跳转到主内容

FAS25XX在发生watchdog事件后无法启动

Views:
17
Visibility:
Public
Votes:
0
Category:
fas-systems
Specialty:
hw
Last Updated:

适用场景

FAS25xx

问题描述

  • L2 watchdog超时硬重置后、系统无法启动。

Record 160: Tue Jun  2 17:51:15 2020 [IPMI Event.critical]: NMI
Record 161: Tue Jun  2 17:51:16 2020 [IPMI.notice]: ef03 | 02 | EVT: 0301ffff | Controller_Fault | Assertion Event, "State Asserted"
Record 162: Tue Jun  2 17:51:16 2020 [IPMI Event.critical]: L2 watchdog timeout hard reset
Record 163: Tue Jun  2 17:51:17 2020 [IPMI.notice]: f003 | 02 | EVT: 6fc104ff | System_Watchdog | Assertion Event, "Hard reset"
Record 164: Tue Jun  2 17:52:17 2020 [IPMI Event.critical]: System reset
Record 165: Tue Jun  2 17:52:17 2020 [IPMI Event.critical]: L2 watchdog action completed
Record 166: Tue Jun  2 17:52:17 2020 [IPMI.notice]: L2 to L1 is 1(s) 106658(us)
Record 167: Tue Jun  2 17:52:29 2020 [SP.notice]: Delaying L2_WDOG ASUP email for 120 seconds
Record 168: Tue Jun  2 17:54:34 2020 [ASUP.notice]: First notification email | (REBOOT (watchdog reset)) CRITICAL | Sent
Record 169: Tue Jun  2 17:59:31 2020 [SP.critical]: Heartbeat stopped
Record 170: Tue Jun  2 18:03:07 2020 [ASUP.notice]: Reminder email | (REBOOT (watchdog reset)) CRITICAL | Sent

  • system sensors 多个传感器状态无法从输出中读取。

Sensor Name      | Current    | Unit       | Status     | LCR       | LNC       | UNC       | UCR
-----------------+------------+------------+------------+-----------+-----------+-----------+-----------
CPU0_Temp_Margin | na         | degrees C  | na         | na        | na        | -5.000    | 0.000    
In_Flow_Temp     | 31.000     | degrees C  | ok         | 0.000     | 10.000    | 75.000    | 80.000   
Out_Flow_Temp    | 28.000     | degrees C  | ok         | 0.000     | 10.000    | 87.000    | 92.000   
Memory_Hot       | na         | discrete   | na         | na        | na        | na        | na       
CPU_Hot          | na         | discrete   | na         | na        | na        | na        | na       
CPU_Cat_Error    | na         | discrete   | na         | na        | na        | na        | na       
CPU_Therm_Trip   | na         | discrete   | na         | na        | na        | na        | na       
CPU_VCC          | na         | Volts      | na         | 0.708     | 0.747     | 1.348     | 1.426    
CPU_1.05V        | na         | Volts      | na         | 0.892     | 0.941     | 1.154     | 1.203    
CPU_VTT          | na         | Volts      | na         | 0.931     | 0.989     | 1.213     | 1.261    
LM56_Temp        | na         | degrees C  | na         | 0.000     | 10.000    | 72.000    | 77.000   
CPU_1.5V         | na         | Volts      | na         | 1.271     | 1.348     | 1.649     | 1.727    
1G_1.0V          | na         | Volts      | na         | 0.854     | 0.902     | 1.096     | 1.154    
X540_0.8V        | na         | Volts      | na         | 0.689     | 0.728     | 0.873     | 0.912    
X540_0.67V       | na         | Volts      | na         | 0.572     | 0.611     | 0.728     | 0.766    
USB_5.0V         | na         | Volts      | na         | 4.253     | 4.495     | 5.492     | 5.759    
PCH_3.3V         | na         | Volts      | na         | 2.798     | 2.973     | 3.625     | 3.800    
SASS_1.0V        | na         | Volts      | na         | 0.854     | 0.902     | 1.096     | 1.145    
SASS_1.2V        | na         | Volts      | na         | 1.018     | 1.077     | 1.319     | 1.377    
IB_1.2V          | na         | Volts      | na         | 1.018     | 1.077     | 1.319     | 1.377

 

Sign in to view the entire content of this KB article.

New to NetApp?

Learn more about our award-winning Support

NetApp provides no representations or warranties regarding the accuracy or reliability or serviceability of any information or recommendations provided in this publication or with respect to any results that may be obtained by the use of the information or observance of any recommendations provided herein. The information in this document is distributed AS IS and the use of this information or the implementation of any recommendations or techniques herein is a customer's responsibility and depends on the customer's ability to evaluate and integrate them into the customer's operational environment. This document and the information contained herein may be used solely in connection with the NetApp products discussed in this document.