Cisco Nexus 7000 Series manuals
Nexus 7000 Series
Table of contents
- Table Of Contents
- series overview
- Cisco Switching Transition Guide
- Cisco Nexus 7000 Series
- Cisco Catalyst 6500 Series
- Cisco Catalyst 4500 Series
- Cisco Nexus 5000 Series
- Cisco Nexus 3000 Series
- Cisco Catalyst 4900 Series
- Cisco Catalyst 3750-X Series
- Cisco Catalyst 3750-E Series
- Cisco Catalyst 3750 Series
- Cisco Catalyst 3560-X Series
- Cisco Catalyst 3560-E Series
- Cisco Catalyst 3560 Series
- Cisco Catalyst 2960-S Series
- Cisco Catalyst 2960 Series
- Cisco Catalyst Express Series
- Cisco Nexus 2000 Series
- nexus 2000 series
- Cisco Nexus 4000 Series
- nexus 4000 series
- Cisco Nexus 1000V Series
- cisco nexus 1000v series switches
Nexus 7000 Series
Table of contents
- Cisco 7000 and Cisco
- Rack-Mount Installation Summary
- Prerequisites
- Safety Guidelines
- Equipment Rack Considerations
- List of Parts and Tools
- Installation
- Attaching the Chassis Ears
- Installing the Chassis in the Rack
- Restarting the System
- translated safety warnings
- power supply disconnection warning
- electric shock warning
- chassis lifting warning
- dc power disconnection warning
- lightning activity warning
- ramp warning
- Cisco Information Online
Nexus 7000 Series
Table of contents
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- new and changed information
- document organization
- document conventions
- obtaining documentation and submitting a service request
- Information About Interfaces
- Chapter 1 Overview
- Management Interface
- Port-Channel Interfaces
- Virtualization Interfaces
- Information About the Basic Interface Parameters
- C H A P T E R 2 Configuring Basic Interface Parameters
- Rate Mode
- Flow Control
- Port MTU Size
- Bandwidth
- Carrier Delay
- Time Domain Reflectometry Cable Diagnostics
- Guidelines and Limitations
- Default Settings
- Specifying the Interfaces to Configure
- Configuring the Description
- Configuring the Beacon Mode
- Changing the Bandwidth-Rate Mode
- Configuring the Error-Disabled State
- Configuring the MDIX Parameter
- Configuring the Debounce Timer
- Configuring the Interface Speed and Duplex Mode
- Configuring the Flow Control
- Configuring the MTU Size
- Configuring the Bandwidth
- Configuring the Throughput Delay
- Shutting Down and Activating the Interface
- Configuring the UDLD Mode
- Configuring the Carrier Delay Timer
- Configuring Port Profiles
- Performing TDR Cable Diagnostics
- Configuring Rate Limits for Packets that Reach the Supervisor
- Verifying the Basic Interface Parameters
- Clearing Interface Counters
- Related Documents
- configuring layer 2 interfaces
- Chapter 3 Configuring Layer 2 Interface
- Information About Access and Trunk Interfaces
- IEEE 802.1Q Encapsulation
- Access VLANs
- Native VLAN IDs for Trunk Ports
- High Availability
- Licensing Requirements for Layer 2 Port Modes
- Configuring Access and Trunk Interfaces
- Guidelines for Configuring Access and Trunk Interfaces
- Configuring Access Host Ports
- Configuring Trunk Ports
- Configuring the Native VLAN for 802.1Q Trunking Ports
- Configuring the Allowed VLANs for Trunking Ports
- Configuring a Default Interface
- Configuring SVI Autostate Exclude
- Configuring the Device to Tag Native VLAN Traffic
- Changing the System Default Port Mode to Layer 2
- Verifying the Interface Configuration
- Monitoring the Layer 2 Interfaces
- Additional References
- MIBs
- Information About Layer 3 Interfaces
- Chapter 4 Configuring Layer 3 Interface
- VLAN Interfaces
- Loopback Interfaces
- Virtualization Support
- Configuring Layer 3 Interfaces
- Configuring a Subinterface
- Configuring the Bandwidth on an Interface
- Configuring a VLAN interface
- Configuring Inband Management in the Nexus Chassis
- Configuring a Loopback Interface
- Assigning an Interface to a VRF
- Verifying the Layer 3 Interfaces Configuration
- Monitoring Layer 3 Interfaces
- Configuration Examples for Layer 3 Interfaces
- Standards
- Information About BFD
- C H A P T E R 5 Configuring Bidirectional Forwarding Detection
- Distributed Operation
- Security
- Configuring BFD
- Configuration Hierarchy
- Configuring Global BFD Parameters
- Configuring BFD on an Interface
- Configuring BFD on a Port Channel
- Configuring BFD Echo Function
- Optimizing BFD on Subinterfaces
- Configuring BFD Support for Routing Protocols
- Verifying the BFD Configuration
- Configuration Examples for BFD
- RFCs
- Information About Port Channels
- Chapter 6 Configuring Port Channel
- Basic Settings
- Compatibility Requirements
- Load Balancing Using Port Channels
- LACP
- Licensing Requirements for Port Channeling
- Configuring Port Channels
- Creating a Port Channel
- Adding a Layer 2 Port to a Port Channel
- Adding a Layer 3 Port to a Port Channel
- Configuring the Bandwidth and Delay for Informational Purposes
- Shutting Down and Restarting the Port-Channel Interface
- Configuring a Port-Channel Description
- Configuring the Speed and Duplex Settings for a Port-Channel Interface
- Configuring Flow Control
- Configuring Load Balancing Using Port Channels
- Enabling LACP
- Configuring LACP Port-Channel Port Modes
- Configuring LACP Port-Channel MinLinks
- Configuring the LACP Port-Channel MaxBundle
- Configuring the LACP Fast Timer Rate
- Configuring the LACP Port Priority
- Disabling LACP Graceful Convergence
- Reenabling lacp graceful convergence
- Disabling LACP Suspend Individual
- Reenabling LACP Suspend Individual
- Verifying the Port-Channel Configuration
- Monitoring the Port-Channel Interface Configuration
- Feature History for Configuring Port Channels
- configuring vpcs
- Chapter 7 Configuring vPC
- vPC Terminology
- vPC Peer Links
- Peer-Keepalive Link and Messages
- vPC Peer-Gateway
- vPC Domain
- vPC Topology
- Compatibility Parameters for vPC Interfaces
- vPC Number
- Configuring vPC Peer Links and Links to the Core on a Single Module
- vPC Interactions with Other Features
- vPC Recovery After an Outage
- Licensing Requirements for vPCs
- Configuring vPCs
- Enabling vPCs
- Disabling vPCs
- Creating a vPC Domain and Entering the vpc-domain Mode
- Configuring the vPC Keepalive Link and Messages
- Creating the vPC Peer Link
- Configuring the vPC Peer-Gateway
- Configuring a Graceful Consistency Check
- Checking the Configuration Compatibility on a vPC Peer Link
- Moving Other Port Channels into a vPC
- Manually Configuring a vPC Domain MAC Address
- Manually Configuring the System Priority
- Manually Configuring the vPC Peer Device Role
- Configuring the Tracking Feature on a Single-Module vPC
- Configuring for Recovery After an Outage
- Configuring the Suspension of Orphan Ports
- Configuring the vPC Peer Switch
- Verifying the vPC Configuration
- Monitoring vPCs
- Feature History for Configuring vPCs
- Information About IP Tunnels
- Chapter 8 Configuring IP Tunnel
- Path MTU Discovery
- Prerequisites for IP Tunnels
- Enabling Tunneling
- Configuring a GRE Tunnel
- Enabling Path MTU Discovery
- Verifying the IP Tunnel Configuration
- Feature History for Configuring IP Tunnels
- Information About Q-in-Q Tunnels
- Chapter 9 Configuring Q-in-Q VLAN Tunnel
- Information About Layer 2 Protocol Tunneling
- Licensing Requirements for Q-in-Q Tunnels
- Creating a 802.1Q Tunnel Port
- Changing the EtherType for Q-in-Q
- Enabling the Layer 2 Protocol Tunnel
- Configuring Global CoS for L2 Protocol Tunnel Ports
- Configuring the Rate Limit for Layer 2 Protocol Tunnel Ports
- Configuring Thresholds for Layer 2 Protocol Tunnel Ports
- Verifying the Q-in-Q Configuration
- Feature History for Q-in-Q Tunnels and Layer 2 Protocol Tunneling
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Switch LEDs D
- document conventions
- related documentation
- Cisco Nexus 7000 Series
- Chapter 1 Overview
- Cisco Nexus 7009 Switch
- Cisco Nexus 7010 System
- Cisco Nexus 7018 System
- Preparing the Site
- Safety Guidelines
- Managing the System Hardware
- Preparing to Install the Switch
- Chapter 2 Installing a Cisco Nexu 7004 Chassi
- Unpacking and Inspecting a New Switch
- Installing the Chassis
- Installing the Center-Mount Brackets
- Installing the Chassis in a Rack
- Grounding the Cisco Nexus 7004 Chassis
- Connecting Your ESD Wrist Strap to the Chassis
- Installing USB Storage Media in a Supervisor 2 or 2E Module
- Installing the Air Filter
- Required Tools
- Chapter 3 Installing a Cisco Nexu 7009 Chassi
- Installing the Bottom-Support Rails on the Rack
- Prerequisites for Attaching the Bottom-Support Rails
- Attaching the Front-Mount Bottom-Support Rails
- Attaching the Center-Mount Bottom-Support Rails
- Prerequisites for Installing the Chassis
- Required Tools and Equipment
- Mounting the Chassis by its Front Brackets
- Mounting the Chassis by its Center Brackets
- Grounding the Cisco Nexus 7009 Chassis
- Prerequisites for Grounding the Chassis
- Installing the Cable Management Frames
- Installing the Front Door and Air Intake Frame
- Installing Storage Media in a Supervisor Module
- Chapter 4 Installing a Cisco Nexu 7010 Chassi
- Attaching the Bottom-Support Rails
- Grounding the Cisco Nexus 7010 Chassis
- Connecting the System Ground
- Installing the Front Doors and Frame Assembly
- Unpacking and Inspecting a New Chassis
- unpacking and inspecting a new chassis
- Installing the Cable Management Frame
- Chapter 6 Installing Power Supplie
- Connecting an AC Power Supply to AC Power Sources
- Prerequisites for Connecting AC Power Supplies to AC Power Sources
- Connecting a 6-kW AC Power Supply to AC Power Sources
- Connecting a 7.5-kW AC Power Supply to AC Power Sources
- Connecting a DC Power Supply to DC Power Sources
- Connecting a DC Power Supply Directly to DC Power Sources
- Connecting a 3-kW DC Power Supply Directly to DC Power Sources
- Connecting a 6-kW DC Power Supply to a DC Power Source
- Connecting a Power Supply to DC Power Sources through a Power Interface Unit
- Installing the PIU in a Rack
- Grounding the PIU
- Connecting the DC Power Supply to a Power Source Through a PIU
- Preparing for Connections
- C H A P T E R 7 Connecting the Cisco Nexus 7000 Series Switch to the Network
- Creating an Initial Switch Configuration
- Setting Up the Management Interface
- Connecting the Supervisor CMP Port
- Connecting an I/O Module
- Connecting or Disconnecting a 1000BASE-T Port
- Connecting a 1000BASE-T Port to the Network
- Installing a Transceiver
- Connecting a Fiber-Optic Cable to a Transceiver
- Maintaining Transceivers and Fiber-Optic Cables
- Displaying the Switch Hardware Inventory
- Displaying the Switch Serial Number
- Displaying Power Usage Information
- Power Supply Configuration Modes
- Configuring the Power Supply Mode
- Power Supply Configuration Guidelines
- Information About Modules
- I/O Modules
- Fabric Modules
- Checking the State of a Module
- Specifying the Boot Up Order for I/O modules
- Connecting to a Module
- Shutting Down a Fabric Module
- Shutting Down an I/O Module
- Information About Module Temperature
- Displaying the Module Temperature
- Displaying Environment Information
- Reloading Modules
- Saving the Module Configuration
- Information About Fan Trays
- Configuring EPLDs
- Deciding When to Upgrade EPLDs
- Switch Requirements
- Determining Whether to Upgrade EPLDs
- Downloading the EPLD Images
- EPLD Images Needed for vPCs
- EPLD Images Needed for LISP
- Installation Guidelines
- Epld upgrade commands table
- Automatic Upgrading of EPLD Images for I/O Modules
- Verifying Automatic Upgrades of EPLD Images
- Verifying the EPLD Upgrades
- Displaying the Status of EPLD Upgrades
- Getting Started
- Chapter 9 Troubleshooting
- Troubleshooting a DC Power Supply Unit
- Troubleshooting the Supervisor Modules
- Troubleshooting the Fabric Modules
- Troubleshooting the I/O Modules
- Contacting Customer Service
- C H A P T E R 10 Installing or Replacing Components
- Removing a 3-kW AC Power Supply Unit During Operations
- Removing an 6-kW or 7.5-kW AC Power Supply Unit During Operations
- Installing a 6-kW or 7.5-kW AC Power Supply Unit During Operations
- Replacing a DC Power Supply Unit During Operations
- Installing a 3-kW DC Power Supply Unit During Operations
- Removing a 6-kW DC Power Supply Unit During Operations
- Installing a 6-kW DC Power Supply Unit During Operations
- Replacing a Supervisor Module
- Replacing a Redundant Supervisor Module During System Operations
- Replacing a Supervisor Module in a Single-Supervisor System
