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Operation Manual – Product Overview
H3C S3600 Series Ethernet Switches-Releas
e 151
0
Chapter 1
Obtaining the Documentation
1-2
1.3 Software Release Notes
With software upg
rade, new sof
tware features may be added. Y
ou can acquire the
information about the newly added sof
tware f
eatures through software rel
ease notes.
9
11
Table of Contents
00-1Cover.pdf
1
I. Command conventions
6
II. GUI conventions
6
III. Symbols
7
00-2Product Overview.pdf
8
Chapter 1 Obtaining the Documentation
9
1.1 CD-ROM
9
1.2 H3C Website
9
1.3 Software Release Notes
10
Chapter 2 Product Overview
11
2.1 Preface
11
2.2 Switch Models
11
2.3 Software Features
12
Chapter 3 Networking Applications
16
3.1 Broadband Ethernet Access for Residential Communities
16
3.2 Application for Connecting Branches or Small- to Medium-Sized Enterprises
16
3.3 Application in Large Enterprise and Campus Networks
17
01-CLI Operation.pdf
19
Chapter 1 CLI Configuration
20
1.1 Introduction to the CLI
20
1.2 Command Level/Command View
20
1.2.1 Switching between User Levels
21
I. Setting a password for user level switching
21
II. Switching between user levels
21
1.2.2 Configuring a Level for a Specific Command in a Specific View
22
1.2.3 CLI Views
22
1.3 CLI Features
28
1.3.1 Online Help
28
I. Complete online help
28
II. Partial online help
29
1.3.2 Terminal Display
29
1.3.3 History Commands
29
1.3.4 Error Messages
30
1.3.5 Command Edit
31
02-Login Operation.pdf
32
Chapter 1 Logging into an Ethernet Switch
34
1.1 Logging into an Ethernet Switch
34
1.2 Introduction to the User Interface
34
1.2.1 Supported User Interfaces
34
1.2.2 User Interface Number
34
1.2.3 Common User Interface Configuration
35
Chapter 2 Logging in through the Console Port
37
2.1 Introduction
37
2.2 Logging in through the Console Port
37
2.3 Console Port Login Configuration
39
2.3.1 Common Configuration
39
2.3.2 Console Port Login Configurations for Different Authentication Modes
40
2.4 Console Port Login Configuration with Authentication Mode Being None
42
2.4.1 Configuration Procedure
42
2.4.2 Configuration Example
43
I. Network requirements
43
II. Network diagram
44
III. Configuration procedure
44
2.5 Console Port Login Configuration with Authentication Mode Being Password
45
2.5.1 Configuration Procedure
45
2.5.2 Configuration Example
47
I. Network requirements
47
II. Network diagram
47
III. Configuration procedure
47
2.6 Console Port Login Configuration with Authentication Mode Being Scheme
48
2.6.1 Configuration Procedure
48
2.6.2 Configuration Example
51
I. Network requirements
51
II. Network diagram
51
III. Configuration procedure
51
Chapter 3 Logging in through Telnet
53
3.1 Introduction
53
3.1.1 Common Configuration
53
3.1.2 Telnet Configurations for Different Authentication Modes
54
3.2 Telnet Configuration with Authentication Mode Being None
56
3.2.1 Configuration Procedure
56
3.2.2 Configuration Example
57
I. Network requirements
57
II. Network diagram
58
III. Configuration procedure
58
3.3 Telnet Configuration with Authentication Mode Being Password
59
3.3.1 Configuration Procedure
59
3.3.2 Configuration Example
60
I. Network requirements
60
II. Network diagram
61
III. Configuration procedure
61
3.4 Telnet Configuration with Authentication Mode Being Scheme
62
3.4.1 Configuration Procedure
62
3.4.2 Configuration Example
65
I. Network requirements
65
II. Network diagram
66
III. Configuration procedure
66
3.5 Telneting to a Switch
67
3.5.1 Telneting to a Switch from a Terminal
67
3.5.2 Telneting to another Switch from the Current Switch
69
Chapter 4 Logging in Using Modem
71
4.1 Introduction
71
4.2 Configuration on the Administrator Side
71
4.3 Configuration on the Switch Side
71
4.3.1 Modem Configuration
71
4.3.2 Switch Configuration
72
I. Configuration on switch when the authentication mode is none
72
II. Configuration on switch when the authentication mode is password
72
III. Configuration on switch when the authentication mode is scheme
73
4.4 Modem Connection Establishment
73
Chapter 5 Logging in through Web-based Network Management System
76
5.1 Introduction
76
5.2 HTTP Connection Establishment
76
5.3 Web Server Shutdown/Startup
77
Chapter 6 Logging in through NMS
79
6.1 Introduction
79
6.2 Connection Establishment Using NMS
79
Chapter 7 Configuring Source IP Address for Telnet Service Packets
80
7.1 Configuring Source IP Address for Telnet Service Packets
80
I. Configuration in user view
80
II. Configuration in system view
80
7.2 Displaying Source IP Address Configuration
81
Chapter 8 User Control
82
8.1 Introduction
82
8.2 Controlling Telnet Users
82
8.2.1 Prerequisites
82
8.2.2 Controlling Telnet Users by Source IP Addresses
82
8.2.3 Controlling Telnet Users by Source and Destination IP Addresses
83
8.2.4 Controlling Telnet Users by Source MAC Addresses
84
8.2.5 Configuration Example
85
I. Network requirements
85
II. Network diagram
85
III. Configuration procedure
85
8.3 Controlling Network Management Users by Source IP Addresses
86
8.3.1 Prerequisites
86
8.3.2 Controlling Network Management Users by Source IP Addresses
86
8.3.3 Configuration Example
88
I. Network requirements
88
II. Network diagram
88
III. Configuration procedure
88
8.4 Controlling Web Users by Source IP Address
88
8.4.1 Prerequisites
89
8.4.2 Controlling Web Users by Source IP Addresses
89
8.4.3 Disconnecting a Web User by Force
89
8.4.4 Configuration Example
89
I. Network requirements
89
II. Network diagram
90
III. Configuration procedure
90
03-Configuration File Management Operation.pdf
91
Chapter 1 Configuration File Management
92
1.1 Introduction to Configuration File
92
1.2 Configuration File-Related Operations
92
04-VLAN Operation.pdf
95
Chapter 1 VLAN Overview
96
1.1 VLAN Overview
96
1.1.1 Introduction to VLAN
96
1.1.2 VLAN Principles
97
1.2 Port-Based VLAN
98
1.3 Protocol-Based VLAN
98
1.3.1 Introduction to Protocol-Based VLAN
98
1.3.2 Encapsulation Format of Ethernet Data
98
I. Ethernet II and 802.2/802.3 encapsulation
99
II. Encapsulation formats of 802.2/802.3 packets
99
1.3.3 Procedure for the Switch to Judge Packet Protocol
101
1.3.4 Encapsulation Formats
101
1.3.5 Implementation of Protocol-Based VLAN
102
Chapter 2 VLAN Configuration
103
2.1 VLAN Configuration
103
2.1.1 Basic VLAN Configuration
103
2.1.2 Basic VLAN Interface Configuration
103
I. Configuration prerequisites
103
II. Configuration procedure
104
2.1.3 Displaying VLAN Configuration
104
2.2 Configuring a Port-Based VLAN
105
2.2.1 Configuring a Port-Based VLAN
105
I. Configuration prerequisites
105
II. Configuration procedure
105
2.2.2 Protocol-Based VLAN Configuration Example
105
I. Network requirements
105
II. Network diagram
106
III. Configuration procedure
106
2.3 Configuring a Protocol-Based VLAN
106
2.3.1 Creating Protocol Template for Protocol-Based VLAN
106
I. Configuration prerequisites
106
II. Configuration procedure
106
2.3.2 Associating a Port with the Protocol-Based VLAN
107
I. Configuration prerequisites
107
II. Configuration procedure
108
2.3.3 Displaying Protocol-Based VLAN Configuration
108
2.3.4 Protocol-Based VLAN Configuration Example
108
I. Standard-template-based protocol VLAN configuration example
108
II. User-defined-template-based protocol VLAN configuration example
109
05-IP Address and Performance Configuration Operation.pdf
111
Chapter 1 IP Address Configuration
112
1.1 IP Address Overview
112
1.1.1 IP Address Classification and Representation
112
1.1.2 Subnet and Mask
114
1.2 Configuring an IP Address
114
1.3 Configuring an IP Address for a VLAN Interface
115
1.4 Displaying IP Address Configuration
115
1.5 IP Address Configuration Example
116
I. Network requirements
116
II. Network diagram
116
III. Configuration procedure
116
1.6 Troubleshooting
116
Chapter 2 IP Performance Configuration
118
2.1 IP Performance Configuration
118
2.1.1 Introduction to IP Performance Configuration
118
2.1.2 Introduction to FIB
118
2.1.3 TCP Attributes Configuration
118
2.1.4 Subnet-Directed Broadcast Suppression Configuration
119
2.2 Displaying and Maintaining IP Performance
119
2.3 Troubleshooting
121
06-Management VLAN Operation.pdf
122
Chapter 1 Management VLAN Configuration
123
1.1 Introduction to Management VLAN
123
1.1.1 Management VLAN
123
1.1.2 Static Route
123
1.2 Management VLAN Configuration
124
1.2.1 Prerequisites
124
1.2.2 Configuring the Management VLAN
124
1.2.3 Configuration Example
125
I. Network requirements
125
II. Configuration procedure
125
1.3 Displaying Management VLAN Configuration
126
Chapter 2 DHCP/BOOTP Client Configuration
127
2.1 Introduction to DHCP Client
127
2.2 Introduction to BOOTP Client
129
2.3 DHCP/BOOTP Client Configuration
130
2.3.1 Prerequisites
130
2.3.2 Configuring a DHCP/BOOTP Client
