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Huawei AR530 Series Manuals
Manuals and User Guides for Huawei AR530 Series. We have
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Huawei AR530 Series manuals available for free PDF download: Configuration Manual, Hardware Installation And Maintenance Manual, Product Description, Quick Start Manual
Huawei AR530 Series Configuration Manual (409 pages)
Industrial Switch Routers Ethernet Switching
Brand:
Huawei
| Category:
Network Router
| Size: 8.04 MB
Table of Contents
About this Document
3
Intended Audience
3
Command Conventions
4
Interface Numbering Conventions
4
MAC Address Table Configuration
15
Introduction to the MAC Address
16
Disabling MAC Address Learning and Limiting the Number of MAC Addresses
18
Port Security
19
Application Environment
21
Default Configuration
23
Configuring a Static MAC Address Entry
24
Setting the Aging Time of Dynamic MAC Address Entries
25
Limiting the Number of Learned MAC Addresses
26
Checking the Configuration
27
Configuring Port Security
28
Configuring the Sticky MAC Function on an Interface
30
Checking the Configuration
31
Configuring the Router to Discard Packets with an All-0 MAC Address
32
Configuration Examples
33
Example for Configuring Port Security
35
Example for Configuring MAC Address Limiting Rules on Interfaces
37
Example for Configuring a MAC Address Learning Rule in a VLAN
38
Common Configuration Errors
40
Reference
43
Link Aggregation Configuration
44
Introduction to Link Aggregation
45
Forwarding Principle
47
Load Balancing Using Link Aggregation
53
Configuration Task Summary
54
Default Settings
55
Configuring Ethernet Link Aggregation
56
Setting the Manual Load Balancing Mode
57
Adding Member Interfaces to an Eth-Trunk
58
Optional) Setting the Lower Threshold for the Number of Active Interfaces
59
Optional) Configuring a Load Balancing Mode
60
Checking the Configuration
61
Setting the LACP Mode
62
Adding Member Interfaces to an Eth-Trunk
63
Optional) Setting the Upper and Lower Thresholds for the Number of Active Interfaces
65
Optional) Configuring a Load Balancing Mode
66
Optional) Setting the LACP Interface Priority
67
Optional) Configuring LACP Preemption
68
Optional) Setting the Timeout Interval for Receiving Lacpdus
69
Checking the Configuration
70
Maintaining Link Aggregation
71
Using Ping to Monitor the Reachability of Layer 3 Eth-Trunk Member Interfaces
72
Configuration Examples
74
Example for Configuring Link Aggregation in LACP Mode
76
Example for Configuring Layer 3 Link Aggregation
80
Common Configuration Errors
82
VLAN Configuration
84
Introduction to VLAN
85
Principles
86
Port Types
88
VLAN Assignment
90
VLAN Aggregation
95
VLAN Damping
102
VLAN Assignment
103
Inter-VLAN Communication
104
VLAN Aggregation
105
Configuration Task Summary
106
Default Configuration
107
Configuring Inter-VLAN Communication
109
Configuring VLANIF Interfaces for Inter-VLAN Communication
110
Configuring Sub-Interfaces for Inter-VLAN Communication
111
Checking the Configuration
112
Creating a Super-VLAN
113
Assigning an IP Address to the VLANIF Interface of a Super-VLAN
114
Optional) Configuring an IP Address Pool for a Sub-VLAN
115
Checking the Configuration
116
Configuration Examples
118
Example for Configuring Communication between Vlans Using VLANIF Interfaces
120
Example for Configuring VLAN Damping
122
Example for Configuring VLAN Aggregation
124
Example for Configuring Communication Across a Layer 3 Network Using VLANIF Interfaces
127
Common Configuration Errors
130
User Terminals in the same VLAN Cannot Ping each Other
131
VLANIF Interface Goes down
133
Qinq Configuration
135
Introduction to Qinq
136
Basic Qinq
138
Selective Qinq
139
Tpid
140
Application Environment
141
Configuration Task Summary
143
Configuring Qinq
144
Configuring Selective Qinq
