Zyxel IES-5106 [138/1156] Mac forced forwarding examples

Содержание

• Default login details 1
• Management switch card 1
• Msc1000g msc1024g msc1224g msc1024gb msc1224gb 1
• Www zyxel com 1
• Important 2
• Keep this guide for future reference 2
• Note this guide is a reference for a series of products therefore some features or options in this guide may not be available in your product 2
• Read carefully before use 2
• Related documentation 2
• Commands 41 3
• Contents overview 3
• Introduction 7 3
• Web configurator 9 3
• Troubleshooting specifications appendices and index 093 4
• Chapter 1 getting to know your msc 9 5
• Chapter 2 hardware connections 3 5
• Chapter 3 the web configurator 1 5
• Chapter 4 access control list screens 9 5
• Contents overview 5
• Part i introduction 37 5
• Part ii web configurator 59 5
• Table of contents 5
• Chapter 5 alarm screens 45 7
• Chapter 6 cluster screens 61 7
• Chapter 7 diagnostic screens 67 7
• Chapter 10 subscriber port setup screens 09 8
• Chapter 8 maintenance screens 83 8
• Chapter 9 multicast screens 89 8
• Chapter 11 ima screens 17 10
• Chapter 12 profile screens 33 11
• Chapter 13 statistics screens 15 12
• Chapter 14 switch screens 15 13
• Chapter 15 sys screens 63 15
• Chapter 16 vlan screens 93 15
• Chapter 17 voip 01 15
• Chapter 18 config save 39 16
• Chapter 19 commands 43 16
• Part iii commands 641 16
• Chapter 20 acl commands 49 17
• Chapter 21 alarm commands 85 19
• Chapter 22 clear commands 93 19
• Chapter 23 cluster commands 95 19
• Chapter 24 config commands 03 20
• Chapter 25 diagnostic commands 07 20
• Chapter 26 ima commands 21 21
• Chapter 27 ip commands 31 21
• Chapter 28 ip6 commands 37 21
• Chapter 29 lcman commands 41 21
• Chapter 30 multicast commands 45 22
• Chapter 31 port commands 65 23
• Chapter 32 profile commands 47 26
• Chapter 33 redundant commands 19 29
• Chapter 34 show commands 21 29
• Chapter 35 switch commands 79 30
• Chapter 36 sys commands 027 32
• Chapter 37 vlan commands 055 34
• Chapter 38 voip commands 059 34
• Chapter 39 firmware and configuration file maintenance 087 35
• Appendix a customer support 1123 36
• Appendix b legal information 1129 36
• Chapter 40 troubleshooting 095 36
• Chapter 41 product specifications 105 36
• Index 133 36
• Part iv troubleshooting specifications appendices and index 1093 36
• Introduction 37
• Getting to know your msc 39
• Introduction 39
• Applications 40
• Ima application 41
• Adm adm ima 2 ima 1 42
• One e1 line 42
• Remote site co site 42
• Features 44
• Gigabit ethernet ports 44
• Management switch card redundancy 44
• Sfp slots 44
• Ways to manage the msc 44
• Xfp slots 44
• Anti ip address spoofing 45
• Arp inspection 45
• Console port 45
• Dhcp relay 45
• Dhcp relay option82 45
• Dhcp snooping 45
• Lan 2 lan 45
• Upstream broadcast storm control 45
• Cluster management 46
• Downstream broadcast vlan control 46
• Ieee 802 q tagged vlan 46
• Isolation per vlan 46
• Link aggregation control protocol lacp 46
• Queuing 46
• Subnet based vlan 46
• Trunking 46
• Double tag pvc dtpvc 47
• Multicast vlan 47
• Pppoa to pppoe pae pvc 47
• Pppoe intermediate agent information 47
• Transparent lan service tls 47
• Vdsl double tag vlan 47
• Xvlan vlan translation 47
• Classifier and policy 48
• Ieee 802 p priority 48
• Ieee 802 x port based authentication 48
• Igmp count limit 48
• Loop guard 48
• Mac media access control count limit 48
• Mac media access control filters 48
• Spanning tree protocol stp rapid stp rstp multiple stp mstp 48
• Static multicast 48
• Broadcast storm control 49
• Configurable alarms 49
• Igmp proxy 49
• Igmp snooping 49
• Multiple management logins 49
• Profile server 49
• Remote firmware upgrade 49
• Secured client 49
• Security 49
• System error logging 49
• Alarm led 50
• Bandwidth control 50
• Dscp to ieee 802 p priority mapping 50
• Flow control 50
• Multiple pvc and atm qos 50
• Priority based pvcs 50
• Quality of service 50
• System monitoring 50
• Dual end loop test delt 51
• Ip aware bridging 51
• Single end loop test selt 51
• Front panels 53
• Hardware connections 53
• Chapter 2 hardware connections 54
• Led color status description 54
• Management switch card user s guide 54
• Note install the msc before you make the hardware connections refer to the ies 5000 series or ies 5106m ies 5112m and ies 6000m user s guide for installation instructions 54
• Ports and connections 54
• Table 1 management switch card led descriptions 54
• A closed circuit on the alarm input pins indicates an alarm 55
• Alarm connections 55
• Chapter 2 hardware connections 55
• Figure 12 alarm connector pin layout 55
• Label description 55
• Management switch card user s guide 55
• Pins 1 and 9 are alarm input one 55
• Pins 2 and 10 are alarm input two 55
• Pins 3 and 11 are alarm input three 55
• Table 2 front panel descriptions 55
• The msc signals an alarm when it detects an alarm on the alarm input pins the ies 5000 is overheated the voltage readings are outside the tolerance levels a fan fails or another alarm occurs 55
• To signal a minor alarm the msc opens the circuit for pins 4 and 12 and closes the circuit for pins 5 and 12 55
• Gigabit and 10 gigabit ethernet interfaces 56
• To avoid possible eye injury do not look into an operating fiber optic module s connectors 56
• Note for slots that are at an angle do not attempt to straighten it 57
• Sfp slots msc1224gb only 57
• Transceiver installation 57
• Uplink and subtending 57
• Xfp slots msc1224g only and sfp slots 57
• Console port 58
• Transceiver removal 58
• Web configurator 59
• System login 61
• The web configurator 61
• Web configurator introduction 61
• Navigation panel 62
• Chapter 3 the web configurator 63
• Link description 63
• Management switch card user s guide 63
• Table 3 navigation panel links continued 63
• Chapter 3 the web configurator 64
• Link description 64
• Management switch card user s guide 64
• Table 3 navigation panel links continued 64
• Chapter 3 the web configurator 65
• Link description 65
• Management switch card user s guide 65
• Table 3 navigation panel links continued 65
• Chapter 3 the web configurator 66
• Link description 66
• Management switch card user s guide 66
• Table 3 navigation panel links continued 66
• Chapter 3 the web configurator 67
• Link description 67
• Management switch card user s guide 67
• Table 3 navigation panel links continued 67
• Chapter 3 the web configurator 68
• Link description 68
• Management switch card user s guide 68
• Table 3 navigation panel links continued 68
• Chapter 3 the web configurator 69
• Management switch card user s guide 69
• Table 4 web configurator screen sub links details 69
• The following table lists the various web configurator screens within the sub links 69
• Chapter 3 the web configurator 70
• Management switch card user s guide 70
• Table 4 web configurator screen sub links details continued 70
• Chapter 3 the web configurator 71
• Management switch card user s guide 71
• Table 4 web configurator screen sub links details continued 71
• Chapter 3 the web configurator 72
• Click apply in a configuration screen when you are done modifying the settings in that screen to save your changes back to the run time memory and to make your changes take effect 72
• Click config save in the navigation panel and then the save button to save your configuration to nonvolatile memory nonvolatile memory refers to the switch s storage that remains even if the switch s power is turned off 72
• Click logout in a screen to exit the web configurator you have to log in with your password again after you log out this is recommended after you finish a management session both for security reasons and so as you don t lock out other switch administrators 72
• Figure 19 web configurator save configuration on logout 72
• If you log out of the web configurator without saving configuration changes a screen displays as shown click yes to save the changes or click no if you do not want to save the changes unsaved changes are lost when the switch s power is turned off 72
• Logging out of the web configurator 72
• Management switch card user s guide 72
• Note use config save when you are done with a configuration session 72
• Saving your configuration 72
• Table 4 web configurator screen sub links details continued 72
• Chapter 3 the web configurator 73
• Figure 20 web configurator logout screen 73
• Figure 21 web configurator home screen system info 73
• Label description 73
• Management switch card user s guide 73
• System info 73
• Table 5 system info home 73
• The following table describes the labels in this screen 73
• The system info screen is the first screen that displays when you access the web configurator 73
• Card status details 74
• Chapter 3 the web configurator 74
• Figure 22 system info slot 74
• Label description 74
• Management switch card user s guide 74
• Table 5 system info home continued 74
• Table 6 system info slot 74
• The following table describes the labels in this screen 74
• To view detailed card status information click an index number of an active card in the system info screen 74
• Enable privilege screen 75
• Enable password screen 76
• Chapter 3 the web configurator 77
• Label description 77
• Management switch card user s guide 77
• Table 8 enable password 77
• Access control list screens 79
• Dhcp relay agent information option option 82 79
• Dhcp relay overview 79
• Private format 79
• Note you must use cli commands to configure this feature 80
• Pppoe intermediate agent 80
• Tr 101 format 80
• Private format 81
• Tr 101 format 81
• Chapter 4 access control list screens 82
• Dhcp relay screen 82
• Figure 25 dhcp relay 82
