Huawei Ibmc Default Password
Agata Schweiss
RH2288H_Software_downloads are at the bottom of the RH2288H page Technical Support section.The latest software (topmost on the list) Version and Patch Number should be used.The software includes drivers for supported OSes, and BIOS and iBMC firmware updates.
Auto: If you select this option, the iBMC automatically selects a network port as the iBMC management network port based on the connection status of optional network ports.You need to specify optional network ports by selecting check boxes.If multiple network ports are connected, the iBMC selects a network port as the iBMC management network port based on the following priority: dedicated network port > LOM network port > PCIe extern port.The aggregation network port cannot be automatically selected.
which you can easily find by this Google search or with some effort look up in the system User Guide.systemIn the BIOS setup you should select Clear supervisor password in order to disable this annoying password.
Alternatively, connect a cable temporarily to the Dedicated port so that the iBMC connects to the network and uses DHCP.Now you can use SSH to login to the iBMC IP address as user root with the (silly) Huawei password.
If the iBMC is connected to a network (see above),anyone with access to login using SSH or the web GUI (port 443) as the default user root and the default Huawei password can take over the iBMC controller and thereby control the server remotely!This is documented in the system User Guide section Accessing the CLI of the iBMC Management Software.
The integrated management module (referred to as the iMana) is a control unit used to manage servers.When the iBMC network interface has been configured correctly, it is possible to login to the iBMC CLI using SSH.
Alternatively install the Independent Remote Console (IRC) which is a remote control tool developed by Huawei based on the server management software iBMC.The IRC offers the same functions as the Remote Virtual Control function of the iBMC WebUI.With the IRC, you can access and manage the server in real time.The IRC does not depend on the browser or JRE version, but comes with its own JRE environment.
From the XH620_downloads page get the firmware upgrade document named HUAWEI Rack Server Upgrade Guide (iBMC).Unpack the zip-file to get the PDF document.Also download the iBMC and BIOS upgrade files and unzip them to separate directories (because of a conflicting file version.xml) on your PC (not the server).
The Upgrade Guide (iBMC) instructs the user to log in to the iBMC GUI.Use a web browser and enter the iBMC IP address or hostname.Login to the GUI web page with user name root and password are discussed above.
The X6800 chassis containing a number of independent server nodes also has an Hyper Management Module (HMM).However, the chassis HMM module has no GUI interface, but only CLI access through its serial port or the network port.
The X6800 uses Huawei proprietary iBMC intelligent management system to implement remote server management.The iBMC complies with IPMI 2.0 specifications and provides reliable hardware monitoring and management.
The iBMC and HMM implement management and monitoring of the X6800.The iBMC on each node implements node management through the Intelligent Platform Management Interface (IPMI), KVM, or virtual DVD-ROM drive.The HMM implements chassis management, which includes fan management, PSU management, and chassis asset management.
The HMM and iBMC implement aggregation management through LAN switches (LSWs).The LSWs provide external GE port, through which users can access the HMM and iBMC to manage the chassis and server nodes.
The HMM works with the fan switch boards to implements fan management.The fan switch board provides five independent pulse-width modulation (PWM) control signals to control the fan speed and ten tachometer (TACH) signals to detect the fan speed.Based on the ambient temperature and temperature of the temperature-sensitive components on the boards, the HMM uses Huawei speed adjustment algorithms to determine a proper rotation speed, and then sends it to the fan switch board.The fan switch board receives fan speed signals from the fan modules and reports the fan module status to the HMM.
PSU monitoring and management: The HMM provides one inter-integrated circuit (I2C) for managing the PSUs and general purpose input/output (GPIO) pins for detecting the PSU installation status and PwrOk state.The HMM supports queries on PSU output power, PSU installation status, and PSU alarms.
The chassis rear side has a serial port RJ45 connector on the management module labelled IOIOI.This is the most convenient way to log in to the HMM.Use a USB-to-serial adapter with your PC.Connect a serial port cable with an RJ45 adapter between the PC and the chassis serial port.
The GUI window very often appears to be frozen.This occurs on Linux when you use a remote X11 display, for example using SSH login to the server.It often helps to resize or refresh the window in order to update the window contents.
