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Dell W-7030 AOS 6.4.x User Guide - Page 629

High-Throughput Radio Profiles, Wired AP Profiles, Mesh Recovery Profiles

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features automatically select the radio channel with the least amount of interference for each mesh portal, maximizing end user performance. In earlier versions of this software, an AP with a mesh radio received its beacon period, transmission power, and 11a/11g portal channel settings from its mesh radio profile. Meshaccess AP portals now inherit these radio settings from their dot11a or dot11g radio profiles. Each ARM-enabled mesh portal monitors defined thresholds for interference, noise, errors, rogue APs and radar settings, then calculates interference and coverage values and selects the best channel for its radio band (s). The mesh portal communicates its channel selection to its mesh points via Channel Switch Announcements (CSAs), and the mesh points change their channel to match their mesh portal. Although channel settings can still be defined for a mesh point via that mesh point's 802.11a and 802.11g radio profiles, these settings are overridden by any channel changes from the mesh portal. A mesh point takes the same channel setting as its mesh portal, regardless of its associated clients. If you want to manually assign channels to mesh portals or mesh points, disable the ARM profile associated with the 802.11a or 802.11g radio profile by setting the ARM profile's assignment parameter to disable. Mesh points, unlike mesh portals, do not scan channels. This means that once a mesh point has selected a mesh portal or an upstream mesh point, it tunes to this channel, forms the link, and does not scan again unless the mesh link gets broken. This provides good mesh link stability, but may adversely affect system throughput in networks with mesh portals and mesh points. When ARM assigns optimal channels to mesh portals, those portals use different channels. Once the mesh network has formed and all the mesh points have selected a portal (or upstream mesh point), those mesh points are not be able to detect other portals on other channels that could offer better throughput. This type of suboptimal mesh network may form if, for example, two or three mesh points select the same mesh portal after booting, form the mesh network, and leave a nearby mesh portal without any mesh points. Again, this does not affect mesh functionality, but may affect total system throughput. For details about associating an ARM profile with a mesh AP, see Assigning an ARM Profile on page 600. High-Throughput Radio Profiles Each 802.11a and 802.11g radio profile also references a high-throughput profile that manages an AP or AP group's 40Mhz tolerance settings. For information about referencing a high-throughput profile, see Assigning a High-throughput Profile on page 600. Mesh High-Throughput SSID Profiles High-throughput APs support additional settings not available in legacy APs. A mesh high-throughput SSID profile can enable or disable high-throughput (802.11n) features and 40 MHz channel usage, and define values for aggregated MAC protocol data units (MDPUs), and Modulation and Coding Scheme (MCS) ranges. Dell provides a "default" version of the mesh high-throughput SSID profile. You can use the "default" version or create a new instance of a profile which you can then edit as you need. High-throughput mesh nodes operating in different cluster profiles can share the same high-throughput SSID radio profile. For information about configuring mesh high-throughput SSID profiles, see Creating and Editing Mesh High-Throughput SSID Profiles . Wired AP Profiles The wired AP profile controls the configuration of the Ethernet port(s) on your AP. You can use the wired AP profile to configure Ethernet ports for bridging or secure jack operation using the wired AP profile. For details, see Configuring Ethernet Ports for Mesh on page 652 Mesh Recovery Profiles In addition to the "default" and user-defined mesh cluster profiles, mesh nodes also have a recovery profile. The master controller dynamically generates a recovery profile, and each mesh node provisioned by the same master controller has the same recovery profile. The recovery profile is based on a pre-shared key (PSK), and 629 | Secure Enterprise Mesh Dell Networking W-Series ArubaOS 6.4.x | User Guide