130
2.3.3 Configuration Example
131
I. Network requirements
131
II. Configuration procedures
131
2.4 Displaying the Information about a DHCP/BOOTP Client
132
07-Voice VLAN Operation.pdf
133
Chapter 1 Voice VLAN Configuration
134
1.1 Voice VLAN Overview
134
1.1.1 Configuring Operation Mode for Voice VLAN
134
I. Processing mode of untagged packets sent by IP voice devices
135
II. Processing mode of tagged packets sent by IP voice devices
135
1.1.2 Supporting Information of Voice VLAN on Various Ports
135
1.2 Configuring Voice VLAN
137
1.2.1 Configuration Prerequisites
137
1.2.2 Configuring a Voice VLAN to Operate in Automatic Mode
137
1.2.3 Configuring a Voice VLAN to Operate in Manual Mode
139
1.3 Displaying Voice VLAN
141
1.4 Voice VLAN Configuration Example
141
1.4.1 Voice VLAN Configuration Example (Automatic Mode)
141
I. Network requirements
141
II. Configuration procedure
141
1.4.2 Voice VLAN Configuration Example (Manual Mode)
142
I. Network requirements
142
II. Configuration procedure
142
08-GVRP Operation.pdf
144
Chapter 1 GVRP Configuration
145
1.1 Introduction to GVRP
145
1.1.1 GVRP Mechanism
145
I. GARP timers
145
II. GVRP port registration mode
146
III. GARP operation procedure
146
1.1.2 GVRP Packet Format
147
1.1.3 Protocol Specifications
148
1.2 GVRP Configuration
148
1.2.1 Configuration Prerequisite
148
1.2.2 Configuration Procedure
148
1.3 Displaying and Debugging GVRP
150
1.4 GVRP Configuration Example
150
1.4.1 Network requirements
150
1.4.2 Network diagram
150
1.4.3 Configuration procedure
151
09-Port Basic Configuration Operation.pdf
152
Chapter 1 Port Basic Configuration
153
1.1 Ethernet Port Overview
153
1.1.1 Types and Numbers of Ethernet Ports
153
1.1.2 Link Types of Ethernet Ports
154
1.1.3 Configuring the Default VLAN ID for an Ethernet Port
154
1.1.4 Adding an Ethernet Port to Specified VLANs
155
1.2 Ethernet Port Configuration
156
1.2.1 Initially Configuring a Port
156
1.2.2 Limiting Traffic on individual Ports
157
1.2.3 Enabling Flow Control on a Port
157
1.2.4 Configuring Access Port Attribute
158
1.2.5 Configuring Hybrid Port Attribute
158
1.2.6 Configuring Trunk Port Attribute
159
1.2.7 Copying the Configuration of a Port to Other Ports
159
1.2.8 Configuring Loopback Detection for an Ethernet Port
160
1.2.9 Configuring the Ethernet Port to Run Loopback Test
162
1.2.10 Enabling the System to Test Connected Cable
163
1.2.11 Configuring the Interval to Perform Statistical Analysis on Port Traffic
163
1.2.12 Enabling Giant-Frame Statistics Function
163
1.2.13 Displaying Basic Port Configuration
164
1.3 Ethernet Port Configuration Example
165
I. Network requirements
165
II. Network diagram
165
III. Configuration procedure
165
1.4 Troubleshooting Ethernet Port Configuration
166
10-Link Aggregation Operation.pdf
167
Chapter 1 Link Aggregation Configuration
168
1.1 Overview
168
1.1.1 Introduction to Link Aggregation
168
1.1.2 Introduction to LACP
169
1.1.3 Operation Key
169
1.1.4 Manual Aggregation Group
169
I. Introduction to manual aggregation group
169
II. Port status in manual aggregation group
169
III. Requirements on ports for manual aggregation
170
1.1.5 Static LACP Aggregation Group
170
I. Introduction to static LACP aggregation
170
II. Port status of static aggregation group
171
1.1.6 Dynamic LACP Aggregation Group
172
I. Introduction to dynamic LACP aggregation group
172
II. Port status of dynamic aggregation group
172
III. Configuring system priority
173
IV. Configuring port priority
173
1.1.7 Aggregation Group Categories
173
1.2 Link Aggregation Configuration
175
1.2.1 Configuring a Manual Aggregation Group
176
1.2.2 Configuring a Static LACP Aggregation Group
176
1.2.3 Configuring a Dynamic LACP Aggregation Group
177
1.3 Displaying and Maintaining Link Aggregation Configuration
178
1.4 Link Aggregation Configuration Example
179
I. Network requirements
179
II. Network diagram
179
III. Configuration procedure
180
11-Port Isolation Operation.pdf
181
Chapter 1 Port Isolation Configuration
182
1.1 Port Isolation Overview
182
1.2 Port Isolation Configuration
182
1.3 Displaying Port Isolation Configuration
183
1.4 Port Isolation Configuration Example
183
I. Network requirements
183
II. Network diagram
183
III. Configuration procedure
184
12-Port Security-Port Binding Operation.pdf
185
Chapter 1 Port Security Configuration
186
1.1 Port Security Overview
186
1.1.1 Introduction
186
1.1.2 Port Security Features
186
1.1.3 Port Security Modes
186
1.2 Port Security Configuration
189
1.2.1 Configuring Port Security
189
1.2.2 Configuring Security MAC Addresses
190
1.3 Displaying Port Security Configuration
192
1.4 Port Security Configuration Example
192
I. Network requirements
192
II. Network diagram
192
III. Configuration procedure
193
Chapter 2 Port Binding Configuration
194
2.1 Port Binding Overview
194
2.1.1 Introduction
194
2.1.2 Configuring Port Binding
194
2.2 Displaying Port Binding Configuration
194
2.3 Port Binding Configuration Example
195
I. Network requirements
195
II. Network diagram
195
III. Configuration procedure
195
13-DLDP Operation.pdf
196
Chapter 1 DLDP Configuration
197
1.1 DLDP Overview
197
1.1.1 DLDP Fundamentals
198
I. DLDP status
198
II. DLDP timers
199
III. DLDP operating mode
200
IV. DLDP implementation
201
1.1.2 Precautions during DLDP Configuration
202
1.2 DLDP Configuration
203
1.2.1 DLDP Configuration Tasks
203
1.2.2 Resetting DLDP State
205
1.3 DLDP Configuration Example
205
I. Network requirements
205
II. Network diagram
206
III. Configuration procedure
206
14-MAC Address Table Operation.pdf
208
Chapter 1 MAC Address Table Management
209
1.1 Overview
209
1.1.1 Introduction to MAC Address Learning
209
1.1.2 Entries in a MAC Address Table
211
1.2 Configuring MAC Address Table Management
211
1.2.1 Configuring a MAC Address Entry
212
I. Adding a MAC address entry in system view
212
II. Adding a MAC address entry in Ethernet port view
212
1.2.2 Setting the Aging Time of MAC Address Entries
213
1.2.3 Setting the Maximum Number of MAC Addresses a Port Can Learn
213
1.3 Displaying and Maintaining MAC Address Table Configuration
214
1.4 Configuration Example
214
I. Network requirements
214
II. Network diagram
215
III. Configuration procedure
215
15-Auto Detect Operation.pdf
216
Chapter 1 Auto Detect Configuration
217
1.1 Introduction to the Auto Detect Function
217
1.1.1 Configuring the Auto Detect Function
217
1.1.2 Displaying Auto Detect Configuration
217
1.1.3 Auto Detect Configuration Example
218
I. Network requirements
218
II. Network diagram
218
III. Configuration procedure
218
Chapter 2 Auto Detect Implementation
220
2.1 Introduction
220
2.2 Auto Detect Implementation in Static Routing
220
2.2.1 Configuring the Auto Detect Function for a Static Route
220
2.2.2 Configuration Example
221
I. Network requirements
221
II. Network diagram
221
III. Configuration procedure
221
2.3 Auto Detect Implementation in VRRP
222
2.3.1 Configuring the Auto Detect Function for VRRP
222
2.3.2 Configuration Example
223
I. Network requirements
223
II. Network diagram
223
III. Configuration procedure
223
2.4 Auto Detect Implementation in VLAN Interface Backup
224
2.4.1 Configuring the Auto Detect Function for VLAN Interface Backup
225
2.4.2 Configuration Example
225
I. Network requirements
225
II. Network diagram
226
III. Configuration procedure
226
16-MSTP Operation.pdf
228
Chapter 1 MSTP Configuration
230
1.1 MSTP Overview
230
1.1.1 MSTP Protocol Data Unit
230
1.1.2 Basic MSTP Terminologies
231
I. MST region
231
II. MSTI
231
III. VLAN mapping table
232
IV. IST
232
V. CST
232
VI. CIST
232
VII. Region root
232
VIII. Common root bridge
232
IX. Port role
232
X. Port state
233
1.1.3 Principle of MSTP
234
I. Calculate the CIST
234
II. Calculate an MSTI
234
III. Implement STP algorithm
234
1.1.4 MSTP Implementation on Switches
236
1.2 Configuring Root Bridge
236
1.2.1 Configuration Prerequisites
237
1.2.2 Configuring the MST Region
238
I. Configuration procedure
238
II. Configuration example
239
1.2.3 Specifying the Current Switch as a Root Bridge/Secondary Root Bridge
239
I. Specify the current switch as the root bridge of a specified spanning tree
239
II. Specify the current switch as the secondary root bridge of a specified spanning tree
240
III. Configuration example
241
1.2.4 Configuring the Bridge Priority of the Current Switch
241
I. Configuration procedure
241
II. Configuration example
242
1.2.5 Configuring the MSTP Packet Format
242
I. Configuration procedure
243
II. Configuration example
243
1.2.6 Configuring the MSTP Operation Mode
243
I. Configuration procedure
244
II. Configuration example
244
1.2.7 Configuring the Maximum Hops of MST Region
244
I. Configuration procedure
244
II. Configuration example
245
