Cisco Systems 270 About Management Interface Modules, Removing a Management Interface Module

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9.Connect the InfiniBand cables to the ports.

a.To plug in an InfiniBand cable, push the connector into the interface until you hear/feel a click.Check the InfiniBand port LEDs to determine the status of the port. Refer to “InfiniBand Port LEDs” on page 77.

Management Interface Modules

About Management Interface Modules

Refer to “Management Interface Modules” on page 17 for additional information.

About a Failed Management Interface Module

If you believe a Management Interface module has failed, contact technical support. Management Interface modules are hot-swappable.

Refer to “Management Interface Module LEDs” on page 73 and “Monitor the Cards” on page 81 for monitoring information.

Determining Which Management Interface Module has Failed

The Management Interface modules are located on the back of the chassis. Refer to Figure 1-2for a diagram of the chassis. The slots are labelled on the chassis.

Removing a Management Interface Module

1.Verify that you have a method of covering the slot before removing the module. Do not remove the module unless you have a replacement or a blanking panel for the slot, as overheating may occur.

2.Determine if the Management Interface module that you are removing is currently connected to the master fabric controller.

Note: The removal of the “Master” Management Interface module will trigger a fail-over of the Fabric Controller module. Switch traffic will be disrupted. If the system is left without a Management Interface card, the switch will become inoperative.

If the “Master” LED is lit, then the module is connected to the master fabric controller module, and a fail-over will occur when you remove the management interface module. The system will fail to the redundant management interface module and the redundant fabric controller module.

3.Ground yourself appropriately.

4.Unplug any Ethernet management or serial cables that are connected to the ports of the Management Interface module.

5.Use a #1 phillips screwdriver to unscrew the Management Interface module.

6.Use the handle to pull the module from the bay.

Figure 3-19:Example of the Management Interface Module

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Contents Topspin 270/Cisco SFS 7008 Hardware Guide Release Page Regulatory Notices Vii Managing Individual Components Monitoring the Topspin 270/Cisco SFS 109 Electrical Cautions FCC Statement Safety InformationViii General Cautions Contact InformationPage Hot Standby System ArchitectureFlexibility InfiniBand ConnectivityHi-Availability HardwareAbout the Topspin 270/Cisco SFS 7008 Chassis Diagram of the ChassisNon-Blocking Architecture Fabric2Back Chassis View 3Chassis Slot Numbering in Front Non-port Side Chassis Slot NumberingPower Supplies DimensionsConnections LEDsManagement Interface Modules Fan TraysNode and Core Slots Fabric Controller ModulesMaster/Slave and Standby Roles Node SlotLine Interface Modules LIM Rack AlarmChassis ID Module How the Chassis ID is UsedAdministrative Features Read the Cautionary Statements Prepare the SiteMount the Topspin 270/Cisco SFS 7008 Chassis in a Rack Rack Mount InstallationRequirements 1Install Appropriate Rack in Shelf 2Unscrew Extra Rack Ears from the Chassis 4Rack Ears Flush with Rails Connect Management Devices Install Optional HA ComponentsAttach a Serial Console Cable to a PC or Terminal Connect an Ethernet Cable to the Ethernet Management Port Recommended Management ConfigurationBaud 9600 bps 8Power Jack Locations Power on the ChassisEnter the interface mgmt-ethernet command Configure Basic ConnectivitySFS-270config#interface mgmt-ethernet SFS-270#copy running-config startup-configConnect Network Devices About ConnectorsAssigning an Address Dynamically Manage the System Connecting InfiniBand DevicesPrepare Your Device Optional Launch the Chassis ManagerLaunch Chassis Manager 10Web Browser Window Optional Install the Element Manager GUI About the Power Supply Modules Power Supply ModulesAbout the Field Replaceable Units About a Failed Power Supply Removing a Power Supply ModuleLocating the Power Supply Module Power Cord back Power Supply front 3Pulling the Power Supply Module from the Bay Installing a New Power Supply ModuleAbout the Fan Tray Modules Fan Tray ModulesRemoving a Fan Module About a Failed Fan Tray5Loosening Captive Screws 7Pushing Fan Module into Slot Installing a Fan ModuleAbout the Fabric Controllers Fabric ControllersRemoving a Fabric Controller 9Loosen Captive Screws Before Removing Upgrading the Controller Card Installing a Fabric ControllerAbout LIM Cards Line Interface Management Modules LIMRemoving a LIM Card 12Removing a Pinch-Type Connector 14Loosen the Captive Screws 17Closing the LIM Module Levers Installing a LIM ModuleAbout Management Interface Modules Management Interface ModulesRemoving a Management Interface Module About a Failed Management Interface ModuleChassis ID Modules Installing a Management Interface ModuleAbout Chassis ID Modules Removing a Chassis ID Module20Loosen the Captive Screws Installing a Replacement Chassis ID Module Upgrading a Topspin 270/Cisco SFS 7008 with the CLI Upgrade all Cards in a ChassisUpgrading a Topspin 270/Cisco SFS 7008 with Element Manager Select Maintenance File ManagementFile Type = Image 2Watching the File Copy Progress Select Maintenance Boot ConfigSelect View Device Front View Upgrading an Individual Controller CardUpgrading a Controller Card with the CLI Show the standby Controller card Upgrading a Node Card with the CLI Upgrading Individual Node CardsUpgrading a Node Card with Element Manager 5Copy the .img File to Server Switch6Watching the File Copy Progress 8Disable and Enable the Node Cards Upgrading a New Fabric Controller Module Upgrade a New Fabric Controller Module with the CLIUpgrading Node Cards with the Chassis Manager Primary-boot-image keyword SFS-270#install imageOS-image-230.imgSFS-270#reload no-failover Upgrade a New Fabric Controller Module with Element Manager Page Interpreting the Front Panel LEDs Monitoring the Topspin 270/Cisco SFS 7008 SystemLocating the System-Wide Status LED System-Wide Status LEDInterpreting the System Status LED Locating the Power Supply LEDs Power Supply LEDsConfig mode diag power-supply Test led3Power Supply Identify LED Interpreting the Power Supply LEDsConfig mode -diag fan Config mode -power-supplyFan LEDs LocationActive Master Status Indicator Module Active System Master Indicator StatusFabric Controller LEDs Interpreting the Fabric Controller LEDsManagement Interface Module LEDs Interpreting the Back Panel LEDsSystem Status LEDs Interpreting the Management Interface LEDsManagement Interface Status LEDs Fan Tray Module Status LEDs Power Supply Module Status LEDsChassis ID LEDs Ethernet Management Port RJ-45 connector LEDsMaster Management Connection Status LED InfiniBand Port LEDs LIM Status LEDsInterpreting the LIM Status LEDs Monitor the Device Monitoring the System with Chassis ManagerInterpreting the InfiniBand Port LEDs Device Rear View and the Device Front View appear Page 12Chassis Manager Cards Window Monitor the Cards13Chassis Manager Ports Window Monitor the InfiniBand Ports14Chassis Manager Port Properties Dialog Box Monitor the Power SuppliesMonitor the Fans 15Chassis Manager Power Supplies Window17Chassis Manager Sensors Window Monitor the TemperatureInterpreting the Summary Tab Monitoring the System with Element ManagerInterpreting the Fans Tab Interpreting the Power Supplies TabInterpreting the Sensors Tab Show power-supply Monitor the Power SuppliesMonitor the System With the CLI Monitor the FansShow sensor Monitor the SensorsSFS-270#show sensor Page LED Tests About Diagnostic TestsSelf Tests Run Card Tests SFS-270#show diagnostic cardRun a Card Self-Test SFS-270config-diag-card-11# exit SFS-270config# exit More sysloghwiflog Run Chassis TestsRun a Chassis Standard Test SFS-270config#diag chassis test standardSFS-270#show diag chassis Run a Self-Test on a Fan Run Fan TestsTS270-1#show diag post Enter the diag fan id command Run a LED Test on the Power Supply Run Power Supply TestsSFS-270#show power-supply Run a Self-Test on a Power SupplySFS-270config#diag power-supply SFS-270#show diag power-supply100 Run a Rack Locator TestEnable Displaying Hardware ErrorsSFS-270show diag rack-locator SFS-270#show diagnostic fru-error SFS-270#show diagnostic postChassis and Management Interface Specifications and Compliance CertificationsSafety Electrical SpecificationsEMC/Immunity AcousticsProduct Markings 108 Index

