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Netgear XCM89UP Command Line Interface CLI User Manual Software Version 11.x - Page 419

When a dot1p priority is con d on the voice VLAN port instead of VLAN ID, then

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M5300, M6100, and M7100 Series ProSAFE Managed Switches When a dot1p priority is associated with the voice VLAN port instead of VLAN ID, then the priority info is passed onto the VoIP phone using the LLDP-MED mechanism. Thus, the voice data coming from the VoIP phone is tagged with VLAN 0 and with the exchanged priority. Regular data arriving on the switch is given the default priority of the port (default 0), and the voice traffic is received with higher priority, thus segregating both the traffic to provide better service to the voice traffic. The switch can be configured to override the data traffic CoS. This feature enables overriding the 802.1P priority of the data traffic packets arriving at the port enabled for voice VLAN. Thus, a rogue client that is also connected to the voice VLAN port does not deteriorate the voice traffic. When a VLAN ID is configured on the voice VLAN port, the VLAN ID information is passed onto the VoIP phone using the LLDP-MED mechanism. The voice data coming from the VoIP phone is tagged with the exchanged VLAN ID; thus, regular data arriving on the switch is given the default PVID of the port, and the voice traffic is received on a predefined VLAN. The two types of traffic are segregated so that better service can be provided to the voice traffic. When a dot1p priority is configured on the voice VLAN port instead of VLAN ID, then the priority information is passed onto the VoIP phone using the LLDP-MED mechanism. The voice data coming from the VoIP phone is tagged with VLAN 0 and with the exchanged priority. Regular data arriving on the switch is given the default priority of the port (default 0), and the voice traffic is received with higher priority, segregating both the traffic to provide better service to the voice traffic. The switch can be configured to override the data traffic CoS. This feature enables overriding the 802.1P priority of the data traffic packets arriving at the port enabled for voice VLAN. Thus, a rogue client that is also connected to the voice VLAN port does not deteriorate the voice traffic. Note: The IP phone must support LLDP-MED to accept the VLAN ID and CoS information from the switch. Switching Commands 419