1.2.8 Configuring the Network Diameter of the Switched Network
245
I. Configuration procedure
245
II. Configuration example
245
1.2.9 Configuring the MSTP Time-related Parameters
245
I. Configuration procedure
246
II. Configuration example
247
1.2.10 Configuring the Timeout Time Factor
247
I. Configuration procedure
248
II. Configuration example
248
1.2.11 Configuring the Maximum Transmitting Speed on the Current Port
248
I. Configure the maximum transmitting speed for specified ports in system view
249
II. Configure the maximum transmitting speed in Ethernet port view
249
III. Configuration example
249
1.2.12 Configuring the Current Port as an Edge Port
250
I. Configure a port as an edge port in system view
250
II. Configure a port as an edge port in Ethernet port view
250
III. Configuration example
251
1.2.13 Specifying Whether the Link Connected to a Port Is Point-to-point Link
251
I. Specify whether the link connected to a port is point-to-point link in system view
251
II. Specify whether the link connected to a port is point-to-point link in Ethernet port view
252
III. Configuration example
252
1.2.14 Enabling the MSTP Feature
253
I. Configuration procedure
253
II. Configuration example
254
1.3 Configuring Leaf Nodes
254
1.3.1 Configuration Prerequisites
255
1.3.2 Configuring the MST Region
255
1.3.3 Configuring the MSTP Operation Mode
256
1.3.4 Configuring the Timeout Time Factor
256
1.3.5 Configuring the Maximum Transmitting Speed
256
1.3.6 Configuring a Port as an Edge
256
1.3.7 Configuring the Path Cost for a Port
256
I. Standards for calculating path costs of ports
256
II. Configure the path costs of ports
258
III. Configuration example (A)
258
IV. Configuration example (B)
259
1.3.8 Configuring Port Priority
259
I. Configure port priority in system view
259
II. Configure port priority in Ethernet port view
259
III. Configuration example
260
1.3.9 Specifying Whether the Link Connected to a Port Is a Point-to-point Link
260
1.3.10 Enabling the MSTP Feature
260
1.4 Performing mCheck
260
1.4.1 Configuration Prerequisites
261
1.4.2 Configuration Procedure
261
I. Perform the mCheck operation in system view
261
II. Perform the mCheck operation in Ethernet port view
261
1.4.3 Configuration Example
261
1.5 Configuring Protection Function
262
1.5.1 Introduction
262
I. BPDU protection
262
II. Root protection
262
III. Loop prevention
263
IV. TC-BPDU attack prevention
263
V. BPDU packet drop
263
1.5.2 Configuration Prerequisites
264
1.5.3 Configuring BPDU Protection
264
I. Configuration procedure
264
II. Configuration example
264
1.5.4 Configuring Root Protection
264
I. Configuration procedure
264
II. Configuration example
265
1.5.5 Configuring Loop Prevention
265
I. Configuration procedure
265
II. Configuration example
266
1.5.6 Configuring TC-BPDU Attack Prevention
266
I. Configuration procedure
266
II. Configuration example
266
1.5.7 Configuring the Function of Dropping BPDU Packets
266
1.6 Configuring Digest Snooping
267
1.6.1 Introduction
267
1.6.2 Configuring Digest Snooping
267
I. Configuration prerequisites
267
II. Configuration procedure
268
1.7 Configuring Rapid Transition
269
1.7.1 Introduction
269
1.7.2 Configuring Rapid Transition
270
I. Configuration prerequisites
270
II. Configuration procedure
271
1.8 Configuring VLAN-VPN Tunnel
272
1.8.1 Introduction
272
1.8.2 Configuring VLAN-VPN tunnel
273
1.9 Displaying and Maintaining MSTP
273
1.10 MSTP Configuration Example
274
I. Network requirements
274
II. Network diagram
274
III. Configuration procedure
274
1.11 VLAN-VPN tunnel Configuration Example
276
I. Network requirements
276
II. Network diagram
276
III. Configuration procedure
277
17-Routing Protocol Operation.pdf
279
Chapter 1 IP Routing Protocol Overview
282
1.1 Introduction to IP Route and Routing Table
282
1.1.1 IP Route and Route Segment
282
1.1.2 Route Selection through the Routing Table
283
1.2 Routing Management Policy
285
1.2.1 Routing Protocols and Preferences
285
1.2.2 Traffic Sharing and Route Backup
286
I. Traffic sharing
286
II. Route backup
286
1.2.3 Routes Shared Between Routing Protocols
287
Chapter 2 Static Route Configuration
288
2.1 Introduction to Static Route
288
2.1.1 Static Route
288
2.1.2 Default Route
289
2.2 Static Route Configuration
289
2.2.1 Configuration Prerequisites
289
2.2.2 Configuring a Static Route
289
2.3 Displaying the Routing Table
290
2.4 Static Route Configuration Example
291
I. Network requirements
291
II. Network diagram
291
III. Configuration procedure
291
2.5 Troubleshooting a Static Route
292
Chapter 3 RIP Configuration
293
3.1 RIP Overview
293
3.1.1 Basic Concepts
293
I. RIP
293
II. RIP routing database
293
III. RIP timers
294
3.1.2 RIP Startup and Operation
294
3.2 RIP Configuration Tasks
295
3.3 Basic RIP Configuration
296
3.3.1 Configuration Prerequisites
296
3.3.2 Configuring Basic RIP Functions
296
I. Enabling RIP globally and on the interface of a specified network segment
296
II. Setting the RIP operating status on an interface
297
III. Specifying the RIP version on an interface
297
3.4 RIP Route Control
298
3.4.1 Configuration Prerequisites
298
3.4.2 Configuring RIP Route Control
298
I. Setting the additional routing metrics of an interface
298
II. Configuring RIP route summary
299
III. Disabling the receiving of host routes
299
IV. Configuring RIP to filter incoming/outgoing routes
300
V. Setting RIP preference
301
VI. Enabling traffic to be forwarded along multiple equivalent RIP routes
301
VII. Configuring RIP to import routes from another protocol
301
3.5 RIP Network Adjustment and Optimization
302
3.5.1 Configuration Prerequisites
302
3.5.2 Configuration Tasks
302
I. Configuring RIP timers
302
II. Configuring split horizon
303
III. Configuring RIP-1 packet zero field check
303
IV. Setting RIP-2 packet authentication mode
304
V. Configuring a RIP neighbor
304
3.6 Displaying and Maintaining RIP Configuration
305
3.7 RIP Configuration Example
305
I. Network requirements
305
II. Network diagram
305
III. Configuration procedure
306
3.8 Troubleshooting RIP Configuration
306
Chapter 4 OSPF Configuration
307
4.1 OSPF Overview
307
4.1.1 Introduction to OSPF
307
4.1.2 OSPF Route Calculation
308
4.1.3 Basic OSPF Concepts
308
I. Router ID
308
II. Area
309
III. Backbone area and virtual link
309
IV. Route summary
309
4.1.4 OSPF Network Type
310
I. Four OSPF network types
310
II. Principles for configuring an NBMA network
310
III. DR and BDR
311
IV. DR/BDR election
312
4.1.5 OSPF Packets
312
I. Hello packet:
313
II. DD packet:
313
III. LSR packet:
313
IV. LSU packet:
313
V. LSAck packet
313
4.1.6 LSA Types
313
I. Five basic LSA types
313
II. Type-7 LSAs
314
4.1.7 OSPF Features
314
4.2 OSPF Configuration Tasks
315
4.3 Basic OSPF Configuration
316
4.3.1 Configuration Prerequisites
316
4.3.2 Basic OSPF Configuration
316
4.4 OSPF Area Attribute Configuration
318
4.4.1 Configuration Prerequisites
318
4.4.2 Configuring OSPF Area Attributes
319
4.5 OSPF Network Type Configuration
319
4.5.1 Configuration Prerequisites
320
4.5.2 Configuring the Network Type of an OSPF Interface
320
4.5.3 Configuring an NBMA Neighbor
321
4.5.4 Configuring the DR Priority on an OSPF Interface
321
4.6 OSPF Route Control
322
4.6.1 Configuration Prerequisites
322
4.6.2 Configuring OSPF Route Summary
322
4.6.3 Configuring OSPF to Filter Received Routes
323
4.6.4 Configuring the Cost for Sending Packets on an OSPF Interface
324
4.6.5 Configuring OSPF Route Priority
324
4.6.6 Configuring the Maximum Number of OSPF Equal-Cost Routes
324
4.6.7 Configuring OSPF to Import External Routes
325
4.7 OSPF Network Adjustment and Optimization
326
4.7.1 Configuration Prerequisites
326
4.7.2 Configuring OSPF Timers
327
4.7.3 Configuring the LSA transmission delay
328
4.7.4 Configuring the SPF Calculation Interval
328
4.7.5 Disabling OSPF Packet Transmission on an Interface
329
4.7.6 Configuring OSPF Authentication
330
4.7.7 Configuring to Fill the MTU Field When an Interface Transmits DD Packets
330
4.7.8 Enabling OSPF Logging
331
4.7.9 Configuring OSPF Network Management System (NMS)
331
4.8 Displaying and Maintaining OSPF Configuration
332
4.9 OSPF Configuration Example
334
4.9.1 Configuring DR Election Based on OSPF Priority
334
I. Network requirements
334
II. Network diagram
334
III. Configuration procedure
334
4.9.2 Configuring OSPF Virtual Link
336
I. Network requirements
336
II. Network diagram
336
III. Configuration procedure
336
4.10 Troubleshooting OSPF Configuration
337
Chapter 5 IP Routing Policy Configuration
340
5.1 IP Routing Policy Overview
340
I. Route-policy
340
II. ACL
341
III. ip-prefix
341
5.2 IP Routing Policy Configuration Tasks
341
5.3 Route-Policy Configuration
342
5.3.1 Configuration Prerequisites
342
5.3.2 Defining a Route-Policy
342