• Label description 82
• Management switch card user s guide 82
• Table 16 dhcp relay 82
• The following table describes the labels in this screen 82
• Chapter 4 access control list screens 83
• Label description 83
• Management switch card user s guide 83
• Table 16 dhcp relay continued 83
• Example dhcp relay for two vlans 84
• Anti ip address spoofing 85
• Dhcp snooping 85
• Dhcp snooping configuration 85
• Chapter 4 access control list screens 86
• Figure 29 dhcp snooping 86
• Label description 86
• Management switch card user s guide 86
• Note make sure the specified static ip addresses are not in the dhcp client pool on the dhcp server 86
• Table 17 dhcp snooping 86
• The following table describes the labels in this screen 86
• Chapter 4 access control list screens 87
• Click the slot number of an active line card in the dhcp snoop screen to display the screen shown next 87
• Dhcp snooping slot screen 87
• Label description 87
• Management switch card user s guide 87
• Table 17 dhcp snooping continued 87
• Chapter 4 access control list screens 88
• Figure 30 dhcp snooping slot 88
• Label description 88
• Management switch card user s guide 88
• Table 18 dhcp snooping slot 88
• The following table describes the labels in this screen 88
• Example dhcp snooping 89
• Lan 2 lan configuration 89
• Dhcp reply 90
• Dhcp request d 90
• Note lan 2 lan is disabled on all of the subscriber ports by default so line cards will not forward dhcp discover or request packets to subscriber ports and will drop dhcp offer or reply packets received from subscriber ports 90
• Chapter 4 access control list screens 91
• Label description 91
• Management switch card user s guide 91
• Note configure this port as a member of a vlan specific to the lan to lan connection before you enable this feature 91
• Table 19 lan 2 lan continued 91
• Chapter 4 access control list screens 92
• Click the slot number of an active line card in the lan2lan screen to display the screen shown next 92
• Figure 35 lan2lan slot 92
• Label description 92
• Lan 2 lan slot screen 92
• Management switch card user s guide 92
• Table 20 dhcp snooping slot 92
• The following table describes the labels in this screen 92
• Chapter 4 access control list screens 93
• Downstream broadcast allows you to block downstream broadcast packets from being sent to specified vlans on specified ports this helps to reduce downstream bandwidth requirements on a subscriber line 93
• Downstream broadcast screen 93
• Downstream broadcast to display the screen shown next 93
• Figure 36 downstream broadcast 93
• Label description 93
• Management switch card user s guide 93
• Note the vlan must already be configured in the system and the port must be one of its members already 93
• Table 21 downstream broadcast 93
• The following table describes the labels in this screen 93
• Chapter 4 access control list screens 94
• Label description 94
• Management switch card user s guide 94
• Table 21 downstream broadcast continued 94
• Chapter 4 access control list screens 95
• Click the slot number of an active line card in the downstream broadcast screen to display the screen shown next 95
• Downstream broadcast slot screen 95
• Figure 37 downstream broadcast slot 95
• Label description 95
• Management switch card user s guide 95
• Table 22 downstream broadcast slot 95
• The following table describes the labels in this screen 95
• Mac count screen 96
• Note you cannot enable both mac count and mac filtering on the same port at the same time 96
• Chapter 4 access control list screens 97
• Label description 97
• Management switch card user s guide 97
• Table 23 mac count continued 97
• Chapter 4 access control list screens 98
• Click the slot number of an active line card in the mac count screen to display the screen shown next 98
• Figure 39 mac count slot 98
• Label description 98
• Mac count slot screen 98
• Management switch card user s guide 98
• Table 24 mac count slot 98
• The following table describes the labels in this screen 98
• Mac filter screen 99
• Note you cannot enable both mac filtering and mac count on the same port at the same time 99
• Note you cannot enable both mac filtering and oui filtering at the same time 99
• Chapter 4 access control list screens 100
• Click the slot number of an active line card in the mac filter screen to display the screen shown next 100
• Figure 41 mac filter slot 100
• Label description 100
• Mac filter slot screen 100
• Management switch card user s guide 100
• Table 25 mac filter continued 100
• Table 26 mac filter slot 100
• The following table describes the labels in this screen 100
• Note you cannot enable both mac filtering and oui filtering at the same time 101
• Oui filter 101
• Chapter 4 access control list screens 102
• Label description 102
• Management switch card user s guide 102
• Table 27 oui filter 102
• The following table describes the labels in this screen 102
• Chapter 4 access control list screens 103
• Click the slot number of an active line card in the oui filter screen to display the screen shown next 103
• Figure 43 oui filter slot 103
• Label description 103
• Management switch card user s guide 103
• Oui filter slot screen 103
• Table 27 oui filter continued 103
• Chapter 4 access control list screens 104
• Label description 104
• Management switch card user s guide 104
• Packet filter screen 104
• Packet filter to display the screen shown next 104
• Table 28 oui filter slot 104
• The following table describes the labels in this screen 104
• Chapter 4 access control list screens 105
• Figure 44 packet filter 105
• Label description 105
• Management switch card user s guide 105
• Table 29 packet filter 105
• The following table describes the labels in this screen 105
• Chapter 4 access control list screens 106
• Label description 106
• Management switch card user s guide 106
• Table 29 packet filter continued 106
• Chapter 4 access control list screens 107
• Click the slot number of an active line card in the packet filter screen to display the screen shown next 107
• Figure 45 packet filter slot 107
• Label description 107
• Management switch card user s guide 107
• Packet filter slot screen 107
• Table 30 packet filter slot 107
• The following table describes the labels in this screen 107
• Chapter 4 access control list screens 108
• Figure 46 radius server 108
• Ieee 802 x 108
• Ieee 802 x is an extended authentication protoco 108
• Label description 108
• Management switch card user s guide 108
• Radius 108
• Radius authentication is a popular protocol used to authenticate users by means of an external server instead of or in addition to an internal device user database that is limited to the memory capacity of the device in essence radius authentication allows you to validate an unlimited number of users from a central location in the following graphic the radius server a authenticates users 1 2 and 3 108
• Table 30 packet filter slot continued 108
• That allows support of radius remote authentication dial in user service rfc 2138 2139 for centralized user profile management on a network radius server 108
• This section describes the ieee 802 x authentication method and radius server connection setup 108
• Chapter 4 access control list screens 109
• Figure 47 802 x pnac port setup 109
• Label description 109
• Management switch card user s guide 109
• Table 31 802 x pnac port setup 109
• The following table describes the labels in this screen 109
• X pnac port setup screen 109
• X pnac to display the screen shown next pnac stands for port based network access control use this screen to configure ieee 802 x settings 109
• Chapter 4 access control list screens 110
• Click the slot number of an active line card in the port setup screen to display the screen shown next 110
• Label description 110
• Management switch card user s guide 110
• Table 31 802 x pnac port setup continued 110
• X pnac slot screen 110
• Chapter 4 access control list screens 111
• Figure 48 802 x pnac port setup slot 111
• Management switch card user s guide 111
• Table 32 802 x pnac port setup slot label description 111
• The following table describes the labels in this screen 111
• Chapter 4 access control list screens 112
• Figure 49 802 x pnac radius 112
• Label description 112
• Management switch card user s guide 112
• Radius screen 112
• Radius to display the screen shown next 112
• Table 32 802 x pnac port setup slot continued label description 112
• Table 33 802 x pnac radius 112
• The following table describes the labels in this screen 112
• Acl rule screen 113
• Upstream broadcast control screen 113
• Anti mac spoofing screen 114
• Chapter 4 access control list screens 114
• Label description 114
• Management switch card user s guide 114
• The following table describes the labels in this screen 114
• With anti mac spoofing enabled a line card that detects mac address spoofing another device using a mac address that is connected to another subscriber port on the system disables the subscriber port where it detected the spoofed mac address a vdsl or ethernet line card the line card re enables the port after five minutes 114
• Dscp screens 115
• Dscp setup screen 115
• Note a line card can detect mac spoofing only when the spoofed mac address is already in use by a device connected to another subscriber port 115
• Chapter 4 access control list screens 116
• Dscp port screen 116
• Label description 116
• Management switch card user s guide 116
• Port to display the screen shown next use this screen to enable or disable the mapping between dscp code points and ieee 802 p priorities for vlc1324g vlc1348g elc or glc subscriber ports 116