145
Configuring the TPID Value in an Outer VLAN Tag
147
Configuration Examples
148
Example for Configuring Selective Qinq
151
References
155
GVRP Configuration
156
Introduction to GVRP
157
Principles
158
Garp Timers
160
Packet Structure
161
Working Procedure
162
Applications
166
Configuring GVRP
167
Optional) Setting the Registration Mode for a GVRP Interface
168
Optional) Setting the GARP Timers
169
Checking the Configuration
170
Configuration Examples
171
References
174
STP/RSTP Configuration
175
Introduction to STP/RSTP
176
Principles
177
Basic Concepts
178
BPDU Format
185
STP Topology Calculation
187
Improvements in RSTP
194
RSTP Technology Details
199
Edge Port
200
Application
201
Configuration Task Summary
202
Default Configuration
203
Configuring STP/RSTP
204
Optional) Setting a Priority for a Switching Device
205
Optional) Setting a Path Cost for a Port
206
Optional) Setting a Priority for a Port
207
Enabling STP/RSTP
208
Checking the Configuration
209
Setting the STP Timeout Interval
210
Setting the Maximum Number of Connections in an Eth-Trunk that Affects Spanning Tree Calculation
212
Checking the Configuration
213
Setting the RSTP Timeout Interval
214
Setting RSTP Timers
215
Setting the Maximum Number of Connections in an Eth-Trunk that Affects Spanning Tree Calculation
216
Setting the Link Type for a Port
217
Setting the Maximum Transmission Rate of an Interface
218
Configuring Edge Ports and BPDU Filter Ports
219
Checking the Configuration
221
Configuring TC Protection on a Switching Device
222
Checking the Configuration
223
Maintaining STP/RSTP
225
Example for Configuring Basic STP Functions
226
Example for Configuring Basic RSTP Functions
230
References
234
MSTP Configuration
236
Introduction to MSTP
237
MSTP Principles
238
Basic MSTP Concepts
240
Mst Region
242
Port Role
244
MST Bpdus
247
MSTP Topology Calculation
251
MSTP Fast Convergence
253
Application Environment
254
Configuration Task Summary
255
Default Configuration
256
Configuring MSTP
257
Configuring the MSTP Mode
258
Optional) Configuring the Root Bridge and Secondary Root Bridge
260
Optional) Configuring a Priority for a Switching Device in an MSTI
261
Optional) Configuring a Path Cost of a Port in an MSTI
262
Optional) Configuring a Port Priority in an MSTI
263
Checking the Configuration
264
Configuring MSTP Parameters on an Interface
265
Setting the MSTP Timeout Interval
266
Setting the Maximum Number of Connections in an Eth-Trunk that Affects Spanning Tree Calculation
267
Setting the Link Type of a Port
269
Switching to the MSTP Mode
270
Configuring a Port as an Edge Port and BPDU Filter Port
271
Setting the Maximum Number of Hops in an MST Region
272
Checking the Configuration
273
Configuring TC Protection on a Switching Device
274
Configuring Root Protection on an Interface
275
Checking the Configuration
276
Configuring the MSTP Protocol Packet Format on an Interface
277
Enabling the Digest Snooping Function
278
Checking the Configuration
279
Example for Configuring Basic MSTP Functions
280
References
287
SEP Configuration
288
Introduction to SEP
289
Basic Concepts of SEP
292
Interface Description
295
SEP Implementation Mechanisms
296
Applications
308
Closed-Ring Networking
309
Multi-Ring Networking
310
Hybrid SEP+MSTP Ring Networking
311
SEP Multi-Instance
312
Configuration Task Summary
313
Configuring SEP
314
Configuring a SEP Segment
315
Creating a Protected Instance
316
Adding a Layer 2 Interface to a SEP Segment and Configuring a Role for the Interface
317
Checking the Configuration
320
Configuring the Preemption Mode
321
Checking the Configuration
323
Configuring the Topology Change Notification Function
325
Checking the Configuration
327
Example for Configuring SEP on a Multi-Ring Network
333
Example for Configuring a Hybrid SEP+MSTP Ring Network
344