- Replacing Supervisor 1 Modules with Supervisor 2 or Supervisor 2E Modules
- Replacing Supervisor 2 Modules with Supervisor 2E Modules
- Upgrading Memory for Supervisor 1 Modules
- Adding 4 GB of Memory to a Supervisor Module
- Removing 4 GB of Memory from a Supervisor Module
- Installing an I/O Module
- Installing a NAM Module
- Required Tools for Installing a NAM
- Installing the Cisco Prime NAM Software
- Configuring the NAM
- Configuring a SPAN Session for a Data Port
- Configuring a SPAN Session for a Port Channel
- Specifying the NAM IP Configuration and Enabling the Web Server
- Upgrading the Cisco Prime NAM software
- Replacing or Upgrading a Cisco Nexus 7010 or 7018 Fabric Module During Operations
- Upgrading Fabric 1 Modules with Fabric 2 Modules
- Replacing the Cisco Nexus 7004 Fan Tray During Operations
- Replacing a Cisco Nexus 7009 Fan Tray During Operations
- Replacing a Cisco Nexus 7010 System Fan Tray During Operations
- Replacing a Cisco Nexus 7010 System Fan Tray
- Replacing a Cisco Nexus 7010 Fabric Fan Tray
- Replacing Storage Media for a Supervisor Module
- Replacing the Cable Management Frames on the Cisco Nexus 7004 Chassis
- Installing the Cable Management Frames on the Cisco Nexus 7004 Chassis
- Replacing the Front Doors and Frame Assembly on the Cisco Nexus 7010 Chassis
- Replacing the Cable Management Frame on the Cisco Nexus 7018 Chassis
- Installing a Cable Management Frame
- Replacing the Front Door and Air Intake Assemblies on the Cisco Nexus 7018 Chassis
- Removing the Front Door and Air Intake Assemblies
- Installing a Front Door and Air Intake Assemblies
- Replacing the Air Filter on the Cisco Nexus 7004 Chassis
- Environmental Specifications for the Cisco Nexus 7000 Series Systems
- Appendix A Technical Specification
- Power Specifications for the Cisco Nexus 7000 Series Switches
- Power Supply Cable Specifications
- Chassis Clearances
- Cisco Nexus 7009 Chassis Clearances
- Cisco Nexus 7010 Chassis Clearances
- Cisco Nexus 7018 Chassis Clearances
- Facility Cooling Requirements
- Chassis Airflow
- Gigabit CFP Transceivers
- A P P E N D I X B Transceivers and Module Connectors
- Gigabit QSFP Transceivers
- Gigabit SFP+ Transceivers and Fabric Extender Transceivers
- BASE-DWDM SFP+ Transceivers
- GBASE-X X2 Transceivers
- GBASE-DWDM X2 Transceivers
- Gigabit SFP Transceivers
- BASE-CWDM SFP Transceiver Cables
- BASE-T and 1000BASE-X SFP Transceivers
- RJ-45 Module Connectors
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- document conventions
- related documentation
- obtaining documentation and submitting a service request
- Cisco Nexus 7000 Series
- Chapter 1 Overview
- Cisco Nexus 7018 System
- Preparing the Site
- Safety Guidelines
- Replacing Components
- Preparing to Install the Device
- Installing a Four-Post Rack or Cabinet
- Installing the Bottom-Support Rails on the Rack
- Prerequisites for Attaching the Bottom-Support Rails
- Installing the Chassis
- Prerequisites for Grounding the Chassis
- Connecting the System Ground
- Connecting Your ESD Strap to the Chassis
- installing and formatting compactflash cards
- Chapter 2 Installing a Cisco Nexu 7010 Chassi
- Required Tools
- Chapter 3 Installing a Cisco Nexu 7018 Chassi
- Attaching the Bottom-Support Rails
- Required Tools and Equipment
- Prerequisites for Installing the Chassis
- installing the front door and air intake frame
- Installing and Formatting CompactFlash Cards
- Grounding the Cisco Nexus 7010 Chassis
- Chapter 4 Installing Power Supply Unit
- Connecting 6-kW Power Supply Units
- Preparing for Connections
- C H A P T E R 5 Connecting the Cisco Nexus 7000 Device to the Network
- Creating an Initial Device Configuration
- Setting Up the Management Interface
- Connecting the Supervisor CMP Port
- Connecting or Disconnecting a 1000Base-T Port
- Installing a Transceiver
- Connecting a Fiber-Optic Cable with a Transceiver
- Maintaining Transceivers and Fiber-Optic Cables
- Displaying the Device Hardware Inventory
- Chapter 6 Managing the Device Hardware
- Displaying the Device Serial Number
- Displaying Power Usage Information
- Power Supply Configuration Modes
- Power Supply Configuration Guidelines
- Information About Modules
- I/O Modules
- Checking the State of a Module
- Connecting to a Module
- Shutting Down a Supervisor or I/O Module
- Displaying Module Temperature
- Displaying Environment Information
- Reloading Modules
- Reloading the Device
- Purging the Module Configuration
- Information About Fan Trays
- EPLD Configuration
- Supported Device Hardware
- Installation Guidelines
- Preparing the EPLD Images for Installation
- Upgrading EPLD Images
- Upgrading the EPLD Images for I/O or Standby Supervisor Modules
- Upgrading EPLDs for the Active Supervisor Module
- Upgrading EPLDs for a Fabric Module
- Upgrading EPLDs for a Fan Tray Module
- Displaying the EPLD Versions
- Displaying EPLD Versions for a Fabric Module
- Default Settings
- Getting Started
- Chapter 7 Troubleshooting
- Troubleshooting the Fan Trays
- Troubleshooting the Fabric Modules
- Troubleshooting the I/O Modules
- Contacting Customer Service
- Replacing a Power Supply Unit During Operations
- C H A P T E R 8 Removal and Installation Procedures
- Replacing a Supervisor Module
- Replacing a Supervisor Module in a Single-Supervisor System
- Replacing an I/O Module
- Replacing a Fabric Module During System Operations
- Replacing a Cisco Nexus 7010 System Fan Tray During System Operations
- Replacing a Cisco Nexus 7010 Fabric Fan Tray
- Replacing a CompactFlash Card
- Installing the Front Doors and Frame Assembly
- Replacing the Cisco Nexus 7010 System Air Filter
- Environmental Specifications for the Cisco Nexus 7000 Series Systems
- Appendix A Technical Specification
- Power Specifications for the Cisco Nexus 7000 Series Devices
- Power Supply Cable Specifications
- Chassis Clearances
- Facility Cooling Requirements
- cable and port specifications
- Appendix B Cable and Port Specification
- SFP+ Transceivers
- Appendix C Chassi and Module LED
- Disconnecting the Cisco Nexus 7000 Series System
- A P P E N D I X D Repacking the Cisco Nexus 7000 Series Device for Shipment
- Repacking the Cisco Nexus 7010 Device
- Site Preparation Checklist
- Contact and Site Information
- A P P E N D I X E Site Preparation and Maintenance Records
Nexus 7000 Series
Table of contents
- Table Of Contents
- Cisco Video Surveillance 7000 Series IP Camera Configuration Guide, Release 1
- chapter
- accessing the ip camera
- understanding the ip camera user interface
- ip camera windows
- performing the initial setup of the ip camera
- Chapter 2 Performing the Initial Setup of the IP Camera
- viewing live video
- Chapter 3 Viewing Live Video
- streaming window
- Chapter 4 Feature Setup
- camera window
- Camera Window
- Video Overlay Window
- io ports window
- IO Ports Window
- Event Notification Window
- network setup
- Chapter 5 Network Setup
- ip addressing window
- IP Addressing Window
- Time Window
- Discovery Window
- IP Filter Window
- QoS Window
- initialization window
- user window
- maintenance window
- firmware window
- device processes window
- password complexity window
- log setup window
- local log window
Nexus 7000 Series
Table of contents
- Table Of Contents
- new and changed information
- document conventions
- related documentation
- obtaining documentation and submitting a service request
- Cisco Nexus 7000 Series NX-OS High Availability Commands
- clear cores
- clear xbar-driver
- out-of-service
- power redundancy-mode
- reload module
- show boot
- show cores
- show system cores
- show system redundancy
- show system standby manual-boot
- system cores
- system hap-reset
- system no hap-reset
- system standby manual-boot
- system switchover
- system test-preupgrade running-ver
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- new and changed information
- document conventions
- related documentation
- obtaining documentation and submitting a service request
- Overview
- Routing Fundamentals
- Routing Metrics
- Path Length
- Router IDs
- Convergence
- Administrative Distance
- Routing Algorithms
- Distance Vector Protocols
- Layer 3 Virtualization
- Unicast RIB
- Unicast Forwarding Distribution Module
- Summary of Layer 3 Unicast Routing Features
- EIGRP
- Information About IPv4
- Multiple IPv4 Addresses
- ARP Caching
- Devices that do not use ARP
- Proxy ARP
- Virtualization Support
- Configuring IPv4 Addressing
- Configuring Multiple IP Addresses
- Configuring a Static ARP Entry
- Configuring Proxy ARP
- Configuring Local Proxy ARP
- Configuring Gratuitous ARP
- Configuring IP Packet Verification
- Configuring IP Directed Broadcasts
- Verifying the IPv4 Configuration
- Related Documents
- Information About IPv6
- IPv6 Address Formats
- IPv6 Unicast Addresses
- Link-Local Addresses
- Unique Local Addresses
- Site-Local Address
- IPv4 Packet Header
- DNS for IPv6
- IPv6 Neighbor Discovery
- IPv6 Router Advertisement Message
- IPv6 Neighbor Redirect Message
- Licensing Requirements for IPv6
- Configuring IPv6 Addressing
- Configuring IPv6 Neighbor Discovery
- Optional IPv6 Neighbor Discovery
- Configuring IPv6 Packet Verification
- Verifying the IPv6 Configuration
- Configuring DNS
- Name Servers
- Prerequisites for DNS Clients
- Configuring Virtualization
- Verifying the DNS Client Configuration
- Additional References
- Information About WCCPv2
- WCCPv2 Overview
- Service Group Lists
- WCCPv2 Designated Cache Engine
- WCCPv2 Authentication
- High Availability for WCCPv2
- Configuring WCCPv2
- Configuring a WCCPv2 Service Group
- Applying WCCPv2 Redirection to an Interface
- Configuring WCCPv2 in a VRF
- Verifying WCCPv2 Configuration
- Default Settings
- Information About OSPFv2
- Hello Packet
- Adjacency
- Areas
- Link-State Advertisements
- Link Cost
- Link-State Database
- Simple Password Authentication
- Not-So-Stubby Area
- Route Redistribution
- High Availability and Graceful Restart
- OSPFv2 Stub Router Advertisements
- Prerequisites for OSPFv2
- Enabling the OSPFv2 Feature
- Creating an OSPFv2 Instance
- Configuring Optional Parameters on an OSPFv2 Instance
- Configuring Networks in OSPFv2
- Configuring Authentication for an Area
- Configuring Authentication for an Interface
- Configuring Advanced OSPFv2
- Configuring Stub Areas
- Configuring a Totally Stubby Area
- Configuring NSSA
- Configuring Virtual Links
- Configuring Redistribution
- Limiting the Number of Redistributed Routes
- Configuring Route Summarization
- Configuring Stub Route Advertisements
- Modifying the Default Timers
- Configuring Graceful Restart
- Restarting an OSPFv2 Instance
- Configuring OSPFv2 with Virtualization
- Verifying the OSPFv2 Configuration
- Displaying OSPFv2 Statistics
- Information About OSPFv3
- Comparison of OSPFv3 and OSPFv2
- Neighbors
- Designated Routers
- LSA Types
- Flooding and LSA Group Pacing
- OSPFv3 and the IPv6 Unicast RIB
- Stub Area
- Virtual Links
- Multiple OSPFv3 Instances
- Configuration Guidelines and Limitations
- Creating an OSPFv3 Instance
- Configuring Networks in OSPFv3
- Configuring Advanced OSPFv3
- Configuring Filter Lists for Border Routers
- Configuring Multi-Area Adjacency
- Restarting an OSPFv3 Instance
- Configuring OSPFv3 with Virtualization
- Verifying OSPFv3 Configuration
- OSPFv3 Example Configuration
- Information About EIGRP
- Chapter 8 Configuring EIGRP
- Diffusing Update Algorithm
- External Route Metrics
- Address Families
- Stub Routers
- Split Horizon
- Licensing Requirements for EIGRP
- Creating an EIGRP Instance
- Restarting an EIGRP Instance
- Shutting Down an EIGRP Instance
- Shutting Down EIGRP on an Interface
- Configuring EIGRP Stub Routing
- Redistributing Routes into EIGRP
- Configuring Load Balancing in EIGRP
- Configuring Graceful Restart for EIGRP
- Adjusting the Interval Between Hello Packets and the Hold Time
- Tuning EIGRP
- Configuring Virtualization for EIGRP
- Verifying EIGRP Configuration
- Related Topics
- Information about IS-IS
- Chapter 9 Configuring I-I
- NET and System ID
- Mesh Groups
- Licensing Requirements for IS-IS
- IS-IS Configuration Modes
- Creating an IS-IS Instance
- Restarting an IS-IS Instance
- Shutting Down IS-IS
- Shutdown IS-IS on an Interface
- Configuring IS-IS Authentication on an Interface
- Configuring a Mesh Group
- Configuring the Attached Bit
- Configuring a Graceful Restart
- Tuning IS-IS
- Verifying IS-IS Configuration
- Displaying IS-IS Statistics
- Information About Basic BGP
