HPE FlexNetwork 5130 HI SERIES User Manual (English)

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HPE FlexNetwork 5130 HI Switch Series

Layer 2—LAN Switching

Configuration Guide

Part number: 5998-8409a

Software version: Release 11xx

Document version: 6W101-20161221

Default Chapter1
- Configuration Guide1
- Table of Contents3
Configuring Ethernet Interfaces10
- Configuring a Management Ethernet Interface10
- Ethernet Interface Naming Conventions10
- Configuring Common Ethernet Interface Settings10
- Configuring a Layer 2 Ethernet Interface15
- Displaying and Maintaining an Ethernet Interface20
Configuring Loopback, Null, and Inloopback Interfaces22
- Configuring a Loopback Interface22
- Configuring a Null Interface22
- Configuring an Inloopback Interface23
- Displaying and Maintaining Loopback, Null, and Inloopback Interfaces23
Bulk Configuring Interfaces24
- Configuration Restrictions and Guidelines24
- Configuration Procedure24
- Displaying and Maintaining Bulk Interface Configuration25
Configuring the MAC Address Table26
- Overview26
  - How a MAC Address Entry Is Created26
  - Types of MAC Address Entries26
- MAC Address Table Configuration Task List27
- Configuring MAC Address Entries28
- Disabling MAC Address Learning30
- Configuring the Aging Timer for Dynamic MAC Address Entries31
- Configuring the MAC Learning Limit on an Interface32
- Configuring the Device to Forward Unknown Frames after the MAC Learning Limit on an Interface Is Reached32
- Assigning MAC Learning Priority to an Interface33
- Enabling MAC Address Synchronization34
- Enable MAC Address Move Notifications35
- Enabling ARP Fast Update for MAC Address Moves36
- Enabling SNMP Notifications for the MAC Address Table37
- Displaying and Maintaining the MAC Address Table37
- MAC Address Table Configuration Example38
Configuring MAC Information40
- Enabling MAC Information40
- Configuring the MAC Information Mode40
- Configuring the MAC Change Notification Interval41
- Configuring the MAC Information Queue Length41
- MAC Information Configuration Example41
Configuring Ethernet Link Aggregation44
- Basic Concepts44
- Aggregating Links in Static Mode46
  - Choosing a Reference Port46
  - Setting the Aggregation State of each Member Port46
- Aggregating Links in Dynamic Mode47
  - Lacp47
  - How Dynamic Link Aggregation Works48
- Edge Aggregate Interface51
- Load Sharing Modes for Link Aggregation Groups51
- Ethernet Link Aggregation Configuration Task List51
- Configuring an Aggregation Group52
- Configuring an Aggregate Interface54
- Configuring Load Sharing for Link Aggregation Groups58
- Enabling Link-Aggregation Traffic Redirection60
  - Configuration Restrictions and Guidelines60
  - Configuration Procedure60
- Displaying and Maintaining Ethernet Link Aggregation61
- Ethernet Link Aggregation Configuration Examples61
Configuring Port Isolation70
- Assigning a Port to an Isolation Group70
- Displaying and Maintaining Port Isolation70
- Port Isolation Configuration Example71
Configuring Spanning Tree Protocols73
- Stp73
  - STP Protocol Packets73
  - Basic Concepts in STP73
  - Calculation Process of the STP Algorithm74
- Rstp80
- Pvst80
- Mstp80
  - MSTP Features81
  - MSTP Basic Concepts81
  - How MSTP Works84
  - MSTP Implementation on Devices85
- Protocols and Standards85
- Spanning Tree Configuration Task Lists85
  - STP Configuration Task List86
  - RSTP Configuration Task List87
  - PVST Configuration Task List87
  - MSTP Configuration Task List88
- Setting the Spanning Tree Mode89
- Configuring an MST Region89
- Configuring the Root Bridge or a Secondary Root Bridge90
  - Configuring the Current Device as the Root Bridge of a Specific Spanning Tree91
  - Configuring the Current Device as a Secondary Root Bridge of a Specific Spanning Tree91
- Configuring the Device Priority91
- Configuring the Maximum Hops of an MST Region92
- Configuring the Network Diameter of a Switched Network92
- Configuring Spanning Tree Timers93
  - Configuration Restrictions and Guidelines93
  - Configuration Procedure93
- Configuring the Timeout Factor94
- Configuring the BPDU Transmission Rate94
- Configuring Edge Ports95
  - Configuration Restrictions and Guidelines95
  - Configuration Procedure95
- Configuring Path Costs of Ports95
  - Specifying a Standard for the Device to Use When It Calculates the Default Path Cost96
  - Configuring Path Costs of Ports97
  - Configuration Example98
- Configuring the Port Priority98
- Configuring the Port Link Type99
  - Configuration Restrictions and Guidelines99
  - Configuration Procedure99
- Configuring the Mode a Port Uses to Recognize and Send MSTP Packets99
- Enabling Outputting Port State Transition Information100
- Enabling the Spanning Tree Feature100
  - Enabling the Spanning Tree Feature in STP/RSTP/MSTP Mode101
  - Enabling the Spanning Tree Feature in PVST Mode101
- Performing Mcheck101
  - Configuration Restrictions and Guidelines102
  - Configuration Procedure102
- Configuring Digest Snooping102
  - Configuration Restrictions and Guidelines103
  - Configuration Procedure103
  - Digest Snooping Configuration Example103
- Configuring no Agreement Check104
  - Configuration Prerequisites105
  - Configuration Procedure106
  - No Agreement Check Configuration Example106
- Configuring TC Snooping106