Example for Configuring SEP Multi-Instance
352
Transparent Bridging Configuration
360
Introduction to Transparent Bridge
361
Local Bridging
364
Remote Bridging
365
Integrated Bridging and Routing
366
VLAN ID Transparent Transmission
367
Applications
368
Configuration Task Summary
373
Configuring Local Bridging
374
Optional) Disabling a Bridge Group from Bridging Specified Protocol Packets
375
Optional) Configuring a MAC Address Table for a Bridge Group
376
Checking the Configuration
377
Adding Local Interfaces to a Bridge Group
378
Enabling IP Routing for a Bridge Group
379
Optional) Disabling a Bridge Group from Bridging Specified Protocol Packets
380
Checking the Configuration
381
Configuring Remote Bridging
382
Adding a WAN-Side Interface to a Bridge Group
384
Optional) Configuring VLAN ID Transparent Transmission
385
Optional) Configuring a MAC Address Table for a Bridge Group
386
Checking the Configuration
387
Adding a WAN-Side Interface to a Bridge Group
389
Enabling IP Routing for a Bridge Group
390
Optional) Disabling a Bridge Group from Bridging Specified Protocol Packets
391
Checking the Configuration
392
Monitoring the Operation of Bridge Groups
393
Clearing the Traffic Statistics on the Bridge-If Interface of a Bridge Group
394
Example for Configuring Local Bridging with IP Routing
397
Example for Configuring Remote Bridging
399
Example for Configuring Remote Bridging with IP Routing
401
Networking Requirements
402
Example for Configuring Remote Bridging with VLAN ID Transparent Transmission
405
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Huawei AR530 Series Configuration Manual (310 pages)
Industrial Switch Routers
Brand:
Huawei
| Category:
Network Router
| Size: 5.27 MB
Table of Contents
About this Document
3
Intended Audience
3
Command Conventions
4
Interface Numbering Conventions
4
Table of Contents
6
1 Introduction to Reliability
12
Levels of Reliability Requirements
13
Reliability Specifications
13
Reliability Technologies
14
2 Interface Backup Configuration
16
Introduction to Interface Backup
17
Principles
17
Interface Backup in Active/Standby Mode
17
Load Balancing Mode
18
Applications
18
Interface Backup in Active/Standby Mode
18
Interface Backup in Load Balancing Mode
19
Association between Interface Backup in Active/Standby Mode and NQA
19
Association between Interface Backup in Active/Standby Mode and BFD
20
Association between Interface Backup in Active/Standby Mode and Routing
21
Configuration Task Summary
22
Default Configuration
23
Interface Backup Configuration
24
Configuring Interface Backup in Active/Standby Mode
24
Configuring Association of Interface Backup in Active/Standby Mode
25
Configuring Association between Interface Backup in Active/Standby Mode and NQA
25
Configuring Association between Interface Backup in Active/Standby Mode and BFD
26
Configuring Association between Interface Backup in Active/Standby Mode and Routing
28
Configuring Interface Backup in Load Balancing Mode
29
Configuration Examples
31
Example for Configuring Ethernet Interface Backup in Active/Standby Mode
31
Example for Configuring Ethernet Interface Backup in Load Balancing Mode
34
Example for Configuring an ADSL Interface as the Backup of an Ethernet Interface
37
Example for Configuring Association between NQA and Ethernet Interface Backup in Active/Standby Mode
40
Example for Configuring Association between BFD and Ethernet Interface Backup in Active/Standby Mode
46
Example for Configuring Association between Routing and Ethernet Interface Backup in Active/Standby Mode
51
Example for Associating Interface Backup with NQA to Configure an ADSL Interface as the Backup of an Ethernet Interface
57
Example for Associating Interface Backup with BFD to Configure an ADSL Interface as the Backup of an Ethernet Interface
63
