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MM910 Management Module V100R001 User Guide 24

This document provides the product description, installation and configuration methods, and common operations of the E9000 server chassis management module MM910.
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Huawei uses machine translation combined with human proofreading to translate this document to different languages in order to help you better understand the content of this document. Note: Even the most advanced machine translation cannot match the quality of professional translators. Huawei shall not bear any responsibility for translation accuracy and it is recommended that you refer to the English document (a link for which has been provided).
Chassis

Chassis

GUI

NOTE:

The server view area (emulated chassis panel) shows the location, width, and health status of each component in the chassis. The illustration is for reference only. Actual chassis may vary in appearance.

Table 7-3 Chassis information page description

No.

Name

Description

Operations

Main menu

Contains the main menu items.

Click a main menu item to display the corresponding settings.

Information and status area

Shows the currently logged in user, chassis mode, and the number of active alarms of different severity levels.

  • Click to view online help.
  • Click to view the copyright notice.
  • Click to change the language to Chinese.
  • Click to log out.
  • View the number of alarms generated:
    • indicates a critical alarm.
    • indicates a major alarm.
    • indicates a minor alarm.

Server view area

Shows the components installed in the E9000 chassis and their status.

  • indicates compute nodes.
  • indicates PSUs.
  • indicates fan modules.
  • indicates management modules.
  • indicates switch modules.
NOTE:

The switch modules Swi1, Swi2, Swi3, and Swi4 on HMM Web correspond to the switch modules in slots 1E, 2X, 3X, and 4E, respectively.

  • indicates the blank area.

The following icons indicate the component status:

  • : The compute node is powered off.
  • : The compute node is powered on.
  • : The module is normal.
  • : The module has critical alarms.
  • : The module has major alarms.
  • : The module has minor alarms.
  • The chassis information is displayed in area by default. You can also click the blank area () to display chassis information.
  • To display information about a component, click the component on the emulated chassis panel.

Chassis/Component status area

Displays the following information:

  • Chassis information:

    Chassis name, location, serial number, height, and midplane type

  • Compute node information:

    Management channel connection status, OS status, compute node name, baseboard management controller (BMC) IP address, subnet mask, gateway, BIOS boot option, and UID indicator status

  • PSU information:

    Management channel connection status, power supply mode, and rated power and current power

  • Fan module information:

    Management channel connection status and fan speed

  • Management module information:

    Active/standby status, installation status, model, IP address, subnet mask, and gateway

  • Switch module information:

    BMC status, Base/Fabric/FC status, and model

NOTE:
  • Base indicates the LAN on motherboard (LOM) GE switching plane of the CX910 to CX913 or the 10GE switching plane of the CX920.
  • Fabric indicates the Ethernet switching plane of any switch module other than the CX920 or the 40GE switching plane of the CX920.
  • FC indicates the FC switching plane.
  • Remotely log in to a compute node.

    Click KVM via MM in the chassis information area. For details, see KVM via MM.

NOTE:

This function requires JRE 1.6 or later be used on the local PC.

  • Locate a compute node

    In the compute node information area, set LCD UID indicator to to illuminate the physical UID indicator of the compute node.

  • Switch to the iMana 200 or iBMC WebUI.

    In the compute node information area, click the BMC IP address configured.

NOTE:

Administrators with KVM permission can click the iMana 200 or iBMC IP address to switch to the iMana 200 login page or the iBMC home page. Other uses can switch to the iMana 200 or iBMC login page.

Alarm and board information area

Shows the alarms, specifications, and software version information of the chassis or a component.

NOTE:
  • Alarms involving network ports of switch modules can be manually cleared. Switch module panel ports include 10GE ports 1 to 16, GE ports 1 to 12, and 10GE expansion ports 1 to 8.
  • You can view optical module and DAC cable installation status, asset information, and PHY link status. Only optical modules support query of port information on a real-time basis.

    If a port on the panel of the CX620 is not populated with an optical module, the port Link Status is Invalid State.

  • You can view the TPM information if a compute node comes with a TPM.

After clicking a blank area in the emulated chassis panel to display chassis information, you can perform any of the following operations:

  • View and edit compute node alias.

    Click the Blade Alias tab.

  • View and edit slot aliases of compute nodes.

    Click the Slot Aliases tab.

  • Export chassis hardware information.

    Click the Export tab.

  • View and edit asset numbers of compute nodes and switch modules.

    Click the Asset No. tab.

After clicking a compute node in the emulated chassis panel to display compute node information, you can perform any of the following operations:

  • Export of the compute node.
    1. Click the Component Information tab.
    2. Click Export.

