CX210, CX220, CX912, CX916 Switch Module FC Switching Plane V100R001 Administrator Guide 01 (CLI)

About This Document
Introduction to the FC Service
- FusionCompute Service Overview
- Management server
- Platform service
- Management server database
- Topology discovery
- Device login
- High availability of the daemon process
- FL_Port and arbitrated loop support
Performing Basic Configuration Tasks
- Fabric OS Overview
- Changing the Default Password
  - Default Account and Password
- Ethernet port on the switch module
- Date and time settings
- Domain ID
- Switch Module Name
  - User-defined switch module name
- Chassis Name
  - User-defined chassis name
- Fabric Name
- Activating and Deactivating a Switch Module
- Device shutdown
  - Shutting Down a Switch Module
  - Shutting down the Director
- Basic connection
Executing Advanced Configuration Tasks
- Overview of Port Identifier and PID Binding
- Port
- Blade Terms and Compatibility
- Enabling or Disabling a Blade
  - Enabling a blade
  - Shutting Down a Blade
- Blade switching
  - How to Exchange Blades
  - Switch blade
- Shutting Down a Switch Module
- Power Management
- Device status
- Audit Log Configuration
- Handling Duplicate PWWNs During Device Login
  - Setting how to handle duplicate PWWNs
- Forward error correction
Route traffic
- Route Overview
- Links between switch modules
- Gateway Link
- Routing policy
- Route selection
- Frame delivery sequence
- Port lossless DLS
- 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 account
  - Default Account
  - Local account password
- Local user account database distribution
- Password Policy
- Password for starting the PROM
- Remote authentication
Configuring a Protocol
- Security protocol
- Secure copy
  - Setting Up the SCP for Configuration Upload and Download
- Secure Shell Protocol
  - SSH public key authentication
- SecCryptoCfg template
- Secure Sockets Layer
- SNMP
- Telnet protocol
  - Blocking Telnet
  - Unblocking Telnet
- Listener application
- Ports and applications used by switch modules
  - Port Configuration
Configuring Security Policies
- ACL Policy Overview
  - ACL policy storage mode
  - Policy Member
- ACL Policy Management
- FCS Policy
- Device connection control policy
- SCC Policy
  - Virtual Fabrics considerations for SCC policies
  - Creating an SCC Policy
- Authentication policies for fabric elements
- IP Filter policy
- Policy database distribution
- Management Interface Security
Maintaining Switch Module Configuration Files
- Configuration
  - Configuration File Format
- Backing Up Configuration Files
  - Special characters in the FTP server certificate
  - Uploading the configuration file in interactive mode
- Configuration file restoration
  - Restrictions on Downloading the Configuration File
  - Downloading the configuration file when the switch module is enabled
- Cross-fabric configuration
  - Download the configuration file from one switch module to another switch module of the same model.
  - Safety Precautions
- Virtual Fabrics Configuration Management
- Configuration form
Managing Virtual Fabrics
- Virtual Fabrics Overview
- Overview of the Logical Switch Module
  - Default logical switch module
  - Logical Switch Module and Fabric ID
  - Port allocation of the logical switch module
  - Logical Switch Module and Connected Devices
- Logical Switch Module Management Model
- Logical Fabric Overview
  - Logical Fabric and ISL
  - Basic switch module and extended ISL
- Account management and Virtual Fabrics
- Setting the IP Address of the Logical Switch Module
- Platforms that support Virtual Fabrics
  - Port configuration supported by the fixed-port switch module
  - Port configuration supported by the Backbone
- Interactions between Virtual Fabrics and other Fabric OS functions
- Virtual Fabrics Restrictions
  - Restrictions on XISL
  - Restrictions on mobile ports
- Enabling the VF Mode
- Disabling the VF Mode
- Configure the logical switch module to use the basic configuration value.
