CX210, CX220, CX912, CX916 Switch Module FC Switching Plane V100R001 Administrator Guide 03 (CLI)

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Understanding FC Services
- FC Service Overview
- Management Server
- Platform Services
- Management Server Database
- Topology Discovery
- Device Login
- High Availability of Daemon Processes
- FL_Port and Arbitrated Loop Support
Performing Basic Configuration Tasks
- Fabric OS Overview
- Password Modification
  - Default Passwords
- Switch Module Ethernet Ports
- Date and Time Settings
- Domain ID
- Switch Module Names
  - Customizing a Switch Module Name
- Chassis Name
  - Customizing a Chassis Name
- Fabric Name
- Switch Module Activation and Deactivation
- Device Power-Off
  - Powering Off a Switch Module
  - Powering Off a Director
- Basic Connections
Performing Advanced Configuration Tasks
- Port Identifiers (PIDs) and PID Binding Overview
- Ports
- Blade Terminology and Compatibility
- Enabling and Disabling a Blade
  - Enabling a Blade
  - Disabling Blades
- Swapping Blades
  - How Blades Are Swapped
  - Swapping Blades
- Disabling a Switch Module
- Power Management
- Equipment Status
- Audit Log Configuration
- Duplicate PWWN Handling During Device Login
  - Setting the Behavior for Handling Duplicate PWWNs
- FEC
Routing Traffic
- Routing Overview
- Inter-Switch Module Links
- Gateway Links
- Routing Policies
- Route Selection
- Frame Delivery Order
- Lossless DLS on Ports
- Frame Redirection
Buffer-to-Buffer Credits and Credit Recovery
- Buffer Credit Management
- Buffer Credit Recovery
- Credit Loss Detection
Managing User Accounts
- User Account Overview
- Local Database User Accounts
  - Default Accounts
  - Local Account Passwords
- Local User Account Database Distribution
- Password Policies
- Boot PROM Password
- Remote Authentication
Configuring Protocols
- Security Protocols
- SCP
  - Configuring SCP for Uploads and Downloads
- SSH
  - SSH Public Key Authentication
- SecCryptoCfg Template
- SSL Protocol
- SNMP
- Telnet Protocol
  - Blocking Telnet
  - Unblocking Telnet
- Listener Applications
- Ports and Applications Used by Switch Modules
  - Port Configuration
Configuring Security Policies
- ACL Policy Overview
  - ACL Policy Storage Mode
  - Policy Members
- ACL Policy Management
- FCS Policies
- Device Connection Control Policies
- SCC Policies
  - Virtual Fabrics Considerations for SCC Policies
  - Creating an SCC Policy
- Authentication Policy for Fabric Elements
- IP Filter Policies
- Policy Database Distribution
- Management Interface Security
Maintaining Switch Module Configuration Files
- Configuration Settings
  - Configuration File Format
- Configuration File Backup
  - Special Characters in FTP Server Credentials
  - Uploading a Configuration File in Interactive Mode
- Configuration File Restoration
  - Restrictions on Downloading a Configuration File
  - Configuration Download with a Switch Module Enabled
- Configurations Across a Fabric
  - Downloading a Configuration File from One Switch Module to Another Switch Module of the Same Model
  - Safety Precautions
- Configuration Management for Virtual Fabrics
- Configuration Form
Managing Virtual Fabrics
- Virtual Fabrics Overview
- Logical Switch Module Overview
  - Default Logical Switch Module
  - Logical Switch Modules and Fabric IDs
  - Port Assignment in Logical Switch Modules
  - Logical Switch Modules and Connected Devices
- Logical Switch Module Management Model
- Logical Fabric Overview
  - Logical Fabrics and ISLs
  - Base Switch Modules and Extended ISLs
- Account Management and Virtual Fabrics
- Setting up IP Addresses for Logical Switch Modules
- Platforms That Support Virtual Fabrics
  - Port Configurations Supported in the Fixed-port Switch Modules
  - Port Configurations Supported in Backbones
- Interactions Between Virtual Fabrics and Other Fabric OS Features
- Restrictions on Virtual Fabrics
  - Restrictions on XISLs
  - Restrictions on Moving Ports
- Enabling VF Mode
- Disabling VF Mode
- Configuring Logical Switch Modules to Use Basic Configuration Values
- Creating a Logical or Base Switch Module
- Running a Command in a Different Logical Switch Module Context
- Deleting a Logical Switch Module
- Adding and Removing Ports on a Logical Switch Module
- Displaying Logical Switch Module Configurations
- Changing the FID of a Logical Switch Module
- Changing a Logical Switch Module to a Base Switch Module
- Configuring a Logical Switch Module to Use XISLs
- Changing the Context to Another Logical Fabric
- Creating a Logical Fabric Using XISLs
Administering Advanced Zones
- Zone Types
- Zoning Overview
- Broadcast Zones
- Zone Aliases
- Zone Creation and Maintenance
- Default Zoning Mode
  - Setting the Default Zoning Mode
  - Viewing the Current Default Zone Access Mode
- Zone Database Size
- Zone Configuration
- Zone Object Maintenance
- Zone Configuration Management
- Security and Zoning
- Zone Merging
  - Segmenting Fabrics and Zoning
  - Zone Merging Scenarios
- Concurrent Zone Transactions
  - Viewing Zone Database Transactions
- Peer Zoning
- Target Driven Zoning
  - Restrictions and Considerations of Target Driven Zoning
  - Target Driven Zoning Configuration
- Supported Commands for Peer Zones and Target Driven Peer Zones
Traffic Isolation Zoning
- Traffic Isolation Zoning Overview
- TI Zone Failover
  - Precautions for Disabling Failover
  - FSPF Routing Rules and Traffic Isolation
- Enhanced TI Zones
- Traffic Isolation Zoning over FC Routers
- Fabric-Level Traffic Isolation in a Backbone Fabric
- General Rules for TI Zones
- Supported Configuration for Traffic Isolation Zoning
  - Other Configuration Rules for ETIZs
  - Trunking with TI Zones
- Restrictions on the Traffic Isolation Zoning
- Precautions for the AD of Traffic Isolation Zoning
- Precautions for Virtual Fabrics in Traffic Isolation Zoning
- Traffic Isolation Zoning over FC Router with Virtual Fabrics
- Creating a TI Zone
- Modifying a TI Zone
- Changing TI Zone Status
- Deleting a TI Zone
- Displaying TI Zones
- Troubleshooting TI Zone Routing Failures
- Configuring the TI Zones over FCR
Optimizing Fabric Performance
- Adaptive Networking Overview
- Ingress Rate Limiting
- QoS
- CS_CTL-based Frame Prioritization
- QoS Zones
- Setting QoS Zone-based Traffic Prioritization
- Setting QoS Zone-based Traffic Prioritization over FC Routers
- Disabling QoS Zone-based Traffic Prioritization
Bottleneck Detection
- Bottleneck Detection Overview
  - Types of Bottlenecks
  - Bottleneck Reporting
- Supported Configurations for Bottleneck Detection
- Enabling Bottleneck Detection on a Switch Module
- Displaying Bottleneck Detection Configuration Details
- Setting Bottleneck Detection Alerts
- Modifying Bottleneck Detection Parameters
  - Applying and Modifying Bottleneck Detection Parameters (Example)
  - Adjusting the Frequency of Bottleneck Alerts
- Logging Frame Timeouts due to Bottlenecking
- Advanced Bottleneck Detection Settings
- Excluding a Port from Bottleneck Detection
- Displaying Bottleneck Statistics
- MAPS and Bottleneck Detection
- Disabling Bottleneck Detection on a Switch Module
In-Flight Encryption and Compression
- In-Flight Encryption and Compression Overview
- Supported In-Flight Encryption and Compression Features
- Enabling In-Flight Encryption and Compression
- Configuring In-Flight Encryption and Compression on an EX_Port
- Configuring In-Flight Encryption and Compression on an E_Port
- Viewing the Encryption and Compression Configuration
- Configuring and Enabling Authentication for In-Flight Encryption
- Enabling In-Flight Encryption
- Enabling In-Flight Compression
- Disabling In-Flight Encryption
- Disabling In-Flight Compression
Diagnostic Port
- Diagnostic Port Overview
- Supported Platforms for D_Port
- Licensing Requirements for D_Port
- Understanding D_Port
- Supported Topologies
- Using D_Ports Between Switch Modules in Static-Static Mode
- Using D_Ports Between Switch Modules and HBAs
- Using D_Ports in Dynamic Mode
- Using D_Ports in On-Demand Mode
- Example Test Scenarios and Output
  - Confirming Link Status Between SFPs and HBAs
  - Starting and Stopping a D_Port Test
NPIV
- NPIV Overview
- Configuring NPIV
- Enabling and Disabling NPIV
- Deregistering Base Devices
- Viewing NPIV Port Configuration Information