If ibmc_address has the https scheme, thedriver will use a secure (TLS) connection whentalking to the ibmc controller. By default(if this is set to True), the driver will try toverify the host certificates. This can be set tothe path of a certificate file or directory withtrusted certificates that the driver will use forverification. To disable verifying TLS, set thisto False. This is optional.
controller: Optional. Supported values are: RAID storage id,RAID storage name or RAID controller name. If a bare metal server have morethan one controller, this is mandatory. Typical values would look like:
using least total disk capacity: for example, we can create 400G RAID 5with both 5 100G-disks and 3 200G-disks. 5 100G disks is a betterstrategy because it uses a 500G capacity totally. While 3 200G-disksare 600G totally.
Nutanix HCI infra default Credentials: user name , password of Nutanix AHV, CVM, Prism, Move, VMware ESXi, Hyper-V, Acropolis Open Stack service VM, SQL Server Mobility Service VM, Xplorer VM etc. are needed to access the Nutanix software and tools.
Nutanix default credential: user name , password list for all support OEM OEM hardware e.g SuperMicro NX, Lenovo HX, Dell EMC XC , HPE DX, Lenovo HX, Fujitsu XF, IBM CS, Cisco UCS, Inspur Server nMerge1000 / NF5280M5, Huawei, Intel Data Center Blocks Series, Hitachi Server HA8000V, NEC Series etc.
I have shared the maximum list of Nutanix OEM partners hardware list and default credential: user name , password. Nutanix is continuously adding OEM partners hardware in Nutanix certified hardware list to achieve hardware compatibility success and become the world leader in hardware compatibility also as worl leader in HCI solution.
[OK] Composer Version: 1.9.3
[OK] Dependencies up-to-date.
[OK] Database connection successful
[OK] Database schema correct
[WARN] Your local git contains modified files, this could prevent automatic updates.
[FIX]:
You can fix this with ./scripts/github-remove
Modified Files:
config/hashing.php
config/logging.php
config/tinker.php
root@librenms:/opt/librenms#
I also have question connected with auto discovery, how it works in SNMP case when i dont import MIB to LibreNMS ? in case of huawei switch everything works and there is no need for importing MIB, how it is possible ? where are the informations about meaning the values (MIB) it is possible that NMS can download MIB from device ? or while autodiscovering LibreNMS use some internal default database of MIBS ?
LibreNMS shows the cpu of IBMC at the time LibreNMS is running. So it is only mesuring during the peaks. And the IBMC GUI is averaging during minutes. LibreNMS is taking instant peak. So this is clearly artificially higher than truth but there is no easy way to fix this.
I have also another issue, when server is turned off, value of OID for CPU temperature is 255 which means that this information is unvaliable, LibreNMS displays 6550 C in this situation.
Is there any workaround ? because i cant imagine situation stat everytime when customer turn off server alarms about temperature will be activated.
Hello @Fi_Lip
Patched was merged now in main LibreNMS. So you have to revert the manual application you did for testing (daily.sh will fail to upgrade until you do).
Will have a look at the Memory part next week.
Bye
Determine the channel number for the channel used for IPMI over LAN. Beginning with channel 1, run the following command until you find the channel that displays LAN attributes (for example, the IP address):
If the BMC shares a network connection with ILOM, then the IP address must be on the same subnet. You must set not only the IP address, but also the proper values for netmask, and the default gateway. For example, assuming the channel is 1:
List the account slots on the BMC, and identify an unused slot less than the maximum ID and not listed, for example, ID 4 in the following example. Note that some slots may be reserved and not available for reuse on some hardware.
Assign the desired administrator user name and password and enable messaging for the identified slot. (Note that for IPMI v1.5 the user name and password can be at most 16 characters). Also, set the privilege level for that slot when accessed over LAN (channel 1) to ADMIN (level 4). For example, where username is the administrative user name, and password is the password:
Verify the setup using the command lan print 1. The output should appear similar to the following. Note that the items in bold text are the settings made in the preceding configuration steps, and comments or alternative options are indicated within brackets []:
Verify that the BMC is accessible and controllable from a remote node in your cluster using the bmc info command. For example, if node2-ipmi is the network host name assigned the IP address of node2's BMC, then to verify the BMC on node node2 from node1, with the administrator account username, enter the following command on node1: