User Manual
Page 20
...Log 414 RMON Alarms 415 Port Statistics 417 LAG Statistics 418 Port Mirroring 419 Monitoring Switch Traffic (CLI 421 Configuring sFlow 421 Configuring RMON 423 Viewing Statistics 425 Configuring Port Mirroring 426 Traffic Monitoring Configuration Examples 427 Configuring sFlow 427 Configuring RMON 429 16 Configuring iSCSI Optimization 431 iSCSI Optimization Overview 431 ...Flows 432 What Information Does the Switch Track in iSCSI Traffic Flows 433 How Does iSCSI Optimization Interact With Dell EqualLogic Arrays 433 What Occurs When iSCSI is Enabled or Disabled 434 20 Contents
...Log 414 RMON Alarms 415 Port Statistics 417 LAG Statistics 418 Port Mirroring 419 Monitoring Switch Traffic (CLI 421 Configuring sFlow 421 Configuring RMON 423 Viewing Statistics 425 Configuring Port Mirroring 426 Traffic Monitoring Configuration Examples 427 Configuring sFlow 427 Configuring RMON 429 16 Configuring iSCSI Optimization 431 iSCSI Optimization Overview 431 ...Flows 432 What Information Does the Switch Track in iSCSI Traffic Flows 433 How Does iSCSI Optimization Interact With Dell EqualLogic Arrays 433 What Occurs When iSCSI is Enabled or Disabled 434 20 Contents
User Manual
Page 26
... 602 Configuring a Port in Access Mode 603 Configuring a Port in General Mode 604 Configuring a Port in Trunk Mode 605 Configuring VLAN Settings for a LAG 607 Configuring Double VLAN Tagging 608 Configuring MAC-Based VLANs 609 Configuring IP-Based VLANs 610 Configuring a Protocol-Based VLAN 610 Configuring GVRP 612 Configuring Voice VLANs 614 VLAN Configuration Examples 615 Configuring VLANs Using Dell OpenManage Administrator 618 Configure the...
... 602 Configuring a Port in Access Mode 603 Configuring a Port in General Mode 604 Configuring a Port in Trunk Mode 605 Configuring VLAN Settings for a LAG 607 Configuring Double VLAN Tagging 608 Configuring MAC-Based VLANs 609 Configuring IP-Based VLANs 610 Configuring a Protocol-Based VLAN 610 Configuring GVRP 612 Configuring Voice VLANs 614 VLAN Configuration Examples 615 Configuring VLANs Using Dell OpenManage Administrator 618 Configure the...
User Manual
Page 27
... Port Settings 640 STP LAG Settings 642 Rapid Spanning Tree 643 MSTP Settings 645 MSTP Interface Settings 647 Configuring Spanning Tree (CLI 649 Configuring Global STP Bridge Settings 649 Configuring Optional STP Features 650 Configuring STP Interface Settings 651 Configuring MSTP Switch Settings 652 Configuring MSTP Interface Settings 653 STP Configuration Examples 654 Configuring STP 654 Configuring MSTP 656 23...
... Port Settings 640 STP LAG Settings 642 Rapid Spanning Tree 643 MSTP Settings 645 MSTP Interface Settings 647 Configuring Spanning Tree (CLI 649 Configuring Global STP Bridge Settings 649 Configuring Optional STP Features 650 Configuring STP Interface Settings 651 Configuring MSTP Switch Settings 652 Configuring MSTP Interface Settings 653 STP Configuration Examples 654 Configuring STP 654 Configuring MSTP 656 23...
User Manual
Page 33
... Link Aggregation 820 What is LAG Hashing 821 How Do LAGs Interact with Other Features?. . . . 822 LAG Configuration Guidelines 823 Default Link Aggregation Values 823 Configuring Link Aggregation (Web 824 LAG Configuration 824 LACP Parameters 825 LAG Membership 827 LAG Hash Configuration 828 LAG Hash Summary 829 Configuring Link Aggregation (CLI 830 Configuring LAG Characteristics 830 Configuring Link Aggregation Groups 831 Configuring LACP Parameters 833 Contents...