Section	Page
Contents	3
About this Guide	83
What's New In ArubaOS 6.4.x	83
Features Introduced in ArubaOS 6.4.3.0	83
Features Introduced in ArubaOS 6.4.2.5	89
Features Introduced in ArubaOS 6.4.2.4	89
Features Introduced in ArubaOS 6.4.2.3	90
Features Introduced in ArubaOS 6.4.2.0	90
Features Introduced in ArubaOS 6.4.1.0	92
Features Introduced in ArubaOS 6.4.0.0	95
Fundamentals	98
WebUI	98
CLI	99
Related Documents	99
Conventions	99
Contacting Dell	100
The Basic User-Centric Networks	101
Understanding Basic Deployment and Configuration Tasks	101
Deployment Scenario #1: Controller and APs on Same Subnet	101
Deployment Scenario #2: APs All on One Subnet Different from Controller Subnet	102
Deployment Scenario #3: APs on Multiple Different Subnets from Controllers	103
Configuring the Controller	104
Running Initial Setup	104
Connecting to the Controller after Initial Setup	105
W-7000 Series and W-7200 Series Controller	105
New Port Numbering Scheme	105
W-7200 Series Controllers Individual Port Behavior	106
Using the LCD Screen	106
Using the LCD and USB Drive	108
Upgrading an Image	108
Uploading a Pre-saved Configuration	108
Disabling LCD Menu Functions	109
Configuring a VLAN to Connect to the Network	109
Creating, Updating, and Viewing VLANs and Associated IDs	110
Creating, Updating, and Deleting VLAN Pools	110
Assigning and Configuring the Trunk Port	110
In the WebUI	110
In the CLI	111
Configuring the Default Gateway	111
In the WebUI	111
In the CLI	111
Configuring the Loopback IP Address for the Controller	111
In the WebUI	112
In the CLI	112
Configuring the System Clock	112
Installing Licenses	112
Connecting the Controller to the Network	112
Enabling Wireless Connectivity	113
Enabling Wireless Connectivity	113
Configuring Your User-Centric Network	113
Replacing a Controller	114
Transferring Licenses	114
Procedure Overview	114
Change the VRRP Priorities for a Redundant Master Pair	115
Back Up the Flash File System	115
In the WebUI	115
In the CLI	115
Stage the New Controller	115
Add Licenses to the New Controller	116
Backup Newly Installed Licenses	116
Import and Restore Flash Backup	116
In the WebUI	117
In the CLI	117
Restore Licenses	117
Reboot the Controller	117
Modify the Host Name	118
Modify Topology Settings	118
Save your Configuration	119
Remove the Existing Controller	119
Control Plane Security	120
Control Plane Security Overview	120
Configuring Control Plane Security	121
In the WebUI	121
In the CLI	123
Managing AP Whitelists	123
Adding an AP to the Campus or Remote AP Whitelists	123
In the WebUI	123
In the CLI	125
Viewing AP Whitelist Status	125
Modifying an AP in the Campus AP Whitelist	128
In the WebUI	128
In the CLI	128
Revoking an AP from the Campus AP Whitelist	129
In the WebUI	129
In the CLI	129
Deleting an AP from the Campus AP Whitelist	129
In the WebUI	129
In the CLI	130
Purging a Campus AP Whitelist	130
In the WebUI	130
In the CLI	130
Offloading a Controller Whitelist to ClearPass Policy Manager	130
In the WebUI	130
In the CLI	131
Managing Whitelists on Master and Local Controllers	131
Campus AP Whitelist Synchronization	132
Viewing the Master or Local Controller Whitelists	133
In the WebUI	133
In the CLI	134
Deleting an Entry from the Master or Local Controller Whitelist	134
In the WebUI	134
In the CLI	134
Purging the Master or Local Controller Whitelist	135
In the WebUI	135
In the CLI	135
Working in Environments with Multiple Master Controllers	135
Configuring Networks with a Backup Master Controller	135
Configuring Networks with Clusters of Master Controllers	135
Creating a Cluster Root	136
Creating a Cluster Member	137
Viewing Controller Cluster Setting	137
Replacing a Controller on a Multi-Controller Network	138
Replacing Controllers in a Single Master Network	138
Replacing a Local Controller	138
Replacing a Master Controller with No Backup	139
Replacing a Redundant Master Controller	140
Replacing Controllers in a Multi-Master Network	140
Replacing a Local Controller in a Multi-Master Network	140
Replacing a Cluster Member Controller with no Backup	140