  - Viewing Virtual PID Login Information
Fabric-Assigned PWWN
- Fabric-Assigned PWWN Overview
- User- and Auto-assigned FA-PWWN Behavior
- Configuring an FA-PWWN for an HBA Connected to an Access Gateway
- Configuring an FA-PWWN for an HBA Connected to an Edge Switch Module
- Supported Switches and Configurations for FA-PWWN
- Precautions for Uploading and Downloading FA-PWWN Configurations
- Safety Precautions for FA-PWWN
- Restrictions of FA-PWWN
- Access Gateway N_Port failover using FA-PWWN
Admin Domain
- Admin Domain Overview
- SAN Management with Admin Domains
- Admin Domain Management for Physical Fabric Administrators
Inter-chassis Links
- ICL Overview
  - ICL License Requirements
  - Using the QSFPs that Support 2 km on ICL Ports
- Precautions for ICL-based Virtual Fabrics
- Supported Topologies for ICL Connections
  - Mesh Topology
  - Core-to-Edge Topology
Monitoring Fabric Performance
- Advanced Performance Monitoring Overview
- EE Performance Monitoring
- Frame Monitoring
- Top Talker Monitoring
- Trunk Monitoring
  - Precautions for Trunk Monitoring
- Saving and Restoring Monitor Configurations
- Performance Data Collection
Trunking Connection Management
- Trunking Overview
- Supported Platforms for Trunking
- Supported Configurations for Trunking
  - ISLs Between Switch Modules and Other Devices
  - High Availability Support for Trunking
- Trunk Group Requirements
- Recommendations for Trunk Groups
- Configure a Trunk Group.
- Enabling Trunking
- Disabling Trunking
- Displaying Trunking Information
- Trunk Area and Admin Domains
  - Example of Trunk Area Assignment on Port Domain,Index
- ISL Trunking over Long-Distance Fabrics
- EX_Port Trunking
- F_Port Trunking
- Displaying F_Port Trunking Information
- Disabling F_Port Trunking
- Enabling the DCC Policy in the Trunk Area
Managing Long-Distance Fabrics
- Overview of Long-Distance Fabric
- Extended Fabric Device Restrictions
- Long-Distance Connection Mode
- Configuring an Extended ISL
  - Enabling Long-distance Transmission When Connecting to a TDM Device
- Forwarding Error Correction for Long-distance Links
  - Enabling FEC on Long-Distance Links
  - Disable FEC on Long-haul Links.
Using FC-FC Routing to Connect Fabrics
- FC-FC Routing Overview
- FC Routing
- Setting FC-FC Routing
  - Verifying FC-FC Routing Settings
- Backbone Fabric ID
  - Assigning Backbone Fabric IDs
- Assigning Aliases to Fabric IDs
- Configuring FCIP Tunnel
- Inter-fabric Link Configuration
  - Creating IFLs for Edge and Backbone Connections
  - Creating an EX_Port on the ICL
- FC Router Port Cost Configuration
  - Port Cost Considerations
  - Setting the Router Port Cost of an EX_Port
- Shortest IFL Cost Configuration
  - Configuring Shortest IFL Cost
- Configuring EX_Port Frame Trunking
- LSAN Zone Configuration
- Proxy PID Configuration
- Fabric Parameter Considerations
- Inter-fabric Broadcast Frame
- Resource Monitoring
- FC-FC Routing and Virtual Fabric
  - Configuring the Logical Switch Module for FC Routing
  - Backbone-to-Edge Routing Using Virtual Fabrics
- Considerations for Upgrading or Degrading FC-FC Routing
  - How Replacing a Port Blade Affects EX_Port Configuration
- Displaying the Range of Output Ports Connected to the Xlate Domain
Configuring NVMe
- NVMe Overview
- NVMe over FC
- Name Server Support
- NVMe Devices and Zoning
Switch Module and Blade Sensors
- System Temperature Monitoring
Hexadecimal Conversion
- Hexadecimal Overview
  - Example Conversion of the Hexadecimal Triplet 0x616000
  - Decimal-to-Hexadecimal Conversion Table

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Symbol Conventions

The symbols that may be found in this document are defined as follows:

Symbol	Description
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Change History

Issue	Release Date	Description
03	2020-09-21	This issue is the third official release.
02	2020-05-07	This issue is the second official release.
01	2019-11-20	This issue is the first official release.

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Updated: 2020-09-22

Document ID: EDOC1100118485

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