Example for Associating Interface Backup with Routing to Configure an ADSL Interface as the Backup of an Ethernet Interface
70
References
76
3 Interface Monitoring Group Configuration
77
Introduction
78
Interface Monitoring Group Principles
78
Interface Monitoring Group Application
79
Configuring an Interface Monitoring Group
80
Maintaining an Interface Monitoring Group
82
Shutting down an Interface Monitoring Group
82
Deleting Invalid Interfaces from an Interface Monitoring Group
82
Example for Configuring an Interface Monitoring Group
83
4 HSB Configuration
88
Introduction to Hot-Standby Backup
90
Principles
90
Backup Modes
90
HSB Implementation
91
Applications
93
Using HSB to Improve Firewall Reliability
93
Default Configuration
94
HSB Configuration
95
Configure a VRRP Group
95
Creating an HSB Service
96
Configuring an HSB Group
97
Enabling an HSB Group
98
Checking the Configuration
98
Configuration Examples
99
Example for Configuring HSB
99
Common Configuration Errors
104
Information on the Master Device Fails to be Backed up to the Backup Device
104
References
105
5 BFD Configuration
106
Introduction to BFD
107
Principles
107
Application Scenarios
110
BFD for IP Links
110
BFD Echo Function
111
Association between the BFD Session Status and the Interface Status
111
BFD for Static Routes
112
BFD for OSPF
112
BFD for IS-IS
113
BFD for BGP
114
BFD for VRRP
115
BFD for PIM
116
Configuration Task Summary
117
Default Configuration
118
Configuring BFD
118
Configuring Single-Hop BFD
118
Configuring Multi-Hop BFD
121
Configuring Static BFD with Automatically Negotiated Discriminators
122
Configuring the BFD Echo Function
123
Configuring BFD Association
125
Configuring Association between the BFD Session and the Interface Status
125
Configuring Association between the BFD Session Status and the Sub-Interface Status
128
Adjusting BFD Parameters
130
Adjusting the BFD Detection Time
130
Setting the WTR Time of a BFD Session
131
Configuring the Description for a BFD Session
132
Setting the Delay before a BFD Session Becomes up
132
Setting the Global TTL Value
133
Checking the Configuration
134
Clearing BFD Session Statistics
134
Configuration Examples
135
Example for Configuring Single-Hop BFD for Detecting Faults on a Layer 2 Link
135
Example for Configuring Single-Hop BFD on a VLANIF Interface
137
Example for Configuring Single-Hop BFD on a Layer 3 Physical Link
140
Example for Configuring Multi-Hop BFD
142
Example for Associating the BFD Session Status with the Interface Status
145
Example for Configuring BFD on a Dot1Q Termination Sub-Interface
150
Example for Configuring the BFD Echo Function
156
Common Configuration Errors
158
BFD Session Cannot Become up
158
BFD Detection Result Affects Forwarding on an Interface
159
Modified BFD Parameters Do Not Take Effect
159
References
160
6 VRRP Configuration
161
Introduction to VRRP
163
Principles
163
Basic Concepts of VRRP
163
Vrrpv2 and Vrrpv3 Advertisement Packets
165
Vrrp Authentication
167
VRRP Implementation
168
VRRP in Active/Standby Mode
171
VRRP in Load Balancing Mode
172
Applicable Scenarios
173
Association between a VRRP Group and the Interface Status to Monitor the Uplink Interface
173
Association between VRRP and Bfd/Nqa/Routing to Monitor the Uplink
174
Association between VRRP and BFD to Implement a Rapid Active/Standby Switchover
175
Configuring Layer 2 and Layer 3 Traffic Load Balancing through VRRP and MSTP Deployment
177
Configuration Task Summary
178
Configuration Notes
180
Default Configuration
181
Configuring VRRP
181
Configuring Basic Functions of an Ipv4 VRRP Group
181
Creating a VRRP Group
181
Setting the Device Priority in a VRRP Group
182
Optional) Configuring the VRRP Version Number
183
Optional) Configuring VRRP Time Parameters
183
Optional) Setting the Mode in Which VRRP Advertisement Packets Are Sent in a Super-VLAN