Section	Page
M5300, M6100, and M7100 Series ProSAFE Managed Switches	1
Contents	3
1. About the NETGEAR Managed Switch Software	8
Scope	9
Product Concept	9
2. Using the Command-Line Interface	10
Command Syntax	11
Command Conventions	11
Common Parameter Values	12
unit/slot/port Naming Convention	13
Using the No Form of a Command	14
Executing Show Commands	14
CLI Output Filtering	14
3. NETGEAR Managed Switch Software Modules	16
Command Modes	17
Command Completion and Abbreviation	22
CLI Error Messages	22
CLI Line-Editing Conventions	23
Using CLI Help	24
Accessing the CLI	25
4. Chassis Commands	26
General Chassis Commands	27
Backplane Port Commands	36
Chassis Firmware Synchronization Commands	37
Nonstop Forwarding Commands for Chassis Configuration	39
5. Stacking Commands	43
Dedicated Port Stacking Commands	44
Stack Port Commands	55
Stack Firmware Synchronization Commands	61
Nonstop Forwarding Commands for Stack Configuration	63
6. Management Commands	68
Configure the Switch Management CPU	69
CPU Queue Commands	71
Network Interface Commands	72
Console Port Access Commands	78
Telnet Commands	81
Secure Shell Commands	86
Management Security Commands	88
Management Access Control List Commands	89
Hypertext Transfer Protocol Commands	94
Access Commands	101
User Account Commands	103
Per-Command Authorization	107
Exec Authorization	107
SNMP Commands	133
RADIUS Commands	145
TACACS+ Commands	160
Configuration Scripting Commands	165
Prelogin Banner, System Prompt, and Host Name Commands	167
7. Utility Commands	170
AutoInstall Commands	171
CLI Output Filtering Commands	175
Dual Image Commands	177
System Information and Statistics Commands	178
Switch Services Commands	207
Logging Commands	209
Email Alerting and Mail Server Commands	217
System Utility and Clear Commands	223
Simple Network Time Protocol Commands	235
Time Zone Commands	241
DHCP Server Commands	245
DNS Client Commands	258
IP Address Conflict Commands	263
Serviceability Packet Tracing Commands	264
Support Mode Commands	302
Cable Test Command	305
Power Management Commands	306
USB commands	310
sFlow Commands	311
Switch Database Management Template Commands	318
Green Ethernet Commands	322
Remote Monitoring Commands	331
Statistics Application Commands	347
8. Switching Commands	355
Port Configuration Commands	357
Spanning Tree Protocol Commands	364
VLAN Commands	395
Switch Port Commands	408
Double VLAN Commands	413
Private VLAN Commands	416
Voice VLAN Commands	418
Provisioning (IEEE 802.1p) Commands	422
Asymmetric Flow Control	422
Protected Ports Commands	424
Private Group Commands	426
GARP Commands	428
GVRP Commands	430
GMRP Commands	432
Port-Based Network Access Control Commands	434
802.1X Supplicant Commands	456
Storm-Control Commands	460
Link Local Protocol Filtering Commands	467
MRP Commands	468
MMRP Commands	469
MVRP Commands	473
Port-Channel/LAG (802.3ad) Commands	476
VPC Commands	495
Port Mirroring Commands	509
Static MAC Filtering Commands	512
DHCP L2 Relay Agent Commands	516
DHCP Client Commands	523
DHCP Snooping Configuration Commands	525
Dynamic ARP Inspection Commands	535
MVR Commands	542
IGMP Snooping Configuration Commands	549
IGMP Snooping Querier Commands	558
MLD Snooping Commands	563
MLD Snooping Querier Commands	571
Port Security Commands	576
LLDP (802.1AB) Commands	581
LLDP-MED Commands	589
Denial of Service Commands	597
MAC Database Commands	607
ISDP Commands	609
UniDirectional Link Detection Commands	617
Link Debounce Commands	620
9. Data Center Commands	623
Data Center Bridging Exchange Protocol Commands	624
Enhanced Transmission Selection and Traffic Class Group	631
FIP Snooping Commands	636
Priority-Based Flow Control Commands	655
10. Routing Commands	660
Address Resolution Protocol Commands	661
IP Routing Commands	667
Routing Policy Commands	691
Router Discovery Protocol Commands	715
Virtual LAN Routing Commands	719
Virtual Router Redundancy Protocol Commands	722
DHCP and BootP Relay Commands	731
IP Helper Commands	733
Open Shortest Path First Commands	741
General OSPF Commands	741
OSPF Interface Commands	762
IP Event Dampening Commands	768
OSPF Graceful Restart Commands	770
OSPFv2 Stub Router Commands	773
OSPF Show Commands	775
Routing Information Protocol Commands	796
ICMP Throttling Commands	804
11. Captive Portal Commands	807
Captive Portal Global Commands	808
Captive Portal Configuration Commands	813
Captive Portal Status Commands	822
Captive Portal Client Connection Commands	824
Captive Portal Interface Commands	827
Captive Portal Local User Commands	829
Captive Portal User Group Commands	836
12. Border Gateway Protocol Commands	838
BGP Commands	839
Routing Policy Commands	916
13. IPv6 Commands	922
IPv6 Management Commands	923
Tunnel Interface Commands	929
Loopback Interface Commands	931
IPv6 Routing Commands	932
OSPFv3 Commands	967
Global OSPFv3 Commands	967
OSPFv3 Interface Commands	983
OSPFv3 Graceful Restart Commands	988
OSPFv3 Stub Router Commands	992
OSPFv3 Show Commands	993
DHCPv6 Commands	1010
DHCPv6 Snooping Configuration Commands	1023
14. Quality of Service Commands	1034
Class of Service Commands	1035
Differentiated Services Commands	1043
DiffServ Class Commands	1044
DiffServ Policy Commands	1053
DiffServ Service Commands	1060
DiffServ Show Commands	1061
MAC Access Control List Commands	1067
IP Access Control List Commands	1073
IPv6 Access Control List Commands	1087
Time Range Commands for Time-Based ACLs	1094
Auto-Voice over IP Commands	1097
iSCSI Optimization Commands	1102
15. IP Multicast Commands	1109
Multicast Commands	1110
DVMRP Commands	1117
PIM Commands	1122
Internet Group Message Protocol Commands	1137
IGMP Proxy Commands	1145
16. IPv6 Multicast Commands	1151
IPv6 Multicast Forwarder	1153
IPv6 PIM Commands	1157
IPv6 MLD Commands	1171
IPv6 MLD-Proxy Commands	1177
17. Power over Ethernet Commands	1183
About PoE	1184
PoE Commands	1185
18. NETGEAR Managed Switch Software Log Messages	1195
Core	1196
Utilities	1198
Management	1201
Switching	1204
QoS	1212
Routing/IPv6 Routing	1213
Multicast	1215
Chassis	1220
Technologies	1221
O/S Support	1223

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Match case Limit results 1 per page

Switching Commands

419

M5300, M6100, and M7100 Series ProSAFE Managed Switches

When a dot1p priority is associated with the voice VLAN port instead of VLAN ID, then the

priority info is passed onto the VoIP phone using the LLDP-MED mechanism. Thus, the voice

data coming from the VoIP phone is tagged with VLAN 0 and with the exchanged priority.

Regular data arriving on the switch is given the default priority of the port (default 0), and the

voice traffic is received with higher priority, thus segregating both the traffic to provide better

service to the voice traffic.

The switch can be configured to override the data traffic CoS. This feature enables overriding

the 802.1P priority of the data traffic packets arriving at the port enabled for voice VLAN.

Thus, a rogue client that is also connected to the voice VLAN port does not deteriorate the

voice traffic.

When a VLAN ID is configured on the voice VLAN port, the VLAN ID information is passed

onto the VoIP phone using the LLDP-MED mechanism. The voice data coming from the VoIP

phone is tagged with the exchanged VLAN ID; thus, regular data arriving on the switch is

given the default PVID of the port, and the voice traffic is received on a predefined VLAN.

The two types of traffic are segregated so that better service can be provided to the voice

traffic.

When a dot1p priority is configured on the voice VLAN port instead of VLAN ID, then the

priority information is passed onto the VoIP phone using the LLDP-MED mechanism. The

voice data coming from the VoIP phone is tagged with VLAN 0 and with the exchanged

priority. Regular data arriving on the switch is given the default priority of the port (default 0),

and the voice traffic is received with higher priority, segregating both the traffic to provide

better service to the voice traffic.

The switch can be configured to override the data traffic CoS. This feature enables overriding

the 802.1P priority of the data traffic packets arriving at the port enabled for voice VLAN.

Thus, a rogue client that is also connected to the voice VLAN port does not deteriorate the

voice traffic.

Note:

The IP phone must support LLDP-MED to accept the VLAN ID and

CoS information from the switch.