Replacing a Redundant Cluster Member Controller	141
Replacing a Cluster Root Controller with no Backup Controller	141
Replacing a Redundant Cluster Root Controller	142
Configuring Control Plane Security after Upgrading	142
Troubleshooting Control Plane Security	143
Identifying Certificate Problems	143
Verifying Certificates	144
Disabling Control Plane Security	144
Verifying Whitelist Synchronization	144
Rogue APs	145
Software Licenses	146
Understanding License Terminology	146
Working with Licenses	147
Centralized Licensing in a Multi-Controller Network	148
Primary and Backup Licensing Servers	149
Communication between the License Server and License Clients	149
Supported Topologies	151
Unsupported Topologies	152
Adding and Deleting Licenses	153
Replacing a Controller	153
Failover Behaviors	153
Client is Unreachable	154
Server is Unreachable	154
Configuring Centralized Licensing	154
Pre-configuration Setup in an All-Master Deployment	154
Preconfiguration Setup in a Master/Local Topology	155
Enabling Centralized Licensing	155
Monitoring and Managing Centralized Licenses	156
License server Table	156
License Client Table	156
License Client(s) Usage Table	157
Aggregate License Table	158
License Heartbeat Table	158
Using Licenses	158
Understanding License Interaction	160
License Installation Best Practices and Exceptions	160
Installing a License	161
Enabling a New License on your Controller	161
Requesting a Software License in Email	161
Locating the System Serial Number	161
Obtaining a Software License Key	162
Creating a Software License Key	162
Applying the Software License Key in the WebUI	162
Applying the Software License Key in the License Wizard	162
Deleting a License	162
Moving Licenses	163
Resetting the Controller	163
Network Configuration Parameters	164
Configuring VLANs	164
Creating and Updating VLANs	164
In the WebUI	164
In the CLI	165
Creating Bulk VLANs In the WebUI	165
In the CLI	165
Creating a Named VLAN	165
In the WebUI	165
Distinguishing Between Even and Hash Assignment Types	166
Updating a Named VLAN	166
Deleting a Named VLAN	166
Creating a Named VLAN Using the CLI	167
Viewing and Adding VLAN IDs Using the CLI	167
Role Derivation for Named VLAN Pools	167
In the CLI	167
In the WebUI	168
Adding a Bandwidth Contract to the VLAN	168
Optimizing VLAN Broadcast and Multicast Traffic	168
In the WebUI	168
In the CLI	169
Configuring Ports	169
Classifying Traffic as Trusted or Untrusted	169
About Trusted and Untrusted Physical Ports	169
About Trusted and Untrusted VLANs	169
Configuring Trusted/Untrusted Ports and VLANs	170
In the WebUI	170
In the CLI	170
Configuring Trusted and Untrusted Ports and VLANs in Trunk Mode	171
In the WebUI	171
In the CLI	171
Understanding VLAN Assignments	171
VLAN Derivation Priorities for VLAN types	172
How a VLAN Obtains an IP Address	173
Assigning a Static Address to a VLAN	173
In the WebUI	173
In the CLI	173
Configuring a VLAN to Receive a Dynamic Address	173
Configuring Multiple Wired Uplink Interfaces (Active-Standby)	173
Enabling the DHCP Client	174
In the WebUI	174
In the CLI	174
Enabling the PPPoE Client	175
In the WebUI	175
In the CLI	175
Default Gateway from DHCP/PPPoE	175
In the WebUI	175
In the CLI	175
Configuring DNS/WINS Server from DHPC/PPPoE	175
In the WebUI	175
In the CLI	176
Configuring Source NAT to Dynamic VLAN Address	176
In the WebUI	176
In the CLI	176
Configuring Source NAT for VLAN Interfaces	177
Sample Configuration	177
In the WebUI	177
In the CLI	177
Inter-VLAN Routing	178
In the WebUI	178
In the CLI	179
Configuring Static Routes	179
In the WebUI	179
In the CLI	179
Configuring the Loopback IP Address	179
In the WebUI	179
In the CLI	180
Configuring the Controller IP Address	180
In the WebUI	180
In the CLI	181
Configuring GRE Tunnels	181
About Layer-2 GRE Tunnels	181
Layer-2 GRE Tunnel Network Diagram	181
Layer-2 Traffic Flow	181
About Layer-3 GRE Tunnels	182
IPv4 Layer-3 GRE Tunnel Network Diagram	182
IPv6 Layer-3 GRE Tunnel Network Diagram	182
Layer-3 Traffic Flow	182
Configuring a Layer-2 GRE Tunnel	183
In the WebUI	183
In the CLI	185