• The following table describes the labels in this screen 116
• Chapter 4 access control list screens 117
• Label description 117
• Management switch card user s guide 117
• The following table describes the labels in this screen 117
• Chapter 4 access control list screens 118
• Dscp port slot screen 118
• Label description 118
• Management switch card user s guide 118
• Port continued 118
• Port screen to display the screen shown next 118
• Chapter 4 access control list screens 119
• Label description 119
• Management switch card user s guide 119
• Port slot 119
• The following table describes the labels in this screen 119
• Chapter 4 access control list screens 120
• Label description 120
• Management switch card user s guide 120
• Pppoe screen 120
• Pppoe screen to configure pppoe line information setting by vlan the switch adds the line information to pppoe packets for identification and security 120
• The following table describes the labels in this screen 120
• Loop guard 121
• Loop guard setup 123
• Chapter 4 access control list screens 124
• Label description 124
• Loop guard 124
• Management switch card user s guide 124
• The following table describes the labels in this screen 124
• Chapter 4 access control list screens 125
• Label description 125
• Loop guard continued 125
• Loop guard screen to display the screen shown next use this screen to copy a port s loop guard settings to other ports 125
• Loop guard slot 125
• Loop guard slot screen 125
• Management switch card user s guide 125
• Chapter 4 access control list screens 126
• For example an isp internet services provider may divide different types of services it provides to customers into different ip subnets traffic for voice services is designated for ip subnet 172 6 24 video for 192 68 24 and data for 10 24 the msc can then be configured to group incoming traffic based on the source ip subnet of incoming frames 126
• Label description 126
• Loop guard slot 126
• Management switch card user s guide 126
• Subnet based vlans 126
• Subnet based vlans allow you to group traffic into logical vlans based on the source ip subnet you specify when a frame is received on a port the msc checks if a tag is added already and the ip subnet it came from the untagged packets from the same ip subnet are then placed in the same subnet based vlan one advantage of using subnet based vlans is that priority can be assigned to traffic from the same ip subnet 126
• The following table describes the labels in this screen 126
• Configuring subnet based vlan 127
• Internet 127
• Note subnet based vlan applies to un tagged packets and is applicable only when you use ieee 802 q tagged vlan 127
• Chapter 4 access control list screens 128
• Label description 128
• Management switch card user s guide 128
• Subnet vlan 128
• The following table describes the labels in this screen 128
• Upstream broadcast storm control 128
• Upstream broadcast storm control limits the number of broadcast multicast and destination lookup failure dlf packets the switch receives per second on the subscriber ports when the maximum number of allowable broadcast multicast and or dlf packets is reached per second the subsequent packets are discarded enable this feature to reduce broadcast multicast and or dlf packets in your network you can specify limits for each packet type on each port dlf packets are also known as unknown unicast packets 128
• Upstream storm in the navigation panel to display the screen shown next use this screen to configure broadcast storm control settings for the subscriber ports 128
• Chapter 4 access control list screens 129
• Label description 129
• Management switch card user s guide 129
• The following table describes the labels in this screen 129
• Upstream storm 129
• Chapter 4 access control list screens 130
• Label description 130
• Management switch card user s guide 130
• Upstream storm continued 130
• Upstream storm screen to display the screen shown next use this screen to copy a port s loop guard settings to other ports 130
• Upstream storm slot screen 130
• Arp inspection 131
• Arp inspection filters unauthorized arp packets on the network the ies can discard arp packets with invalid mac address to ip address bindings this prevents many common man in the middle attacks where attackers use arp spoofing to insert themselves into a traffic stream such as in the following example 131
• Chapter 4 access control list screens 131
• Label description 131
• Management switch card user s guide 131
• The following table describes the labels in this screen 131
• Upstream storm slot 131
• Arp inspection 133
• Chapter 4 access control list screens 133
• Label description 133
• Management switch card user s guide 133
• The following table describes the labels in this screen 133
• Arp inspection continued 134
• Arp inspection screen to display the screen shown next use this screen to copy a port s arp inspection settings to other ports 134
• Arp inspection slot 134
• Arp inspection slot screen 134
• Chapter 4 access control list screens 134
• Label description 134
• Management switch card user s guide 134
• Arp inspection slot 135
• Chapter 4 access control list screens 135
• Dhcpv6 relay 135
• Dhcpv6 relay in the navigation panel to display the screen shown next use this screen to add information to client dhcpv6 requests from different vlans before forwarding the requests to the dhcpv6 server this information helps provide authentication about the source of the requests you can also specify additional information for the system to add to the dhcp requests that it relays to the dhcp server 135
• Label description 135
• Management switch card user s guide 135
• The following table describes the labels in this screen 135
• Chapter 4 access control list screens 136
• Figure 70 dhcpv6 relay 136
• Label description 136
• Management switch card user s guide 136
• Table 48 dhcpv6 relay 136
• The following table describes the labels in this screen 136
• Mac forced forwarding 137
• Example 1 source is a single ip 138
• Mac forced forwarding examples 138
• Without mac force forwarding with mac force forwarding 138
• Example 2 source is a range of ips or a subnet 139
• Note you have to calculate the netmask depending on the number of ip addresses you want to include in a mac forced forwarding rule 139
• Macff vlan screen 140
• Chapter 4 access control list screens 141
• Figure 76 macff entry 141
• Label description 141
• Macff entry screen 141
• Macff entry to open the screen use this screen to configure the mac forced forwarding static table this screen also displays the dynamic learned mac address entries if you have enabled this feature in the macff vlan screen 141
• Management switch card user s guide 141
• Table 50 macff vlan continued 141
• Table 51 macff entry 141
• The following table describes the labels in this screen 141
• Chapter 4 access control list screens 142
• Label description 142
• Management switch card user s guide 142
• Network size 142
• Note this router or server should also be a member of the specified vlan 142
• Table 51 macff entry continued 142
• The size of the network number determines the maximum number of possible hosts you can have on your network the larger the number of network number bits the smaller the number of remaining host id bits 142
• An ip address with host ids of all zeros is the ip address of the network 192 68 with a 24 bit subnet mask for example an ip address with host ids of all ones is the broadcast address for that network 192 68 55 with a 24 bit subnet mask for example 143
• As these two ip addresses cannot be used for individual hosts calculate the maximum number of possible hosts in a network as follows 143
• Chapter 4 access control list screens 143
• For example 192 25 is equivalent to saying 192 with subnet mask 255 55 55 28 143
• Last octet binary 143
• Last octet decimal 143
• Macff arp proxy screen 143
• Macff arp proxy to open the screen use this screen to view address resolution protocol arp entries of access routers ars and application servers ases for which the msc acts as a proxy to respond to arp queries from subscribers 143
• Management switch card user s guide 143
• Notation 143
• Since the mask is always a continuous number of ones beginning from the left followed by a continuous number of zeros for the remainder of the 32 bit mask you can simply specify the number of ones instead of writing the value of each octet this is usually specified by writing a followed by the number of bits in the mask after the address 143
• Subnet mask alternative notation 143
• Subnet mask host id size maximum number of hosts 143
• Table 52 maximum host numbers 143
• Table 53 alternative subnet mask notation 143
• The following table shows some possible subnet masks using both notations 143
• Chapter 4 access control list screens 144
• Figure 77 mac arp proxy 144
• Label description 144
• Management switch card user s guide 144
• Table 54 mac arp proxy 144
• The following table describes the labels in this screen 144
• Alarm screens 145
• Current alarm screen 145
• Chapter 5 alarm screens 146
• Figure 79 history alarm all 146
• History alarm screen 146
• History alarm to display the screen where you can view all historic alarms you can also click a tab to view the alarms only specific to one severity level 146
• Label description 146
• Management switch card user s guide 146
• Table 55 current alarm all continued 146
• Table 56 history alarm all 146
• The following table describes the labels in this screen 146
• Alarm port setup screen 147
• Alarm port setup to display the screen shown next 147
• Chapter 5 alarm screens 147