5.3.3 Defining if-match Clauses and apply Clauses
343
5.4 ip-prefix Configuration
344
5.4.1 Configuration Prerequisites
345
5.4.2 Configuring an ip-prefix list
345
5.5 Displaying IP Routing Policy
346
5.6 IP Routing Policy Configuration Example
346
5.6.1 Configuring to Filter Received Routing Information
346
I. Network requirements
346
II. Network diagram
346
III. Configuration procedure
346
5.7 Troubleshooting IP Routing Policy
348
Chapter 6 Route Capacity Configuration
349
6.1 Route Capacity Configuration Overview
349
6.1.1 Introduction
349
6.1.2 Route Capacity Limitation on the S3600 Series
349
6.2 Route Capacity Configuration
350
6.2.1 Configuring the Lower Limit and the Safety Value of the Switch Memory
350
6.2.2 Enabling/Disabling Automatic Protocol Recovery
350
6.3 Displaying Route Capacity Configuration
351
18-Multicast Operation.pdf
352
Chapter 1 Multicast Overview
355
1.1 Multicast Overview
355
1.1.1 Information Transmission in the Unicast Mode
355
1.1.2 Information Transmission in the Broadcast Mode
356
1.1.3 Information Transmission in the Multicast Mode
357
1.1.4 Advantages and Applications of Multicast
358
I. Advantages of multicast
358
II. Application of multicast
359
1.2 Multicast Architecture
359
1.2.1 Multicast Address
360
I. IP multicast address
360
II. Ethernet multicast MAC address
362
1.2.2 IP Multicast Protocols
363
I. Multicast group management protocol
363
II. Multicast routing protocols
364
1.3 Forwarding Mechanism of Multicast Packets
364
Chapter 2 IGMP Snooping Configuration
365
2.1 Overview
365
2.1.1 IGMP Snooping Fundamentals
365
2.1.2 IGMP Snooping Implementation
366
I. IGMP Snooping terminologies
366
II. Layer 2 multicast with IGMP Snooping
367
2.2 IGMP Snooping Configuration
370
2.2.1 Enabling IGMP Snooping
370
2.2.2 Configuring Timers
371
2.2.3 Enabling IGMP Fast Leave
372
I. Enable the IGMP fast leave in system view
372
II. Enable the IGMP fast leave in Ethernet port view
372
2.2.4 Configuring IGMP Snooping Filtering ACL
373
2.2.5 Configuring to Limit Number of Multicast Groups on a Port
374
2.2.6 Configuring IGMP Querier
374
2.2.7 Configuring Multicast VLAN
375
2.3 Displaying and Maintaining IGMP Snooping
377
2.4 IGMP Snooping Configuration Example
378
2.4.1 Example 1
378
I. Network requirements
378
II. Network diagram
378
III. Configuration procedure
378
2.4.2 Example 2
379
I. Network requirements
379
II. Network diagram
380
III. Configuration procedure
380
2.5 Troubleshooting IGMP Snooping
382
Chapter 3 Common Multicast Configuration
383
3.1 Overview
383
3.2 Common Multicast Configuration
383
3.2.1 Enabling Multicast and Configuring Limit on the Number of Route Entries
384
3.2.2 Configuring Suppression on the Multicast Source Port
385
I. Configure suppression on the multicast source port in system view
385
II. Configure suppression on the multicast source port in Ethernet port view
385
3.2.3 Clearing the Related Multicast Entries
385
3.3 Displaying Common Multicast Configuration
386
Chapter 4 Multicast MAC Address Entry Configuration
388
4.1 Overview
388
4.2 Configuring a Multicast MAC Address Entry
388
4.3 Displaying and Maintaining Multicast MAC Address
389
Chapter 5 Unknown Multicast Packet Drop Configuration
390
5.1 Overview
390
5.2 Unknown Multicast Packet Drop Configuration
390
Chapter 6 IGMP Configuration
391
6.1 Overview
391
6.1.1 Introduction to IGMP
391
6.1.2 IGMP Version
391
6.1.3 Work Mechanism of IGMPv1
391
6.1.4 Enhancements Provided by IGMPv2
393
I. Querier election mechanism
393
II. “Leave group” mechanism
393
6.1.5 IGMP Proxy
394
6.2 IGMP Configuration
395
6.2.1 Configuring IGMP Version
396
6.2.2 Configuring IGMP Query Packets
396
I. IGMP general query packets
396
II. IGMP group-specific packets
397
III. IGMP querier substitution rules
397
IV. The maximum query time of IGMP packets
398
6.2.3 Configuring IGMP Multicast Groups on the Interface
399
I. Limit the number of joined multicast groups
399
II. Limit the range of multicast groups that the interface serves
399
6.2.4 Configuring Router Ports to Join the Specified Multicast Group
401
6.2.5 Configuring IGMP Proxy
402
I. Configure IGMP Proxy
402
6.2.6 Removing the Joined IGMP Groups from the Interface
403
6.3 Displaying IGMP
403
Chapter 7 PIM Configuration
405
7.1 PIM Overview
405
7.1.1 Introduction to PIM-DM
405
7.1.2 Work Mechanism of PIM-DM
406
I. Neighbor discovery
406
II. SPT establishment
406
III. Graft
407
IV. RPF check
407
V. Assert mechanism
408
7.1.3 Introduction to PIM-SM
408
7.1.4 Work Mechanism of PIM-SM
409
I. Neighbor discovery
409
II. DR election
409
III. RP discovery
410
IV. RPT building
412
V. Multicast source registration
413
VI. Switching from RPT to SPT
413
7.2 Common PIM Configuration
414
7.2.1 Enabling PIM-DM (PIM-SM) on the Interface
414
7.2.2 Configuring the Interval of Sending Hello Packets
414
7.2.3 Configuring PIM Neighbors
415
7.2.4 Clearing the Related PIM Entries
416
7.3 PIM-DM Configuration
417
7.3.1 Configuring Filtering Policies for Multicast Source/Group
417
7.4 PIM-SM Configuration
417
7.4.1 Configuring Filtering Policies for Multicast Source/Group
418
7.4.2 Configuring BSR/RP
418
7.4.3 Configuring PIM-SM Domain Boundary
420
7.4.4 Filtering the Registration Packets from RP to DR
421
7.4.5 Configuring the Threshold for Switching from RPT to SPT
422
7.5 Displaying and Debugging PIM
423
7.6 PIM Configuration Example
424
7.6.1 PIM-DM Configuration Example
424
I. Network requirements
424
II. Network diagram
424
III. Configuration procedure
424
7.6.2 PIM-SM Configuration Example
425
I. Network requirements
425
II. Network diagram
426
III. Configuration procedure
426
7.7 Troubleshooting PIM
428
Chapter 8 MSDP Configuration
430
8.1 Overview
430
I. MSDP peers
430
II. MSDP application
432
8.1.1 MSDP Working Mechanism
433
I. Identifying a multicast source and receiving multicast data
433
II. Forwarding messages between MSDP peers and performing RPF check
434
8.2 Configuring MSDP Basic Functions
435
8.2.1 Configuration Prerequisites
436
8.2.2 Configuring MSDP Basic Functions
436
8.3 Configuring Connection between MSDP Peers
437
8.3.1 Configuration Prerequisites
437
8.3.2 Configuring Description Information for MSDP Peers
438
8.3.3 Configuring Anycast RP Application
438
8.3.4 Configuring an MSDP Mesh Group
439
8.3.5 Configuring MSDP Peer Connection Control
440
8.4 Configuring SA Message Transmission
440
8.4.1 Configuration Prerequisites
441
8.4.2 Configuring the Transmission and Filtering of SA Request Messages
441
8.4.3 Configuring a Rule for Filtering the Multicast Sources of SA Messages
442
8.4.4 Configuring a Rule for Filtering Received and Forwarded SA Messages
443
8.4.5 Configuring SA Message Cache
443
8.5 Displaying and Maintaining MSDP Configuration
444
I. Displaying and debugging MSDP configuration
444
II. Tracing the transmission path of an SA message over the network
445
8.6 MSDP Configuration Example
446
8.6.1 Configuration Example of Anycast RP Application
446
I. Network requirements
446
II. Network diagram
446
III. Configuration procedure
446
8.7 Troubleshooting MSDP Configuration
448
8.7.1 MSDP Peer Always in the Down State
448
I. Symptom
448
II. Analysis
448
III. Solution
448
8.7.2 No SA Entry in the SA Cache of the Router
448
I. Symptom
448
II. Analysis
448
III. Solution
449
19-802.1x Operation.pdf
450
Chapter 1 802.1x Configuration
451
1.1 Introduction to 802.1x
451
1.1.1 Architecture of 802.1x Authentication
451
I. PAE
452
II. Controlled port and uncontrolled port
452
III. The valid direction of a controlled port
452
IV. The way a port is controlled
453
1.1.2 The Mechanism of an 802.1x Authentication System
453
1.1.3 Encapsulation of EAPoL Messages
453
I. The format of an EAPoL packet
453
II. The format of an EAP packet
454
III. Newly added fields for EAP authentication
455
1.1.4 802.1x Authentication Procedure
456
I. EAP relay mode
456
II. EAP terminating mode
458
1.1.5 Timers Used in 802.1x
459
1.1.6 802.1x Implementation on an S3600 Series Switch
460
I. Checking the supplicant system
460
II. Checking the client version
461
III. The Guest VLAN function
462
1.2 802.1x Configuration
462
1.3 Basic 802.1x Configuration
463
1.3.1 Prerequisites
463
1.3.2 Configuring Basic 802.1x Functions
463
1.4 Timer and Maximum User Number Configuration
465
1.5 Advanced 802.1x Configuration
466
1.5.1 Prerequisites
466
1.5.2 Configuring Proxy Checking
466
1.5.3 Configuring Client Version Checking
467
1.5.4 Enabling DHCP-triggered Authentication
468
1.5.5 Configuring Guest VLAN
468
1.6 Displaying and Debugging 802.1x
469
1.7 Configuration Example
469
1.7.1 802.1x Configuration Example
469
I. Network requirements
469
II. Network diagram
470
III. Configuration procedure
470
Chapter 2 HABP Configuration
473
2.1 Introduction to HABP
473
2.2 HABP Server Configuration