186
Optional) Disabling VRRP TTL Check
187
Optional) Setting the Authentication Mode of VRRP Advertisement Packets
187
Optional) Enabling the Ping to a Virtual IP Address
188
Checking the Configuration
189
Configuring VRRP Association
190
Configuring Association between VRRP and BFD to Implement a Rapid Active/Standby Switchover
190
Configuring Association between VRRP and the Interface Status to Implement an Active/Standby Switchover
192
Configuring Association between VRRP and BFD to Monitor the Uplink Status
192
Configuring Association between VRRP and NQA to Monitor the Uplink Status
194
Configuring Association between VRRP and Routing to Monitor the Uplink Status
195
Checking the Configuration
196
Configuring Basic Functions of an Ipv6 VRRP Group
196
Creating a VRRP6 Group
196
Setting the Device Priority in a VRRP6 Group
198
Optional) Configuring VRRP6 Time Parameters
198
Optional) Disabling VRRP6 TTL Check
201
Optional) Enabling the Ping to a Virtual IP Address
202
Checking the Configuration
202
Configuring VRRP6 Association
203
Configuring Association between VRRP6 and the Interface Status to Implement an Active/Standby Switchover
203
Checking the Configuration
204
Maintaining VRRP
204
Monitoring the VRRP Running Status
204
Clearing VRRP Advertisement Packet Statistics
204
Configuration Examples
205
Example for Configuring a VRRP Group in Active/Standby Mode
205
Example for Configuring a VRRP Group in Multi-Gateway Load Balancing Mode
209
Example for Configuring Association between VRRP and BFD to Implement a Rapid Active/Standby Switchover
213
Example for Configuring Association between VRRP and the Interface Status
218
Example for Configuring Association between VRRP and BFD to Monitor the Uplink Status
223
Example for Configuring Association between VRRP and NQA to Monitor the Uplink Status
229
Example for Configuring Association between VRRP and Routing to Monitor the Uplink Status
236
Example for Configuring VRRP on a Dot1Q Termination Sub-Interface
243
Example for Configuring VRRP on a Qinq Termination Sub-Interface
250
Example for Configuring a VRRP6 Group in Active/Standby Mode
259
Example for Configuring a VRRP6 Group in Load Balancing Mode
265
Common Configuration Errors
270
Multiple Masters Coexist in a VRRP Group
270
VRRP Group Status Changes Frequently
271
References
271
7 EFM Configuration
273
Introduction to EFM
274
Principles
274
Basic Concepts
274
Basic Functions
276
Fault Information Advertisement between EFM and Other Modules
280
Configuration Task Summary
282
Default Configuration
283
Configuring EFM
283
Configuring Basic EFM Functions
283
Enabling EFM Globally
283
Optional) Setting the EFM Working Mode on an Interface
284
Optional) Setting EFM OAMPDU Parameters
285
Enabling EFM on an Interface
286
Checking the Configuration
287
Configuring EFM Link Monitoring
287
Detecting Minor Link Events
287
Optional) Associating a Minor Link Event with an Interface
289
Checking the Configuration
290
Configuring Remote Loopback
290
Configuring Remote Loopback on the Device in Active Mode
290
Optional) Configure a Receiving Device to Ignore Remote Loopback Requests
292
Checking the Configuration
293
Configuring Remote Fault Indication
293
Configuring EFM Association
295
Configuring Association between EFM and Interfaces
295
Configuring Association between EFM and BFD
298
Configuration Examples
300
Example for Configuring Basic EFM Functions
300
Example for Configuring Association between EFM and BFD
305
References
310
Huawei AR530 Series Product Description (141 pages)
Series Industrial Switch Routers V200R008
Brand:
Huawei
| Category:
Network Router
| Size: 3.78 MB
Table of Contents
About this Document
3
Intended Audience
3
Table of Contents
6
1 Product Positioning and Characteristics
9
Product Positioning
10
Product Characteristics