- Chapter 10 Configuring Basic BGP
- BGP Peers
- BGP Router Identifier
- Step 2—Determining the Order of Comparisons
- BGP and the Unicast RIB
- Guidelines and Limitations for BGP
- Address Family Configuration Mode
- Neighbor Address Family Configuration Mode
- Creating a BGP Instance
- Restarting a BGP Instance
- Configuring BGP Peers
- Configuring Dynamic AS Numbers for Prefix Peers
- Clearing BGP Information
- Verifying Basic BGP Configuration
- Displaying BGP Statistics
- Where to Go Next
- Information About Advanced BGP
- Chapter 11 Configuring Advanced BGP
- Route Policies and Resetting BGP Sessions
- AS Confederations
- Route Reflector
- Capabilities Negotiation
- Load Sharing and Multipath
- BGP Conditional Advertisement
- Graceful Restart and High Availability
- ISSU
- Prerequisites for BGP
- Configuring Advanced BGP
- Configuring BGP Peer-Policy Templates
- Configuring BGP Peer Templates
- Configuring Prefix Peering
- Resetting a BGP Session
- Configuring BGP Next-Hop Address Tracking
- Disabling Capabilities Negotiation
- Configuring eBGP Multihop
- Configuring Route Reflector
- Configuring Route Dampening
- Configuring Load Sharing and ECMP
- Configuring Aggregate Addresses
- Configuring Route Redistribution
- Configuring Multiprotocol BGP
- Tuning BGP
- Verifying Advanced BGP Configuration
- Information About RIP
- RIP Overview
- Chapter 12 Configuring RIP
- Load Balancing
- Configuring RIP
- Creating a RIP Instance
- Restarting a RIP Instance
- Configuring RIP Authentication
- Configuring a Passive Interface
- Configuring Split Horizon with Poison Reverse
- Tuning RIP
- Verifying RIP Configuration
- RIP Example Configuration
- Configuring Static Routing
- Remote Next Hops for Static Routes
- Configuring a Static Route
- Verifying Static Routing Configuration
- Configuring Layer 3 Virtualization
- VRF and Routing
- Reachability
- Combining Reachability and Filtering
- Prerequisites for VRF
- Assigning VRF Membership to an Interface
- Configuring VRF Parameters for a Routing Protocol
- Configuring a VRF-Aware Service
- Setting the VRF Scope
- Verifying VRF Configuration
- Information About the Unicast RIB and FIB
- Layer 3 Consistency Checker
- Chapter 15 Managing the Unicast RIB and FIB
- Managing the Unicast RIB and FIB
- Configuring Load Sharing in the Unicast FIB
- Configuring Per-Packet Load Sharing
- Displaying Routing and Adjacency Information
- Triggering the Layer 3 Consistency Checker
- Clearing Forwarding Information in the FIB
- Returning the TCAM to Default Settings
- Estimating Memory Requirements for Routes
- Clearing Routes in the Unicast RIB
- Information About Route Policy Manager
- C H A P T E R 16 Configuring Route Policy Manager
- Set Changes
- Community Lists for BGP
- Policy-Based Routing
- Configuring Route Policy Manager
- Configuring AS-path Lists
- Configuring Community Lists
- Configuring Extended Community Lists
- Configuring Route Maps
- Verifying Route Policy Manager Configuration
- Information About Policy Based Routing
- C H A P T E R 17 Configuring Policy-Based Routing
- Licensing Requirements for Policy-Based Routing
- Enabling the Policy-based Routing Feature
- Configuring a Route Policy
- Verifying Policy-Based Routing Configuration
- Information About GLBP
- Chapter 18 Configuring GLBP
- GLBP Virtual Gateway Redundancy
- GLBP Authentication
- GLBP Load Balancing and Tracking
- High Availability
- Guidelines and Limitations
- Configuring GLBP Authentication
- Configuring GLBP Load Balancing
- Customizing GLBP
- Enabling a GLBP Group
- Verifying GLBP Configuration
- Information About HSRP
- Chapter 19 Configuring HSRP
- HSRP Versions
- HSRP Authentication
- Object Tracking and HSRP
- High Availability and Extended Non-Stop Forwarding
- Enabling the HSRP Feature
- Configuring the HSRP Version
- Authenticating HSRP
- Configuring HSRP Object Tracking
- Configuring the HSRP Priority
- Customizing HSRP
- Configuring Extended Hold Timers for HSRP
- Verifying HSRP Configuration
- Configuring VRRP
- VRRP Operation
- VRRP Benefits
- VRRP Router Priority and Preemption
- vPC and VRRP
- Configuring VRRP Groups
- Configuring VRRP Priority
- Configuring VRRP Authentication
- Configuring Time Intervals for Advertisement Packets
- Disabling Preemption
- Configuring VRRP Interface State Tracking
- Verifying the VRRP Configuration
- Displaying VRRP Statistics
- Configuring Object Tracking
- Object Tracking Overview
- Configuring Object Tracking for Route Reachability
- Configuring an Object Track List with a Boolean Expression
- Configuring an Object Track List with a Percentage Threshold
- Configuring an Object Track List with a Weight Threshold
- Configuring an Object Tracking Delay
- Configuring Object Tracking for a Nondefault VRF
- Verifying Object Tracking Configuration
- BGP RFCs
- A P P E N D I X A IETF RFCs supported by Cisco NX-OS Unicast Features, Release 4.x
- IS-IS RFCs
Nexus 7000 Series
Table of contents
- document conventions
- related documentation
- documentation feedback
- new and changed information
- action cli
- action counter
- action forceshut
- action overbudgetshut
- action reload
- action syslog
- callhome send
- callhome test
- cdp enable
- cdp holdtime
- cdp timer
- cfs distribute
- cfs region
- clear callhome session
- clear cdp
- clear cores
- clear logging nvram
- clear logging onboard
- clear logging session
- clear ntp session
- clear ntp statistics
- clear snmp hostconfig
- configure session
- diagnostic start
- event manager applet
- event manager environment
- event manager policy
- flow timeout
- lldp holdtime
- lldp receive
- lldp reinit
- lldp timer
- lldp transmit
- logging console
- logging event
- logging level
- logging logfile
- logging module
- logging monitor
- logging server
- logging timestamp
- monitor session
- ntp abort
- ntp authenticate
- ntp broadcast
- ntp broadcastdelay
- ntp commit
- ntp disable
- ntp distribute
- ntp enable
- ntp master
- ntp peer
- ntp server
- ntp source
- poweroff module
- rmon event
- role distribute
- system cores
- system heartbeat
- system trace
- system watchdog
- show commands
- show callhome
- show cdp
- show cdp neighbors
- show cfs regions
- show cfs status
- show cores
- show environment
- show environment power
- show event manager environment
- show event manager policy
- show interface ethernet
- show inventory
- show lldp neighbors
- show lldp traffic
- show logging console
- show logging info
- show logging last
- show logging level
- show logging logfile
- show logging module
- show logging monitor
- show logging nvram
- show logging server
- show logging session status
- show logging status
- show logging timestamp
- show module
- show monitor
- show monitor session
- show ntp peers
- show ntp statistics
- show processes
- show processes cpu
- show processes log
- show processes memory
- show rmon
- show scheduler
- show snmp
- show snmp community
- show snmp context
- show snmp engineid
- show snmp group
- show snmp host
- show snmp trap
- show snmp user
- show sprom
- show system cores
- show system uptime
- system message logging facilities
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- document conventions
- documentation feedback
- New and Changed Information
- Chapter
- Cisco Nexus 7000 Series NX-OS System Management Configuration Guide
- Cisco NX-OS Device Configuration Methods
- Configuring with CLI or XML Management Interface
- Precision Time Protocol
- Session Manager
- Onboard Failure Logging
- FabricPath
- Configuring CFS
- Applications that Use CFS to Distribute Configuration Changes
- CFS Distribution Modes
- CFS Merge Support
- High Availability
- Default Settings for CFS
- Configuring CFS Distribution
- Enabling CFS to Distribute DPVM Configurations
- Enabling CFS to Distribute FC Domain Configurations
- Enabling CFS to Distribute FC Port Security Configurations
- Enabling CFS to Distribute IVR Configurations
- Enabling CFS to Distribute NTP Configurations
- Enabling CFS to Distribute RADIUS Configurations
- Enabling CFS to Distribute TACACS+ Configurations
- Enabling CFS to Distribute User Role Configurations
- Configuring an IP Multicast Address for CFSoIP
- Configuring CFS Regions
- Removing an Application from a CFS Region
- Deleting a CFS Region
- Creating and Distributing a CFS Configuration
- Clearing a Locked Session
- Discarding a CFS Configuration
- Verifying the CFS Configuration
- Additional References for CFS
- Feature History for CFS
- Finding Feature Information
- NTP Associations
- NTP Multicast Associations
- Virtualization Support
- Default Settings for NTP
- Enabling or Disabling NTP on an Interface
- Configuring the Device as an Authoritative NTP Server
- Configuring NTP Authentication
- Configuring NTP Access Restrictions
- Configuring the NTP Source IP Address
- Configuring the NTP Source Interface
- Configuring an NTP Multicast Server
- Configuring an NTP Multicast Client
- Configuring NTP Logging
- Enabling CFS Distribution for NTP
- Committing NTP Configuration Changes
- Releasing the CFS Session Lock
- Configuration Examples for NTP
- Additional References
- About PTP
- PTP Process
- Pong
- Guidelines and Limitations for PTP
- Configuring PTP
- Configuring PTP on an Interface
- Verifying the PTP Configuration
- Configuration Examples for PTP
- Related Documents
- Feature History for PTP
- Configuring CDP
- VTP Feature Support
- Default Settings for CDP
- Enabling or Disabling CDP on an Interface
- Configuring Optional CDP Parameters
- Verifying the CDP Configuration
- Configuring System Message Logging
- Syslog Servers
- Binary Tech Support
- Logging System Messages to a File
- Configuring Module and Facility Messages Logging
- Configuring Syslog Servers
- Configuring Destination Port for Forwarding Syslogs
- Configuring Syslog Servers on a UNIX or Linux System
- Displaying and Clearing Log Files
- Configuration Example for System Message Logging
- Feature History for System Message Logging
- Destination Profiles
- Smart Call Home Message Levels
- Obtaining Smart Call Home
- Distributing Smart Call Home Using CFS
- Licensing Requirements for Smart Call Home
- Default Settings for Smart Call Home
- Configuring Smart Call Home
- Creating a Destination Profile
- Modifying a Destination Profile
- Associating an Alert Group with a Destination Profile
- Adding Show Commands to an Alert Group
- Configuring the Email Server
- Configuring VRFs To Send Messages Using HTTP
- Configuring an HTTP Proxy Server
- Configuring Periodic Inventory Notifications
- Disabling Duplicate Message Throttling
- Enabling or Disabling Smart Call Home
- Testing the Smart Call Home Configuration
- Configuration Examples for Smart Call Home
- Message Formats
- Alert Group Message Fields
- Fields for User-Generated Test Messages
- Sample Syslog Alert Notification in XML Format
- Automatically Generated System Checkpoints
- Default Settings for Rollbacks
- Implementing a Rollback
- Verifying the Rollback Configuration
- Feature History for Rollback
- Guidelines and Limitations for Session Manager
- Configuring ACLs in a Session
- Committing a Session
- Configuration Example for Session Manager
- Feature History for Session Manager
- Remote User Authentication
- Configuring the Scheduler
- Configuring Remote User Authentication
- Deleting a Job
- Defining a Timetable
- Clearing the Scheduler Log File
- Configuration Examples for the Scheduler
- Displaying the Results of Running Scheduler Jobs
- About SNMP
- SNMPv3
- User-Based Security Model
- CLI and SNMP User Synchronization
- Group-Based SNMP Access
- Virtualization Support for SNMP
- Configuring SNMP
- Enforcing SNMP Message Encryption
- Creating SNMP Communities
- Filtering SNMP Requests
- Configuring SNMP Notification Receivers
- Configuring a Source Interface for SNMP Notifications
- Configuring the Notification Target User
- Configuring SNMP Notification Receivers with VRFs
- Configuring SNMP to Send Traps Using an Inband Port
- Enabling SNMP Notifications
- Disabling Link Notifications on an Interface
- Enabling a One-Time Authentication for SNMP over TCP
- Configuring the Context to Network Entity Mapping
- Disabling SNMP
- Verifying SNMP Configuration
- Configuration Examples for SNMP
- RFCs
- Configuring RMON
- About RMON
- High Availability for RMON
- Default Settings for RMON
- Configuring RMON Events
- Verifying the RMON Configuration
- Configuring Online Diagnostics
- Online Diagnostics Overview
- Runtime or Health Monitoring Diagnostics