Configuring a Layer-3 GRE Tunnel for IPv4	186
In the WebUI	186
In the CLI	187
Configuring a Layer-3 GRE Tunnel for IPv6	188
In the WebUI	188
In the CLI	189
Limitations for Static IPv6 Layer-3 Tunnels	190
Directing Traffic into the Tunnel	190
About Configuring Static Routes	190
Configuring a Firewall Policy Rule	190
Configuring Tunnel Keepalives	192
Configuring GRE Tunnel Groups	193
About GRE Tunnel Groups	193
Tunnel Group Order	193
Tunnel Failover	193
Preemption	194
Enabling a Tunnel Group	194
Points to Remember	194
Regarding Layer-2 Tunnel Groups	194
Configuring a Layer-2 or Layer-3 Tunnel Group Using the CLI	194
Example Configuration	194
Enabling Preemption	194
Viewing Operational Status	195
Viewing Active and Member Tunnels	195
Viewing the Standby Member Tunnels	195
Configuring a Layer-2 or Layer-3 Tunnel Group Using the WebUI	196
Jumbo Frame Support	196
Limitations for Jumbo Frame Support	196
Configuring Jumbo Frame Support	197
In the WebUI	197
In the CLI	197
Viewing the Jumbo Frame Support Status	197
IPv6 Support	198
Understanding IPv6 Notation	198
Understanding IPv6 Topology	198
Enabling IPv6	199
Enabling IPv6 Support for Controller and APs	199
Configuring IPv6 Addresses	201
In the WebUI	202
In the CLI	202
Configuring IPv6 Static Neighbors	202
In the WebUI	203
In the CLI	203
Configuring IPv6 Default Gateway and Static IPv6 Routes	203
In the WebUI	203
In the CLI	203
Managing Controller IP Addresses	203
In the WebUI	203
In the CLI	204
Configuring Multicast Listener Discovery	204
In the WebUI	204
In the CLI	205
Dynamic Multicast Optimization	205
In the WebUI	205
In the CLI	206
Limitations	206
Debugging an IPv6 Controller	206
In the WebUI	206
In the CLI	206
Provisioning an IPv6 AP	206
In the WebUI	207
In the CLI	207
Enhancements to IPv6 Support on AP	207
Filtering an IPv6 Extension Header (EH)	207
Configuring a Captive Portal over IPv6	207
Working with IPv6 Router Advertisements (RAs)	208
Configuring an IPv6 RA on a VLAN	208
Using WebUI	209
Using CLI	209
Configuring Optional Parameters for RAs	209
In the WebUI	210
In the CLI	211
RADIUS Over IPv6	211
In the CLI	211
In the WebUI	212
TACACS Over IPv6	212
In the CLI	212
In the WebUI	213
DHCPv6 Server	213
Points to Remember	213
DHCP Lease Limit	213
Configuring DHCPv6 Server	214
In the WebUI	214
In the CLI	215
Understanding ArubaOS Supported Network Configuration for IPv6 Clients	216
Supported Network Configuration	216
Understanding the Network Connection Sequence for Windows IPv6 Clients	216
Understanding ArubaOS Authentication and Firewall Features that Support IPv6	217
Understanding Authentication	217
Working with Firewall Features	217
Understanding Firewall Policies	219
Creating an IPv6 Firewall Policy	221
Assigning an IPv6 Policy to a User Role	222
Understanding DHCPv6 Passthrough/Relay	222
Managing IPv6 User Addresses	222
Viewing or Deleting User Entries	222
Understanding User Roles	223
Viewing Datapath Statistics for IPv6 Sessions	223
Understanding IPv6 Exceptions and Best Practices	223
Link Aggregation Control Protocol	225
Understanding LACP Best Practices and Exceptions	225
Configuring LACP	226
In the CLI	226
In the WebUI	227
LACP Sample Configuration	227
OSPFv2	229
Understanding OSPF Deployment Best Practices and Exceptions	229
Understanding OSPFv2 by Example using a WLAN Scenario	230
WLAN Topology	230
WLAN Routing Table	230
Understanding OSPFv2 by Example using a Branch Scenario	231
Branch Topology	231
Branch Routing Table	232
Configuring OSPF	232
Exporting VPN Client Addresses to OSPF	234
In the WebUI	234
In the CLI	234
Sample Topology and Configuration	234
Remote Branch 1	235
Remote Branch 2	236
W-3200 Central Office Controller—Active	237
W-3200 Central Office Controller—Backup	238
Topology	240
Observation	240
Configuring W-3600-UP Controller	240
Configuring W-3600-DOWN Controller	242
Viewing the Status of Instant AP VPN	243
RAPNG AP-1	243
RAPNG AP-3	244
Tunneled Nodes	246
Understanding Tunneled Node Configuration	246
Configuring a Wired Tunneled Node Client	247
Configuring an Access Port as a Tunneled Node Port	248