10
Industrial Environment Adaptability
10
Industry-Class Reliability
10
Service Integration Capability
11
Hardware Extensibility
11
Remote Maintenance Capability
11
Strong Access Capability
11
2 Applications
12
AR530 as a Industrial Router
13
AR500 or AR530 as the Industrial Switch
13
AR2500 Used as the Industrial Switch
14
AR500&AR530 Used as Industrial Gateways
16
3 Product Characteristics
18
Feature List
19
Key Features
42
Sep
42
Vpn
42
Security
43
Ip Source Guard
44
Qos
45
Traffic Policing
45
Traffic Shaping
45
Ipv6
46
Wlan
47
4 Appearance
49
AR500 Series
50
Ar502Eg-L
50
Ar502Egw-L
51
Ar502Cg-L
53
Ar503Gw-Lm7
55
AR503GW-Lcm7
56
AR503EDGW-Lc
57
Ar509G-L-D-H
59
AR509G-Lc
60
AR509CG-Lc
62
AR509CG-Lt
64
Ar503Eqgw-L
66
Ar503Ew
67
AR510 Series
68
Ar511Gw-Lav2M3
68
Ar511Cgw-Lav2M3
70
Ar511Gw-Lm7
71
Ar511Gw-L-B3
73
Ar513W-V3M8
74
Ar515Gw-Lm9-D
76
AR530 Series
77
Ar531-2C-H
77
Ar531-F2C-H
78
Ar531Gpe-U-H
80
Ar531G-U-D-H
81
AR550 Series
83
Ar550C-4Ge
83
Ar550C-2C6Ge
84
AR2500 Series
86
Ar2504-H
86
Ar2504E-H
87
Ar2504-D-H
87
5 Maintenance and Management
89
Various Maintenance Methods
90
Remote Deployment and Maintenance Using USB
90
SNMP-Based Maintenance
90
CLI-Based Maintenance
90
Fault Location
90
Device Fault Location
90
Routing Service Fault Location
91
6 Industry Standards
92
7 Technical Specifications
93
AR500 Series
94
Ar502Eg-L
94
Ar502Egw-L
95
Ar502Cg-L
96
Ar503Gw-Lm7
97
AR503GW-Lcm7
99
Copyright © Huawei Technologies Co., Ltd
99
AR503EDGW-Lc
101
Ar509G-L-D-H
102
AR509G-Lc
104
AR509CG-Lc
106
AR509CG-Lt
107
Ar503Eqgw-L
108
Ar503Ew
110
AR510 Series
112
Ar511Gw-Lav2M3
112
Ar511Cgw-Lav2M3
113
Ar511Gw-Lm7
115
Ar511Gw-L-B3
117
Ar513W-V3M8
119
Ar515Gw-Lm9-D
121
AR530 Series
122
Ar531-2C-H
122
Ar531-F2C-H
124
Ar531Gpe-U-H
125
Ar531G-U-D-H
126
AR550 Series
128
Ar550C-4Ge
128
Ar550C-2C6Ge
129
AR2500 Series
130
Ar2504-H
130
Ar2504E-H
132
Ar2504-D-H
133
8 Component Selection Guide
136
Router Purchase List
137
Card Category
140
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Huawei AR530 Series Configuration Manual (117 pages)
Industrial Switch Router
Brand:
Huawei
| Category:
Network Router
| Size: 1.55 MB
Table of Contents
About this Document
3
Intended Audience
3
Command Conventions
4
Interface Numbering Conventions
4
Table of Contents
6
1 Displaying the Device Status
10
Displaying Information about the Device
11
Displaying the ESN
11
Displaying Versions
11
Displaying the Temperature
12
Displaying CPU Usage
12
Displaying Memory Usage
13
Displaying Interface Status
13
Displaying Electronic Labels
14
Displaying the Current Configuration
14
Displaying Diagnostic Information
15
Displaying Health Status
15
2 Hardware Management
16
Hardware Management Overview
17
Configuring the Alarm Function for Optical Modules
17
Configuring the CPU Usage Alarm Threshold
18
Configuring the Memory Usage Alarm Threshold
19
Backing up Electronic Labels
20
3 Information Center Configuration
21
Information Center Overview
22
Principles
22
Information Classification
22
Information Hierarchy
23
Information Output
24
Information Filtering
25
Information Output Format
26
Applications
28
Default Configuration
30
Configuring Information Center
32
Configuring Log Output
32
Enabling the Information Center
33
Optional) Naming an Information Channel
34
Optional) Configuring Log Filtering
34
Optional) Setting the Timestamp Format of Logs
35
Configuring the Device to Output Logs to the Log Buffer
36
Configuring the Device to Output Logs to a Log File
36
Configuring the Device to Output Logs to the Console
38
Configuring the Device to Output Logs to a Terminal
38
Configuring the Device to Output Logs to a Log Host
39
Checking the Configuration
40
Configuring Trap Output
41
Enabling the Information Center
42
Optional) Naming an Information Channel
43
Optional) Configuring Trap Filtering