- Recovery Actions for Specified Health-Monitoring Diagnostics
- On-Demand Diagnostics
- Default Settings for Online Diagnostics
- Activating a Diagnostic Test
- Setting a Diagnostic Test as Inactive
- Configuring Corrective Action
- Starting or Stopping an On-Demand Diagnostic Test
- Simulating Diagnostic Results
- Configuration Examples for Online Diagnostics
- About EEM
- Event Statements
- VSH Script Policies
- EEM Event Correlation
- Default Settings for EEM
- Defining a User Policy Using the CLI
- Configuring Event Statements
- Configuring Action Statements
- Defining a Policy Using a VSH Script
- Scheduling an EEM Policy
- Overriding a Policy
- Configuring Memory Thresholds
- Configuring Syslog as EEM Publisher
- Verifying the EEM Configuration
- Configuration Examples for EEM
- Configuring Onboard Failure Logging
- About OBFL
- Prerequisites for OBFL
- Verifying the OBFL Configuration
- Configuration Example for OBFL
- Configuring SPAN
- SPAN Sources
- Characteristics of Destination Ports
- Extended SPAN Sessions
- Exception SPAN
- Virtual SPAN Sessions
- Guidelines and Limitations for F1 Series Module
- Guidelines and Limitations for F2/F2e Series Modules
- Guidelines and Limitations for F3 Series Module
- Guidelines and Limitations for M2/M2XL Series Modules
- Guidelines and Limitations for M3 Series Modules
- Configuring Multi-Destination SPAN on F2 Series Modules
- Configuring Multiple SPAN Sessions on a SPAN Destination Port
- Configuring a Virtual SPAN Session
- Configuring an RSPAN VLAN
- Shutting Down or Resuming a SPAN Session
- Configuring MTU Truncation for Each SPAN Session
- Configuring a Source Rate Limit for Each SPAN Session
- Configuring Sampling for Each SPAN Session
- Complex Rule-based SPAN
- Creating Filter-Lists
- Configuring a Session with Rules Enabled
- Configuring the Multicast Best Effort Mode for a SPAN Session
- Configuring Rule-Based SPAN
- Configuring Exception SPAN
- Removing FabricPath and VNTAG Headers
- Verifying the SPAN Configuration
- Configuration Examples for SPAN
- Configuration Example for a Unidirectional SPAN Session
- Configuration Example for a SPAN Session with a Private VLAN Source
- Configuration Example for SPAN with MTU Truncation and SPAN Sampling
- Configuration Example for Exception SPAN
- About ERSPAN
- ERSPAN Destinations
- Extended ERSPAN Session
- Exception ERSPAN
- Network Analysis Module
- Guidelines and Limitations for ERSPAN
- Default Settings
- Configuring ERSPAN
- Configuring an ERSPAN Destination Session
- Shutting Down or Activating an ERSPAN Session
- Configuring MTU Truncation for Each ERSPAN Session
- Configuring a Source Rate Limit for Each ERSPAN Session
- Configuring Sampling for Each ERSPAN Session
- Configuring the Multicast Best Effort Mode for an ERSPAN Session
- Configuring Rule-Based ERSPAN
- Configuring Exception ERSPAN
- Verifying the ERSPAN Configuration
- Configuration Examples for ERSPAN
- Configuration Example for a Unidirectional ERSPAN Session
- Configuration Example for ERSPAN with MTU Truncation and ERSPAN Sampling
- About DCBXP
- Default Settings for LLDP
- Enabling or Disabling LLDP on an Interface
- Configuring Optional LLDP Parameters
- Verifying the LLDP Configuration
- NetFlow
- Flow Exporters
- Flow Monitors
- Netflow on CoPP Interface Support
- Guidelines and Limitations for NetFlow
- Default Settings for NetFlow
- Enabling the NetFlow Feature
- Specifying the Match Parameters
- Creating a Flow Exporter
- Creating a Flow Monitor
- Creating a Sampler
- Applying a Flow Monitor to an Interface
- Configuring Netflow on CoPP Interface Support
- Configuring Bridged NetFlow on a VLAN
- Configuring NetFlow Timeouts
- Verifying the NetFlow Configuration
- Verification Examples for NetFlow CoPP Interface Support
- Information About EEE
- Guidelines and Limitations
- Configuring the EEE LPI Sleep Threshold
- Verifying the EEE Configuration
- Configuration Examples for EEE
- Feature History for EEE
- Licensing Requirements for XMLIN
- Converting Show Command Output to XML
- IETF RFCs Supported by Cisco NX-OS System Management
- EEM System Policies
- EEM Events
- Configuration Examples for EEM Policies
- Configuration Examples to Override (Disable) Major Thresholds
- Overriding (Disabling) an Entire Module
- Enabling Multiple Sensors While Disabling All Remaining Sensors of All Modules
- Configuration Examples to Override (Disable) Shutdown for Fan Tray Removal
- Overriding (Disabling) a Shutdown for Removal of All Fan Trays Except One
- Creating a Supplemental Policy for the Temperature Threshold Event
- Configuration Examples to Select Modules to Shut Down
- Configuration Example to Generate a User Syslog
- Sending an SNMP Notification in Response to an Event in the Event Policy
- Configuration Example to Register an EEM Policy with the EEM
- Configuration Limits for Cisco NX-OS System Management
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- document conventions
- obtaining documentation and submitting a service request
- New and Changed Information
- chapter
- Cisco Prime NAM Appliances
- Health Monitoring
- High Availability
- Virtualization
- Preparing for RISE Integration
- Licensing for Cisco RISE
- Guidelines and Limitations for Preparing for the RISE Integration
- Installing the Citrix Netscaler Application Delivery Controller (ADC) Appliance
- Finding Feature Information
- Guidelines and Limitations for Configuring RISE
- Accessing the Switch and Appliance Interfaces
- Using the Netscaler CLI
- Using the Netscaler GUI
- Using the Statistical Utility
- Configuring RISE in an Indirect Mode Deployment
- Configuring RISE on the Cisco Nexus Switch
- Configuring NSIP on the Appliance
- Configuring NSIP Using the Configuration Utility
- Configuring NSVLAN Using the Configuration Utility
- Configuring RISE in a vPC Direct Mode Deployment
- Configuring RISE in a vPC Indirect Mode Deployment
- related documents
- Auto Policy-Based Routing
- Appliance
- Configuring a NSVLAN on Citrix NetScaler Application Delivery Controller (ADC Appliance
- Enabling the USIP Option
- Enabling the USIP Option for a Service Group
- Enabling the USIP Option Globally
- Verifying the Auto Policy-Based Routing Configuration
- Feature History for Auto Policy-Based Routing
- Troubleshooting the RISE Configuration on the Switch
- Troubleshooting the RISE Service on the Appliance
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- document conventions
- related documentation
- obtaining documentation and submitting a service request
- new and changed information
- chapter
- Fibre Channel Bridge
- FIP Virtual Link Instantiation
- FIP Ethernet Frame Format
- Lossless Ethernet
- Cisco NX-OS FCoE Configuration Guide for Nexus 7000 and MDS
- Guidelines and Limitations
- Cisco MDS 9500: Guidelines and Limitations
- Configuring FCoE
- Cisco MDS 9500: Enabling FCoE
- Disabling FCoE
- Cisco MDS 9500: Disabling FCoE
- Configuring the FC-Map
- Configuring the Fabric Priority
- Setting the Advertisment Interval
- Disabling LAN Traffic on an FCoE Link
- Verifying the FCoE Configuration
- Additional References for FCoE
- Configuring FCoE VLANs and Virtual Interfaces
- Default Settings for FCoE
- Configuring Virtual Interfaces
- Creating a Virtual Fibre Channel Interface
- Creating a Virtual Fibre Channel Port Channel Interface
- Associating a Virtual Fibre Channel Interface to a VSAN
- Enabling VE Loopback Configuration
- Verifying the Virtual Interface
- Example:Mapping VSANs to VLANs
- Storage VDC on Cisco Nexus 7000 Series Switches
- Licensing Requirements for FCoE
- Configuring FCoE VDCs
- Cisco Nexus 7000:Licensing an FCoE Module
- Allocating the FCoE VLAN Range
- Allocating Shared Interfaces
- Example: Storage VDC Configuration
- Feature History by Platform
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- document conventions
- related documentation
- documentation feedback
- absolute
- accept-lifetime
- Cisco Nexus 7000 Series Security Command Reference
- access-class
- action
- arp access-list
- authentication (LDAP)
- aaa accounting default
- aaa accounting dot1x
- aaa authentication cts default group
- aaa authentication dot1x default group
- aaa authentication eou default group
- aaa authentication login ascii-authentication
- aaa authentication login chap enable
- aaa authentication login console
- aaa authentication login default
- aaa authentication login error-enable
- aaa authentication login invalid-username-log
- aaa authentication login mschap enable
- aaa authentication login mschapv2 enable
- aaa authentication rejected
- aaa authorization commands default
- aaa authorization config-commands default
- aaa authorization cts default group
- aaa authorization ssh-certificate
- aaa authorization ssh-publickey
- aaa group server ldap
- aaa group server radius
- aaa group server tacacs
- aaa user default-role
- cipher suite
- clear access-list counters
- clear accounting log
- clear copp statistics
- clear cts cache
- clear cts policy
- capture session
- cts dot1x
- class (policy map)
- class-map type control-plane
- clear aaa local user blocked
- clear ldap-server statistics
- clear mac access-list counters
- clear port-security
- clear cts role-based counters
- clear dot1x
- clear eou
- clear hardware rate-limiter
- clear ip arp inspection log
- clear ip access-list counters
- clear ip arp inspection statistics vlan
- clear ip device tracking
- clear ip dhcp relay statistics
- clear ip dhcp snooping binding
- clear ipv6 access-list counters
- clear ipv6 dhcp relay statistics
- clear ipv6 dhcp-ldra statistics
- clear vlan access-list counters
- conf-offset
- copp copy profile
- copp profile
- CRLLookup
- crypto ca authenticate
- crypto ca crl request
- clear radius-server statistics
- clear ssh hosts
- clear tacacs-server statistics
- clear user
- cts l3 spi (global)
- cts l3 spi (interface)
- crypto ca enroll
- crypto ca export
- crypto ca import
- crypto ca lookup
- crypto ca remote ldap crl-refresh-time
- crypto ca remote ldap server-group
- crypto ca test verify
- crypto ca trustpoint
- crypto cert ssh-authorize
- crypto certificatemap mapname
- cts cache enable
- cts device-id
- cts role-based sgt-map
- cts manual
- cts refresh environment-data
- cts refresh role-based-policy
- cts rekey
- cts role-based access-list
- cts role-based counters enable
- cts role-based detailed-logging
- cts role-based enforcement
- cts role-based monitor
- cts role-based policy priority-static
- cts role-based sgt
- cts sxp allow default-route-sgt
- cts sxp connection peer
- cts sxp default password
- cts sxp default source-ip
- cts sxp enable
- cts sxp listener hold-time
- cts sxp mapping network-map
- cts sxp node-id
- cts sxp reconcile-period
- cts sxp retry-period
- cts sxp speaker hold-time
- dot1x max-reauth-req
- dot1x max-req
- dot1x pae authenticator
- dot1x port-control
- dot1x radius-accounting
- dot1x re-authentication (EXEC)
- dot1x re-authentication (global configuration and interface configuration)
- dot1x system-auth-control
- dot1x timeout quiet-period
- dot1x timeout ratelimit-period
- dot1x timeout re-authperiod
- dot1x timeout server-timeout
- dot1x timeout supp-timeout
- dot1x timeout tx-period
- deadtime
- delete ca-certificate
- delete certificate
- delete crl
- deny (ARP)
- deny (IPv4)
- deny (IPv6)
- deny (MAC)
- deny (role-based access control list)
- description (identity policy)
- description (user role)
- destination interface
- device
- device-role
- dot1x default
- dot1x host-mode
- dot1x initialize
- dot1x mac-auth-bypass
- encrypt pause-frame
- encryption decrypt type6
- encryption delete type6
- enable
- enable Cert-DN-match
- enable secret
- enable user-server-group
- encryption re-encrypt obfuscated
- enrollment terminal
- eou allow clientless
- eou default
- eou initialize
- eou logging
- eou max-retry
- eou port
- eou ratelimit
- eou revalidate (EXEC)
- eou revalidate (global configuration and interface configuration)
- eou timeout
- F Commands
- feature (user role feature group)
- feature cts
- feature dhcp
- feature dot1x
- feature eou
- feature ldap
- feature mka
- feature password encryption aes
- feature port-security
- feature privilege
- feature scp-server
- feature sftp-server
- feature ssh
- feature tacacs
- feature telnet
- filter
- fips mode enable
- fragments
- G Commands
- hardware access-list allow deny ace
- hardware access-list capture
- hardware access-list resource feature bank-mapping
- hardware access-list resource pooling