      The exported information includes the component information, serial number, and iMana 200 or iBMC MAC address of the compute node.

  • Generate a diagram of the physical connection between the NICs on the compute node and the switch modules. For details, see Viewing the Network Card Physical Connection.

Copyright and time area

Shows the copyright notice and the MM910 system time.

Click MM time to display the Timezone & NTP page.

Viewing the Network Card Physical Connection

  1. Click a compute node in the emulated chassis panel to display compute node information, as shown in Figure 7-1.
    Figure 7-1 Compute node information
  2. Click the NIC Connection Diagram tab.
  3. Click Generate.

    A diagram of the physical connection between the NICs on the compute node and the switch modules is generated, as shown in Figure 7-2. You can learn the types of the NICs and ports, PCIe information, MAC addresses, and WWPNs.

    Figure 7-2 NIC physical connection diagram (example)
    NOTE:
    • PCIe is expressed in the format "Root port bus:Root port device:Root port function-Network port function".
    • Grayed-out areas indicate slots without switch modules.
    • Solid lines indicate normal connection between network ports and switch or pass-through modules, and dotted lines indicate unknown-state connections.
    • Dotted lines are displayed for CX116, V5 switch modules, and FC/IB/OPA switch modules even if port connections are normal. You can query the port connection status through the OS of the compute node.
    • If the port MAC addresses or WWNs are not configured through stateless computing, the default data is displayed.

KVM via MM

  1. Click KVM via MM.

    A Security Warning is displayed.

  2. Click Yes.

    The Warning-Security page is displayed.

  3. Click Yes.

    The remote KVM page is displayed, as shown in Figure 7-3.

    Figure 7-3 KVM page
    NOTE:
    • More than one tab can be opened simultaneously. However, more than four open tabs may cause the program to become unresponsive.
    • The KVM and VMM functions are unavailable after a user logs in to the HMM WebUI using an IPv6 address.
  4. Click the tab corresponding to the compute node number, and choose a connection mode.

    The real-time interface of the compute node is displayed.

    • Shared mode: Two clients can simultaneously connect to the keyboard, video, and monitor (KVM) to operate the compute node.
    • Private mode: Only one client can connect to the KVM at a time.
    NOTE:

    Shared mode displays the interface and operations on both clients and is therefore not recommended for security reasons.

  5. Click the icons on the menu bar in the upper area of the interface to perform related operations.

    Table 7-4 describes the icons on the menu bar.

    Table 7-4 Icon description

    Icon

    Function

    Disconnects from the compute node.

    Sends commands represented by key combinations.

    Displays the desktop of the compute node in full-screen mode.

    To display the toolbar at the top of the screen, press Ctrl+Shift+Alt in full-screen mode.

    Displays the desktops of all the selected compute nodes in split-screen mode.

    Refreshes the page.

    Creates an image file by using the virtual floppy drive or CD-ROM drive on the local PC.

    Creates a virtual CD-ROM drive by using a CD-ROM drive, CD-ROM image file, or local folder on the local PC.

    Creates a virtual floppy drive by using the local PC's floppy disk drive (FDD) or a floppy disk image file.

    Displays the power control menu, which includes the following:

    • Power On: Power on the compute node.
    • Forced Power Off: Forcibly power off the compute node within 6 seconds after this menu is selected.
    • Forced System Reset: Perform a cold reset on the compute node.
    • Forced Power Cycle: Perform a soft restart on the compute node, that is, log out of the system and then restart the compute node.
    • USB Reset: Reset the USB keyboard and mouse.
    • Single Mouse: Hide the mouse on the local PC and display only the mouse on the desktop of the compute node.
    • Mouse Acceleration: Accelerate the mouse on the compute node desktop to synchronize it with the mouse on the local PC.
    NOTE:

    SLES versions earlier than SLES 12 do not support mouse acceleration.

    Synchronizes the local mouse with the remote mouse.

    Displays or hides the local mouse.

    Returns to the previous page.

    NOTE:

    Before performing Forced Power Off, Forced System Reset, Forced Power Cycle, and USB Reset, stop the services that are running. Otherwise, the services will not be affected.

    On the toolbar, Num, Caps, and Scroll indicate the keyboard indicator status for the compute node.

    In Linux, the Scroll Lock key is disabled by default. To make the Scroll indicator status on the compute node desktop respond to the local keyboard input, enable the Scroll Lock key. For details, see Scroll Key Indicator on the Virtual KVM Does Not Respond.

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Updated: 2019-04-10

Document ID: EDOC1000015900

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