473
2.3 HABP Client Configuration
474
2.4 Displaying HABP
474
20-AAA-RADIUS-HWTACACS-EAD Operation.pdf
475
Chapter 1 AAA & RADIUS & HWTACACS Configuration
477
1.1 Overview
477
1.1.1 Introduction to AAA
477
I. Authentication
477
II. Authorization
477
III. Accounting
478
1.1.2 Introduction to ISP Domain
478
1.1.3 Introduction to RADIUS
478
I. What is RADIUS
478
II. Basic message exchange procedure in RADIUS
479
III. RADIUS message format
480
1.1.4 Introduction to HWTACACS
483
I. What is HWTACACS
483
II. Basic message exchange procedure in HWTACACS
484
1.2 Configuration Task
487
1.3 AAA Configuration
489
1.3.1 Configuration Prerequisites
489
1.3.2 Creating an ISP Domain
490
1.3.3 Configuring the Attributes of an ISP Domain
490
1.3.4 Configuring an AAA Scheme for an ISP Domain
491
I. Configuring a combined AAA scheme
492
II. Configuring separate AAA schemes
493
1.3.5 Configuring Dynamic VLAN Assignment
494
1.3.6 Configuring the Attributes of a Local User
496
1.3.7 Cutting Down User Connections Forcibly
498
1.4 RADIUS Configuration
498
1.4.1 Creating a RADIUS Scheme
499
1.4.2 Configuring RADIUS Authentication/Authorization Servers
500
1.4.3 Configuring RADIUS Accounting Servers
501
1.4.4 Configuring Shared Keys for RADIUS Messages
502
1.4.5 Configuring Maximum Number of Transmission Attempts of RADIUS Request
503
1.4.6 Configuring to Support a Type of RADIUS Server
504
1.4.7 Configuring the Status of RADIUS Servers
504
1.4.8 Configuring the Attributes for Data to be Sent to RADIUS Servers
505
1.4.9 Configuring Local RADIUS Authentication Server
506
1.4.10 Configuring the Timers of RADIUS Servers
507
1.4.11 Enabling the Sending of Trap Message When a RADIUS Server is Down
508
1.4.12 Enabling the User Re-Authentication at Restart Function
509
1.5 HWTACACS Configuration
510
1.5.1 Creating a HWTACAS Scheme
510
1.5.2 Configuring HWTACACS Authentication Servers
511
1.5.3 Configuring HWTACACS Authorization Servers
512
1.5.4 Configuring HWTACACS Accounting Servers
513
1.5.5 Configuring Shared Keys for HWTACACS Messages
513
1.5.6 Configuring the Attributes for Data to be Sent to TACACS Servers
514
1.5.7 Configuring the Timers of TACACS Servers
515
1.6 Displaying and Maintaining AAA & RADIUS & HWTACACS Information
516
1.7 AAA & RADIUS & HWTACACS Configuration Example
518
1.7.1 Remote RADIUS Authentication of Telnet/SSH Users
518
I. Network requirements
518
II. Network diagram
519
III. Configuration procedure
519
1.7.2 Local Authentication of FTP/Telnet Users
520
I. Network requirements
520
II. Network diagram
520
III. Configuration procedure
520
1.7.3 HWTACACS Authentication and Authorization of Telnet Users
521
I. Network requirements
521
II. Network diagram
521
III. Configuration procedure
522
1.8 Troubleshooting AAA & RADIUS & HWTACACS Configuration
522
1.8.1 Troubleshooting RADIUS Configuration
522
1.8.2 Troubleshooting HWTACACS Configuration
523
Chapter 2 EAD Configuration
524
2.1 Introduction to EAD
524
2.2 Typical Network Application of EAD
524
2.3 EAD Configuration
525
2.4 EAD Configuration Example
526
I. Network requirements
526
II. Network diagram
527
III. Configuration procedure
527
21-VRRP Operation.pdf
528
VRRP Configuration
529
1.1 VRRP Overview
529
1.1.1 Virtual Router Overview
530
I. Configuring a virtual router IP address
530
II. Mapping virtual IP addresses to MAC addresses
531
1.1.2 Introduction to Backup Group
532
I. Configurations available on switches in a backup group
532
II. Configuring switch priority
532
III. Configuring preemptive mode for a switch in a backup group
532
IV. Configuring authentication type and authentication key for a switch in a backup group
533
V. Configuring VRRP timer
533
VI. Configuring the VLAN interfaces to be tracked for a backup group
534
1.1.3 Introduction to the Port Tracking Function
534
1.1.4 Auto Detect Implementation in VRRP
534
1.2 VRRP Configuration
535
1.2.1 Introduction to VRRP Configuration Tasks
535
1.2.2 Configuring a Virtual Router IP Address
535
1.2.3 Configuring Backup Group-Related Parameters
536
1.2.4 Configuring the Port Tracking Function
537
1.2.5 Configuring the Auto Detect Function for VRRP
537
1.3 Displaying and Debugging VRRP
538
1.4 VRRP Configuration Example
538
1.4.1 Single-VRRP Backup Group Configuration
538
I. Network requirements
538
II. Network diagram
539
III. Configuration procedure
539
1.4.2 VRRP Tracking Interface Configuration
540
I. Network requirements
540
II. Network diagram
541
III. Configuration procedure
541
1.4.3 Multiple-VRRP Backup Group Configuration
543
I. Network requirements
543
II. Network diagram
543
III. Configuration procedure
543
1.4.4 Port Tracking Configuration Example
544
I. Network requirements
544
II. Network diagram
545
III. Configuration procedure
545
1.4.5 VRRP Auto Detect Configuration Example
545
I. Network requirements
545
II. Network diagram
546
III. Configuration procedure
546
1.5 Troubleshooting VRRP
547
I. Symptom 1: Frequent prompts of configuration errors on the console
547
II. Symptom 2: More than one master existing within a backup group
547
III. Symptom 3: VRRP state of a switch changes repeatedly
547
22-Centralized MAC Address Authentication Operation.pdf
548
Chapter 1 Centralized MAC Address Authentication Configuration
549
1.1 Centralized MAC Address Authentication Overview
549
1.2 Centralized MAC Address Authentication Configuration
550
1.2.1 Enabling Centralized MAC Address Authentication Globally
550
1.2.2 Enabling Centralized MAC Address Authentication for a Port
550
1.2.3 Configuring Centralized MAC Address Authentication Mode
551
1.2.4 Configuring the ISP Domain for MAC Address Authentication Users
552
1.2.5 Configuring the Timers Used in Centralized MAC Address Authentication
552
1.3 Displaying and Debugging Centralized MAC Address Authentication
553
1.4 Centralized MAC Address Authentication Configuration Example
554
23-ARP Operation.pdf
555
Chapter 1 ARP Configuration
556
1.1 Introduction to ARP
556
1.1.1 Necessity of the Address Resolution
556
1.1.2 ARP Packet Structure
556
1.1.3 ARP Table
557
1.1.4 ARP Implementation Procedure
558
1.1.5 Introduction to Gratuitous ARP
560
1.2 ARP Configuration
561
1.2.1 Adding a Static ARP Mapping Entry Manually
561
1.2.2 Configuring the ARP Aging Timer for Dynamic ARP Entries
562
1.2.3 Enabling the ARP Entry Checking Function
562
1.3 Gratuitous ARP Packet Configuration
563
1.3.1 Configuring Sending of Gratuitous ARP Packets
563
1.3.2 Configuring the Gratuitous ARP packet Learning Function
563
1.4 Displaying and Debugging ARP
563
Chapter 2 Resilient ARP Configuration
565
2.1 Introduction to Resilient ARP
565
2.2 Resilient ARP Configuration
565
2.3 Displaying Resilient ARP
566
2.4 Resilient ARP Configuration Example
566
I. Network requirements
566
II. Network diagram
567
III. Configuration procedure
567
24-DHCP Operation.pdf
568
Chapter 1 DHCP Overview
570
1.1 Introduction to DHCP
570
1.2 DHCP IP Address Assignment
570
1.2.1 IP Address Assignment Policy
570
1.2.2 Obtaining IP Addresses Dynamically
571
1.2.3 Updating IP Address Lease
571
1.3 DHCP Packet Format
572
1.4 DHCP Packet Processing Modes
573
1.5 Protocol Specification
573
Chapter 2 DHCP Server Configuration
575
2.1 Introduction to DHCP Server
575
2.1.1 Usage of DHCP Server
575
2.1.2 IRF Support
575
2.1.3 DHCP Address Pool
576
I. Types of address pool
576
II. The structure of an address pool
577
2.1.4 DHCP IP Address Preferences
577
2.2 Global Address Pool-Based DHCP Server Configuration
578
2.2.1 Configuration Overview
578
2.2.2 Enabling DHCP
578
2.2.3 Configuring Global Address Pool Mode on Interface(s)
579
2.2.4 Configuring How to Assign IP Addresses in a Global Address Pool
580
I. Configuring to assign IP addresses by static binding
580
II. Configuring to assign IP addresses dynamically
582
2.2.5 Configuring DNS Services for the DHCP Server
583
2.2.6 Configuring DHCP Server to Assign WINS Server Addresses
584
2.2.7 Customizing DHCP Service
585
2.2.8 Configuring Gateway Addresses for DHCP Clients
585
2.2.9 Configuring Connection Between a DHCP Global Address Pool and a BIMS Server
586
2.3 Interface Address Pool-based DHCP Server Configuration
587
2.3.1 Configuration Overview
587
2.3.2 Enabling DHCP
588
2.3.3 Configuring to Assign the IP Addresses of Interface Address Pools to DHCP Clients
588
2.3.4 Configuring the Mode to Assign IP Addresses to DHCP Clients
589
I. Configuring to assign IP addresses by static binding
589
II. Configuring to assign IP addresses dynamically
590
2.3.5 Configuring DNS Services for the DHCP Server
591
2.3.6 Configuring DHCP Servers to Assign WINS Server Addresses
592
2.3.7 Customizing DHCP Service
594
2.3.8 Configuring Connection Between the DHCP Interface Address Pool and the BIMS Server
594
2.4 DHCP Security Configuration
