122CE0A0002010A000202EA61EA6200099D14760000000000000000000000000000000000 txt1 265 76 572 856 12632256 1 0 24 Arial no MACsec ETH02 to ETH01 1 hed4 166 751 47 1202 8421631 1 0 16 Arial {MACsec (Message Data) :in7-31} {MACsec (Message Data) :in7-31} True {MACsec (Message Data) :in7-31} {MACsec (Message Data) :in7-31} False 00FC7000000200FC7000000188E5200000001687AFAFAFAFAFAFFFFF08004500001D00000000801122CE0A0002010A000202EA61EA620009FFFF76000000000000000000000000000000000082964049CE6F4D965191F2EB6E0D22732B7820D5 hed5 166 405 48 1381 65280 1 0 16 Arial {SFP01_in (decoded by MACSec) (Message Data) :in8-31} {SFP01_in (decoded by MACSec) (Message Data) :in8-31} True {SFP01_in (decoded by MACSec) (Message Data) :in8-31} {SFP01_in (decoded by MACSec) (Message Data) :in8-31} False ned2 166 46 464 838 16777215 1 0 24 Arial 255 1 {SAW_0.1HZ (Value) :out82-sig22-0} {SAW_0.1HZ (Value) :out82-sig22-0} 0 255 {SAW_0.1HZ (Value) :out82-sig22-0} {SAW_0.1HZ (Value) :out82-sig22-0} ned3 166 46 464 1381 16777215 1 0 24 Arial 255 1 {Signal 22 (Value) :in8-sig22-0} {Signal 22 (Value) :in8-sig22-0} 0 255 {Signal 22 (Value) :in8-sig22-0} {Signal 22 (Value) :in8-sig22-0} txt2 600 49 798 176 12632256 1 0 24 Arial ETH02 no MACsec decrypting 1

MACsec Description dia4 txt0 285 27 80 82 12632256 1 0 12 Arial 16711680 Use two SFP-MV2221M modules 0 1 txt1 1186 27 106 82 12632256 1 0 12 Arial 16711680 SFP01 is configured for MACsec, using the following YAML configuration (test_sfp_macsec_Rule_wildcard_SecY_256_strip_noEncrypt_onlyCheck_sci_SA_sak0.yml) 0 1 txt2 1415 41 194 82 12632256 1 0 12 Arial True 32768 Programming: 0 1 txt3 1415 41 302 137 12632256 1 0 12 Arial 32768 python test_sfp_macsec_util.py GS0728 --sfp --config_netid NETID_I2C3 --yaml test_sfp_macsec_Rule_wildcard_SecY_256_strip_noEncrypt_onlyCheck_sci_SA_sak0.yml 0 1 txt4 1186 27 132 82 12632256 1 0 12 Arial 16711680 SFP02 will not use MACsec en-/decryption configuration 0 1 txt5 1416 25 348 137 12632256 1 0 12 Arial True 32768 python test_sfp_macsec_util.py GS0728 --sfp --config_netid NETID_I2C3 --yaml test_sfp_macsec_Rule_wildcard_SecY_256_strip_noEncrypt_onlyCheck_sci_SA_sak0.yml --reset 0 1 txt6 1415 25 218 108 12632256 1 0 12 Arial True 32768 Setting the configuration for SFP01 of GS0728: 0 1 txt7 1414 25 326 108 12632256 1 0 12 Arial True 32768 Clearing the configuration on SFP02 of GS0728: 0 1 txt8 1415 41 374 108 12632256 1 0 12 Arial 32768 or just 0 1 txt9 1416 25 398 137 12632256 1 0 12 Arial True 32768 python test_sfp_macsec_util.py GS0728 --sfp --config_netid NETID_I2C3 --reset 0 1 txt10 285 27 56 82 12632256 1 0 12 Arial True 16711680 Requirements: 0 1 txt11 1415 41 466 82 12632256 1 0 12 Arial True 33023 Showcase: 0 1 txt12 1416 26 490 82 12632256 1 0 12 Arial 33023 In the MACsec panel you see both ways of UDS communication from ETH01 to ETH02 and from ETH02 to ETH01. 0 1 txt13 1416 26 516 82 12632256 1 0 12 Arial 33023 * In the first case the generated message will be encrypted by the SFP module and is then send to ETH02. ETH02 receives the encrypted message that is shown in the red box. 0 1 txt14 1416 26 542 82 12632256 1 0 12 Arial 33023 If you stop and set same configuration to SFP02 you will receive the correctly decoded data, visible in the green box 0 1 txt15 1415 25 278 108 12632256 1 0 12 Arial True 32768 Setting the configuration for SFP02 of GS0728: 0 1 txt16 1415 41 242 137 12632256 1 0 12 Arial 32768 python test_sfp_macsec_util.py GS0728 --sfp --config_netid NETID_I2C2 --yaml test_sfp_macsec_Rule_wildcard_SecY_256_strip_noEncrypt_onlyCheck_sci_SA_sak0.yml 0 1 txt17 1245 25 566 82 12632256 1 0 12 Arial 33023 * In the second case data is transmitted unchanged thru SFP02 module - this should NOT be configured to MACsec security. 0 1 txt18 1245 25 590 82 12632256 1 0 12 Arial 33023 SFP01 module will receive a standard Ethertype and the message is passed as it is and will be shown in the green box, correctly decoded 0 1

Panel 2 dia0 txt7 160 30 20 20 12632256 1 0 16 Arial Read MSA table: 1 fbb14 140 40 10 190 12632256 tst27 0 0 12 Arial 0 SFP1 port SFP1 port 1 1 fbb15 140 40 10 350 12632256 tst9 0 0 12 Arial 0 SFP2 port SFP2 port 1 1 grd0 346 116 76 18 8421504 0 1 Arial 0 True Grid: False 10 icsSpyLogFile icsSpyLogFile 0 icsSpyLogFile True Device (Value) spc0 {Device (Value) :sig0-0} XX hex 0 597 True Register Address (Hex) spc1 {Register (Value) :sig1-0} XXXX hex True Register Value (Value) spc2 {Register Value (Value) :in0-sig0-0} XXXX hex 0 65535 True fbb16 80 50 104 384 12632256 tst12 1 0 Arial 0 Start Read Register 1 1 grd1 380 190 230 30 8421504 0 1 Arial 0 64 Grid: False 10 icsSpyLogFile icsSpyLogFile 0 icsSpyLogFile True SFP1 Link Status (Value) spc1 {SFP1 Link Status (Value) :sig7-0} Up=1/Down=0 0 1 True SFP1 Link Speed (Value) spc0 {SFP1 Link Speed (Value) :sig11-0} 0 SFP1 Autoneg Enabled (Value) spc6 {SFP1 Autoneg Enabled (Value) :sig13-0} True=1/False=0 0 1 True SFP1 SQI (Value) spc2 {SFP1 SQI (Value) :sig9-0} XX hex SFP2 Link Status (Value) spc4 {SFP2 Link Status (Value) :sig8-0} Up=1/Down=0 0 1 True SFP2 Link Speed (Value) spc3 {SFP2 Link Speed (Value) :sig12-0} 0 SFP2 Autoneg Enabled (Value) spc7 {SFP2 Autoneg Enabled (Value) :sig14-0} True=1/False=0 0 1 True SFP2 SQI (Value) spc5 {SFP2 SQI (Value) :sig10-0} XX hex

1 1 19536194836880000 107 False tcp0 00:FC:70:0F:02:D8 net72 -256 0 255 86400 False False 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