• Figure 80 alarm port setup 147
• Label description 147
• Management switch card user s guide 147
• Table 56 history alarm all continued 147
• Chapter 5 alarm screens 148
• Label description 148
• Management switch card user s guide 148
• Table 57 alarm port setup 148
• The following table describes the labels in this screen 148
• Alarm port setup slot screen 149
• Chapter 5 alarm screens 149
• Click the slot number of a line card in the alarm port setup screen to display the screen shown next 149
• Figure 81 alarm port setup slot 149
• Label description 149
• Management switch card user s guide 149
• Table 57 alarm port setup continued 149
• Alarm editseverity assignment screen 150
• Alarm editseverity assignment to configure the severity levels of individual alarms and where the system is to send them click a tab to view the alarms specific to an alarm category 150
• Chapter 5 alarm screens 150
• Label description 150
• Management switch card user s guide 150
• Table 58 alarm port setup slot 150
• The following table describes the labels in this screen 150
• Chapter 5 alarm screens 151
• Figure 82 alarm editseverity assignment dsl 151
• Label description 151
• Management switch card user s guide 151
• Table 59 alarm editseverity assignment 151
• The following table describes the labels in this screen 151
• Alarm descriptions 152
• Alarm severity msc alc slc vlc vop ima description 152
• Alc is the adsl line card 152
• An x means that the alarm applies to the specific card 152
• Atu c or vtu c refers to the ies or the downstream channel for traffic going from the ies to the subscriber 152
• Atu r or vtu r refers to subscriber or the upstream channel for traffic coming from the subscriber to the ies 152
• Chapter 5 alarm screens 152
• Ima is the ima line card 152
• Management switch card user s guide 152
• Slc is the shdsl line card 152
• Table 60 alarm descriptions 152
• Tca stands for threshold crossed alarm and indicates that an alarm profile threshold was exceeded 152
• Tdm stands for time division multiplex and indicates an e1 physical alarm see ima application on page 41 152
• This table describes the alarms on the system you can view the settings using the alarm tablelist cli command 152
• Vlc is the vdsl line card 152
• Alarm severity msc alc slc vlc vop ima description 153
• Chapter 5 alarm screens 153
• Management switch card user s guide 153
• Table 60 alarm descriptions continued 153
• Alarm severity msc alc slc vlc vop ima description 154
• Chapter 5 alarm screens 154
• Management switch card user s guide 154
• Table 60 alarm descriptions continued 154
• Alarm severity msc alc slc vlc vop ima description 155
• Chapter 5 alarm screens 155
• Management switch card user s guide 155
• Table 60 alarm descriptions continued 155
• Alarm severity msc alc slc vlc vop ima description 156
• Chapter 5 alarm screens 156
• Management switch card user s guide 156
• Table 60 alarm descriptions continued 156
• Alarm severity msc alc slc vlc vop ima description 157
• Chapter 5 alarm screens 157
• Management switch card user s guide 157
• Table 60 alarm descriptions continued 157
• Alarm severity msc alc slc vlc vop ima description 158
• Chapter 5 alarm screens 158
• Management switch card user s guide 158
• Table 60 alarm descriptions continued 158
• Alarm clear screen 159
• Alarm clear to open this screen where you can erase alarm entries 159
• Alarm input 159
• Alarm input screen 159
• Alarm input to open the following screen use this screen to configure names for the external alarm inputs so it is easier to identify the cause of an alarm 159
• Chapter 5 alarm screens 159
• Figure 83 alarm clear 159
• Label description 159
• Management switch card user s guide 159
• Table 61 alarm clear 159
• The following table describes the labels in this screen 159
• Cluster management status overview 161
• Cluster screens 161
• Chapter 6 cluster screens 162
• Click cluster in the navigation panel to display the following screen 162
• Cluster management status 162
• Figure 86 cluster status 162
• Label description 162
• Management switch card user s guide 162
• Note a cluster can only have one manager 162
• Table 64 cluster status 162
• The following table describes the labels in this screen 162
• Cluster management configuration 163
• Chapter 6 cluster screens 164
• Label description 164
• Management switch card user s guide 164
• Table 65 cluster configuration 164
• The following table describes the labels in this screen 164
• Change 165
• Chapter 6 cluster screens 165
• Cluster member management 165
• Figure 88 cluster member web configurator screen 165
• Label description 165
• Management switch card user s guide 165
• Status screen of the cluster manager and then click an id hyperlink from the list of members to go to that cluster member s web configurator the top of the cluster member s web configurator screen displays cluster information 165
• Table 65 cluster configuration continued 165
• Table 66 cluster member web configurator screen 165
• The following table describes the labels at the top of the screen 165
• Cfm overview 167
• Cpe co 167
• Diagnostic screens 167
• How cfm works 167
• Ldm test screen delt 168
• Chapter 7 diagnostic screens 169
• Figure 91 ldm test 169
• Label description 169
• Management switch card user s guide 169
• Note wait at least one minute after using set ldm port before using get ldm data 169
• Table 67 ldm test 169
• The following table describes the labels in this screen 169
• Chapter 7 diagnostic screens 170
• Figure 92 ldm test result 170
• Label description 170
• Loop diagnostics test parameters 170
• Loopback in the navigation panel to display this screen use this screen to perform loopback tests 170
• Loopback screen 170
• Management switch card user s guide 170
• Table 68 loop diagnostics test parameters 170
• The following table lists the loop diagnostics test parameters that display see the itu t s g 92 for more information 170
• Chapter 7 diagnostic screens 171
• Figure 93 loopback 171
• Ip ping in the navigation panel to display this screen use this screen to ping ip addresses 171
• Ip ping screen 171
• Label description 171
• Management switch card user s guide 171
• Table 69 loopback 171
• The following table describes the labels in this screen 171
• Trace route screen 172
• The mlt screen 173
• Chapter 7 diagnostic screens 174
• Figure 97 mlt relay mode 174
• Label description 174
• Management switch card user s guide 174
• Table 72 mlt 174
• The following table describes the labels in this screen 174
• Cfm loopback in the navigation panel to display this screen use this screen to perform a loopback connectivity test on a link 175
• Cfm loopback screen 175
• Chapter 7 diagnostic screens 175
• Label description 175
• Management switch card user s guide 175
• Table 72 mlt 175
• Chapter 7 diagnostic screens 176
• Figure 98 cfm loopback 176
• Label description 176
• Management switch card user s guide 176
• Table 73 cfm loopback 176
• The following table describes the labels in this screen 176
• Cfm linktrace 177
• Cfm linktrace in the navigation panel to display this screen use this screen to perform a link trace connectivity test on a link 177
• Cfm linktrace screen 177
• Chapter 7 diagnostic screens 177
• Label description 177
• Management switch card user s guide 177
• The following table describes the labels in this screen 177
• Cfm linktrace continued 178
• Chapter 7 diagnostic screens 178
• Label description 178
• Management switch card user s guide 178
• Note the port must have an open loop there cannot be a dsl device phone fax machine or other device connected to the subscriber s end of the telephone line 178
• Selt test in the navigation panel to display this screen use this screen to perform a selt single end loop test on a port to check the distance to the subscriber s location not all line cards support the selt test 178
• Selt test screen 178
• The following table describes the labels in this screen 178
• Ima loopback screen 179
• Oam loopback screen 179
• Chapter 7 diagnostic screens 180
• Figure 102 ima loopback 180
• Label description 180
• Management switch card user s guide 180
• Table 77 ima loopback 180
• The following table describes the labels in this screen 180
• Chapter 7 diagnostic screens 181
• Label description 181
• Management switch card user s guide 181
• Table 77 ima loopback continued 181
• Configuration backup screen 183
• Configuration restore screen 183
• Maintenance screens 183
• Configuration reset screen 184
• Config server screen 185
• Firmware upgrade screen 185
• Be sure to upload the correct model firmware as uploading the wrong model firmware may damage a card 186
• Reboot screen 186
• Almhis backup screen 187
• Igmp introduction 189
• Igmp proxy 189
• Igmp snooping 189
• Ip multicast addresses 189
• Multicast screens 189
• Igmp snooping and proxy note 190
• Note the switch does not allow a subscriber port to send multicast traffic except static multicast traffic to an uplink port only the uplink port can forward multicast traffic to the subscriber port s 190
• Igmp fast leave 191
• Igmp setup screen 191
• Multicast listener discovery 191
• Chapter 9 multicast screens 192
• Figure 115 igmp setup 192
• Label description 192
• Management switch card user s guide 192
• Table 79 igmp setup 192
• The following table describes the labels in this screen 192
• Igmp filtering 193
• Igmp port setup screen 193
• Chapter 9 multicast screens 194
• Figure 117 igmp port setup copy 194
• Label description 194
• Management switch card user s guide 194
• Table 80 igmp port setup 194
• The following table describes the labels in this screen 194
• Bandwidth 195