... Link Aggregation 820 What is LAG Hashing 821 How Do LAGs Interact with Other Features?. . . . 822 LAG Configuration Guidelines 823 Default Link Aggregation Values 823 Configuring Link Aggregation (Web 824 LAG Configuration 824 LACP Parameters 825 LAG Membership 827 LAG Hash Configuration 828 LAG Hash Summary 829 Configuring Link Aggregation (CLI 830 Configuring LAG Characteristics 830 Configuring Link Aggregation Groups 831 Configuring LACP Parameters 833 Contents...
User Manual
Page 34
Link Aggregation Configuration Examples 834 Configuring Dynamic LAGs 834 Configuring Static LAGs 835 29 Managing the MAC Address Table . . . . 837 MAC Address Table Overview 837 How Is the Address Table Populated 837 What Information Is in the ... Table (Web 839 Static Address Table 839 Dynamic Address Table 841 Managing the MAC Address Table (CLI 842 Managing the MAC Address Table 842 30 Configuring Routing Interfaces 843 Routing Interface Overview 843 What Are VLAN Routing Interfaces 843 What Are Loopback Interfaces 844 What Are Tunnel Interfaces 845 Why Are...
Link Aggregation Configuration Examples 834 Configuring Dynamic LAGs 834 Configuring Static LAGs 835 29 Managing the MAC Address Table . . . . 837 MAC Address Table Overview 837 How Is the Address Table Populated 837 What Information Is in the ... Table (Web 839 Static Address Table 839 Dynamic Address Table 841 Managing the MAC Address Table (CLI 842 Managing the MAC Address Table 842 30 Configuring Routing Interfaces 843 Routing Interface Overview 843 What Are VLAN Routing Interfaces 843 What Are Loopback Interfaces 844 What Are Tunnel Interfaces 845 Why Are...
User Manual
Page 61
...the following ALC types: • IPv4 ACLs • IPv6 ACLs • MAC ACLs For all provide security for the network. For information about configuring ACLs, see "Configuring Access Control Lists" on the source ID. IP Source Guard (IPSG) IP source guard (IPSG) is in effect and the amount of traffic are... forwarded or blocked, and above all ACL types, you can apply the ACL rule when the packet enters or exits the physical port, LAG, or ...
...the following ALC types: • IPv4 ACLs • IPv6 ACLs • MAC ACLs For all provide security for the network. For information about configuring ACLs, see "Configuring Access Control Lists" on the source ID. IP Source Guard (IPSG) IP source guard (IPSG) is in effect and the amount of traffic are... forwarded or blocked, and above all ACL types, you can apply the ACL rule when the packet enters or exits the physical port, LAG, or ...
User Manual
Page 67
... known as Dot1ag, supports Service Level Operations, Administration, and Management (OAM). Switch Features 67 For information about configuring IEEE 802.1ag settings, see "Configuring L2 and L3 Relay Features" on individual ports, link aggregation groups (LAGs) and VLANs. CFM is the OAM Protocol provision for end-to help you perform connectivity checks, fault...
... known as Dot1ag, supports Service Level Operations, Administration, and Management (OAM). Switch Features 67 For information about configuring IEEE 802.1ag settings, see "Configuring L2 and L3 Relay Features" on individual ports, link aggregation groups (LAGs) and VLANs. CFM is the OAM Protocol provision for end-to help you perform connectivity checks, fault...
User Manual
Page 70
...that allows bridges to automatically prevent and resolve L2 forwarding loops. These settings are also supported by STP are also configurable per -port settings including path cost, priority settings, Port Fast mode, STP Root Guard, Loop Guard, TCN ... after a topology change, without creating forwarding loops. Spanning Tree Protocol Features For information about configuring Spanning Tree Protocol features, see "Configuring the Spanning Tree Protocol" on page 629. Rapid Spanning Tree Rapid Spanning Tree Protocol (RSTP...(STP) Spanning Tree Protocol (IEEE 802.1D) is a version of per -LAG.