Configuring a Trunk Port as a Tunneled Node Port	248
Authentication Servers	249
Understanding Authentication Server Best Practices and Exceptions	249
Understanding Servers and Server Groups	249
Configuring Authentication Servers	250
Configuring a RADIUS Server	250
Using the WebUI	251
Using the CLI	251
RADIUS Service-Type Attribute	253
Enabling Radsec on RADIUS Servers	254
In the Web UI	254
In the CLI	254
RADIUS Server VSAs	254
RADIUS Server Authentication Codes	257
RADIUS Server Fully Qualified Domain Names	258
DNS Query Intervals	258
Configuring Username and Password for CPPM Authentication	258
In the WebUI:	258
In the CLI:	259
Configuring an RFC-3576 RADIUS Server	259
Using the WebUI	259
Using the CLI	259
Configuring an RFC-3576 RADIUS Server with Radsec	260
Using the WebUI	260
Using the CLI	260
Configuring an LDAP Server	260
Using the WebUI	261
Using the CLI	261
Configuring a TACACS+ Server	261
Using the WebUI	262
Using the CLI	262
Configuring a Windows Server	263
Using the WebUI	263
Using the CLI	263
Managing the Internal Database	263
Configuring the Internal Database	263
Using the WebUI	264
Using the CLI	264
Managing Internal Database Files	265
Exporting Files in the WebUI	265
Importing Files in the WebUI	265
Exporting and Importing Files in the CLI	265
Working with Internal Database Utilities	265
Deleting All Users	265
Repairing the Internal Database	265
Configuring Server Groups	266
Configuring Server Groups	266
Using the WebUI	266
Using the CLI	266
Configuring Server List Order and Fail-Through	266
Using the WebUI	267
Using the CLI	267
Configuring Dynamic Server Selection	267
Using the WebUI	268
Using the CLI	269
Configuring Match FQDN Option	269
Using the WebUI	269
Using the CLI	269
Trimming Domain Information from Requests	269
Using the WebUI	270
Using the CLI	270
Configuring Server-Derivation Rules	270
Using the WebUI	271
Using the CLI	272
Configuring a Role Derivation Rule for the Internal Database	272
Using the WebUI	272
Using the CLI	272
Assigning Server Groups	272
User Authentication	273
Management Authentication	273
Using the WebUI	273
Using the CLI	273
Accounting	273
RADIUS Accounting	273
RADIUS Accounting on Multiple Servers	276
TACACS+ Accounting	276
Configuring Authentication Timers	276
Setting an Authentication Timer	277
Using the WebUI	277
Using the CLI	278
Authentication Server Load Balancing	278
Enabling Authentication Server Load Balancing Functionality	278
MAC-based Authentication	279
Configuring MAC-Based Authentication	279
Configuring the MAC Authentication Profile	279
In the WebUI	280
In the CLI	280
Configuring Clients	280
In the WebUI	281
In the CLI	281
Branch Controller Config for Controllers	282
Branch Deployment Features	283
WAN Failure (Authentication) Survivability	284
Supported Client and Authentication Types	284
Supported Key Reply Attributes	285
Support Restrictions	285
Administrative Functions	285
Enabling Authentication Survivability on a Local Branch Controller	286
Configuring the Survival Server Certificate	286
Configuring the Lifetime of the Authentication Survivability Cache	286
User Credential and Key Reply Attributes Are Saved Automatically	286
Expired User Credential and Key Reply Attributes Are Purged Automatically	286
About the Survival Server	286
Trigger Conditions for Critical Actions	286
Storing User Access Credential and Key Reply Attributes to Survival Cache	286
Picking Up the Survival Server for Authentication	287
Access Credential Data Stored	287
Authentication for Captive Portal Clients	287
Captive Portal Client Authentication Using PAP	287
External Captive Portal Client Authentication Using the XML-API	287
Authentication for 802.1X Clients	288
802.1X Termination Disabled at the Wireless LAN Controller	288
802.1X Termination Enabled at the Wireless LAN Controller	288
Authentication for MAC Address-Based Clients	289
Authentication for WISPr Clients	289
WAN Health Check	290
WAN Optimization through IP Payload Compression	290
Distributed Layer 3 Branch Deployment Model	291
Compression/Decompression Engine	291
Modes of Operation	291