• Bandwidth to open the following screen 195
• Chapter 9 multicast screens 195
• Igmp bandwidth screen 195
• Label description 195
• Management switch card user s guide 195
• Table 80 igmp port setup continued 195
• The following table describes the labels in this screen 195
• Bandwidth continued 196
• Chapter 9 multicast screens 196
• Igmp history in the navigation panel to display the screen shown next 196
• Igmp history screen 196
• Label description 196
• Management switch card user s guide 196
• Note this screen only supports the vlc13xx line cards 196
• Use this screen to enable disable igmp historical data collection you can also flush all igmp historical data on this screen 196
• Chapter 9 multicast screens 197
• Figure 119 igmp history 197
• Label description 197
• Management switch card user s guide 197
• Table 82 igmp history 197
• The following table describes the related labels in this screen 197
• Static multicast screen 198
• Chapter 9 multicast screens 199
• Figure 121 static multicast slot 199
• Label description 199
• Management switch card user s guide 199
• Static multicast in the navigation panel to display the static multicast screen type a vid and a group ip and click apply to display entries in the first table click the slot number of an active line card to open the following screen use this screen to set which of the line card s ports belong to the static multicast group 199
• Static multicast slot screen 199
• Table 83 static multicast continued 199
• Chapter 9 multicast screens 200
• Label description 200
• Management switch card user s guide 200
• Static mac multicast in the navigation panel to display the screen shown next 200
• Static mac multicast screen 200
• Table 84 static multicast slot 200
• The following table describes the related labels in this screen 200
• This screen lets you input multicast mac addresses so you can allow non ipv4 static multicast traffic such as ipv6 static multicast traffic 200
• Use static multicast to allow incoming frames based on the vid and multicast mac address es this feature can be used in conjunction with igmp snooping to allow multicast mac address es that are not learned by igmp snooping or igmp proxy and would otherwise be dropped use static multicast to pass routing protocols such as rip and ospf 200
• Use static multicast to allow incoming frames based on the vid and multicast mac address es use this feature to forward layer 2 multicast packets through the ies 200
• Chapter 9 multicast screens 201
• Figure 122 static mac multicast 201
• Label description 201
• Management switch card user s guide 201
• Note you can enter any ipv4 and ipv6 multicast mac address here except the follows 201
• Table 85 static mac multicast 201
• The following table describes the related labels in this screen 201
• Chapter 9 multicast screens 202
• Figure 123 static mac multicast slot 202
• Label description 202
• Management switch card user s guide 202
• Static mac multicast in the navigation panel to display the static multicast screen type a vid and a group ip and click apply to display entries in the first table click the index number of an active line card to open the following screen use this screen to set which of the line card s ports belong to the static multicast group 202
• Static mac multicast slot screen 202
• Table 85 static mac multicast continued 202
• Chapter 9 multicast screens 203
• Figure 124 mvlan setup 203
• Label description 203
• Management switch card user s guide 203
• Multicast vlan allows one single multicast vlan to be shared among different subscriber vlans on the network this improves bandwidth utilization by reducing multicast traffic in the subscriber vlans and simplifies multicast group management 203
• Mvlan in the navigation panel to display the screen shown next use this screen to configure mvlan groups in this screen 203
• Mvlan setup screen 203
• Table 86 static mac multicast slot 203
• The following table describes the related labels in this screen 203
• Chapter 9 multicast screens 204
• Label description 204
• Management switch card user s guide 204
• Mvlan in the navigation panel to display the mvlan configuration screen when creating or editing a mvlan click a line card s index link to open the following screen where you can edit the membership settings of the card s ports 204
• Mvlan port setting screen 204
• Table 87 mvlan setup 204
• The following table describes the labels in this screen 204
• Chapter 9 multicast screens 205
• Figure 125 mvlan port setting 205
• Label description 205
• Management switch card user s guide 205
• Mvlan group setup screen 205
• Mvlan in the navigation panel to display the mvlan configuration screen click a mvlan s vid to open the following screen where you can edit the multicast group that the mvlan uses 205
• Table 88 mvlan port setting 205
• The following table describes the labels in this screen 205
• Chapter 9 multicast screens 206
• Figure 126 mvlan group setup 206
• Label description 206
• Management switch card user s guide 206
• Misc in the navigation panel to display the screen shown next use this screen to configure how the msc handles ipv4 and ipv6 multicast unknown groups ipv4 reserved multicast groups and ipv6 multicast packets 206
• Misc screen 206
• Table 89 mvlan group setup 206
• The following table describes the labels in this screen 206
• Chapter 9 multicast screens 207
• Figure 127 misc setup 207
• Label description 207
• Management switch card user s guide 207
• Table 90 misc setup 207
• The following table describes the labels in this screen 207
• Adsl standards overview 209
• Limit psd mask 209
• Subscriber port setup screens 209
• Vdsl parameters 209
• Frequency 12 mhz x y 3 5 5 8 210
• Frequency band plan 210
• Vdsl2 profiles 210
• Central 211
• Configured versus actual rate 211
• Impulse noise protection inp 211
• Line1 150m 211
• Line2 600m 211
• No upbo 211
• Site co 211
• 0 rate adaption 212
• Cpe a vdsl 212
• Line1 150m 212
• Line2 600m 212
• No dpbo 212
• Upbo dpbo electrical length 212
• 1 rfi radio frequency interference 213
• 2 transparent lan service tls 213
• 3 tls network example 213
• 3 frame format 214
• 3 vlan tag format 214
• 4 dt vlan 215
• Alarm profiles 215
• Downstream and upstream 215
• Dsl profiles 215
• Adsl port setup 216
• Default settings 216
• Chapter 10 subscriber port setup screens 217
• Figure 133 copy 217
• Label description 217
• Management switch card user s guide 217
• Table 98 adsl port setup continued 217
• Adsl in the navigation panel to open the adsl port setup screen click the slot number of an active adsl line card to open the following screen use this screen to configure settings for individual adsl ports and copy settings between ports 218
• Adsl port setup line card screen 218
• Chapter 10 subscriber port setup screens 218
• Figure 134 adsl port setup line card 218
• Label description 218
• Management switch card user s guide 218
• Table 98 adsl port setup continued 218
• Chapter 10 subscriber port setup screens 219
• Figure 135 copy 219
• Label description 219
• Management switch card user s guide 219
• Table 99 adsl port setup line card 219
• The following table describes the fields in this screen 219
• Adsl in the navigation panel to open the adsl port setup screen click the slot number of an active adsl line card and click a port number to display the configuration screen use this screen to configure an adsl port s detailed settings 220
• Adsl port setup advanced 220
• Chapter 10 subscriber port setup screens 220
• Figure 136 adsl port setup advanced 220
• Label description 220
• Management switch card user s guide 220
• Table 100 adsl port setup advanced 220
• The following table describes the fields in this screen 220
• Chapter 10 subscriber port setup screens 221
• Label description 221
• Management switch card user s guide 221
• Note the subscriber cannot use pots or isdn services when you enable annex i j 221
• Table 100 adsl port setup advanced continued 221
• Chapter 10 subscriber port setup screens 222
• Label description 222
• Management switch card user s guide 222
• Table 100 adsl port setup advanced continued 222
• Adsl option mask screen 223
• Advanced screen to display a pop up screen as shown use this screen to disable features on a port for advanced troubleshooting 223
• Chapter 10 subscriber port setup screens 223
• Label description 223
• Management switch card user s guide 223
• Table 100 adsl port setup advanced continued 223
• Chapter 10 subscriber port setup screens 224
• Figure 137 adsl port setup advanced option mask 224
• Label description 224
• Management switch card user s guide 224
• Table 101 adsl port setup advanced option mask 224
• The following table describes the fields in this screen 224
• Chapter 10 subscriber port setup screens 225
• Figure 138 vdsl port setup 225
• Label description 225
• Management switch card user s guide 225
• Table 102 vdsl port setup 225
• The following table describes the fields in this screen 225
• Vdsl in the navigation panel to open the following screen use this screen to configure settings for individual vdsl ports on vlcs that follow the vdsl1 mib as defined in adsl extension line mib rfc 3440 225
• Vdsl port setup 225
• Chapter 10 subscriber port setup screens 226
• Figure 139 pmask 226
• Label description 226
• Management switch card user s guide 226
• Table 102 vdsl port setup continued 226
• Chapter 10 subscriber port setup screens 227
• Figure 140 copy 227
• Label description 227
• Management switch card user s guide 227
• Table 102 vdsl port setup continued 227
