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Chapter 8 Application Alternatively, you can divide the physical networks into three VLANs. Figure 241 Example: After VLAN A B Each VLAN is a separate network with separate IP addresses, subnet masks, and gateways. Each VLAN also has a unique identification number (ID). The ID is a 12-bit value that is stored in the MAC header. The VLANs are connected to switches, and the switches are connected to the router. (If one switch has enough connections for the entire network, the network does not need switches A and B.) • Traffic inside each VLAN is layer-2 communication (data link layer, MAC addresses). It is handled by the switches. As a result, the new switch is required to handle traffic inside VLAN 2. Traffic is only broadcast inside each VLAN, not each physical network. • Traffic between VLANs (or between a VLAN and another type of network) is layer-3 communication (network layer, IP addresses). It is handled by the router. This approach provides a few advantages. • Increased performance - In VLAN 2, the extra switch should route traffic inside the sales department faster than the router does. In addition, broadcasts are limited to smaller, more logical groups of users. • Higher security - If each computer has a separate physical connection to the switch, then broadcast traffic in each VLAN is never sent to computers in another VLAN. • Better manageability - You can align network policies more appropriately for users. For example, you can create different policy route rules for each VLAN (each department in the example above), and you can set different bandwidth limits for each VLAN. These rules are also independent of the physical network, so you can change the physical network without changing policies. In this example, the new switch handles the following types of traffic: • Inside VLAN 2. • Between the router and VLAN 1. • Between the router and VLAN 2. • Between the router and VLAN 3. 8.7.17.1 Add/Edit VLAN The VLAN screen lists every VLAN interface. To access this screen, click Wireless Controller Management > Profile > Wireless Profile > VLAN. The Add VLAN screen lets you configure IP address assignment, interface bandwidth parameters, DHCP settings, and connectivity check for 294 ENC User's Guide

