Admin Guide
Table Of Contents
- Contents
- Chapter 1: Introduction
- Chapter 2: New in this document
- Chapter 3: Basic administration
- Chapter 4: System startup fundamentals
- Chapter 5: Boot parameter configuration using ACLI
- Chapter 6: Run-time process management using ACLI
- Chapter 7: Chassis operations
- Chassis operations fundamentals
- Chassis operations configuration using ACLI
- Enabling jumbo frames
- Configuring port lock
- Configuring SONMP
- Viewing the topology message status
- Associating a port to a VRF instance
- Configuring an IP address for the management port
- Configuring Ethernet ports with Autonegotiation
- Enabling channelization
- Configuring serial management port dropping
- Controlling slot power
- Enabling or disabling the USB port
- Chassis operations configuration using EDM
- Editing system information
- Editing chassis information
- Configuring system flags
- Configuring channelization
- Configuring basic port parameters
- Viewing the boot configuration
- Configuring boot flags
- Enabling Jumbo frames
- Configuring the date and time
- Associating a port to a VRF instance
- Configuring CP Limit
- Configuring an IP address for the management port
- Editing the management port parameters
- Configuring the management port IPv6 interface parameters
- Configuring management port IPv6 addresses
- Auto reactivating the port of the SLPP shutdown
- Editing serial port parameters
- Enabling port lock
- Locking a port
- Viewing power information
- Viewing power status on VSP 8400
- Viewing fan information
- Viewing topology status information
- Viewing the topology message status
- Configuring a forced message control pattern
- Chapter 8: Hardware status using EDM
- Chapter 9: Domain Name Service
- Chapter 10: Licensing
- Chapter 11: Network Time Protocol
- Chapter 12: Secure Shell
- Secure Shell fundamentals
- Secure Shell configuration using ACLI
- Downloading the software
- Enabling the SSHv2 server
- Changing the SSH server authentication mode
- Setting SSH configuration parameters
- Verifying and displaying SSH configuration information
- Connecting to a remote host using the SSH client
- Generating user key files
- Managing an SSL certificate
- Disabling SFTP without disabling SSH
- Enabling SSH rekey
- Configuring SSH rekey data-limit
- Configuring SSH rekey time-interval
- Displaying SSH rekey information
- Downgrading or upgrading from releases that support different key sizes
- Secure Shell configuration using Enterprise Device Manager
- Chapter 13: System access
- System access fundamentals
- System access configuration using ACLI
- Enabling ACLI access levels
- Changing passwords
- Configuring an access policy
- Specifying a name for an access policy
- Allowing a network access to the switch
- Configuring access policies by MAC address
- System access security enhancements
- Displaying the boot config flags status
- Enabling enhanced secure mode
- Creating accounts for different access levels
- Deleting accounts in enhanced secure mode
- Configuring a password for a specific user
- Returning the system to the factory defaults
- Configuring the password complexity rule
- Configuring the password length rule
- Configuring the change interval rule
- Configuring the reuse rule
- Configuring the maximum number of sessions
- Configuring the maximum age rule
- Configuring the pre- and post-notification rule
- System access configuration using EDM
- Chapter 14: ACLI show command reference
- Access, logon names, and passwords
- Basic switch configuration
- Current switch configuration
- CLI settings
- Ftp-access sessions
- Hardware information
- NTP server statistics
- Power summary
- Power information for power supplies
- System information
- System status (detailed)
- Telnet-access sessions
- Users logged on
- Port egress COS queue statistics
- CPU queue statistics
- Chapter 15: Port numbering and MAC address assignment reference
- Chapter 16: Supported standards, RFCs, and MIBs
- Glossary
The following example shows an output for this command:
Switch:1(config)#show interfaces gigabitEthernet
=====================================================================================
Port Interface
=====================================================================================
PORT LINK PORT PHYSICAL STATUS
NUM INDEX DESCRIPTION TRAP LOCK MTU ADDRESS ADMIN OPERATE
-------------------------------------------------------------------------------------
1/1 192 10GbNone true false 1950 b0:ad:aa:41:90:00 up down
1/2 193 10GbOther true false 1950 b0:ad:aa:41:90:01 up down
1/3 194 10GbNone true false 1950 b0:ad:aa:41:90:02 up down
1/4 195 10GbNone true false 1950 b0:ad:aa:41:90:03 up down
1/5 196 10GbNone true false 1950 b0:ad:aa:41:90:04 up down
1/6 197 10GbSR true false 1950 b0:ad:aa:41:90:05 up down
1/7 198 10GbSR true false 1950 b0:ad:aa:41:90:06 up down
1/8 199 GbicSx true false 1950 b0:ad:aa:41:90:07 up down
1/9 200 10GbNone true false 1950 b0:ad:aa:41:90:08 up down
1/10 201 10GbNone true false 1950 b0:ad:aa:41:90:09 up down
1/11 202 10GbNone true false 1950 b0:ad:aa:41:90:0a up down
1/12 203 10GbNone true false 1950 b0:ad:aa:41:90:0b up down
1/13 204 10GbNone true false 1950 b0:ad:aa:41:90:0c up down
1/14 205 10GbNone true false 1950 b0:ad:aa:41:90:0d up down
1/15 206 10GbNone true false 1950 b0:ad:aa:41:90:0e up down
1/16 207 GbicSx true false 1950 b0:ad:aa:41:90:0f up down
1/17 208 40GbCR4 true false 1950 b0:ad:aa:41:90:10 up down
1/18/1 212 40GbSR4-Channel true false 1950 b0:ad:aa:41:90:14 up up
1/18/2 213 40GbSR4-Channel true false 1950 b0:ad:aa:41:90:15 up up
1/18/3 214 40GbSR4-Channel true false 1950 b0:ad:aa:41:90:16 up up
1/18/4 215 40GbSR4-Channel true false 1950 b0:ad:aa:41:90:17 up up
VLAN interface index
The interface index of a VLAN is computed using the following formula:
ifIndex = 2048 + VLAN multicast group ID (MGID)
Because the default VLAN always uses an MGID value of 1, its interface index is always 2049.
MLT interface index
The interface index of a multilink trunk (MLT) is computed using the following formula:
ifIndex = 6143 + MLT ID number
MAC address assignment
You must understand MAC addresses assignment if you perform one of the following actions:
• Define static Address Resolution Protocol (ARP) entries for IP addresses in the switch
• Use a network analyzer to decode network traffic
Each chassis is assigned a base of 1024 MAC addresses. The first 256 are reserved for ports and
other internal purposes. Routable VLAN start at an offset of 256 and above.a
MAC address assignment
January 2017 Administering Avaya VSP 7200 Series and 8000 Series 235
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