- Creating a Logical or Basic Switch Module
- Run commands in different logical switch module contexts.
- Deleting a Logical Switch Module
- Adding and Removing Ports on a Logical Switch Module
- Displays the configuration of the logical switch module.
- Changing the FID of a Logical Switch Module
- Change the logical switch module to the basic switch module.
- Configuring the XISL as the Logical Switch Module
- Change the context to another logical fabric
- Creating a Logical Structure Using XISL
Managing Advanced Zones
- Zone type
- Zone Overview
- Broadcast zone
- Zone alias
- Zone creation and maintenance
- Default zone mode
  - Set the default zone mode.
  - Check the access mode of the default zone.
- Zone database size
- Zone configuration
- Zone object maintenance
- Zone Configuration Management
- Security and zone
- Zone combination
  - Fabric division and zone
  - Zone Combination Scenario
- Concurrent zone transaction
  - Viewing the Zone Database Service
- Peer zone
- Target-driven zone
  - Limitations and Considerations of Target-Driven Zones
  - Target-driven zone configuration
- Commands supported by the peer zone and target driver peer zone
Traffic isolation zone
- Traffic Isolation Zone Overview
- TI zone failover
  - Additional Considerations for Disabling Failover
  - FSPF routing rules and traffic isolation
- Enhanced TI zone
- Traffic isolation zone on the FC router
- Fabric-level traffic isolation in the backbone fabric
- General Rules for TI Zones
- Configuration supported by the traffic isolation zone
  - Other Configuration Rules for Enhanced TI Zones
  - Trunk and TI zone
- Zone-based traffic isolation
- Precautions for the Admin Domain of the Traffic Isolation Zone
- Precautions for Virtual Fabrics in the Traffic Isolation Zone
- Traffic isolation zone of the FC router based on Virtual Fabrics
- Creating a TI Zone
- Modifying a TI Zone
- Changing the TI Zone Status
- Deleting a TI Zone
- Display TI zone
- Rectify the TI zone route fault.
- Setting the TI Zone Through the FCR
Optimizing Fabric Performance
- Overview of Adaptive Networking
- Ingress rate limiting
- QoS
- CS_CTL-based frame priority sorting
- QoS zone
- Set the traffic priority based on the QoS zone.
- Traffic priority classification based on the QoS zone is configured through the FC router.
- Disabling traffic priority classification based on QoS zones
Bottleneck detection
- Bottleneck Detection Overview
  - Bottleneck Type
  - How to Report Bottlenecks
- Bottleneck detection configuration
- Enabling Bottleneck Detection on Switch Modules
- Display Bottleneck Detection Configuration Details
- Setting Bottleneck Detection Alarms
- Modifying Bottleneck Detection Parameters
  - Applying and Modifying Bottleneck Detection Parameters
  - Adjusting the Bottleneck Alarm Frequency
- Recording frame timeout due to bottleneck
- Bottleneck Detection Advanced Settings
- Remove ports from bottleneck detection.
- Displays bottleneck statistics.
- MAPS and bottleneck detection
- Disabling Bottleneck Detection on Switch Modules
In-flight encryption and compression
- In-flight encryption and compression overview
- In-flight encryption and compression features supported by the
- How Do I Enable In-flight Encryption and Compression?
- Configuring in-flight encryption and compression on EX_Ports
- Configuring in-flight encryption and compression on an E_Port
- Viewing Encryption and Compression Configurations
- Configuring and Enabling In-flight Encryption Authentication
- Enable in-flight encryption
- Enabling in-flight compression
- Disabling in-flight encryption
- Disabling in-flight compression
Diagnosis port
- Diagnosis port
- Platform supporting D_Port
- License Requirements for D_Ports
- Understanding D_Ports
- Supported Topology
- Using D_Ports Between Switch Modules in Static-Static Mode
- D_Ports are used between switch modules and HBAs.
- Using D_Ports in Dynamic Mode
- Using D_Ports in On-Demand Mode
- Test Scenario Example and Output