595
2.4.1 Prerequisites
595
2.4.2 Configuring Private DHCP Server Detecting
595
2.4.3 Configuring IP Address Detecting
595
2.5 Option 82 Supporting Configuration
596
2.5.1 Introduction to DHCP-Server Option 82
596
2.5.2 Configuration Prerequisites
596
2.5.3 Configuring the Option 82 Supporting Function
596
2.6 Option 184 Supporting Configuration
597
2.6.1 Introduction to Option 184
597
I. Basic concept
597
II. Meanings of the sub-options for option 184
597
III. Mechanism of using option 184 on DHCP server
599
2.6.2 Prerequisites
599
2.6.3 Configuring the Option 184 Supporting Function
599
I. Configuring the option 184 supporting function in system view
600
II. Configuring the option 184 supporting function in interface view
601
III. Configuring the option 184 supporting function in global DHCP address pool view
602
2.6.4 Configuration Example
602
I. Network requirements
602
II. Network diagram
603
III. Configuration procedure
603
2.7 Displaying and Debugging a DHCP Server
604
2.8 DHCP Server Configuration Example
605
I. Network requirements
605
II. Network diagram
606
III. Configuration procedure
606
2.9 Troubleshooting a DHCP Server
607
I. Symptom
607
II. Analysis
607
III. Solution
607
Chapter 3 DHCP Relay Configuration
609
3.1 Introduction to DHCP Relay
609
3.1.1 Usage of DHCP Relay
609
3.1.2 DHCP Relay Fundamentals
609
3.1.3 Option 82 Supporting
610
I. Introduction to option 82 supporting
610
II. Primary terminologies
610
III. Related specification
610
IV. Mechanism of option 82 supporting on DHCP relay
611
3.2 DHCP Relay Configuration
612
3.2.1 DHCP Relay Configuration Tasks
612
3.2.2 Enabling DHCP
612
3.2.3 Configuring an Interface to Operate in DHCP Relay Mode
612
3.2.4 Configuring DHCP Relay Security
614
I. Configuring address checking
614
II. Configuring DHCP relay handshake
615
III. Configuring the dynamic user address entry updating function
616
IV. Configuring private DHCP server detection function
616
3.2.5 Configuring Option 82 Supporting
617
I. Prerequisites
617
II. Enabling option 82 supporting on a DHCP relay
617
3.3 Displaying and Debugging DHCP Relay
618
3.4 DHCP Relay Configuration Example
618
I. Network requirements
618
II. Network diagram
619
III. Configuration procedure
619
3.5 Troubleshooting DHCP Relay
620
I. Symptom
620
II. Analysis
620
III. Solution
620
Chapter 4 DHCP Snooping Configuration
621
4.1 Introduction to DHCP Snooping
621
4.2 DHCP Snooping Configuration
623
4.3 Displaying DHCP Snooping
623
4.4 Configuration Example
624
I. Network requirements
624
II. Configuration procedure
624
Chapter 5 DHCP Accounting Configuration
625
5.1 Introduction to DHCP Accounting
625
5.1.1 DHCP Accounting Fundamentals
625
5.2 DHCP Accounting Configuration
625
5.2.1 Prerequisites
625
5.2.2 Configuring DHCP Accounting
626
5.2.3 DHCP Accounting Configuration Example
626
I. Network requirements
626
II. Network diagram
626
III. Configuration procedure
626
25-ACL Operation.pdf
628
Chapter 1 ACL Configuration
629
1.1 ACL Overview
629
1.1.1 Ways to Apply ACL on a Switch
629
I. Applied to the hardware directly
629
II. Referenced by upper-level modules
629
1.1.2 ACL Matching Order
630
1.1.3 Time Range-based ACL
631
1.1.4 Types of ACLs Supported by the Ethernet Switch
631
1.2 Time Range Configuration
631
1.2.1 Configuration Procedure
631
1.2.2 Configuration Example
632
1.3 Basic ACL Configuration
632
1.3.1 Configuration Preparation
633
1.3.2 Configuration Procedure
633
1.3.3 Configuration Example
634
1.4 Advanced ACL Configuration
634
1.4.1 Configuration Preparation
634
1.4.2 Configuration Procedure
634
1.4.3 Configuration Example
640
1.5 Layer 2 ACL Configuration
640
1.5.1 Configuration Preparation
641
1.5.2 Configuration Procedure
641
1.5.3 Configuration Example
643
1.6 User-Defined ACL Configuration
643
1.6.1 Configuration Preparation
644
1.6.2 Configuration Procedure
644
1.6.3 Configuration Example
645
1.7 Applying ACLs on Ports
645
1.7.1 Configuration Preparation
645
1.7.2 Configuration Procedure
645
1.7.3 Configuration Example
646
1.8 Displaying ACL Configuration
646
1.9 ACL Configuration Example
647
1.9.1 Basic ACL Configuration Example
647
I. Network requirements
647
II. Network diagram
647
III. Configuration procedure
647
1.9.2 Advanced ACL Configuration Example
648
I. Network requirements
648
II. Network diagram
648
III. Configuration procedure
648
1.9.3 Layer 2 ACL Configuration Example
649
I. Network requirements
649
II. Network diagram
649
III. Configuration procedure
649
1.9.4 User-Defined ACL Configuration Example
650
I. Network requirements
650
II. Network diagram
650
III. Configuration procedure
650
26-QoS-QoS Profile Operation.pdf
652
Chapter 1 QoS Configuration
654
1.1 Overview
654
1.1.1 Traffic
654
1.1.2 Traffic Classification
654
1.1.3 Precedence
655
1.1.4 Priority of Protocol Packets
658
1.1.5 Priority Remark
658
1.1.6 Packet Filter
658
1.1.7 Port Rate Limit
658
1.1.8 TP
658
I. Traffic evaluation and the token bucket
659
II. TP
660
1.1.9 Queue Scheduling Configuration Synchronization on Aggregated Ports
660
1.1.10 Redirect
661
1.1.11 Queue Scheduling
661
1.1.12 Traffic-based Traffic Statistics
664
1.2 QoS Supported by S3600 Series
664
1.3 Configuring the Mapping between 802.1p Priority and Queues
665
I. Configuration prerequisites
665
II. Configuration procedure
665
III. Configuration example
666
1.4 Setting to Use the Port Priority or Packet Priority
666
I. Configuration prerequisites
666
II. Configuration procedure
666
III. Configuration example
667
1.5 Configuring Priority Remark
667
1.5.1 Configuration Prerequisites
668
1.5.2 Configuration Procedure
668
1.5.3 Configuration Example
669
1.6 Setting the Precedence of Protocol Packet
669
1.6.1 Configuration Prerequisites
669
1.6.2 Configuration Procedure
669
1.6.3 Configuration Example
670
1.7 Configuring Port Rate Limit
670
1.7.1 Configuration Prerequisites
670
1.7.2 Configuration Procedure
671
1.7.3 Configuration Example
671
1.8 Configuring TP
671
1.8.1 Configuration Prerequisites
671
1.8.2 Configuration Procedure of TP
672
1.8.3 Configuration Example
673
1.9 Configuring Redirect
673
1.9.1 Configuration Prerequisites
673
1.9.2 Configuration Procedure
673
1.9.3 Configuration Example
674
1.10 Configuring Queue-Scheduling
674
1.10.1 Configuration Prerequisites
675
1.10.2 Configuration Procedure
675
1.10.3 Configuration Example
676
1.11 Configuring Congestion Avoidance
677
1.11.1 Configuration Prerequisites
677
1.11.2 Configuration Procedure
677
1.11.3 Configuration Example
678
1.12 Configuring Traffic Statistics
678
1.12.1 Configuration Prerequisites
678
1.12.2 Configuration Procedure of Traffic Statistics
678
1.12.3 Clearing Traffic Statistics Information
679
1.12.4 Configuration Example
679
1.13 QoS Configuration Example
680
1.13.1 Configuration Example of TP and Port Rate Limit
680
I. Network requirement
680
II. Network diagram
680
III. Configuration procedure
680
1.13.2 Configuration Example of Priority Remark
681
I. Network requirements
681
II. Network diagram
681
III. Configuration procedure
681
Chapter 2 QoS Profile Configuration
682
2.1 Introduction to QoS Profile
682
2.1.1 Application Mode of QoS Profile
682
2.2 Introduction to QoS Profile Configurations
682
2.3 Configuring QoS Profile
683
2.3.1 Configuration Prerequisites
683
2.3.2 Configuration Procedure
683
2.3.3 Configuration Example
684
I. Network requirements
684
II. Network diagram
685
III. Configuration procedure
685
2.4 Applying the QoS Profile to the Port Manually
686
I. Applying the QoS profile to the port in system view
686
II. Applying the QoS profile to the current port in Ethernet port view
686
2.5 Displaying QoS Profile
687
27-Web Cache Redirection Operation.pdf
688
Chapter 1 Web Cache Redirection Configuration
689
1.1 Overview
689
1.2 Web Cache Redirection Configuration
690
1.2.1 Configuration Prerequisites
690
1.2.2 Configuration Procedure
690
1.2.3 Configuration Example
691
I. Networking requirements
691
II. Networking diagram
692
III. Configuration procedure
692
28-Mirroring Operation.pdf
694
Chapter 1 Mirroring Configuration
695
1.1 Mirroring Overview
695
1.1.1 Traffic Mirroring
695
1.1.2 Port Mirroring
695
1.1.3 Remote Port Mirroring — RSPAN
695
1.2 Mirroring Functions Supported by S3600
698
1.3 Mirroring Configuration for S3600-EI
698
1.3.1 Configuring Traffic Mirroring
698
I. Configuration prerequisites
698
II. Configuration procedure
699
III. Configuration example
700
1.3.2 Configuring Port Mirroring
700
I. Configuration prerequisites
700
II. Configuring port mirroring in Ethernet port view
701
III. Configuring port mirroring in system view
702
IV. Configuration Example
703
1.3.3 Configuring RSPAN
704
I. Configuration prerequisites
704
II. Configuring RSPAN on the source switch
704
III. Configuring RSPAN on the intermediate switch