• Vdsl in the navigation panel to open the vdsl port setup screen click the slot number of an active vdsl line card to open the following screen use this screen to configure settings for individual vdsl ports and copy settings between ports 227
• Vdsl port setup line card screen 227
• Chapter 10 subscriber port setup screens 228
• Figure 141 vdsl port setup line card 228
• Figure 142 copy 228
• Label description 228
• Management switch card user s guide 228
• Table 103 vdsl port setup line card 228
• The following table describes the fields in this screen 228
• Vdsl port setup advanced 229
• Chapter 10 subscriber port setup screens 231
• Figure 144 pmask 231
• Label description 231
• Management switch card user s guide 231
• Table 104 vdsl port setup advanced 231
• The following table describes the fields in this screen 231
• Chapter 10 subscriber port setup screens 232
• Label description 232
• Management switch card user s guide 232
• Table 104 vdsl port setup advanced 232
• Chapter 10 subscriber port setup screens 233
• Label description 233
• Management switch card user s guide 233
• Note for more information on these values see the itu g 993 specifications 233
• Table 104 vdsl port setup advanced 233
• Chapter 10 subscriber port setup screens 234
• Figure 145 result mask 234
• Label description 234
• Management switch card user s guide 234
• Table 104 vdsl port setup advanced 234
• Chapter 10 subscriber port setup screens 235
• Figure 146 vdsl port setup advanced custom rfi 235
• Label description 235
• Management switch card user s guide 235
• Table 104 vdsl port setup advanced 235
• Table 105 vdsl port setup advanced custom rfi 235
• The following table describes the fields in this screen 235
• Use this section of the screen to configure custom rfi settings 235
• Vdsl port setup advanced custom rfi 235
• Chapter 10 subscriber port setup screens 236
• Label description 236
• Management switch card user s guide 236
• Table 105 vdsl port setup advanced custom rfi continued 236
• Annex a vdsl1 for backwards compatibility annex b annex c 237
• Chapter 10 subscriber port setup screens 237
• Management switch card user s guide 237
• Table 106 vdsl2 limit mask profiles 237
• The following section describes the limit mask profiles supported by your device select a limit mask profile for use on your dsl line or line bundle to minimize interference between psds assign a single limit mask profile to a dsl line or line bundle 237
• Vdsl port setup advanced limit mask profiles 237
• Chapter 10 subscriber port setup screens 238
• Click the optionmask link in the advanced vdsl port setup screen to display a pop up screen as shown use this screen to enable features on a port for advanced troubleshooting adsl features are included because the vdsl line card supports adsl fallback 238
• Figure 147 vdsl port setup advanced optionmask 238
• Label description 238
• Management switch card user s guide 238
• Table 107 vdsl port setup advanced optionmask 238
• The following table describes the fields in this screen 238
• Vdsl port setup advanced vdsl optionmask screen 238
• Chapter 10 subscriber port setup screens 239
• Click the custom button in the advanced vdsl port setup screen use the psd chart parameter section of the screen to customize the relationship between frequency and psd level for a psd mask 239
• Label description 239
• Management switch card user s guide 239
• Table 107 vdsl port setup advanced optionmask continued 239
• Vdsl port setup advanced the psd chart parameters 239
• Chapter 10 subscriber port setup screens 240
• Figure 148 vdsl psd chart parameter 240
• Label description 240
• Management switch card user s guide 240
• Table 108 vdsl psd chart parameter 240
• The following table describes the labels in this screen 240
• Note a higher psd level increases both the distance signals can be transmitted and the crosstalk impact 241
• Vdsl port setup advanced handshake tx psd 241
• Vdsl vlan setup 241
• Chapter 10 subscriber port setup screens 242
• Label description 242
• Management switch card user s guide 242
• Table 109 vdsl port setup vlan setup 242
• The following table describes the fields in this screen 242
• Chapter 10 subscriber port setup screens 243
• Figure 151 vdsl pvlan setup 243
• Label description 243
• Management switch card user s guide 243
• Table 109 vdsl port setup vlan setup continued 243
• Vdsl in the navigation panel to open the vdsl port setup screen select a vdsl line card id a port index number and click setup next to pvlan to open the following screen not all vdsl line cards support pvlan use this screen to configure protocol vlan pvlan settings for the vdsl port pvlan adds a vlan id and ieee 802 p priority to a specific protocol s untagged traffic 243
• Vdsl pvlan setup 243
• 0 xvlan 244
• Chapter 10 subscriber port setup screens 244
• In the following figure cpe devices a and b both add vlan tag 1 to voice traffic tag 2 to video traffic and tag 3 to data traffic xvlan separates these vlans within the service provider s network spn by translating a s vlan tags to 11 12 and 13 and b s vlan tags to 21 22 and 23 the advantage is that both cpe devices have the same vlan configuration therefore reducing cpe device configuration complexity 244
• Label description 244
• Management switch card user s guide 244
• Table 110 vdsl port setup pvlan setup 244
• The following table describes the fields in this screen 244
• Xvlan translates changes vlan ids xvlan changes the vlan ids vids of subscriber traffic before sending it to the service provider s network it also changes the vids of traffic from the service provider s network before sending it to the subscriber this lets you use unique vlans for each subscriber but still deploy all the cpe devices with the same vlan configuration xvlan on the vlc13xxgs also supports translating single tagged frames to double tagged frames 244
• 0 vdsl xvlan setup 245
• 0 xvlan port setup line card screen 246
• Chapter 10 subscriber port setup screens 246
• Click the slot number of an active vdsl line card in the xvlan setup screen to open the following screen use this screen to delete xvlan settings from individual vdsl ports 246
• Figure 154 vdsl port setup xvlan setup slot 246
• Label description 246
• Management switch card user s guide 246
• Table 111 vdsl port setup xvlan setup continued 246
• Chapter 10 subscriber port setup screens 247
• Label description 247
• Management switch card user s guide 247
• Note for ports with xvlan entries the system drops tagged traffic from the subscriber that does not match an xvlan entry 247
• Table 112 vdsl port setup xvlan setup slot 247
• The following table describes the fields in this screen 247
• Vdsl2 in the navigation panel to open the following screen use this screen to configure settings for individual vdsl ports on vlcs that follow the vdsl2 mib defined in draft ietf adslmib vdsl2 06 247
• Vdsl2 port setup 247
• Chapter 10 subscriber port setup screens 248
• Label description 248
• Management switch card user s guide 248
• The following table describes the fields in this screen 248
• Chapter 10 subscriber port setup screens 249
• Label description 249
• Management switch card user s guide 249
• Vdsl2 continued 249
• Chapter 10 subscriber port setup screens 250
• Figure 156 copy 250
• In the navigation panel to open the vdsl2 port setup screen click the slot number of an active vdsl line card to open the following screen use this screen to configure settings for individual vdsl ports and copy settings between ports 250
• Label description 250
• Management switch card user s guide 250
• Vdsl2 continued 250
• Vdsl2 port setup line card screen 250
• Chapter 10 subscriber port setup screens 251
• Figure 158 copy 251
• Label description 251
• Management switch card user s guide 251
• The following table describes the fields in this screen 251
• Vdsl2 line card 251
• Chapter 10 subscriber port setup screens 252
• Figure 159 shdsl port setup 252
• Label description 252
• Management switch card user s guide 252
• Shdsl in the navigation panel to open the following screen use this screen to configure settings for individual shdsl ports 252
• Shdsl port setup 252
• Table 115 shdsl port setup 252
• The following table describes the fields in this screen 252
• Vdsl2 line card continued 252
• Chapter 10 subscriber port setup screens 253
• Label description 253
• Management switch card user s guide 253
• Note all the shdsl ports in an n wire group must use the same profile 253
• Table 115 shdsl port setup continued 253
• Chapter 10 subscriber port setup screens 254
• Figure 160 copy 254
• Label description 254
• Management switch card user s guide 254
• Shdsl in the navigation panel to open the shdsl port setup screen click the slot number of an active shdsl line card to open the following screen use this screen to configure settings for individual shdsl ports and copy settings between ports 254
• Shdsl port setup line card screen 254
• Table 115 shdsl port setup continued 254
• Chapter 10 subscriber port setup screens 255
• Figure 161 shdsl port setup line card 255
• Figure 162 copy 255
• Label description 255
• Management switch card user s guide 255
• Table 116 shdsl port setup line card 255
• The following table describes the fields in this screen 255
• Chapter 10 subscriber port setup screens 256
• Figure 163 shdsl port setup advanced features 256
• Label description 256
• Management switch card user s guide 256
• Note all the shdsl ports in an n wire group must use the same profile 256
• Shdsl in the navigation panel to open the shdsl port setup screen click the setup button to open the following screen use this screen to configure an shdsl port s detailed settings 256
• Shdsl port setup advanced features 256