Section	Page
Enterprise Network Center	1
About This User's Guide	3
Document Conventions	5
Contents Overview	7
Table of Contents	9
User’s Guide	15
Web Configurator	17
1.1 Web Configurator Requirements	17
1.2 Web Configurator Access	18
1.3 Web Configurator Screens Overview	19
1.3.1 Title Bar	20
1.3.2 Main Menu Screens	21
1.3.3 OTV and Map	25
1.3.4 Main Window	34
1.3.5 Right-click Menus	34
1.3.6 Common Icons	44
1.3.7 Working with Tables	45
Tutorials	47
2.1 Acknowledge Device Events	47
2.2 Firmware Upgrade for Multiple Devices	48
2.3 Configuration Backup for Multiple Devices	53
2.4 Configuration Restore to a Device	55
2.5 Script Distribution to Multiple Devices	58
2.6 ENC Backup and Performing a Complete Auto- Discovery with Filters	60
2.7 Event Actions Triggered By Received Events	63
2.8 Performance Monitoring for Interfaces	66
2.9 Configure VLAN Settings	70
2.10 Register Multiple NWA1300-N Series APs	74
2.10.1 Method 1	75
2.10.2 Method 2	77
2.10.3 Method 3	78
2.11 Different Map Views for Different Users	80
Technical Reference	83
Dashboard	85
3.1 Overview	85
3.2 The Dashboard Screen	85
3.2.1 Edit a Widget	90
Configuration	93
4.1 MIB Browser	93
4.1.1 MIB Browser	94
4.1.2 Custom Table	97
4.1.3 Custom Table Add/Edit	98
4.1.4 Table View	99
4.1.5 Graph View	100
4.2 Firmware Upgrade	100
4.2.1 Firmware List	101
4.2.2 Uploading Firmware to the ENC	102
4.2.3 Schedule List	102
4.2.4 Creating or Editing a Schedule List	103
4.3 Script Distribution	106
4.3.1 Script Distribution Add	107
4.4 Configuration File Update/Backup	111
4.4.1 Configuration File List	111
4.4.2 Uploading Configuration Files to the ENC	112
4.4.3 Backup Schedule List	114
4.4.4 Creating or Editing a Backup Schedule List	115
4.4.5 Update Schedule List	116
4.4.6 Creating or Editing an Update Schedule List	117
4.5 Default Performance Monitor Library	120
4.5.1 Customized Performance Monitor Library	120
4.5.2 Add a Performance Monitor	121
Event	123
5.1 Event Viewer	123
5.1.1 Events	125
5.2 Event Configuration	126
5.2.1 Edit Event Configuration	127
5.2.2 Customized Events	128
5.2.3 Customize an Event	128
5.3 Event Action	131
5.3.1 Add/Edit Event Action	132
Tool	135
6.1 Device Discovery	135
6.1.1 Automatic	135
6.1.2 Manual	135
6.1.3 Auto-Discovery	136
6.2 Inventory of Devices	140
6.2.1 Inventory Device Details - System	143
6.2.2 Inventory Device Details - Access	145
6.2.3 Inventory Device Details - Interface	147
6.2.4 Inventory Device Details - Routing	149
6.2.5 Inventory Device Details - ARP	150
6.2.6 Inventory Device Details - Port Analyzer	151
6.2.7 Inventory Device Details - MAC Table	152
6.2.8 Inventory Device Details - Wireless	153
6.3 Inventory of Networks	154
6.3.1 Inventory Network Details	155
6.4 Device Group	156
6.4.1 Device Group Add/Edit	157
6.5 PING/Trace Route	158
6.6 MIB Loader	159
6.6.1 User Loaded MIBs	159
6.6.2 Default MIBs	160
6.7 Performance Monitoring	161
6.7.1 Device Monitor	161
6.7.2 Example - Displaying Selected Performance Monitors	162
6.7.3 Example - Removing Selected Performance Monitors	162
6.7.4 Monitor Manager	163
6.7.5 Performance Monitor Add	163
6.7.6 Add a Threshold to the Performance Monitoring List	165
6.7.7 View the Performance Monitoring Report	166
6.8 Schedule Report	167
6.9 Schedule Report Add/Edit	168
6.10 Syslog Overview	169
6.10.1 Syslog View	169
6.10.2 Log Statistic	171
6.10.3 Settings	172
Report	175
7.1 Reports	175
7.1.1 Default Reports Screen	175
7.1.2 Customized Reports Screen	176
7.1.3 Report Add	177
7.1.4 Report Edit	182
7.1.5 A Report Example	182
7.2 Scheduled Report	183
7.2.1 Summary Screen	183
7.2.2 Schedule Report Add/Edit Screen	184
Application	187
8.1 Overview	187
8.1.1 What You Can Do in This Chapter	187
8.2 RMON	187
8.2.1 Statistics	188
8.2.2 History Config	194
8.2.3 Event/Alarm	199
8.3 VLAN Management	206
8.3.1 VLAN Management Configuration Examples	208
8.3.2 Edit a VLAN Group	211
8.3.3 Port Setting	214
8.4 Port Management	216
8.4.1 Basic Setting	216
8.4.2 View Port Status	218
8.4.3 Bandwidth Control Overview	219
8.4.4 Broadcast Storm Control	221
8.4.5 Port Security	222
8.4.6 Authentication Overview	225
8.5 AP Manager	230
8.5.1 The AP Profile Screen	230
8.5.2 Add/Edit an AP Profile	230
8.5.3 The AP Configuration Screen	233
8.5.4 The AP Monitor Screen	235
8.6 IP Surveillance	235
8.6.1 Initial Setup	236
8.6.2 IP Surveillance Dashboard	239
8.6.3 IP Surveillance Port Group	242
8.6.4 IP Surveillance Access Switch	243
8.6.5 IP Surveillance Aggregate Switch	246
8.6.6 IP Surveillance NVR Switch	247
8.6.7 IP Surveillance Map View	248
8.6.8 IP Surveillance Traffic Profile	249
8.6.9 IP Surveillance Port Power	250
8.6.10 IP Surveillance Power Management	251
8.6.11 IP Surveillance Traffic Guarantee	251
8.6.12 IP Surveillance Device Configuration	252
8.6.13 IP Surveillance Port Group Configuration	253
8.6.14 IP Surveillance Reports	254
8.7 Wireless Controller Management	258
8.7.1 Dashboard	260
8.7.2 AP Detail	263
8.7.3 AP Group	264
8.7.4 AP List	265
8.7.5 Radio List	265
8.7.6 Station Info	266
8.7.7 Login User	267
8.7.8 Captive Portal	267
8.7.9 Login Page	271
8.7.10 Schedule	273
8.7.11 Radio List	275
8.7.12 SSID List	278
8.7.13 Security List	280
8.7.14 MAC Filter List	283
8.7.15 AAA Server	284
8.7.16 Authentication Method	291
8.7.17 VLAN	293
8.7.18 Zone	299
8.7.19 AP Configuration	302
8.7.20 NXC5200 Configuration	304
8.7.21 NXC5200 Notification Alarms	306
8.7.22 Wireless Controller Management Reports	306
Maintenance	315
9.1 User Account Overview	315
9.2 Types of Accounts	315
9.3 User Account	316
9.3.1 User Account Add	318
9.4 Server	319
9.5 Customize	320
9.5.1 Customize Device Models	320
9.5.2 Device Model Add/Edit	321
9.5.3 Customize Images	323
9.5.4 Images Add/Edit	325
9.6 Backup/Restore	327
9.6.1 Backup	329
9.7 Data Export	330
9.8 Registration	330
9.8.1 Registration Screen	331
9.9 Application Management	332
9.10 Log	333
9.11 About	334
9.12 Certificate Management	334
9.12.1 What You Need to Know	334
9.12.2 Verifying a Certificate	336
9.12.3 The Certificate Management Screen	337
9.12.4 The Create CSR Screen	339
9.12.5 The Import Certificate Screen	340
Troubleshooting	343
10.1 Installation Problem	343
10.2 Problem Accessing the ENC	343
10.3 Problem Finding a Device	344
10.4 Map Problems	345
10.5 Script Problems	345
10.6 Event Action Problems	346
10.7 VLAN/Port Management Problems	346
10.8 Lose Connection Problems	346
10.9 Syslog Problems	347
10.10 Configuration Backup Problems	347
10.11 Other Problem	347
Product Specifications	349
IP Addresses and Subnetting	351
Pop-up Windows, JavaScript and Java Permissions	361
Open Software Announcements	371
Legal Information	381