270, 7008 specifications

Cisco Systems 7008,270 is a powerful model in the Cisco portfolio, showcasing cutting-edge technology aimed at meeting the demands of modern networking environments. Ideal for both enterprise and service provider applications, the 7008,270 offers exceptional flexibility, scalability, and performance.

One of the standout features of this device is its high-density interface options. The 7008,270 supports a mix of Ethernet speeds, including 1G, 10G, and 25G, enabling organizations to optimize their network infrastructure based on specific needs. This versatility provides businesses with seamless transition capabilities as they scale their operations, ensuring that they are always equipped with the right bandwidth.

In terms of performance, the Cisco 7008,270 boasts advanced processing power, allowing for swift data packet handling and reduced latency. The implementation of Enhanced IP Multicast is another key feature, which allows for efficient data delivery to multiple endpoints simultaneously. This is particularly beneficial for organizations that rely heavily on video conferencing and streaming services, as it enhances the overall quality of experience for end-users.

Additionally, the 7008,270 integrates Cisco's advanced security protocols. With features such as TrustSec and the ability to implement micro-segmentation, organizations can ensure that their data remains secure across the network. Cisco's Software-Defined Access (SD-Access) technology further simplifies network management by allowing for automated policy enforcement and enhanced visibility into network traffic.

Another notable characteristic is the seamless integration with existing Cisco platforms and software solutions. The 7008,270 works effectively with Cisco DNA (Digital Network Architecture), allowing businesses to leverage AI-driven analytics and insights to manage performance and security in real-time.

Energy efficiency is also a consideration with the 7008,270. The design includes energy-saving features, which not only reduce operational costs but also support sustainability initiatives within organizations. With an eye towards future-proofing, Cisco Systems has equipped the 7008,270 with options for software upgrades, enabling businesses to continuously enhance their capabilities without needing to replace hardware.

In conclusion, Cisco Systems 7008,270 stands out as a robust networking solution designed for scalability, security, and performance in diverse environments. Its flexibility in interface options, advanced processing power, and strong integration capabilities make it an excellent choice for organizations looking to fortify their network infrastructure and prepare for future demands.
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