• Table 116 shdsl port setup line card continued 256
• Table 117 shdsl port setup advanced features 256
• The following table describes the fields in this screen 256
• Chapter 10 subscriber port setup screens 257
• Label description 257
• Management switch card user s guide 257
• Table 117 shdsl port setup advanced features continued 257
• Permanent virtual circuits 258
• Vc mux 258
• Atm profiles 259
• Pvc setup screen 259
• Chapter 10 subscriber port setup screens 260
• Label description 260
• Management switch card user s guide 260
• Table 118 pvc setup 260
• The following table describes the fields in this screen 260
• Chapter 10 subscriber port setup screens 261
• Figure 165 copy 261
• Label description 261
• Management switch card user s guide 261
• Table 118 pvc setup continued 261
• Chapter 10 subscriber port setup screens 262
• Figure 166 pvc setup slot 262
• Label description 262
• Management switch card user s guide 262
• Pvc in the navigation panel to open the pvc setup screen click an active adsl or shdsl line card s id number to open the following screen use this screen to view and delete pvcs from the line card s dsl ports 262
• Pvc setup slot screen 262
• Table 118 pvc setup continued 262
• Table 119 pvc setup slot 262
• The following table describes the fields in this screen 262
• Chapter 10 subscriber port setup screens 263
• Figure 167 pvc setup vlan 263
• Label description 263
• Management switch card user s guide 263
• Pvc in the navigation panel to open the pvc setup screen click an active adsl or shdsl card id and a pvc s index number to open the following screen use this screen to add the pvc to more vlans or remove it from vlans you can also get to this screen by clicking a pvc s index number in the pvc setup slot screen 263
• Pvc setup vlan screen 263
• Table 119 pvc setup slot continued 263
• Table 120 pvc setup vlan 263
• The following table describes the fields in this screen 263
• Chapter 10 subscriber port setup screens 264
• Figure 168 pvc setup pvlan 264
• Label description 264
• Management switch card user s guide 264
• Pvc in the navigation panel to open the pvc setup screen click an active adsl or shdsl card id and a pvc s index number and then click the pvlan tab to open the following screen this feature also applies to vdsl2 line cards since they can fall back to adsl use this screen to configure protocol vlan pvlan settings for the pvcs pvlan adds a vlan id and ieee 802 p priority to a specific protocol s untagged traffic 264
• Pvc setup pvlan screen 264
• Table 120 pvc setup vlan continued 264
• Table 121 pvc setup pvlan 264
• The following table describes the fields in this screen 264
• Chapter 10 subscriber port setup screens 265
• Copy in the navigation panel to open the following screen use this screen to copy all subscriber port vlan and pvc settings from one dsl port to another dsl port or ports 265
• Figure 169 port copy 265
• Label description 265
• Management switch card user s guide 265
• Port copy screen 265
• Table 121 pvc setup pvlan continued 265
• Chapter 10 subscriber port setup screens 266
• Figure 170 copy 266
• Ip bridge overview 266
• Label description 266
• Management switch card user s guide 266
• Table 122 port copy 266
• The following table describes the fields in this screen 266
• The ip bridge function is designed for large scale flat access networks and it is ideal when the network is based on ethernet when the ip bridge is enabled the system forwards frames based on the destination ip address instead of the destination mac address and it replaces the source mac address with its own mac address 266
• Forward by destination ip 267
• Forward by destination mac 267
• Ip aware 267
• Traditional 267
• Ip 192 68 0 268
• Ip 192 68 vlan 100 268
• Source ip 192 68 source mac a destination ip 192 68 0 destination mac x vlan 100 268
• Source ip 192 68 source mac x destination ip 192 68 0 destination mac g vlan 200 268
• Upstream and downstream traffic 268
• Vlan 200 268
• Configuring vlans for domains 269
• Domains and vlan 269
• Downlink interfaces 269
• Edge routers 269
• Ip bridge settings 269
• Arp proxy settings 270
• Ip bridge configuration 270
• Ipb arp proxy screen 270
• Routing tables 270
• Chapter 10 subscriber port setup screens 271
• Domain 271
• Figure 173 ipb arp proxy 271
• Ipb domain screen 271
• Label description 271
• Management switch card user s guide 271
• Table 124 ipb arp proxy 271
• The following table describes the labels in this screen 271
• Use this screen to set up and maintain domains in an ip bridge a domain represents an isp each domain is defined by and dominates the vlan that are in it and has its own routing table and arp table 271
• Chapter 10 subscriber port setup screens 272
• Figure 174 ipb domain 272
• Label description 272
• Management switch card user s guide 272
• Table 125 ipb domain 272
• The following table describes the labels in this screen 272
• Chapter 10 subscriber port setup screens 273
• Edgerouter 273
• Figure 175 ipb edgerouter 273
• Ipb edgerouter screen 273
• Label description 273
• Management switch card user s guide 273
• Note you have to delete every ip bridge setting including dhcp vlan that uses the selected vlan before you can remove it from the domain 273
• Table 125 ipb domain continued 273
• Use this screen to set up and maintain edge routers in an ip bridge edge routers are usually the gateways that are provided to the subscribers they can also be the gateways that are specified in static routing table entries if two edge routers are in different domains it is possible for them to have the same ip address 273
• Chapter 10 subscriber port setup screens 274
• Interface 274
• Ipb interface screen 274
• Label description 274
• Management switch card user s guide 274
• See section 13 on page 423 for how to display all the forwarding information for downstream traffic whether learned by snooping dhcp packets or provided manually 274
• Table 126 ipb edgerouter 274
• The following table describes the labels in this screen 274
• Use this screen to set up and maintain forwarding information for downstream traffic the msc learns some of this information by snooping dhcp packets for static ip addresses you should provide this information manually downlink interfaces in the same domain cannot have overlapping ip addresses 274
• Chapter 10 subscriber port setup screens 275
• Figure 176 ipb interface 275
• Label description 275
• Management switch card user s guide 275
• Note make sure you specify a valid ip bridge pvc do not specify pvcs that are not defined in the ipbpvc screen in section 10 9 on page 276 275
• Table 127 ipb interface 275
• The following table describes the labels in this screen 275
• Chapter 10 subscriber port setup screens 276
• Figure 177 ipbpvc 276
• Ipbpvc 276
• Ipbpvc screen 276
• Label description 276
• Management switch card user s guide 276
• Table 127 ipb interface continued 276
• Use this screen to set up and maintain pvcs for subscribers in an ip bridge 276
• Chapter 10 subscriber port setup screens 277
• Label description 277
• Management switch card user s guide 277
• Table 128 ipbpvc 277
• The following table describes the labels in this screen 277
• Chapter 10 subscriber port setup screens 278
• Ipbpvc and then the index number of an ipb pvc 278
• Ipbpvc vlan setup screen 278
• Label description 278
• Management switch card user s guide 278
• Table 128 ipbpvc continued 278
• Use this screen to configure a ipb pvc s vlan settings 278
• Chapter 10 subscriber port setup screens 279
• Figure 178 ipbpvc vlan setup 279
• Ipbpvc by slot screen 279
• Label description 279
• Management switch card user s guide 279
• Table 129 ipbpvc vlan setup 279
• The following table describes the labels in this screen 279
• This screen displays all of the ipb pvcs on a particular line card 279
• Chapter 10 subscriber port setup screens 280
• Figure 179 ipbpvc slot 280
• Ipb route screen 280
• Ipbpvc and then the index number of an active line card that supports pvc 280
• Label description 280
• Management switch card user s guide 280
• Table 130 ipbpvc slot 280
• The following table describes the labels in this screen 280
• Use this screen to set up and maintain the routing table for each domain each routing table contains entries that based on the destination ip address control where the msc forwards packets the msc automatically creates routing table entries for each downlink interface and for each edge router in the domain that the associated vlan is in you can create additional entries by specifying the edge router to which the msc should forward traffic for a particular destination ip address or ip subnet 280
• Chapter 10 subscriber port setup screens 281
• Figure 180 ipb route 281
• Label description 281
• Management switch card user s guide 281
• Table 131 ipb route 281
• The following table describes the labels in this screen 281
• At the time of writing your system supports port bonding on the adsl and shdsl line cards the alc1248g 51 alc1272g 51 and alc1372g 51 support adsl port bonding for connecting to zyxel s p 663h 51 the slc1248g 22 and slc1348g 22 support shdsl port bonding for connecting to zyxel s ies 708 22a see the ies 708 22a s user s guide for information on its port bonding specifications 282
• Chapter 10 subscriber port setup screens 282
• G bond also known as port bonding allows subscribers to connect to an isp using data streams spread over multiple dsl lines the total available bandwidth for the subscriber then becomes the sum of the bandwidth available for each of the subscriber s line connections as well as extra bandwidth additional dsl lines also provide backup support 282