43
Optional) Setting the Timestamp Format of Traps
44
Configuring the Device to Output Traps to the Trap Buffer
45
Configuring the Device to Output Traps to a Log File
45
Configuring the Device to Output Traps to the Console
47
Configuring the Device to Output Traps to a Terminal
47
Configuring the Device to Output Traps to a Log Host
48
Checking the Configuration
49
Configuring Debugging Message Output
50
Enabling the Information Center
51
Optional) Naming an Information Channel
52
Optional) Setting the Timestamp Format of Debugging Messages
53
Configuring the Device to Output Debugging Messages to the Log File
53
Configuring the Device to Output Debugging Messages to the Console
54
Configuring the Device to Output Debugging Messages to the Terminal
55
Configuring the Device to Output Debugging Messages to the Log Host
56
Checking the Configuration
57
Maintaining the Information Center
57
Clearing Statistics
57
Monitoring the Information Center
58
Configuration Examples
58
Example for Outputting Logs to the Log File
58
Example for Outputting Logs to a Log Host
60
Example for Outputting Traps to the Console
63
4 NTP Configuration
65
NTP Overview
66
Principles
67
Operating Principle
67
Copyright © Huawei Technologies Co., Ltd
67
Network Architecture
69
Operating Mode
70
NTP Access Control
75
Application
76
Typical Application
77
Default Configuration
78
Configuring the NTP
78
Configuring Basic NTP Functions
78
Configuring an NTP Primary Clock
79
Configuring NTP Operating Modes
80
Checking the Configuration
85
Configuring the Local Source Interface for Sending and Receiving NTP Packets
86
Limit on the Number of Local Dynamic Sessions
86
Configuring NTP Access Control
87
Disabling a Specified Interface from Receiving NTP Packets
87
Disabling the NTP Service Function
88
Configuring NTP Access Control Authority
89
Configuring KOD
91
Configuring NTP Authentication
92
Checking the Configuration
93
Maintaining NTP
93
Monitoring the Running Status of NTP
93
Configuration Examples
94
Example for Configuring Authenticated NTP Unicast Server/Client Mode
94
Example for Configuring NTP Symmetric Peer Mode
98
Example for Configuring Authenticated NTP Broadcast Mode
101
Example for Configuring NTP Multicast Mode
104
Reference
107
5 Fault Management Configuration
108
Introduction to Fault Management
109
Principles
109
Concepts
109
Principles
110
Alarm Severity
110
Alarm Correlation
111
Default Configuration
112
Configuring Fault Management
112
Configuring Alarm Management
112
Setting the Alarm Severity
113
Configuring the Alarm Reporting Delay Function
114
Checking the Configuration
115
Configuring the Event Reporting Delay Function
115
Maintenance
116
Monitoring Alarms and Events
117
Huawei AR530 Series Hardware Installation And Maintenance Manual (219 pages)
Industrial Switch Routers
Brand:
Huawei
| Category:
Network Router
| Size: 16.16 MB
Huawei AR530 Series Configuration Manual (101 pages)
Industrial Switch Routers
Brand:
Huawei
| Category:
Network Router
| Size: 1.42 MB
Table of Contents
About this Document
3
Intended Audience
3
Command Conventions
4
Interface Numbering Conventions
4
Table of Contents
6
700 DCC Configuration
9
Introduction to DCC
10
Principle
12
Circular DCC
12
Resource-Shared DCC
13
Dial-Up Backup
14
Specifications
15
Applications
16
Configuration Tasks
16
Configuring DCC
16
Configuring C-DCC
17
Configuring Link-Layer Protocol and IP Address
17
Enabling C-DCC and Binding Dialer ACL to Interface
18
Configuring the Modes Used to Send and Receive Calls
19
Optional) Configuring Attributes of a DCC Dialup Interface
26
Optional) Configuring Dialer Number Backup
28
Optional) Configuring Dial-Up Backup
28
Optional) Closing a Connection
30
Checking the Configuration
30
Configuring RS-DCC
30
Configuring Link-Layer Protocol and IP Address
31