...that allows bridges to automatically prevent and resolve L2 forwarding loops. These settings are also supported by STP are also configurable per -port settings including path cost, priority settings, Port Fast mode, STP Root Guard, Loop Guard, TCN ... after a topology change, without creating forwarding loops. Spanning Tree Protocol Features For information about configuring Spanning Tree Protocol features, see "Configuring the Spanning Tree Protocol" on page 629. Rapid Spanning Tree Rapid Spanning Tree Protocol (RSTP...(STP) Spanning Tree Protocol (IEEE 802.1D) is a version of per -LAG.
User Manual
Page 71
... of various links, and continuously provides the maximum level of aggregation capability achievable between a given pair of systems. LACP automatically determines, configures, binds, and monitors the binding of STP. Bridge Protocol Data Unit (BPDU) Guard Spanning Tree BPDU Guard is used to disable the...feature prevents a port in case a new device tries to enter the already existing topology of ports to form a single Link Aggregated Group (LAG). Switch Features 71 Thus devices, which were originally not a part of the same speed, set to influence the STP topology. A port ...
... of various links, and continuously provides the maximum level of aggregation capability achievable between a given pair of systems. LACP automatically determines, configures, binds, and monitors the binding of STP. Bridge Protocol Data Unit (BPDU) Guard Spanning Tree BPDU Guard is used to disable the...feature prevents a port in case a new device tries to enter the already existing topology of ports to form a single Link Aggregated Group (LAG). Switch Features 71 Thus devices, which were originally not a part of the same speed, set to influence the STP topology. A port ...
User Manual
Page 114
... DiffServ Auto VoIP Auto VoIP Traffic Class iSCSI Bridge Multicast Filtering MLD Snooping IGMP Snooping IGMP Snooping Querier GMRP IPv4 Multicast IPv6 Multicast Default No LAGs configured 1 Disabled Enabled 0.0.0.0 Enabled Enabled Disabled None Disabled Disabled Enabled Enabled Disabled 6 Disabled Disabled Disabled Disabled Disabled Disabled Disabled Disabled 114 Default Settings Table...
... DiffServ Auto VoIP Auto VoIP Traffic Class iSCSI Bridge Multicast Filtering MLD Snooping IGMP Snooping IGMP Snooping Querier GMRP IPv4 Multicast IPv6 Multicast Default No LAGs configured 1 Disabled Enabled 0.0.0.0 Enabled Enabled Disabled None Disabled Disabled Enabled Enabled Disabled 6 Disabled Disabled Disabled Disabled Disabled Disabled Disabled Disabled 114 Default Settings Table...
User Manual
Page 139
...preconfigured/unassigned units by using the show switch CLI command. If there is to disconnect all the member ports of any Port-Channels (LAGs) so there will try to reconverge as the topology could change because of switches that are powered and running and already have an ...139 When there are applied to this unit. You can preconfigure information about a stack member and its ports before you remove a unit from the configured stack member information. Removing a Switch from the stack. However, it to the new unit; The preconfiguration takes place on the Management Unit for...
...preconfigured/unassigned units by using the show switch CLI command. If there is to disconnect all the member ports of any Port-Channels (LAGs) so there will try to reconverge as the topology could change because of switches that are powered and running and already have an ...139 When there are applied to this unit. You can preconfigure information about a stack member and its ports before you remove a unit from the configured stack member information. Removing a Switch from the stack. However, it to the new unit; The preconfiguration takes place on the Management Unit for...
User Manual
Page 144
... of surviving units removes LAG members on different stack members. If your network to take advantage of NSF is left with members on a surviving unit. If you have multiple PowerConnect switches, stacking them helps make sure you power down the whole stack before you configure the stack as a... single unit and do not continue to use the MAC address of the redeployed switch. If a LAG is to configure multiple "best paths" to the ...