- hardware access-list update
- hardware rate-limiter
- hop-limit
- host (IPv4)
- host (IPv6)
- identity policy
- identity profile eapoudp
- interface policy deny
- ip access-class
- ip access-group
- ip access-list
- ip arp inspection filter
- ip arp inspection log-buffer
- ip arp inspection trust
- ip arp inspection validate
- ip arp inspection vlan
- ip dhcp packet strict-validation
- ip dhcp redirect-response
- ip dhcp relay
- ip dhcp relay address
- ip dhcp relay information option
- ip dhcp relay information option vpn
- ip dhcp relay subnet-broadcast
- ip dhcp relay sub-option type cisco
- ip dhcp smart-relay
- ip dhcp smart-relay global
- ip dhcp snooping
- ip dhcp snooping information option
- ip dhcp snooping trust
- ip dhcp snooping verify mac-address
- ip dhcp snooping vlan
- ip forward-protocol udp
- ip port access-group
- ip radius source-interface
- ip source binding
- ip tacacs source-interface
- ip udp relay addrgroup
- ip udp relay subnet-broadcast
- ip verify source dhcp-snooping-vlan
- ip verify unicast source reachable-via
- ipv6 access-class
- ipv6 access-list
- ipv6 dhcp-ldra
- ipv6 dhcp guard policy
- ipv6 dhcp-ldra (interface)
- ipv6 dhcp relay
- ipv6 dhcp-ldra attach policy (interface)
- ipv6 dhcp-ldra attach-policy vlan
- ipv6 dhcp relay address
- ipv6 nd raguard attach-policy
- ipv6 nd raguard policy
- ipv6 neighbor binding
- ipv6 neighbor binding logging
- ipv6 neighbor binding max-entries
- ipv6 neighbor tracking
- ipv6 port traffic-filter
- ipv6 snooping attach-policy
- ipv6 traffic-filter
- key chain
- key config-key
- key-octet-string
- key-server-priority
- key-string
- L Commands
- ldap-server deadtime
- ldap-server host
- ldap-server port
- ldap-server timeout
- ldap search-map
- logging drop threshold
- M Commands
- mac access-list
- mac packet-classify
- mac port access-group
- macsec keychain policy
- macsec policy
- managed-config-flag
- match (class-map)
- match (VLAN access-map)
- monitor session
- N Commands
- nac enable
- O Commands
- object-group (identity policy)
- object-group ip address
- object-group ip port
- object-group ipv6 address
- object-group udp relay ip address
- other-config-flag
- password secure-mode
- password strength-check
- periodic
- permit (ACL)
- permit (ARP)
- permit (IPv4)
- permit (IPv6)
- permit (MAC)
- permit (role-based access control list)
- permit interface
- permit vlan
- permit vrf
- platform access-list update
- platform rate-limit
- police (policy map)
- policy
- policy-map type control-plane
- preference
- propagate-sgt
- radius abort
- radius commit
- radius distribute
- radius-server deadtime
- radius-server directed-request
- radius-server host
- radius-server key
- radius-server retransmit
- radius-server test
- radius-server timeout
- range
- rate-limit cpu direction
- remark
- replay-protection
- resequence
- revocation-check
- role abort
- role commit
- role distribute
- role feature-group name
- role name
- router-preference maximum
- rsakeypair
- rule
- sak-expiry-time
- sap modelist
- send-lifetime
- server
- service dhcp
- service-policy input
- set cos
- set dscp (policy map class)
- set precedence (policy map class)
- source-interface
- ssh login-attempts
- ssh server enable
- ssh6
- statistics per-entry
- storm-control level
- switchport port-security
- switchport port-security aging type
- switchport port-security mac-address
- switchport port-security mac-address sticky
- switchport port-security maximum
- switchport port-security violation
- show commands
- show
- show aaa accounting
- show aaa authentication
- show aaa authorization
- show aaa groups
- show aaa local user blocked
- show aaa user default-role
- show access-list status module
- show access-lists
- show accounting log
- show arp access-lists
- show class-map type control-plane
- show cli syntax roles network-admin
- show cli syntax roles network-operator
- show copp diff profile
- show copp profile
- show copp status
- show crypto ca certificates
- show crypto ca certstore
- show crypto ca crl
- show crypto ca remote-certstore
- show crypto ca trustpoints
- show crypto certificatemap
- show crypto key mypubkey rsa
- show crypto ssh-auth-map
- show cts
- show cts capability interface
- show cts credentials
- show cts environment-data
- show cts interface
- show cts l3 interface
- show cts l3 mapping
- show cts pacs
- show cts propagate-status
- show cts role-based access-list
- show cts role-based counters
- show cts role-based disabled-interface
- show cts role-based enable
- show cts role-based policy
- show cts role-based sgt vlan
- show cts role-based sgt-map
- show cts sap pmk
- show cts sxp
- show cts sxp connection
- show data-corruption
- show dot1x
- show dot1x all
- show dot1x interface ethernet
- show encryption service stat
- show eou
- show fips status
- show hardware access-list feature-combo
- show hardware rate-limiter
- show identity policy
- show identity profile
- show ip access-lists
- show ip access-lists capture session
- show ip arp inspection
- show ip arp inspection interface
- show ip arp inspection log
- show ip arp inspection statistics
- show ip arp inspection vlan
- show ip device tracking
- show ip dhcp relay
- show ip dhcp relay address
- show ip dhcp relay statistics
- show ip dhcp snooping
- show ip dhcp snooping binding
- show ip dhcp snooping statistics
- show ip udp relay
- show ip verify source
- show ipv6 access-lists
- show ipv6 dhcp relay
- show ipv6 dhcp relay statistics
- show ipv6 dhcp-ldra
- show ipv6 dhcp guard policy
- show ipv6 nd raguard policy
- show ipv6 neighbor binding
- show ipv6 snooping capture-policy
- show ipv6 snooping counters
- show ipv6 snooping features
- show ipv6 snooping policies
- show key chain
- show ldap-search-map
- show ldap-server
- show ldap-server groups
- show ldap-server statistics
- show mac access-lists
- show macsec mka
- show macsec policy
- show password secure-mode
- show password strength-check
- show policy-map interface control-plane
- show policy-map type control-plane
- show port-security
- show port-security address
- show port-security interface
- show privilege
- show radius
- show radius-server
- show role
- show role feature
- show role feature-group
- show role pending
- show role pending-diff
- show role session
- show role status
- show run mka
- show running-config aaa
- show running-config aclmgr
- show running-config copp
- show running-config cts
- show running-config dhcp
- show running-config dot1x
- show running-config eou
- show running-config ldap
- show running-config port-security
- show running-config radius
- show running-config security
- show running-config tacacs
- show security system state
- show software integrity
- show ssh key
- show ssh server
- show startup-config aaa
- show startup-config aclmgr
- show startup-config copp
- show startup-config dhcp
- show startup-config dot1x
- show startup-config eou
- show startup-config ldap
- show startup-config port-security
- show startup-config radius
- show startup-config security
- show startup-config tacacs
- show system internal access-list feature bank-chain map
- show system internal access-list feature bank-class map
- show system internal access-list globals
- show system internal pktmgr internal control sw-rate-limit
- show system internal udp-relay database
- show tacacs
- show tacacs-server
- show telnet server
- show time-range
- show user-account
- show username
- show users
- show vlan access-list
- show vlan access-map
- show vlan filter
- tacacs+ abort
- tacacs+ commit
- tacacs+ distribute
- tacacs-server deadtime
- tacacs-server directed-request
- tacacs-server host
- tacacs-server key
- tacacs-server test
- tacacs-server timeout
- telnet
- telnet server enable
- telnet6
- terminal verify-only
- test aaa authorization command-type
- time-range
- trustedCert
- U Commands
- user-certdn-match
- username
- userprofile
- user-pubkey-match
- user-switch-bind
- use-vrf
- V Commands
- vlan access-map
- vlan filter
- vlan policy deny
- vrf policy deny
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- chapter
- Related Documentation
- VXLAN Flood and Learn
- VXLAN Tunnel Endpoint
- VXLAN BGP EVPN Control Plane
- Configuring VXLAN Flood and Learn
- VXLAN Layer 2 Gateway
- VXLAN Licensing Information
- Considerations for VXLAN Deployment
- Network Considerations for VXLAN Deployments
- Considerations for the core VRF
- Configuring VXLAN
- Configuring VNI Service Instances
- Creating an VTEP and NVE Interface
- Configuring vPC Peer-link
- Configuring L3 Interface for IP Cloud Connectivity
- Disabling VXLANs
- Verifying the VXLAN Configuration
- Configuration Examples
- Example of Verifying VXLAN Flood and Learn Configuration
- Feature History for VXLAN Flood and Learn
- Information About VXLAN BGP EVPN
- Realizing Layer-2 and Layer-3 Multi-Tenancy
- Fabric Overlay Control-Plane (MP-BGP EVPN)
- End Host and Subnet Route Distribution
- ARP Suppression
- Performing End Host Detection, Deletion and Move
- Multi-Destination Traffic
- Configuring VXLAN BGP EVPN
- Feature History for VXLAN BGP EVPN
- VXLAN EVPN - MPLS L3VPN for ACI Fabric
- Overview of VXLAN EVPN - MPLS L3VPN for ACI Fabric
- Spine – DCI Connectivity
- OpFlex DCI Auto-Configuration
- Interconnect Policy Provisioning (IPP)
- DCI Auto-Configuration Scenario
- Show and Debug Command Examples
- Campus Fabric
- VXLAN Encapsulation for Layer-3 LISP Configuration
- Feature History for Campus Fabric
- Prerequisites of Campus Fabric Interconnect—MPLS L3VPN
- Information About Campus Fabric Interconnect—MPLS L3VPN
- Campus Fabric Architecture—Fabric 1
- How to Configure Campus Fabric Interconnect—MPLS L3VPN
- Campus Fabric Interconnect Configuration
- Verifying Campus Fabric Interconnect—MPLS L3VPN
- Verifying MPLS Label Switching VRF Information
- LISP Support for Disjointed RLOC Domains
- LISP Map-Server
- Workflow of LISP Support for Disjointed RLOC Domains
- How to Configure LISP Support for Disjointed RLOC Domains
- PxTR 1 or RTR Configuration—RTR Locator-Set Inheritance
- Map-Server Configuration
- EID Space Details in the Map-Server/Map-Resolver (MSMR)
- Verify LISP map-cache Details on PxTR 1
- Prerequisites for PBR Support for the VXLAN BGP EVPN Fabric
- Information About PBR Support for the VXLAN BGP EVPN Fabric
- PBR Rules on L1 and L2 (Enabled on BDI10 and BDI20)
- Enable PBR Configurations on L1, L2 and the Service Leaf Switch
- Verifying PBR Route Map Policy Configuration on the BDI
- Prerequisites for VXLAN BGP EVPN and OTV Interoperation
- Guidelines and Limitations for VXLAN BGP EVPN and OTV Interoperation
- Sample Topologies and Workflow of the VXLAN BGP EVPN and OTV Interoperation
- Layer 2 Switching
- Control Plane
- Layer 3 Unicast Routing
- Layer 2 Multicast Forwarding and Layer 3 Multicast Routing
- How to Configure VXLAN BGP EVPN and OTV Interoperation, and OTV with BDI
- Configure OTV with BDI Configuration on the Border Switches in DC-4
- Verifying VXLAN BGP EVPN and OTV Interoperation, and OTV with BDI
- Display OTV Configuration on the Border Leaf Switch BL1
- Display OTV Overlay State
- Display OTV Adjacencies
- Troubleshooting VXLAN BGP EVPN and OTV Interoperation, and OTV with BDI
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- new and changed information
- document conventions
- related documentation
- obtaining documentation and submitting a service request
- service commands
- bandwidth (QoS)
- bandwidth remaining
- class (policy map type qos)
- class type queuing (policy map type queuing)
- class-map type qos
- class-map type queuing match-any
- clear qos statistics
- default (table map)
- description
- from (table map)
- match access-group
- match class-map
- match cos (class map type qos)
- match cos (class map type queuing)
- match discard-class
- match dscp
- match ip rtp
- match packet length
- match precedence
- match protocol
- match qos-group
- police (QoS)
- police aggregate
- policy-map type qos
- policy-map type queuing
- priority (queuing)
- qos shared-policer
- qos statistics
- queue-limit
- random-detect
- random-detect cos-based
- service-policy
- set cos (policy map type qos)
- set cos (policy map type queuing)
- set discard-class
- set dscp (QoS)
- set precedence (QoS)
- set qos-group
- set table
- shape
- show class-map type qos
- show class-map type queuing
- show policy-map
- show policy-map interface
- show policy-map interface brief
- show policy-map vlan
- show qos shared-policer