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629

| Secure Enterprise Mesh

Dell Networking W-Series ArubaOS 6.4.x | User Guide

features automatically select the radio channel with the least amount of interference for each mesh portal,

maximizing end user performance. In earlier versions of this software, an AP with a mesh radio received its

beacon period, transmission power, and 11a/11g portal channel settings from its mesh radio profile. Mesh-

access AP portals now inherit these radio settings from their dot11a or dot11g radio profiles.

Each ARM-enabled mesh portal monitors defined thresholds for interference, noise, errors, rogue APs and

radar settings, then calculates interference and coverage values and selects the best channel for its radio band

(s). The mesh portal communicates its channel selection to its mesh points via Channel Switch Announcements

(CSAs), and the mesh points change their channel to match their mesh portal. Although channel settings can

still be defined for a mesh point via that mesh point's 802.11a and 802.11g radio profiles, these settings are

overridden by any channel changes from the mesh portal. A mesh point takes the same channel setting as its

mesh portal, regardless of its associated clients. If you want to manually assign channels to mesh portals or

mesh points, disable the ARM profile associated with the 802.11a or 802.11g radio profile by setting the ARM

profile’s

assignment

parameter to

disable

Mesh points, unlike mesh portals, do not scan channels. This means that once a mesh point has selected a

mesh portal or an upstream mesh point, it tunes to this channel, forms the link, and does not scan again unless

the mesh link gets broken. This provides good mesh link stability, but may adversely affect system throughput

in networks with mesh portals and mesh points. When ARM assigns optimal channels to mesh portals, those

portals use different channels. Once the mesh network has formed and all the mesh points have selected a

portal (or upstream mesh point), those mesh points are not be able to detect other portals on other channels

that could offer better throughput. This type of suboptimal mesh network may form if, for example, two or

three mesh points select the same mesh portal after booting, form the mesh network, and leave a nearby

mesh portal without any mesh points. Again, this does not affect mesh functionality, but may affect total

system throughput. For details about associating an ARM profile with a mesh AP, see

Assigning

ARM

Profile

page

600

High-Throughput Radio Profiles

Each 802.11a and 802.11g radio profile also references a high-throughput profile that manages an AP or AP

group’s 40Mhz tolerance settings. For information about referencing a high-throughput profile, see

Assigning

High-

throughput

Profile

page

600

Mesh High-Throughput SSID Profiles

High-throughput APs support additional settings not available in legacy APs. A mesh high-throughput SSID

profile can enable or disable high-throughput (802.11n) features and 40 MHz channel usage, and define values

for aggregated MAC protocol data units (MDPUs), and Modulation and Coding Scheme (MCS) ranges.

Dell provides a “default” version of the mesh high-throughput SSID profile. You can use the “default” version or

create a new instance of a profile which you can then edit as you need. High-throughput mesh nodes operating

in different cluster profiles can share the same high-throughput SSID radio profile. For information about

configuring mesh high-throughput SSID profiles, see

Creating

and

Editing

Mesh

High-

Throughput

SSID

Profiles

Wired AP Profiles

The wired AP profile controls the configuration of the Ethernet port(s) on your AP. You can use the wired AP

profile to configure Ethernet ports for bridging or secure jack operation using the wired AP profile. For details,

see

Configuring

Ethernet

Ports

for

Mesh

page

652

Mesh Recovery Profiles

In addition to the “default” and user-defined mesh cluster profiles, mesh nodes also have a recovery profile.

The master controller dynamically generates a recovery profile, and each mesh node provisioned by the same

master controller has the same recovery profile. The recovery profile is based on a pre-shared key (PSK), and