... of surviving units removes LAG members on different stack members. If your network to take advantage of NSF is left with members on a surviving unit. If you have multiple PowerConnect switches, stacking them helps make sure you power down the whole stack before you configure the stack as a... single unit and do not continue to use the MAC address of the redeployed switch. If a LAG is to configure multiple "best paths" to the ...
User Manual
Page 164
... messages contain a valid sender IP address and sender MAC address. DHCP snooping checkpoints its bindings database. NSF and DHCP Snooping Hosts ` ` ` LAG ` ` ` Hosts DHCP Server If the Management Unit fails, all hosts connected to the failover. The hardware on source IP address and source ...lists the IP address the DHCP server has assigned to verify that unit reboots. DHCP snooping only accepts DHCP server messages on ports configured as trusted ports. DHCP snooping listens to DHCP messages to communicate normally. Figure 8-14. NSF and DHCP Snooping Figure 8-14 ...
... messages contain a valid sender IP address and sender MAC address. DHCP snooping checkpoints its bindings database. NSF and DHCP Snooping Hosts ` ` ` LAG ` ` ` Hosts DHCP Server If the Management Unit fails, all hosts connected to the failover. The hardware on source IP address and source ...lists the IP address the DHCP server has assigned to verify that unit reboots. DHCP snooping only accepts DHCP server messages on ports configured as trusted ports. DHCP snooping listens to DHCP messages to communicate normally. Figure 8-14. NSF and DHCP Snooping Figure 8-14 ...
User Manual
Page 167
... for OSPF is the Management Unit. PIM neighbors recognize the new generation ID and immediately relay the group state back to configure NSF for OSPF or OSPFv3, see "Configuring OSPF and OSPFv3" on the aggregation routers using a new generation ID to prompt the neighbors to the aggregation router is ... to quickly resend multicast routing information. The grace LSAs reach the neighbors before they drop their adjacencies with each of the LAGs coming up. Each LAG is removed from the LAG. NSF and Routed Access Figure 8-16 shows a stack of three units serving as an access router for a set of...
... for OSPF is the Management Unit. PIM neighbors recognize the new generation ID and immediately relay the group state back to configure NSF for OSPF or OSPFv3, see "Configuring OSPF and OSPFv3" on the aggregation routers using a new generation ID to prompt the neighbors to the aggregation router is ... to quickly resend multicast routing information. The grace LSAs reach the neighbors before they drop their adjacencies with each of the LAGs coming up. Each LAG is removed from the LAG. NSF and Routed Access Figure 8-16 shows a stack of three units serving as an access router for a set of...
User Manual
Page 170
... (ACL) Contains rules to apply to one or more in-band ports, LAGs, or VLANs to use to enter Privileged Exec mode from functioning. RADIUS Configure information about port-based access, 802.1X, and the Internal Authentication Server (IAS), see "Configuring 802.1X and Port-Based Security" on page 505. 170 Controlling Management... are Read-Write (15), Read Only (1), and Suspended (0). The supported security levels are allowed to authenticate users. The database contains a username with the list. TACACS+ Configure the switch to use .
... (ACL) Contains rules to apply to one or more in-band ports, LAGs, or VLANs to use to enter Privileged Exec mode from functioning. RADIUS Configure information about port-based access, 802.1X, and the Internal Authentication Server (IAS), see "Configuring 802.1X and Port-Based Security" on page 505. 170 Controlling Management... are Read-Write (15), Read Only (1), and Suspended (0). The supported security levels are allowed to authenticate users. The database contains a username with the list. TACACS+ Configure the switch to use .
User Manual
Page 746
...groupmembershipinterval vlan-id seconds Specify the host time-out value for a specific port or LAG. View the IGMP snooping settings for the specified VLAN. This command sets the number of seconds configured with a VLAN. Command CTRL + Z show ip igmp snooping show ip igmp ...snooping interface interface Purpose Exit to age out an automatically-learned multicast router port. 746 Configuring L2 Multicast Features Command Purpose configure Enter global configuration mode. ip igmp snooping maxresponse vlan-id seconds Specify the leave time-out value for to associate...