- show queuing interface
- show running-config ipqos
- show table-map
- table-map
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- document conventions
- related documentation
- obtaining documentation and submitting a service request
- Cisco Nexus 7000 Series LISP Commands
- allowed-locator
- authentication-key
- clear ip lisp data-cache
- clear ip lisp map-cache
- clear ip lisp statistics
- clear ipv6 lisp data-cache
- clear ipv6 lisp map-cache
- clear ipv6 lisp statistics
- clear lisp dynamic-eid
- clear lisp proxy-itr
- clear lisp site
- database-mapping
- description
- eid-prefix
- instance-id
- ip lisp alt-vrf
- ip lisp database-mapping
- ip lisp etr accept-map-request-mapping
- ip lisp etr glean-mapping
- ip lisp etr map-cache-ttl
- ip lisp etr map-server
- ip lisp hardware-forwarding
- ip lisp itr map-resolver
- ip lisp itr send-data-probe
- ip lisp itr-etr
- ip lisp locator-down
- ip lisp locator-vrf LSP
- ip lisp map-cache LSP
- ip lisp map-cache-limit LSP
- ip lisp map-request-source LSP
- ip lisp map-resolver LSP
- ip lisp map-server LSP
- ip lisp nat-transversal LSP
- ip lisp proxy-etr LSP
- ip lisp proxy-itr LSP
- ip lisp shortest-eid-prefix-length LSP
- ip lisp source-locator LSP
- ip lisp translate LSP
- ip lisp use-petr LSP
- ipv6 lisp alt-vrf LSP
- ipv6 lisp database-mapping LSP
- ipv6 lisp etr LSP
- ipv6 lisp etr accept-map-request-mapping LSP
- ipv6 lisp etr glean-mapping LSP
- ipv6 lisp etr map-server LSP
- ipv6 lisp hardware-forwarding LSP
- ipv6 lisp itr LSP
- ipv6 lisp itr map-resolver LSP
- ipv6 lisp itr send-data-probe LSP
- ipv6 lisp itr-etr LSP
- ipv6 lisp locator-down LSP
- ipv6 lisp locator-vrf LSP
- ipv6 lisp map-cache LSP
- ipv6 lisp map-cache-limit LSP
- ipv6 lisp map-request-source LSP
- ipv6 lisp map-resolver LSP
- ipv6 lisp map-server LSP
- ipv6 lisp nat-transversal LSP
- ipv6 lisp proxy-etr LSP
- pv6 lisp proxy-itr LSP
- ipv6 lisp shortest-eid-prefix-length
- ipv6 lisp source-locator
- ipv6 lisp translate
- ipv6 lisp use-petr
- lisp beta
- lisp dynamic-eid
- lisp extend-subnet-mode
- lisp instance id
- lisp loc-reach-algorithm
- lisp mobility
- lisp site
- map-notify-group
- map-server
- redistribute lisp route-map
- register-database-mapping
- roaming-eid-prefix
- show ip lisp
- show ip lisp data-cache
- show ip lisp database
- show ip lisp locator-hash
- show ip lisp map-cache
- show ip lisp statistics
- show ip lisp translation-cache
- show ipv6 lisp
- show ipv6 lisp data-cache
- show ipv6 lisp database
- show ipv6 lisp locator-hash
- show ipv6 lisp map-cache
- show ipv6 lisp statistics
- show ipv6 lisp translation-cache
- show lisp dynamic-eid
- show lisp proxy-itr
- show lisp site
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- document conventions
- documentation feedback
- obtaining documentation and submitting a service request
- New and Changed Information
- chapter
- Using QoS
- Mutation
- Sequencing of Ingress Traffic Actions
- QoS Feature Configuration with MQC
- QoS Policies on Fabric Extenders
- Finding Feature Information
- Licensing Requirements
- Using an MQC Object
- Type Queuing Policies
- System-Defined MQC Objects
- Configuring an MQC Object
- Configuring or Modifying a Class Map
- Configuring or Modifying a Table Map
- Configuring or Modifying a Policy Map
- Applying Descriptions to MQC Objects
- Verifying an MQC Object
- Attaching a QoS Policy Action to an Interface or Tunnel
- Attaching a QoS Policy Action to a VLAN
- Configuring Traffic Classes
- Configuring a Deny ACE
- Configuring DSCP Classification
- Configuring IP Precedence Classification
- Configuring Protocol Classification
- Configuring QoS Group Classification
- Configuring Discard Class Classification
- Configuring CoS Classification
- Configuring IP RTP Classification
- Configuring Class Map Classification
- Verifying the Classification Configuration
- Guidelines and Limitations
- Configuring DSCP Marking
- Configuring IP Precedence Marking
- Configuring CoS Marking
- Configuring QoS Group Marking
- Configuring Ingress and Egress Marking
- Configuring DSCP Port Marking
- Configuring Table Maps for Use in Marking
- Configuring Marking Using Table Maps
- Verifying the Marking Configuration
- Configuration Examples for Marking
- Verifying the Mutation Mapping Configuration
- Configuration Examples for Mutation Mapping
- Shared Policers
- Configuring Policing
- Configuring Color-Aware Policing
- Configuring Ingress and Egress Policing
- Configuring Markdown Policing
- Configuring Shared Policers
- Verifying the Policing Configuration
- Configuration Examples for Policing
- Feature History for Policing
- Ingress Buffer Policy
- Configuring Fabric QoS Mapping
- Configuring Ingress Buffer Policy
- Configuring the New User-defined Policy on Fabric
- Configuration Examples for Fabric QoS Mapping
- Example: Verifying the QoS Mapping on Fabric
- Feature History for Fabric QoS Mapping
- Setting Ingress Port CoS
- Congestion Avoidance
- Prerequisites for Queuing and Scheduling
- Configuring Queuing and Scheduling
- Configuring Ingress Port CoS
- Modifying Queuing Class Maps for COS
- Modifying Queuing Class Maps for DSCP
- Configuring Congestion Avoidance
- Configuring Tail Drop by COS Values
- Configuring Tail Drop by DSCP Values
- Configuring WRED by COS Values
- Configuring WRED by DSCP Values
- Configuring Congestion Management
- Configuring Priority
- Configuring Shaping
- Configuring Queue Limits
- Enabling DSCP to Queue Mapping
- Configuration Examples for Queuing and Scheduling
- Example: Shaping and Tail Drop Configuration
- Example: Verifying the Status of DSCP-to-queue Mapping
- Ingress Queuing
- Egress Queuing
- Shared Buffer Queuing on the F3 Series Module
- Configuring an Egress Queuing Policy
- Verifying the Queuing and Scheduling Configuration
- Configuration Examples for Queuing and Scheduling on F-Series Modules
- Example: Hierarchical Queuing Policy Configuration
- Differences in Drop CoS and No-Drop CoS Values
- Queue Names and Default Mappings of CoS Values to Egress/Ingress Queues
- Default DSCP Mappings
- Configuring Network QoS Policies
- Configure a User-Defined Network
- Applying a Network QoS Policy on a Target
- Configuration Examples for Network QoS
- Default Settings for Priority Flow Control
- Verifying the Priority Flow Control Configuration
- Route Maps
- Prerequisites for Local Policy-Based Routing
- Configuring Local Policy-Based Routing
- Enabling the Policy-Based Routing Feature
- Verifying the Local Policy-Based Routing Configuration
- Prerequisites for Monitoring QoS Statistics
- Clearing Statistics
- Feature History for Statistics
- Configuration Limits for QoS
- Related Documents
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- document organization
- document conventions
- obtaining documentation and submitting a service request
- New and Changed Information
- chapter
- Private VLANs
- Rapid PVST
- Virtualization
- Related Topics
- Configuring Layer 2 Switching
- Information About Layer 2 Switching
- Consistent MAC Address Tables on the Supervisor and on the Modules
- High Availability for Switching
- Guidelines and Limitations for Configuring MAC Addresses
- Configuring a Static MAC Address on a Layer 3 Interface
- Configuring the Aging Time for the MAC Address Table
- Configuring Learning Mode for VLANs
- Checking the Consistency of MAC Address Tables
- Clearing Dynamic Addresses from the MAC Address Table
- Configuration Example for Layer 2 Switching
- Feature History for Configuring Layer 2 Switching
- Finding Feature Information
- Information About VLANs
- Creating, Deleting, and Modifying VLANs
- High Availability for VLANs
- Guidelines and Limitations for Configuring VLANs
- Configuring a VLAN
- Entering the VLAN Configuration Submode
- Changing the Range of Reserved VLANs
- Configuring a VLAN Before Creating the VLAN
- chapter.
- Configuring VLAN Translation on a Trunk Port
- Verifying the VLAN Configuration
- Configuration Example for VLANs
- Feature History for Configuring VLANs
- Configuring VTP
- VTP Overview
- VTP Modes
- VTP Pruning and Spanning Tree Protocol
- Configuring VTP Pruning
- Configuring Private VLANs Using NX-OS
- Information About Private VLANs
- Private VLAN Ports
- Primary, Isolated, and Community Private VLANs
- Associating Primary and Secondary VLANs
- Private VLANs and VLAN Interfaces
- PVLAN (Isolated) on FEX HIF (Cisco Nexus 7000 Parent)
- Prerequisites for Private VLANs
- Private VLAN Port Configuration
- Default Settings for Private VLANs
- Configuring a VLAN as a Private VLAN
- Associating Secondary VLANs with a Primary Private VLAN
- Mapping Secondary VLANs to the VLAN Interface of a Primary VLAN
- Configuring a Layer 2 Interface as a Private VLAN Host Port
- Configuring a Layer 2 Interface as a Private VLAN Isolated Trunk Port
- Configuring a Layer 2 Interface as a Private VLAN Promiscuous Port
- Configuring a Layer 2 Interface as a Private VLAN Promiscuous Trunk Port
- Configuring Isolated PVLANs on FEX HIF Ports
- Configuring PVLAN on FEX Isolated Ports
- Configuring PVLAN on Trunk Secondary Port
- Verifying PVLAN (Isolated) Configurations on FEX HIF
- Displaying and Clearing Private VLAN Statistics
- Additional References for Private VLANs
- Feature History for Configuring Private VLANs
- Overview of STP
- Bridge Priority Value
- Election of the Root Bridge
- Overview of Rapid PVST
- Rapid PVST+ BPDUs
- Proposal and Agreement Handshake
- Protocol Timers
- Port Roles
- Rapid PVST+ Port State Overview
- Blocking State
- port priority
- High Availability for Rapid PVST
- Licensing Requirements for Rapid PVST
- Default Settings for Rapid PVST
- Configuring Rapid PVST
- Disabling or Enabling Rapid PVST+ Per VLAN—CLI Version
- Configuring the Root Bridge ID
- Configuring a Secondary Root Bridge—CLI Version
- Configuring the Rapid PVST+ Bridge Priority of a VLAN
- Configuring the Rapid PVST+ Port Priority—CLI Version
- Configuring the Rapid PVST+ Path-Cost Method and Port Cost—CLI Version
- Configuring the Rapid PVST+ Hello Time for a VLAN—CLI Version
- Configuring the Rapid PVST+ Forward Delay Time for a VLAN—CLI Version
- Configuring the Rapid PVST+ Maximum Age Time for a VLAN—CLI Version
- Specifying the Link Type for Rapid PVST+—CLI Version
- Reinitializing the Protocol for Rapid PVST
- Verifying the Rapid PVST+ Configurations
- Additional References for Rapid PVST+—CLI Version
- Feature History for Configuring Rapid PVST+—CLI Version
- Information About MST
- MST BPDUs
- IST, CIST, and CST
- Spanning Tree Operation Within an MST Region
- MST Terminology
- Hop Count
- Detecting Unidirectional Link Failure
- Interoperability with IEEE 802.1D
- Licensing Requirements for MST
- Guidelines and Limitations for Configuring MST
- Default Settings for MST
- Configuring MST
- Entering MST Configuration Mode
- Specifying the MST Name
- Specifying the MST Configuration Revision Number
- Specifying the Configuration on an MST Region
- Mapping or Unmapping a VLAN to an MST Instance—CLI Version
- Mapping Secondary VLANs to Same MSTI as Primary VLANs for Private VLANs
- Configuring the Root Bridge
- Configuring an MST Secondary Root Bridge
- Configuring the MST Switch Priority
- Configuring the MST Port Priority
- Configuring the MST Port Cost
- Configuring the MST Hello Time
- Configuring the MST Forwarding-Delay Time
- Configuring the MST Maximum-Aging Time
- Configuring the MST Maximum-Hop Count
- Configuring an Interface to Proactively Send Prestandard MSTP Messages—CLI Version
- Specifying the Link Type for MST—CLI Version
- Reinitializing the Protocol for MST
- Displaying and Clearing MST Statistics—CLI Version
- Additional References for MST—CLI Version
- Feature History for Configuring MST--CLI Version
- STP Port Types
- BPDU Guard
- BPDU Filtering
- Loop Guard
- Applying STP Extension Features
- High Availability for STP
- Prerequisites for STP Extensions
- Default Settings for STP Extensions
- Configuring Spanning Tree Edge Ports on Specified Interfaces
- Configuring Spanning Tree Network Ports on Specified Interfaces
- Enabling BPDU Guard Globally
- Enabling BPDU Guard on Specified Interfaces
- Enabling BPDU Filtering Globally
- Enabling BPDU Filtering on Specified Interfaces
- Enabling Loop Guard Globally
- Enabling Loop Guard or Root Guard on Specified Interfaces
- Configuring PVST Simulation Globally—CLI Version
- Configuring PVST Simulation Per Port
- Verifying the STP Extension Configuration