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Chapter 8 Application

ENC User’s Guide

294

Alternatively, you can divide the physical networks into three VLANs.

Figure 241

Example: After VLAN

Each VLAN is a separate network with separate IP addresses, subnet masks, and gateways. Each

VLAN also has a unique identification number (ID). The ID is a 12-bit value that is stored in the

MAC header. The VLANs are connected to switches, and the switches are connected to the router.

(If one switch has enough connections for the entire network, the network does not need switches

and

•

Traffic inside each VLAN is layer-2 communication (data link layer, MAC addresses). It is handled

by the switches. As a result, the new switch is required to handle traffic inside VLAN 2. Traffic is

only broadcast inside each VLAN, not each physical network.

•

Traffic between VLANs (or between a VLAN and another type of network) is layer-3

communication (network layer, IP addresses). It is handled by the router.

This approach provides a few advantages.

•

Increased performance - In VLAN 2, the extra switch should route traffic inside the sales

department faster than the router does. In addition, broadcasts are limited to smaller, more

logical groups of users.

•

Higher security - If each computer has a separate physical connection to the switch, then

broadcast traffic in each VLAN is never sent to computers in another VLAN.

•

Better manageability - You can align network policies more appropriately for users. For example,

you can create different policy route rules for each VLAN (each department in the example

above), and you can set different bandwidth limits for each VLAN. These rules are also

independent of the physical network, so you can change the physical network without changing

policies.

In this example, the new switch handles the following types of traffic:

•

Inside VLAN 2.

•

Between the router and VLAN 1.

•

Between the router and VLAN 2.

•

Between the router and VLAN 3.

8.7.17.1

Add/Edit VLAN

The VLAN screen lists every VLAN interface. To access this screen, click

Wireless Controller

Management

Profile

Wireless Profile

VLAN

. The

Add VLAN

screen lets you configure IP

address assignment, interface bandwidth parameters, DHCP settings, and connectivity check for