...groupmembershipinterval vlan-id seconds Specify the host time-out value for a specific port or LAG. View the IGMP snooping settings for the specified VLAN. This command sets the number of seconds configured with a VLAN. Command CTRL + Z show ip igmp snooping show ip igmp ...snooping interface interface Purpose Exit to age out an automatically-learned multicast router port. 746 Configuring L2 Multicast Features Command Purpose configure Enter global configuration mode. ip igmp snooping maxresponse vlan-id seconds Specify the leave time-out value for to associate...
User Manual
Page 820
... a link fails, traffic is used when connecting a PowerConnect 7000 Series switch to handle traffic for link aggregation. When using the IEEE 802.3ad standard, which is to confirm that the external switch is accomplished by effectively aggregating multiple ports together that same LAG. Static configuration is automatically redistributed across multiple stack members. In...
... a link fails, traffic is used when connecting a PowerConnect 7000 Series switch to handle traffic for link aggregation. When using the IEEE 802.3ad standard, which is to confirm that the external switch is accomplished by effectively aggregating multiple ports together that same LAG. Static configuration is automatically redistributed across multiple stack members. In...
User Manual
Page 823
LAG Configuration Guidelines Ports to be aggregated must be in full duplex mode. • The port cannot be a mirrored port The following are the interface restrictions • The configured speed of a LAG member cannot be changed. • An interface can be configured so that they are members. Table ...Table Defaults Parameter LACP system priority LACP port priority LACP timeout LAG hash algorithm type Default Value 1 1 Long Source IP and source TCP/UDP port Configuring Link Aggregation 823 Default Link Aggregation Values The LAGs on the switch are created by default, but no ports are...
LAG Configuration Guidelines Ports to be aggregated must be in full duplex mode. • The port cannot be a mirrored port The following are the interface restrictions • The configured speed of a LAG member cannot be changed. • An interface can be configured so that they are members. Table ...Table Defaults Parameter LACP system priority LACP port priority LACP timeout LAG hash algorithm type Default Value 1 1 Long Source IP and source TCP/UDP port Configuring Link Aggregation 823 Default Link Aggregation Values The LAGs on the switch are created by default, but no ports are...
User Manual
Page 824
To display the LAG Configuration page, click Switching → Ports → LAG Configuration in the navigation panel. LAG Configuration 824 Configuring Link Aggregation LAG Configuration Use the LAG Configuration page to set the name and administrative status (up/down) of the page. Figure 28-2. Configuring Link Aggregation (Web) This section provides information about the fields on a PowerConnect 7000 Series switch. For details about the OpenManage Switch Administrator pages for configuring and monitoring LAGs on a page, click at the top of a LAG.
To display the LAG Configuration page, click Switching → Ports → LAG Configuration in the navigation panel. LAG Configuration 824 Configuring Link Aggregation LAG Configuration Use the LAG Configuration page to set the name and administrative status (up/down) of the page. Figure 28-2. Configuring Link Aggregation (Web) This section provides information about the fields on a PowerConnect 7000 Series switch. For details about the OpenManage Switch Administrator pages for configuring and monitoring LAGs on a page, click at the top of a LAG.
User Manual
Page 834
... LAG 1. console#show how to configure a static LAG on both switches. Link Aggregation Configuration Examples This section contains the following examples: • Configuring Dynamic LAGs • Configuring Static LAGs NOTE: The examples in this section show the configuration of only one switch. Because LAGs involve physical links between two switches, the LAG settings and member ports must be configured as LAG members. The LAG...
... LAG 1. console#show how to configure a static LAG on both switches. Link Aggregation Configuration Examples This section contains the following examples: • Configuring Dynamic LAGs • Configuring Static LAGs NOTE: The examples in this section show the configuration of only one switch. Because LAGs involve physical links between two switches, the LAG settings and member ports must be configured as LAG members. The LAG...