- Feature History for Configuring STP Extensions—CLI version
- Configuration Limits for Layer 2 Switching
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- document conventions
- related documentation
- documentation feedback
- New and Changed Information
- Information About Locator/ID Separation Protocol
- LISP Devices Overview
- LISP Site Devices
- Licensing Requirements for LISP
- Configuring Locator/ID Separation Protocol
- Configuring Optional LISP ITR/ETR (xTR) Functionality
- Configuring LISP-ALT Functionality
- Configuring Required LISP Map-Resolver Functionality
- Configuring Optional LISP Map-Server Functionality
- Configuring Required LISP Proxy-ITR Functionality
- Configuring Required LISP Proxy-ETR Functionality
- Standards
- Finding Feature Information
- Information About LISP ESM Multihop Mobility
- Configuring LISP ESM Multihop Mobility
- Configuring the Site Gateway xTR
- Configuring xTR
- Configuring the Map Server
- Configuration Examples for LISP ESM Multihop Mobility
- Example: First-Hop Router Configuration
- Example: Site Gateway xTR Configuration
- Example: MSMR Configuration
- Feature Information for LISP ESM Multihop Mobility
- Information about LISP Instance-ID Support
- Prerequisites for LISP Instance-ID Support
- Path Level Virtualization
- Default (Non-Virtualized) LISP Model
- LISP Shared Model Virtualization Architecture
- LISP Shared Model Virtualization Implementation Considerations and Caveats
- LISP Parallel Model Virtualization Architecture
- LISP Parallel Model Virtualization Implementation Considerations and Caveats
- How to Configure LISP Instance-ID Support
- Configuring a Private LISP Mapping System for LISP Shared Model Virtualization
- Configuring Large-Scale LISP Shared Model Virtualization
- Configuring a Remote Site for Large-Scale LISP Shared Model Virtualization
- Configuring Simple LISP Parallel Model Virtualization
- Configuring a Private LISP Mapping System for LISP Parallel Model Virtualization
- Configuration Examples for LISP Instance-ID Support
- Example: Configuring a Private LISP Mapping System for LISP Shared Model Virtualization
- Example: Configuring Large-Scale LISP Shared Model Virtualization
- Example: Configuring a Remote Site for Large-Scale LISP Shared Model Virtualization
- Example: Configuring Simple LISP Parallel Model Virtualization
- Example: Configuring a Private LISP Mapping System for LISP Parallel Model Virtualization
- LISP Delegate Database Tree (DDT)
- Configuring LISP Delegate Database Tree (DDT)
- Configuration Examples for LISP Delegate Database Tree (DDT)
- Feature History for LISP Delegate Database Tree
- LISP Multicast
- Restrictions for LISP Multicast
- Configuration Example for LISP Multicast
- Feature History for LISP Multicast
- LISP Support for Disjointed RLOC Domains
- How to Configure LISP Support for Disjointed RLOC Domains
- Verifying LISP Support for Disjointed RLOC Domains
- Feature History for LISP Support for Disjointed RLOC Domains
- Use Case for LISP Extranets
- Use Case for LISP Local Extranet Policies
- Configuring LISP Extranets
- Configuring LISP xTR functionality for Extranet Policies
- Verifying LISP Extranets
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- document conventions
- related documentation
- documentation feedback
- chapter
- Shared Trees
- Bidirectional Shared Trees
- multicast forwarding
- igmp snooping
- MSDP
- MRIB/M6RIB Dynamic Shared Memory Support
- Virtual Port Channels and Multicast
- Licensing Requirements for Multicast
- configuring igmp
- IGMP Basics
- Virtualization Support
- Licensing Requirements for IGMP
- configuring igmp parameters
- Configuring an IGMP SSM Translation
- Configuring the Enforce Router Alert Option Check
- Verifying the IGMP Configuration
- Configuration Examples for IGMP
- configuring mld
- MLD Basics
- Licensing Requirements for MLD
- Default Settings for MLD
- Configuring MLD Parameters
- Configuring an MLD SSM Translation
- Verifying the MLD Configuration
- Related Documents
- Information About PIM and PIM6
- Hello Messages
- Join-Prune Messages
- Static RP
- Auto-RP
- Multiple RPs Configured in a PIM Domain
- PIM RP versus RP Election Process
- Anycast-RP
- designated routers
- ECMP Multicast Load Splitting Based on Source Group and Next-Hop Address Overview
- Administratively Scoped IP Multicast
- Prerequisites for Graceful Restart PIM
- Additional References for Graceful Restart PIM
- Guidelines and Limitations for PIM and PIM6
- default settings
- Configuring PIM and PIM6
- Enabling the PIM and PIM6 Features
- Configuring PIM or PIM6 Sparse Mode Parameters
- Configuring PIM Sparse Mode Parameters
- Configuring PIM6 Sparse Mode Parameters
- igmp querier
- Example: Enabling IGMP Querier
- Configuring BSRs
- Configuring Auto-RP
- Configuring a PIM Anycast-RP Set
- Configuring Shared Trees Only for ASM
- configuring ssm
- Configuring SSM (PIM6)
- Disabling Multicast Multipath
- Enabling ECMP Multicast Load Splitting Based on Source Group and Next-Hop Address
- Example: Enabling ECMP Multicast Load Splitting Based on Source Group and Next-Hop Address
- Configuring Route Maps to Control RP Information Distribution
- Configuring Route Maps to Control RP Information Distribution (PIM6)
- Configuring Message Filtering
- Configuring Message Filtering (PIM)
- Configuring Message Filtering (PIM6)
- Restarting the PIM and PIM6 Processes
- Restarting the PIM6 Process
- Configuring BFD for PIM in VRF Mode
- Verifying the PIM and PIM6 Configuration
- Displaying Statistics
- Displaying Replication Engine Statistics
- Configuration Examples for PIM
- Auto-RP Configuration Example
- PIM Anycast RP Configuration Example
- Prefix-Based and Route-Map-Based Configurations
- Output
- Feature History for PIM and PIM6
- configuring igmp snooping
- igmpv1 and igmpv2
- igmp snooping querier
- IGMP Snooping with VDCs and VRFs
- Licensing Requirements for IGMP Snooping
- Default Settings for IGMP Snooping
- configuring igmp snooping parameters
- Configuring IGMP Snooping Parameters per VLAN
- Changing the Lookup Mode
- configuring a static multicast mac address
- verifying igmp snooping configuration
- Standards
- Information About MSDP
- SA Messages and Caching
- MSDP Peer-RPF Forwarding
- Licensing Requirements for MSDP
- Configuring MSDP
- configuring msdp peers
- Configuring MSDP Peer Parameters
- Configuring MSDP Global Parameters
- configuring msdp mesh groups
- Restarting the MSDP Process
- Verifying the MSDP Configuration
- clearing statistics
- Information About Configuring Multicast Extranet
- Components of Multicast Extranet
- Guidelines and Limitations for Configuring Multicast Extranet
- Additional References for Configuring Multicast Extranet
- Configuring MoFRR
- Prerequisites for MoFRR
- Verifying Configuring MoFRR
- troubleshooting
- Information About Multicast Performance Enhancement
- Guidelines and Limitations for Enhanced Multicast Performance
- Related Documents for Multicast Performance Enhancement
- Information About Multicast Interoperation
- guidelines and limitations
- Verifying the Multicast Configuration
- IETF RFCs for IP Multicast
- configuration limits
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- document conventions
- related documentation
- New and Changed Information
- chapter
- Information About Catena
- Benefits of Catena
- Transparent Mode
- Routed Mode
- Configuring a Port Group
- Configuring a VLAN Group
- Configuring an IP ACL
- Configuring a Catena Instance
- Enabling a Catena Instance
- Configuration Examples for Catena
- Configuration Example for Catena—Transparent Mode VACL
- Configuration Example for Catena—Transparent Mode PACL
- Configuration Example for Catena—Hash-based Load Balancing
- Configuration Example for Catena—Routed Mode
- Verifying Configuration Examples for Catena
- Related Documents for Catena
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- New and Changed Information
- related documentation
- documentation feedback
- Cisco Nexus 7000 Series IP SLAs Commands
- clock-tolerance
- data-pattern
- frequency
- history buckets-kept
- history distribution-of-statistics-kept
- history enhanced
- history filter
- history hours-of-statistics-kept
- history lives-kept
- history statistics-distribution-interval
- icmp-echo
- interface
- ip access-list
- ip address
- ip sla group schedule
- ip sla schedule
- match ip address
- next-hop-address
- operation-packet-priority
- owner
- permit ip
- precision
- request-data-size
- route-map
- set ip next-hop verify-availability
- show ip sla application
- show ip sla configuration
- timeout
- tcp-connect
- threshold
- track
- udp-echo
Nexus 7000 Series
Table of contents
- new and changed information
- document conventions
- related documentation
- documentation feedback
- authentication type
- encapsulation dot1q
- interface ethernet
- ip rsvp authentication challenge
- ip rsvp authentication lifetime
- ip rsvp authentication type
- isis metric
- key chain
- maximum routes
- mpls label range
- mpls ldp configuration
- password required
- router bgp
- router isis
- router ospf
- router rip
- switchport allowed vlan
- show commands
- show ethernet service instance
- show ip ospf
- show ip rsvp authentication
- show mpls label range
- show mpls ldp backoff
- show mpls ldp discovery
- show mpls ldp neighbor
- show mpls ldp parameter
- show vrf
- vrf context
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- about this manual
- document organization
- document conventions
- Chapter 1 Product Overview
- Physical Description
- Chassis Specifications
- Internal Components
- Power Supply
- Fan Tray
- Route Processor (RP)
- Jumpers
- Series Route Switch Processor (RSP7000)
- Memory Components
- System Software
- Switch Processor (SP)
- Silicon Switch Processor (SSP)
- ATM Interface Processor (AIP)
- Channel Interface Processor (CIP)
- Ethernet Interface Processor (EIP)
- Fiber Distributed Data Interface Processor (FIP)
- Fast Serial Interface Processor (FSIP)
- HSSI Interface Processor (HIP)
- MultiChannel Interface Processor (MIP)
- Token Ring Interface Processor (TRIP)
- Port Densities
- MAC Address Allocator
- Online Insertion and Removal (OIR)
- Microcode
- Environmental Monitoring and Reporting Functions
- Environmental Monitoring
- Environmental Reports
- Fan Shutdown
- Chapter 2 Preparing for Installation
- Safety Recommendations
- Preventing Electrostatic Discharge Damage
- Site Requirements
- Interference Considerations
- HSSI Connections
- Site Environment
- Preventive Site Configuration: Maintaining Normal Operation
- General Precautions
- Power
- ATM Connection Equipment
- Channel Attachment Connection Equipment
- Fast Ethernet Connection Equipment
- Token Ring Connection Equipment
- Token Ring Cables and Connectors
- Token Ring Fault Management
- FDDI Connection Equipment
- FDDI Transceivers and Cable Connectors
- FDDI Fault Management
- MultiChannel (MIP) Connection Equipment
- Serial Connection Equipment
- Universal Serial Cables
- E1-G.703/G.704 Cables
- Cyclic Redundancy Checks (CRCs)
- EIA/TIA-232 Connections
- V.35 Connections
- EIA-530 Connections
- Console and Auxiliary Port Connection Equipment
- Tools for Installation
- Installation Checklist
- System Components
- Chapter 3 Installing the Router
- Tools and Equipment
- Installing the Ears on the Chassis
- Installing the Chassis in the Rack
- General Installation
- Installing the Cable Management Brackets
- Connecting Interface Cables
- ATM Connections
- Ethernet Connections
- Channel Attachment Connections
- FDDI Connections
- Single Attach Connections
- Dual Attach Connections
- Installing an Optical Bypass Switch
- Serial Connections
- Connecting to Metric-Based Devices
- MultiChannel Connections
- Connecting Auxiliary Port Equipment
- Using the Flash Memory Card
- Formatting the Flash Memory Card
- Making the Flash Memory Card Image Bootable
- Copying to the Flash Memory Card
- Flash Memory Card Compatibility
- Chapter 4 Troubleshooting the Installation
- Problem Solving with Subsystems
- Troubleshooting the Power Subsystem
- Troubleshooting the Processor Subsystem
- Troubleshooting the RP and SP (or SSP)
- Chapter 5 Maintenance
- Installing and Configuring Processor Modules
- Tools Required
- Ejector Levers
- Removing and Replacing the RP, SP or SSP, RSP7000, or RSP7000CI
- Installing CxBus Interface Processors
- Sample Screen Display for OIR
- Microcode Component Replacement
- Verifying the Microcode Version
- RP and RSP7000 Configurations