Enabling RS-DCC and Binding Dialer ACL to Interface
32
Configuring RS-DCC to Implement On-Demand Dialing
33
Optional) Configuring Attributes of a DCC Dialup Interface
34
Optional) Configuring Dial-Up Backup
35
Optional) Closing a Connection
37
Checking the Configuration
37
Maintaining DCC
38
Clearing Dialer Interface Statistics
38
Monitoring the DCC Status
38
Configuration Examples
38
Example for Configuring RS-DCC in the Pppoe Client Service
39
Configuration Files
40
2 PPP Configuration
42
Introduction to PPP
43
Principles
43
PPP Packet Format
43
PPP Link Establishment Process
47
Applications
52
Default Configuration
53
Configuring PPP
53
Configuration of Basic PPP Functions
53
Configuring PPP as the Link Layer Protocol of an Interface
54
Configuring IP Addresses for Interfaces
54
Checking the Configuration
57
Configuring PPP Authentication
57
Configuring PAP Authentication
57
Configuring CHAP Authentication
59
Checking the Configuration
62
Setting PPP Negotiation Parameters
62
Setting the Negotiation Timeout Period
62
Setting the Negotiation Polling Interval
63
Configuring DNS Server Address Negotiation
64
Configuring the Number of Times for Retransmitting PPP Heartbeat Packets
65
Configuring Suppression of Adding the Peer Host Route to the Local Routing Table of Direct Routes
66
Checking the Configuration
66
Configuring PPP Compression
66
Configuring VJHC on a PPP Link
67
Configuring IPHC on a PPP Link
68
Configuring Stac LZS Compression on a PPP Link
69
Checking the Configuration
70
References
70
3 Pppoe Configuration
71
Introduction to Pppoe
72
Principles
72
Pppoe Networking
72
Pppoe Packet Format
73
Pppoe Session Establishment Process
75
Pppoe Packet Structure
76
Applications
79
Connecting a LAN to the Internet Using an ADSL Modem
79
Wireless Pppoe Access
80
Using the RADIUS Server to Assign IP Addresses and Routes to Pppoe Clients
81
Default Configuration
82
Configuring Pppoe
82
Configuring the Device as a Pppoe Client
82
Configuring a Dialer Interface
83
Configuring the Device to Receive the DNS Server Address Assigned by the Pppoe Server
84
Optional) Configuring IMSI or SN Negotiation
85
Optional) Configuring NAT
86
Enabling the Pppoe Client Function on the Interface
86
Checking the Configuration
87
Configuring the Device as a Pppoe Server
87
Configuring a VT
88
Configuring a Pppoe User
88
Configuring the Device to Assign IP Addresses to Pppoe Clients
89
Optional) Configuring the Device to Specify a DNS Server Address for the Hosts on the LAN
91
Optional) Disabling the Device from Sending Heartbeat Packets
91
Enabling the Pppoe Server Function on the Interface
92
Optional) Setting Pppoe Session Parameters
92
Checking the Configuration
93
Maintaining Pppoe
93
Resetting Pppoe Sessions
94
Terminating Pppoe Sessions
94
Configuration Examples
95
Example for Configuring the Pppoe Server
95
Example for Configuring the Pppoe Client
97
Common Configuration Errors
99
Hosts Can Ping the Public Network, but the Network Speed Is Low
100
When the Device Functions as a Pppoe Client, It Cannot Dynamically Obtain the DNS Server Address
100
References
101
Huawei AR530 Series Quick Start Manual (17 pages)
Industrial Switching Routers
Brand:
Huawei
| Category:
Network Router
| Size: 25.33 MB
Table of Contents
Packing List
2
Safety Guidelines
2
Site Environment
2
Installing the Router
3
Connecting the Router
10
Powering on the Router
13
Logging in to the Router
14
Open Source Software Notice
16
Trademarks and Permissions
16
Huawei AR530 Series Quick Start Manual (9 pages)
Industrial Switching Routers
Brand:
Huawei
| Category:
Network Router
| Size: 21.51 MB
Table of Contents
About this Guide
2
Packing List
2
Safety Guidelines
2
Site Environment
2
Installing the Router
3
Connecting the Router
6
Open Source Software Notice
9
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