  - Check the connection between the SFP and the HBA.
  - Starting and Stopping a D_Port Test
NPIV
- NPIV Overview
- Configuring NPIV
- Enabling and Disabling NPIV
- Deregistering a Basic Device
- Viewing NPIV Port Configurations
  - Viewing Virtual PID Login Information
Indicates the PWWN allocated by the fabric.
- Overview of PWWNs Allocated by Fabric
- FA-PWWN behavior assigned and automatically assigned by the user
- Configure an FA-PWWN for the HBA connected to the access gateway.
- Configure an FA-PWWN for the HBA connected to the edge switch module.
- Switch modules and configurations that support FA-PWWN
- Precautions for Uploading and Downloading FA-PWWN Configurations
- Safety Precautions for FA-PWWN
- Restrictions on FA-PWWN
- Access gateway N_Port failover using FA-PWWN
Management Domain
- Management Domain Overview
- SAN management using the management domain
- Management domain management of physical fabric administrators
Inter-chassis link
- Inter-subrack link
  - ICL License Requirements
  - The ICL port supports 2 km QSFP.
- Precautions for ICL-based Virtual Fabrics
- Topologies supported by ICL connections
  - Mesh topology
  - Core-to-edge topology
Monitoring Fabric Performance
- Overview of Advanced Performance Monitoring
- E2E performance monitoring
- Frame monitoring
- Top Talker Monitoring
- Trunk monitoring
  - Precautions for Trunk Monitoring
- Saving and Restoring Monitoring Configurations
- Performance data collection
Cluster Connection Management
- Trunking Overview
- Platforms supported by the cluster
- Cluster configuration
  - ISLs between switch modules and other devices
  - Cluster HA
- Trunk Group Requirements
- Suggestions on Trunk Groups
- Configure a trunk group.
- Enabling a cluster
- Disabling a cluster
- Displaying Cluster Information
- Trunk zone and management domain
  - Port domain, example of trunk area allocation on the index
- ISL Clustering on a Long-Distance Fabric
- EX_Port cluster
- F_Port cluster
- Displaying F_Port Cluster Information
- Disabling an F_Port Cluster
- Enable 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
  - Enable long-distance transmission when connecting to a TDM device.
- Forward error correction for long-distance links
  - Enable FEC on long-distance links.
  - Disable FEC on long-haul links.
Using FC-FC Routes to Connect to the Fabric
- FC-FC Route Overview
- Fibre Channel Routing
- Setting FC-FC Routes
  - To verify that FC-FC routes can be configured
- Backbone Fabric ID
  - Assigning a Backbone Fabric ID
- Allocating an Alias to a Fabric ID
- FCIP Tunnel Configuration
- Link configuration between fabrics
  - Creating IFLs for Edge and Backbone Connections
  - Creating an EX_Port on the ICL
- FC Router Port Cost Configuration
  - Port Cost Factors
  - Sets the router port cost of an EX_Port.
- Minimum IFL cost configuration
  - Minimum IFL configuration cost
- EX_Port Frame Cluster Configuration
- LSAN zone configuration
- Proxy PID Configuration
- Factors to be considered for fabric parameters
- Inter-fabric broadcast frame
- Resource monitoring
- FC-FC routing and virtual fabric
  - Configuring the Logical Switch Module of the FC Route
  - Backbone-to-edge routing using virtual fabrics
- Factors to be considered for upgrading or degrading FC-FC routes
  - How does replacing a port blade affect EX_Port configuration?
- Displays the range of output ports connected to the xlate domain.
Configuring NVMe
- NVMe Overview
- NVMe over FC
- Name server support
- NVMe device and zoning
Switch module and blade sensor
- System temperature monitoring
Hexadecimal conversion
- Hexadecimal Overview
  - Conversion of the hexadecimal triple Ox616000
  - Decimal-to-hexadecimal conversion table

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Change History

Issue	Release Date	Description
01	2019-11-20	This is the first release.

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Updated: 2019-12-13

Document ID: EDOC1100118485

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