- Software Configuration Register
- Saving and Retrieving the Configuration File
- Copying the Configuration File
- Retrieving the Configuration File
- Copying Files Between NVRAM and a Flash Memory Card
- Replacing System Software EPROMs
- Replacing RP SIMMs (Upgrading DRAM)
- Replacing RSP7000 SIMMs (Upgrading DRAM)
- Replacing RSP7000 DRAM SIMMs
- Removing SIMMs
- Installing New SIMMs
- FSIP Configurations
- Configuring NRZI Format
- Configuring 32-Bit Cyclic Redundancy Check (CRC)
- Replacing Serial Port Adapter Cables
- Replacing Serial Port Adapters
- MIP Configurations
- Checking the Configuration
- Removing and Replacing MIP Port Adapters
- Replacing Internal Components
- Replacing the Fan Tray
- Removing and Replacing the Power Harness Cover
- Removing and Replacing the Power Supply
- Replacing the Power Supply
- Removing the Arbiter
- Replacing the Arbiter
- cabling specifications
- Console Port Signals
- Ethernet Connector Signals
- Fast Ethernet Connector Signals
- Token Ring Port Signals
- Serial Adapter Cable Pinouts
- HSSI Connector Signals
- Null Modem Cable
- MIP Interface Cable Pinouts
- RSP7000 LEDs
- Interface Processor LEDs
- EIP LEDs
- TRIP LEDs
- FSIP LEDs
- HIP LEDs
- MIP LEDs
Nexus 7000 Series
Table of contents
Nexus 7000 Series
Table of contents
- installation and maintenance
- Table Of Contents
- document objectives
- Chapter Product Overview
- document conventions
- Physical Description
- Chassis Specifications
- System Backplane
- Arbiter
- Power Supplies
- Memory Components
- Jumpers
- Serial Ports
- Interface Processors
- ATM Interface Processor AlP
- Serial Port Adapters
- Functional Overview
- Address Allocator
- Microcode
- Redundant Power
- Environmental Monitoring
- Environmental Reports
- Chapter Preparing for Installation
- Safety Recommendations
- tools for installation
- system components
- port configuration
- general installation
- power cord
- cabling guidelines
- ethernet connections
- problem solving
- the configuration
- using show commands
- internal components
- cabling specifications
- console port
- adapter cable
- modem cable
- cable pinouts
- front panel
- power supply leds
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- document conventions
- related documentation
- obtaining documentation and submitting a service request
- Cisco Nexus 7000 Series
- Chapter 1 Overview
- Cisco Nexus 7010 System
- Cisco Nexus 7018 System
- Preparing the Site
- Safety Guidelines
- Managing the System Hardware
- Preparing to Install the Switch
- Required Tools
- Chapter 2 Installing a Cisco Nexu 7009 Chassi
- Installing the Bottom-Support Rails on the Rack
- Prerequisites for Attaching the Bottom-Support Rails
- Attaching the Center-Mount Bottom-Support Rails
- Installing the Chassis
- Required Tools and Equipment
- Mounting the Chassis by its Front Brackets
- Mounting the Chassis by its Center Brackets
- Grounding the Cisco Nexus 7009 Chassis
- Prerequisites for Grounding the Chassis
- Connecting Your ESD Wrist Strap to the Chassis
- Installing the Cable Management Frames
- Installing the Front Door and Air Intake Frame
- Installing and Formatting CompactFlash Cards
- Chapter 3 Installing a Cisco Nexu 7010 Chassi
- Unpacking and Inspecting a New Switch
- Grounding the Cisco Nexus 7010 Chassis
- Installing the Front Doors and Frame Assembly
- Installing the Air Filter
- Unpacking and Inspecting a New Chassis
- Chapter 4 Installing a Cisco Nexu 7018 Chassi
- prerequisites for installing the chassis
- Connecting the System Ground
- Installing Power Supply Units
- Chapter 5 Installing Power Supply Unit
- Prerequisites for Connecting AC Power Supply Units to AC Power Sources
- Connecting a 7.5-kW AC Power Supply Unit to AC Power Sources
- Connecting a DC Power Supply Unit to DC Power Sources
- Connecting a DC Power Supply Unit Directly to DC Power Sources
- Connecting a Power Supply Unit to DC Power Sources though a Power Interface Unit
- Grounding the PIU
- Connecting the DC Power Supply Unit to a Power Source through a PIU
- Preparing for Connections
- C H A P T E R 6 Connecting the Cisco Nexus 7000 Series Switch to the Network
- Creating an Initial Switch Configuration
- Setting Up the Management Interface
- Connecting the Supervisor CMP Port
- Connecting or Disconnecting a 1000BASE-T Port
- Disconnecting a 1000BASE-T Port from the Network
- Installing a Transceiver
- Connecting a Fiber-Optic Cable to a Transceiver
- Maintaining Transceivers and Fiber-Optic Cables
- Displaying the Switch Hardware Inventory
- Chapter 7 Managing the Switch Hardware
- Displaying the Switch Serial Number
- Displaying Power Usage Information
- Power Supply Configuration Modes
- Configuring the Power Supply Mode
- Power Supply Configuration Guidelines
- Information About Modules
- I/O Modules
- Checking the State of a Module
- Connecting to a Module
- Accessing an I/O Module Through the Console
- Shutting Down Modules
- Displaying the Module Temperature
- Displaying Environment Information
- Reloading Modules
- Saving the Module Configuration
- Powering I/O Modules Off or On
- Changing the Amount of Power Reserved for Fabric Modules
- Information About Fan Trays
- Configuring EPLDs
- Deciding When to Upgrade EPLDs
- Switch Requirements
- Supported Switch Operating Systems
- Determining Whether to Upgrade EPLD Images
- EPLD Images Needed for vPCs
- EPLD Images Needed for LISP
- Installation Guidelines
- Upgrading the EPLD Images
- Verifying the EPLD Upgrades
- Displaying the Status of EPLD Upgrades
- Default Settings
- Getting Started
- Chapter 8 Troubleshooting
- Troubleshooting a DC Power Supply Unit
- Troubleshooting the Supervisor Modules
- Troubleshooting the Fabric Modules
- Contacting Customer Service
- Replacing an AC Power Supply Unit During Operations
- Chapter 9 Replacement Procedure
- Installing an AC Power Supply Unit During Operations
- Replacing a DC Power Supply Unit During Operations
- Installing a DC Power Supply Unit During Operations
- Replacing a Supervisor Module
- Replacing a Supervisor Module in a Single-Supervisor System
- Upgrading Memory for Supervisor Modules
- Adding 4 GB of Memory to a Supervisor Module
- Removing 4 GB of Memory from a Supervisor Module
- Replacing an I/O Module
- Replacing a Cisco Nexus 7009 Fabric Module During Operations
- Replacing a Cisco Nexus 7010 or 7018 Fabric Module During Operations
- Replacing a Cisco Nexus 7009 Fan Tray During Operations
- Replacing a Cisco Nexus 7010 System Fan Tray During Operations
- Replacing a Cisco Nexus 7010 Fabric Fan Tray During System Operations
- Replacing a Cisco Nexus 7018 Fan Tray During System Operations
- Replacing a CompactFlash Card
- Replacing the Front Doors and Frame Assembly on the Cisco Nexus 7010 Chassis
- Replacing the Cable Management Frame on the Cisco Nexus 7018 Chassis
- Installing a Cable Management Frame
- Replacing the Front Door and Air Intake Assemblies on the Cisco Nexus 7018 Chassis
- Removing the Front Door and Air Intake Assemblies
- Installing a Front Door and Air Intake Assemblies
- Replacing the Air Filter on the Cisco Nexus 7010 Chassis
- Environmental Specifications for the Cisco Nexus 7000 Series Systems
- Appendix A Technical Specification
- Power Specifications for the Cisco Nexus 7000 Series Switches
- Power Supply Cable Specifications
- Chassis Clearances
- Cisco Nexus 7010 Chassis Clearances
- Chassis Airflow
- A P P E N D I X B Transceivers and Module Connectors
- Gigabit X2 Transceivers
- GBASE-X X2 Transceivers
- gigabit sfp transceivers
- Gigabit SFP Transceivers
- RJ-45 Module Connectors
- accessory kits
- Appendix C Accessory Kit
- Cisco Nexus 7010 Switch Accessory Kit Contents
- Cisco Nexus 7018 Switch Accessory Kit Contents
- Appendix D Chassi and Module LED
- Disconnecting the Cisco Nexus 7000 Series System
- A P P E N D I X E Repacking the Cisco Nexus 7000 Series Switch for Shipment
- Repacking the Cisco Nexus 7010 Switch
- Repacking the Cisco Nexus 7018 Switch
- Site Preparation Checklist
- Contact and Site Information
- A P P E N D I X F Site Preparation and Maintenance Records
Nexus 7000 Series
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Chapter 1 Product Overview
- Physical Description
- Chassis Specifications
- System Backplane
- Arbiter
- Power Supplies
- System Blower
- Memory Components
- Jumpers
- LEDs
- System Software
- Switch Processor (SP)
- Silicon Switch Processor (SSP)
- Interface Processors
- ATM Interface Processor (AIP)
- Channel Interface Processor (CIP)
- Ethernet Interface Processor (EIP)
- Fast Ethernet Interface Processor
- Token Ring Interface Processor (TRIP)
- FDDI Interface Processor (FIP)
- Fast Serial Interface Processor (FSIP)
- Serial Port Adapters
- E1-G.703/G.704 Port Adapter
- HSSI Interface Processor (HIP)
- MultiChannel Interface Processor (MIP)
- Functional Overview
- Physical Interface Addresses
- MAC Address Allocator
- Online Insertion and Removal (OIR)
- Microcode
- Redundant Power
- Environmental Monitoring
- Environmental Reports
- Chapter 2 Preparing for Installation
- Safety Recommendations
- Working with Electricity
- Preventing Electrostatic Discharge Damage
- Site Requirements
- Plant Wiring
- HSSI Connections
- Site Environment
- Preventive Site Configuration: Maintaining Normal Operation
- Equipment-Rack Ventilation
- AIP Interface Types
- Channel Attachment Connection Equipment
- Fast Ethernet Connection Equipment
- Token Ring Physical Connections
- Token Ring Fault Management
- FDDI Connection Equipment
- FDDI Transceivers and Cable Connectors
- FDDI Station Descriptions
- MultiChannel (MIP) Connection Equipment
- Serial Connection Equipment
- E1-G.703/G.704 Cables
- NRZ and NRZI Formats
- Signal Modes and Timing
- EIA/TIA-232 Connections
- V.35 Connections
- HSSI Connection Equipment
- Console and Auxiliary Port Connection Equipment
- Installation Checklist
- Site Log
- Port Configuration Worksheet
- Chapter 3 Installing the Router
- General Installation
- Installing Power Supplies
- Accessing the Bays
- Inserting Power Supplies
- Connecting AC and DC Power
- Connecting Interface Cables
- ATM Connections
- Channel Attachment Connections
- Fast Ethernet Connections
- Token Ring Connections
- Single Attachment Connections
- Dual Attachment Connections
- Installing an Optical Bypass Switch
- Serial Connections
- MultiChannel Connections
- Connecting Auxiliary Port Equipment
- Using the Flash Memory Card
- Formatting the Flash Memory Card
- Copying an Image into the Flash Memory Card
- Making the Flash Memory Card Image Bootable
- Copying to the Flash Memory Card
- Flash Memory Card Compatibility
- Chapter 4 Troubleshooting the Installation
- Troubleshooting Overview
- Troubleshooting the Power Subsystem
- Troubleshooting the RP Subsystem
- Chapter 5 Maintenance
- Installing and Configuring Processor Modules
- Tools Required
- Ejector Levers
- Removing and Replacing the RP, SP, SSP, RSP7000, or RSP7000CI
- Removing CxBus Interface Processors
- Sample Screen Display for OIR
- Verifying the Microcode Version
- RP and RSP7000 Configurations
- Software Configuration Register
- Saving and Retrieving the Configuration File
- Copying the Configuration File
- Retrieving the Configuration File
- Copying Files Between NVRAM and a Flash Memory Card
- Replacing System Software EPROMs
- Replacing RP SIMMs (Upgrading DRAM)
- Replacing RSP7000 SIMMs (Upgrading DRAM)
- Replacing RSP7000 DRAM SIMMs
- Removing SIMMs
- Installing New SIMMs
- FSIP Configurations
- Configuring Timing (Clock) Signals
- Configuring NRZI Format
- Configuring 4-Bit Cyclic Redundancy Check
- Replacing Serial Port Adapters
- MIP Configurations
- Checking the Configuration
- Removing and Replacing MIP Port Adapters
- Installing and Replacing Power Supplies
- Removing and Replacing the Front Chassis Panels
- Replacing the Panels
- Cleaning and Replacing the Air Filter
- Replacing Internal Components
- Removing the LED Board
- Installing a New LED Board
- Replacing the Chassis Blower
- Installing a New Blower
- Installation Checkout
- Replacing the Arbiter Board
- Installing a New Arbiter Board
- Console Port Signals
- Fast Ethernet Connector Signals
- Token Ring Port Signals
- FDDI Optical Bypass Switch Signals
- HSSI Connector Signals
- Null Modem Cable
- MIP Interface Cable Pinouts
- Appendix B Reading LED Indicators
- Power Supply LEDs
- RSP7000 LEDs
- Interface Processor LEDs
- CIP LEDs
- EIP LEDs
- FEIP LEDs
- FIP LEDs
- FSIP LEDs
- HIP LEDs
- MIP LEDs
- TRIP LEDs