  - Configuration Restrictions and Guidelines107
  - Configuration Procedure107
- Configuring Protection Functions107
  - Enabling BPDU Guard108
  - Enabling Root Guard108
  - Enabling Loop Guard109
  - Configuring Port Role Restriction109
  - Configuring TC-BPDU Transmission Restriction110
  - Enabling TC-BPDU Guard110
  - Enabling BPDU Drop111
- Displaying and Maintaining the Spanning Tree111
- Spanning Tree Configuration Example112
  - MSTP Configuration Example112
  - PVST Configuration Example116
Configuring Loop Detection119
- Overview119
- Loop Detection Configuration Task List121
- Enabling Loop Detection121
  - Enabling Loop Detection Globally121
  - Enabling Loop Detection on a Port121
- Configuring the Loop Protection Action122
- Setting the Loop Detection Interval122
- Displaying and Maintaining Loop Detection123
- Loop Detection Configuration Example123
Configuring Vlans126
- Overview126
  - VLAN Frame Encapsulation126
  - Protocols and Standards127
- Configuring Basic VLAN Settings127
- Configuring Basic Settings of a VLAN Interface128
- Configuring Port-Based Vlans129
- Configuring MAC-Based Vlans132
- Configuring IP Subnet-Based Vlans137
- Configuring Protocol-Based Vlans138
- Configuring a VLAN Group139
- Displaying and Maintaining Vlans140
- VLAN Configuration Examples140
Configuring Super Vlans149
- Super VLAN Configuration Task List149
- Creating a Sub-VLAN149
- Configuring a Super VLAN149
- Configuring a Super VLAN Interface150
- Displaying and Maintaining Super Vlans150
- Super VLAN Configuration Example151
Configuring the Private VLAN154
- Configuration Task List154
- Configuration Restrictions and Guidelines155
- Configuration Procedure155
- Displaying and Maintaining the Private VLAN157
- Private VLAN Configuration Examples157
Configuring Voice Vlans171
- Overview171
- Methods of Identifying IP Phones171
  - Identifying IP Phones through OUI Addresses171
  - Automatically Identifying IP Phones through LLDP172
- Advertising the Voice VLAN Information to IP Phones172
- IP Phone Access Methods173
  - Connecting the Host and the IP Phone in Series173
  - Connecting the IP Phone to the Device173
- Configuring a Voice VLAN on a Port173
- Enabling LLDP for Automatic IP Phone Discovery179
- Configuring LLDP or CDP to Advertise a Voice VLAN179
- Dynamically Advertising an Authorization VLAN through LLDP or CDP180
- Displaying and Maintaining Voice Vlans181
- Voice VLAN Configuration Examples181
  - Automatic Voice VLAN Assignment Mode Configuration Example181
  - Manual Voice VLAN Assignment Mode Configuration Example183
Configuring MVRP185
- Mrp185
- MVRP Registration Modes188
- Protocols and Standards188
- MVRP Configuration Task List188
- Configuration Restrictions and Guidelines188
- Configuration Prerequisites189
- Enabling MVRP189
- Setting an MVRP Registration Mode190
- Setting MRP Timers190
- Enabling GVRP Compatibility191
- Displaying and Maintaining MVRP191
- MVRP Configuration Example191
Configuring Qinq202
- Overview202
- Restrictions and Guidelines204
- Enabling Qinq204
- Configuring Transparent Transmission for Vlans204
- Configuring the TPID in VLAN Tags205
  - Configuring the CVLAN TPID206
  - Configuring the SVLAN TPID206
- Setting the 802.1P Priority in SVLAN Tags206
- Displaying and Maintaining Qinq207
- Qinq Configuration Examples208
  - Basic Qinq Configuration Example208
  - VLAN Transparent Transmission Configuration Example210
Configuring VLAN Mapping212
- Overview212
- General Configuration Restrictions and Guidelines217
- VLAN Mapping Configuration Task List217
- Configuring One-To-One VLAN Mapping218
- Configuring Many-To-One VLAN Mapping218
  - Configuring Many-To-One VLAN Mapping in a Network with Dynamic IP Address Assignment219
  - Configuring Many-To-One VLAN Mapping in a Network with Static IP Address Assignment221
- Configuring One-To-Two VLAN Mapping223
- Configuring Two-To-Two VLAN Mapping223
- Displaying and Maintaining VLAN Mapping224
- VLAN Mapping Configuration Examples224
  - One-To-One and Many-To-One VLAN Mapping Configuration Example224
  - One-To-Two and Two-To-Two VLAN Mapping Configuration Example229
Configuring LLDP232
- Overview232
- LLDP Configuration Task List238
- Performing Basic LLDP Configurations238
- Configuring CDP Compatibility244
  - Configuration Prerequisites245
  - Configuration Procedure245
- Configuring LLDP Trapping and LLDP-MED Trapping246
- Displaying and Maintaining LLDP246
- LLDP Configuration Examples247
Configuring Service Loopback Groups254
- Configuration Procedure254
- Displaying and Maintaining Service Loopback Groups254
- Service Loopback Group Configuration Example255
  - Network Requirements255
  - Configuration Procedure255
Document Conventions and Icons256
- Conventions256
- Network Topology Icons257
Support and Other Resources258
- Accessing Hewlett Packard Enterprise Support258
- Accessing Updates258
Index261

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HPE FlexNetwork 5130 HI SERIES Specifications

General

Product Series	HPE FlexNetwork 5130 HI Series
Switching Capacity	176 Gbps
Input Voltage	100-240V AC
MAC Address Table Size	32K
Management	Web, CLI, SNMP
Dimensions (W x D x H)	440 x 440 x 44 mm
Operating Temperature	0°C to 45°C
Operating Humidity	10% to 90% (non-condensing)
Routing Protocol	RIP, OSPF, BGP
VLANs	4096