705
IV. Configuring RSPAN on the destination switch
706
V. Configuration example
707
1.3.4 Displaying Mirroring Parameter Settings
710
1.4 Mirroring Configuration for S3600-SI
710
1.4.1 Configuring Traffic Mirroring
710
1.4.2 Configuring Port Mirroring
710
I. Configuration prerequisites
710
II. Configuration procedure
710
III. Configuration Example
711
1.4.3 Displaying Mirroring Parameter Settings
711
29-IRF Fabric Operation.pdf
712
Chapter 1 IRF Fabric Configuration
713
1.1 Overview
713
1.1.1 Introduction to IRF
713
1.1.2 Introduction to RMON on IRF
714
1.2 Peer Fabric Port Detection
714
1.2.1 Introduction to the Peer Fabric Port Detection Function
714
1.2.2 Work Flow of the Peer Fabric Port Detection Function
714
1.2.3 Prompt Information and Solution
715
I. Normal
715
II. Temporary
715
III. Redundance port
715
IV. Connection error
716
V. Reached max units
716
VI. Different system name
716
VII. Different product version
716
VIII. Auth failure
717
1.3 IRF Fabric Configuration
717
1.3.1 Introduction to IRF Fabric Configuration
717
1.3.2 Specifying the VLAN Used to Form an IRF Fabric
718
1.3.3 Setting a Unit ID for a Switch
718
1.3.4 Specifying the Fabric Port of a Switch
720
1.3.5 Assigning a Unit Name to a Switch
721
1.3.6 Assigning an IRF Fabric Name to a Switch
721
1.3.7 Setting the IRF Fabric Authentication Mode
722
1.4 Displaying and Debugging IRF Fabric
722
1.5 IRF Fabric Configuration Example
723
1.5.1 Network Requirements
723
1.5.2 Network Diagram
723
1.5.3 Configuration Procedure
723
30-Cluster Operation.pdf
725
Chapter 1 Cluster
726
1.1 Cluster Overview
726
1.1.1 Introduction to HGMP V2
726
1.1.2 Introduction to NDP
727
1.1.3 Introduction to NTDP
728
1.1.4 Introduction to Cluster
728
1.1.5 Switch Roles for a Cluster
730
1.2 Cluster Configuration on Management Device
732
1.2.1 Management Device Cluster Configuration Tasks
732
1.2.2 Enabling NDP Globally and on Specific Ports
733
1.2.3 Configuring NDP-Related Parameters
733
1.2.4 Enabling NTDP Globally and on a Specific Port
733
1.2.5 Configuring NTDP-Related Parameters
734
1.2.6 Enabling the Cluster Function
734
1.2.7 Configuring Cluster Parameters
735
I. Manually building a cluster and configuring cluster parameters
735
II. Starting automatic cluster building
735
1.2.8 Configuring Interaction for the Cluster
736
1.2.9 Configuring NM Interface for the Cluster
737
I. Configuration prerequisites
737
II. Configuration procedure
737
1.3 Cluster Configuration on Member Device
737
1.3.1 Member Device Cluster Configuration Tasks
737
1.3.2 Enabling NDP Globally and on Specific Ports
738
1.3.3 Enabling NTDP Globally and on a Specific Port
739
1.3.4 Enabling the Cluster Function
739
1.3.5 Accessing Shared FTP/TFTP Server from a Member Device
739
1.4 Cluster Member Configuration
740
1.5 Displaying and Maintaining Cluster Configuration
740
1.6 Cluster Configuration Example
741
1.6.1 Basic Cluster Configuration Example
741
I. Network requirements
741
II. Network diagram
742
III. Configuration procedure
742
1.6.2 NM Interface Configuration Example
745
I. Network requirements
745
II. Network diagram
746
III. Configuration procedure
746
31-PoE-PoE Profile Operation.pdf
747
Chapter 1 PoE Configuration
748
1.1 PoE Overview
748
1.1.1 Introduction to PoE
748
I. Advantages of PoE
748
II. PoE components
748
1.1.2 PoE Features Supported by S3600
748
1.2 PoE Configuration Tasks
750
1.3 Enabling the PoE Feature on a Port
750
1.4 Setting the Maximum Output Power on a Port
751
1.5 Setting PoE Management Mode and PoE Priority of a Port
751
1.6 Setting the PoE Mode on a Port
752
1.7 Configuring the PD Compatibility Detection Feature
753
1.8 Configuring PoE Over-Temperature Protection on the Switch
753
1.9 Upgrading the PSE Processing Software Online
754
1.10 Displaying PoE Configuration
754
1.11 PoE Configuration Example
755
I. Networking requirements
755
II. Networking diagram
755
III. Configuration procedure
756
Chapter 2 PoE Profile Configuration
757
2.1 Introduction to PoE Profile
757
2.2 PoE Profile Configuration Tasks
757
2.3 Displaying PoE Profile Configuration
759
2.4 PoE Profile Configuration Example
759
I. Network requirements
759
II. Configuration procedure
760
32-UDP Helper Operation.pdf
762
Chapter 1 UDP Helper Configuration
763
1.1 Introduction to UDP Helper
763
1.2 Configuring UDP Helper
764
1.3 Displaying and Maintaining UDP Helper
765
1.4 Configuration Example
765
1.4.1 Network requirements
765
1.4.2 Network diagram
766
1.4.3 Configuration procedure
766
33-SNMP-RMON Operation.pdf
767
Chapter 1 SNMP Configuration
768
1.1 SNMP Overview
768
1.1.1 SNMP Operation Mechanism
768
1.1.2 SNMP Versions
768
1.1.3 Supported MIBs
769
1.2 Configuring Basic SNMP Functions
770
1.3 Configuring Trap
773
1.3.1 Configuration Prerequisites
773
1.3.2 Configuration Tasks
774
1.4 Enabling Logging for Network Management
775
1.5 Displaying SNMP
775
1.6 SNMP Configuration Example
776
1.6.1 SNMP Configuration Example
776
I. Network requirements
776
II. Network diagram
777
III. Network procedure
777
IV. Configuring the NMS
778
Chapter 2 RMON Configuration
779
2.1 Introduction to RMON
779
2.1.1 Working Mechanism of RMON
779
2.1.2 Commonly Used RMON Groups
780
I. Event group
780
II. Alarm group
780
III. Extended alarm group
780
IV. History group
781
V. Statistics group
781
2.2 RMON Configuration
781
2.2.1 Prerequisites
781
2.2.2 Configuring RMON
782
2.3 Displaying RMON
783
2.4 RMON Configuration Example
783
I. Network requirements
783
II. Network diagram
784
III. Configuration procedures
784
34-NTP Operation.pdf
785
Chapter 1 NTP Configuration
786
1.1 Introduction to NTP
786
1.1.1 Applications of NTP
786
1.1.2 Implementation Principle of NTP
787
1.1.3 NTP Implementation Modes
789
I. Client/server mode
789
II. Peer mode
789
III. Broadcast mode
790
IV. Multicast mode
790
1.2 Configuring NTP Implementation Modes
791
1.2.1 Configuration Prerequisites
791
1.2.2 Configuration Procedure
792
I. NTP client mode
793
II. NTP peer mode
793
III. NTP broadcast server mode
793
IV. NTP multicast server mode
794
1.3 Configuring Access Control Right
794
1.4 Configuring NTP Authentication
794
1.4.1 Configuration Prerequisites
795
1.4.2 Configuration Procedure
795
I. Configuring NTP authentication on the client
795
II. Configuring NTP authentication on the server
796
1.5 Configuring Optional NTP Parameters
797
1.6 Displaying and Debugging NTP
798
1.7 Configuration Example
798
1.7.1 Configuring NTP Server Mode
798
I. Network requirements
798
II. Network diagram
798
III. Configuration procedure
798
1.7.2 Configuring NTP Peer Mode
800
I. Network requirements
800
II. Network diagram
800
III. Configuration procedure
800
1.7.3 Configuring NTP Broadcast Mode
801
I. Network requirements
801
II. Network diagram
802
III. Configuration procedure
802
1.7.4 Configuring NTP Multicast Mode
804
I. Network requirements
804
II. Network diagram
804
III. Configuration procedure
804
1.7.5 Configuring NTP Server Mode with Authentication
806
I. Network requirements
806
II. Network diagram
806
III. Configuration procedure
806
35-SSH Terminal Service Operation.pdf
808
Chapter 1 SSH Terminal Service
809
1.1 SSH Terminal Service
809
1.1.1 Introduction to SSH
809
1.1.2 SSH Server Configuration
811
I. Configuring user interface(s) to support specified protocol(s)
812
II. Generating or destroying local RSA key pairs
813
III. Create an SSH user
814
IV. Configuring authentication type for a user
814
V. Configuring SSH management
816
VI. Configuring a client public key for a user
817
VII. Specifying a source IP address/interface for the SSH server
819
1.1.3 Configuring the SSH Client
819
I. Generating the Client Keys
820
II. Specifying the IP address of the Server
823
III. Selecting the Protocol for Remote Connection
824
IV. Selecting the SSH Version
824
V. Opening an SSH Connection with RSA
825
VI. Opening an SSH Connection with Password
826
1.1.4 Configuring the Device as an SSH Client
827
I. configure the device as an SSH client that supports first authentication
828
II. configure the device as an SSH client that does not support first authentication
828
III. Specifying a source IP address/interface for the SSH client
829
1.1.5 Displaying SSH Configuration
829
1.1.6 SSH Server Configuration Example
830
I. Network requirements
830
II. Network diagram
830
III. Configuration procedure
831
1.1.7 SSH Client Configuration Example
833
I. Network requirements
833
II. Network diagram
833
III. Configuration procedure
833
Chapter 2 SFTP Service
835
2.1 SFTP Service
835
2.1.1 Introduction to SFTP
835
2.1.2 SFTP Server Configuration
835
I. Configuring service type for an SSH user
835
II. Enabling SFTP Server
836
III. Setting connection idle timeout time
836
2.1.3 SFTP Client Configuration
836
I. Starting SFTP Client
837
II. Stopping SFTP Client
838
III. Performing SFTP directory operations
838
IV. Performing SFTP file operations
839
V. Displaying help information
839
VI. Specifying a source IP address or source interface for the SFTP client
840
2.1.4 SFTP Configuration Example
840
I. Network requirements
840
II. Network diagram
840
III. Configuration procedure
841
36-File System Management Operation.pdf
845
Chapter 1 File System Management Configuration
846
1.1 File Attribute Configuration
846
1.1.1 Introduction to File Attributes
846
1.1.2 Configuring File Attributes
847
1.2 File System Configuration
848
1.2.1 Introduction to File System
848
1.2.2 Introduction to Configuration Tasks on the File System
848
1.2.3 Directory Operations
849
1.2.4 File Operations
850
1.2.5 Flash Memory Operations
851
1.2.6 Prompt Mode Configuration
852
1.2.7 File System Configuration Example
852
1.3 Configuration File Backup and Restoration
853
1.3.1 Operation Prerequisites
854
1.3.2 Operation Procedure
854
Chapter 2 FTP/TFTP Lighting Configuration
855
2.1 FTP Lighting Configuration
855
2.1.1 Introduction to FTP
855
2.1.2 FTP Lighting Procedure
855
I. Enabling FTP server on the switch
855
II. Enabling FTP client on the switch
856
2.2 TFTP Lighting Configuration
857
2.2.1 Introduction to TFTP
857
2.2.2 TFTP Lighting Procedure
858
37-FTP and TFTP Operation.pdf
860
Chapter 1 FTP and TFTP Configuration
861
1.1 FTP Configuration
861
1.1.1 Introduction to FTP
861
1.1.2 FTP Configuration: A Switch Operating as an FTP Server
862
I. Prerequisites
862
II. Configuration procedure
863
III. Specifying the source interface and source IP address for an FTP server
864
IV. Disconnecting a specified user
865
V. Displaying FTP server information
866
1.1.3 Configuration Example: A Switch Operating as an FTP Server
866
I. Network requirements
866
II. Network diagram
866
III. Configuration procedure
866
1.1.4 FTP Configuration: A Switch Operating as an FTP Client
868
I. Basic configurations on an FTP client
868
II. Specifying the source interface and source IP address for an FTP client
870
1.1.5 Configuration Example: A Switch Operating as an FTP Client
871
I. Network requirements
871
II. Network diagram
872
III. Configuration procedure
872
1.2 TFTP Configuration
873
1.2.1 Introduction to TFTP
873
1.2.2 TFTP Configuration
875
I. Prerequisites
875
II. Basic TFTP configurations
875
III. Specifying the source interface and source IP address for a TFTP client
876
1.2.3 TFTP Configuration Example
877
I. Network requirements
877
II. Network diagram
877
III. Configuration procedure
878
38-Information Center Operation.pdf
880
Chapter 1 Information Center
881
1.1 Information Center Overview
881
1.2 Information Center Configuration
884
1.2.1 Enabling Synchronous Terminal Output
885
1.2.2 Enabling Information Output to a Log Host
886
1.2.3 Enabling Information Output to the Console
887
1.2.4 Enabling Information Output to a Monitor Terminal
888
1.2.5 Enabling Information Output to the Log Buffer
890
1.2.6 Enabling Information Output to the Trap Buffer
891
1.2.7 Enabling Information Output to the SNMP
892
1.3 Displaying and Debugging Information Center
893
1.4 Information Center Configuration Examples
893
1.4.1 Log Output to a UNIX Log Host
893
I. Network requirements
893
II. Network diagram
894
III. Configuration procedure
894
1.4.2 Log Output to a Linux Log Host
895
I. Network requirements
895
II. Network diagram
895
III. Configuration procedure
896
1.4.3 Log Output to the Console
897
I. Network requirements
897
II. Network diagram
897
III. Configuration procedure
897
39-System Maintenance and Debugging Operation.pdf
899
Chapter 1 BootROM and Host Software Loading
901
1.1 Introduction to Loading Approaches
901
1.2 Local BootROM and Software Loading
901
1.2.1 BOOT Menu
902
1.2.2 Loading by XModem through Console Port
903
I. Introduction to XModem
903
II. Loading BootROM
903
III. Loading host software
907
1.2.3 Loading by TFTP through Ethernet Port
908
I. Introduction to TFTP
908
II. Loading BootROM
908
III. Loading host software
909
1.2.4 Loading by FTP through Ethernet Port
910
I. Introduction to FTP
910
II. Loading Procedure Using FTP Client
910
1.3 Remote BootROM and Software Loading
912
1.3.1 Remote Loading Using FTP
912
I. Loading Procedure Using FTP Client
912
II. Loading Procedure Using FTP Server
914
1.3.2 Remote Loading Using TFTP
918
Chapter 2 Basic System Configuration & Debugging
919
2.1 Basic System Configuration
919
2.1.1 Basic System Configuration Tasks
919
2.1.2 Entering System View from User View
919
2.1.3 Setting the System Name of the Switch
920
2.1.4 Setting the Date and Time of the System
920
2.1.5 Setting the Local Time Zone
920
2.1.6 Setting the Summer Time
920
2.1.7 Setting the CLI Language Mode
921
2.1.8 Returning from Current View to Lower Level View
921
2.1.9 Returning from Current View to User View
921
2.2 Displaying the System Status
921
2.3 Debugging the System
922
2.3.1 Enabling/Disabling System Debugging
922
2.3.2 Displaying Debugging Status
924
2.3.3 Displaying Operating Information about Modules in System
924
Chapter 3 Network Connectivity Test
925
3.1 Network Connectivity Test
925
3.1.1 ping
925
3.1.2 tracert
925
Chapter 4 Device Management
927
4.1 Introduction to Device Management
927
4.2 Device Management Configuration
927
4.2.1 Device Management Configuration Tasks
927
4.2.2 Rebooting the Ethernet Switch
927
4.2.3 Scheduling a Reboot on the Switch
928
4.2.4 Specifying the APP to be Adopted at Reboot
928
4.2.5 Upgrading the BootROM
929
4.2.6 Upgrading the Host Software in the Fabric
929
4.3 Displaying the Device Management Configuration
929
4.4 Remote Switch Upgrade Configuration Example
930
I. Network requirements
930
II. Network diagram
931
III. Configuration procedure
931
40-VLAN-VPN Operation.pdf
933
Chapter 1 VLAN-VPN Configuration
934
1.1 VLAN-VPN Overview
934
1.1.1 Introduction to VLAN-VPN
934
1.1.2 Implementation of VLAN-VPN
934
1.1.3 Adjusting the TPID Values of VLAN-VPN Packets
935
1.2 VLAN-VPN Configuration
936
1.2.1 Configuration Prerequisites
936
1.2.2 Configuration Procedure
936
1.3 Inner VLAN Tag Priority Replication Configuration
937
1.3.1 Configuration Prerequisites
937
1.3.2 Configuration Procedure
937
1.4 TPID Adjusting Configuration
938
1.4.1 Configuration Prerequisites
938
1.4.2 Configuration Procedure
938
1.5 VLAN-VPN Configuration Example
939
I. Network requirements
939
II. Network diagram
939
III. Configuration Procedure
939
Chapter 2 BPDU Tunnel Configuration
941
2.1 BPDU Tunnel Overview
941
2.1.1 Introduction to the BPDU Tunnel Function
941
2.1.2 BPDU Tunnel Fundamental
941
I. Layer 2 packet identification
941
II. Transmitting BPDU packets transparently
941
2.2 BPDU Tunnel Configuration
942
2.2.1 Configuration Prerequisites
943
2.2.2 Configuring BPDU Tunnel
943
2.3 BPDU Tunnel Configuration Example
943
I. Network requirements
943
II. Network diagram
944
III. Configuration procedure
944
41-HWPing Operation.pdf
945
Chapter 1 HWPing Configuration
946
1.1 Introduction to HWPing
946
1.2 HWPing Configuration
946
1.2.1 Introduction to HWPing Configuration
946
1.2.2 Configuring HWPing
947
1.2.3 Displaying HWPing Configuration
948
1.2.4 Configuration Example
948
I. Network requirement
948
II. Configuration procedure
948
42-DNS Operation.pdf
950
Chapter 1 DNS Configuration
951
1.1 DNS Overview
951
1.1.1 Static Domain Name Resolution
951
1.1.2 Dynamic Domain Name Resolution
951
I. Resolution procedure
951
II. DNS suffixes
952
1.2 Configuring Static Domain Name Resolution
953
1.3 Configuring Dynamic Domain Name Resolution
953
1.3.1 Configuration Procedure
953
1.3.2 DNS Configuration Example
954
I. Network requirements
954
II. Network diagram
954
III. Configuration procedure
954
1.4 Displaying and Maintaining DNS
955
1.5 Troubleshooting DNS
955
I. Symptom
955
II. Solution
955
43-Access Management Operation.pdf
957
Chapter 1 Access Management Configuration
958
1.1 Access Management Overview
958
1.2 Configure Access Management
959
1.2.1 Enable Access Management Function
959
1.2.2 Configure the Access IP Address Pool Based on the Physical Port
959
1.2.3 Configure Layer 2 Isolation between Ports
960
1.2.4 Enable Access Management Trap
961
1.3 Display Access Management
961
1.4 Access Management Configuration Example
962
I. Networking requirements
962
II. Networking diagram
962
III. Configuration procedure
962
44-Appendix.pdf
963
Appendix A Acronyms
964
Other manuals for H3C S3600 Series
Command Manual
1277 pages
Installation Manual
98 pages
Datasheet
10 pages
5
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H3C S3600 Series Specifications
General
Brand
H3C
Model
S3600 Series
Category
Switch
Language
English
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