• G bond screen 282
• Label description 282
• Management switch card user s guide 282
• Table 131 ipb route continued 282
• The next figure shows a subscriber using port bonding on two dsl lines between a p 663h 51 a using a y connector and an adsl line card in the ies b to connect to the internet 282
• Internet 283
• Chapter 10 subscriber port setup screens 285
• G bond 285
• Label description 285
• Management switch card user s guide 285
• The voip sip port setup screen 285
• Voip sip the following screen displays 285
• Chapter 10 subscriber port setup screens 286
• Label description 286
• Management switch card user s guide 286
• The following table describes the labels in this screen 286
• Voip sip screen 286
• Voip sip setup screen 286
• Chapter 10 subscriber port setup screens 287
• Label description 287
• Management switch card user s guide 287
• Voip sip setup screen 287
• Chapter 10 subscriber port setup screens 288
• Figure 185 copy port settings 288
• Label description 288
• Management switch card user s guide 288
• The sip port setup line card screen 288
• Voip sip screen the following screen displays 288
• Voip sip setup screen 288
• Chapter 10 subscriber port setup screens 289
• Figure 187 copy port settings 289
• Label description 289
• Management switch card user s guide 289
• Sip port setup line card screen 289
• The following table describes the labels in this screen 289
• Advanced sip port setup screen 290
• Chapter 10 subscriber port setup screens 290
• Figure 188 the advanced port sip setup screen 290
• Label description 290
• Management switch card user s guide 290
• Note the fields that display in this screen are the same as those in the sip port setup screen see section 10 2 on page 285 290
• Sip port setup line card screen 290
• Use this screen to configure the voip settings of a port on your sip voip line card click a port number in the port sip setup line card screen see section 10 3 on page 288 the following screen displays 290
• Chapter 10 subscriber port setup screens 291
• Label description 291
• Management switch card user s guide 291
• Table 135 the advanced port sip setup screen 291
• The following table describes the labels in this screen 291
• The h248 port setup screen 292
• Chapter 10 subscriber port setup screens 293
• Label description 293
• Management switch card user s guide 293
• Voip h248 screen 293
• Chapter 10 subscriber port setup screens 294
• Figure 190 copy port settings 294
• Label description 294
• Management switch card user s guide 294
• Voip h248 screen 294
• Chapter 10 subscriber port setup screens 295
• Figure 192 copy port settings 295
• H248 port setup line card screen 295
• Label description 295
• Management switch card user s guide 295
• The following table describes the labels in this screen 295
• The h 48 port setup line card screen 295
• Voip h248 screen the following screen displays 295
• Chapter 10 subscriber port setup screens 296
• Figure 193 the advanced h248 port setup screen 296
• H248 port setup line card screen 296
• Label description 296
• Management switch card user s guide 296
• Note the fields that display in this screen are the same as those in the h248 port setup screen see section 10 5 on page 292 296
• Table 138 the advanced h248 port setup screen 296
• The advanced h248 port setup screen 296
• The following table describes the labels in this screen 296
• Use this screen to configure the voip settings of a port on your h 48 voip line card click a port number in the port h248 setup line card screen see section 10 3 on page 288 the following screen displays 296
• Chapter 10 subscriber port setup screens 297
• Enet in to open the following screen use this screen to configure settings for individual subscriber ethernet or gigabit ethernet ports 297
• Enet port setup 297
• Figure 194 enet port setup 297
• Label description 297
• Management switch card user s guide 297
• Table 138 the advanced h248 port setup screen 297
• Chapter 10 subscriber port setup screens 298
• Label description 298
• Management switch card user s guide 298
• Table 139 enet port setup 298
• The following table describes the fields in this screen 298
• Chapter 10 subscriber port setup screens 299
• Enet in the navigation panel to open the enet port setup screen click the slot number of an active ethernet line card to open the following screen use this screen to configure settings for individual ethernet ports and copy settings between ports 299
• Enet port setup line card screen 299
• Figure 195 copy 299
• Label description 299
• Management switch card user s guide 299
• Table 139 enet port setup continued 299
• Chapter 10 subscriber port setup screens 300
• Figure 196 enet port setup line card 300
• Figure 197 copy 300
• Label description 300
• Management switch card user s guide 300
• Table 140 enet port setup line card 300
• The following table describes the fields in this screen 300
• Chapter 10 subscriber port setup screens 301
• Enet in the navigation panel to open the enet port setup screen select an ethernet line card id a port index number and click setup next to vlan to open the following screen use this screen to add the port to vlans or remove it from vlans and configure the tls transparent lan service settings 301
• Enet vlan setup 301
• Figure 198 enet vlan setup 301
• Label description 301
• Management switch card user s guide 301
• Table 140 enet port setup line card continued 301
• Table 141 enet port setup vlan setup 301
• The following table describes the fields in this screen 301
• Chapter 10 subscriber port setup screens 302
• Enet dot3ad setup 302
• Enet in the navigation panel to open the enet port setup screen select an ethernet line card id a port index number and click setup next to dot3ad to open the following screen use this screen to configure the ethernet line card s ieee 802 ad link aggregation settings see section 14 on page 515 for more on ieee 802 ad link aggregation 302
• Label description 302
• Management switch card user s guide 302
• Table 141 enet port setup vlan setup continued 302
• Chapter 10 subscriber port setup screens 303
• Figure 199 enet dot3ad setup 303
• Label description 303
• Management switch card user s guide 303
• Table 142 enet dot3ad setup 303
• The following table describes the labels in this screen 303
• Dtpvc setup screen 304
• Chapter 10 subscriber port setup screens 305
• Label description 305
• Management switch card user s guide 305
• Table 143 dtpvc setup 305
• The following table describes the fields in this screen 305
• Chapter 10 subscriber port setup screens 306
• Dtpvc in the navigation panel to open the dtpvc setup screen click an active adsl or shdsl line card s id number to open the following screen use this screen to view and delete dtpvcs from the line card s dsl ports 306
• Dtpvc setup slot screen 306
• Figure 201 dtpvc setup slot 306
• Label description 306
• Management switch card user s guide 306
• Table 143 dtpvc setup continued 306
• Table 144 dtpvc setup slot 306
• The following table describes the fields in this screen 306
• Chapter 10 subscriber port setup screens 307
• E1 in the navigation panel to open the following screen use this screen to view and configure an e1 port s settings 307
• E1 port setup screen 307
• Figure 202 e1 port setup 307
• Label description 307
• Management switch card user s guide 307
• Table 144 dtpvc setup slot continued 307
• Table 145 e1 port setup 307
• The following table describes the fields in this screen 307
• Chapter 10 subscriber port setup screens 308
• Label description 308
• Management switch card user s guide 308
• Note this setting only works when the clock setting of the ima group to which the e1 port belongs is itc see section 11 on page 319 308
• Table 145 e1 port setup continued 308
• Chapter 10 subscriber port setup screens 309
• E1 in the navigation panel to open the e1 port setup screen click an active ima line card s id number to open the following screen use this screen to enable disable or configure e1 ports on the line card 309
• E1 port setup line card screen 309
• Figure 203 e1 port setup line card 309
• Label description 309
• Management switch card user s guide 309
• Table 145 e1 port setup continued 309
• Table 146 e1 port setup line card 309
• The following table describes the fields in this screen 309
• Chapter 10 subscriber port setup screens 310
• E1 in the navigation panel to open the e1 port setup screen click the slot number of an active ima line card and click a port number to display the configuration screen use this screen to configure an e1 port s detailed settings 310
• E1 port setup advanced 310
• Figure 204 e1 port setup advanced 310
• Label description 310
• Management switch card user s guide 310
• Table 146 e1 port setup line card continued 310
• Table 147 e1 port setup advanced 310
• The following table describes the fields in this screen 310
• Chapter 10 subscriber port setup screens 311
• Label description 311
• Management switch card user s guide 311
• Table 147 e1 port setup advanced continued 311
• The following table describes the fields in this screen 311
• Vdsl2 pvc 311
• Vdsl2 pvc in the navigation panel to open the vdsl2 pvc setup screen use this screen to configure pvc settings for individual ports 311
• Chapter 10 subscriber port setup screens 312
• Label description 312
• Management switch card user s guide 312
• Note different pvcs can use the same service provider s vlan id 312
• Vdsl2 pvc continued 312
• Default 313
• Paepvc 313
• Chapter 10 subscriber port setup screens 314
• Label description 314
• Management switch card user s guide 314
• Note different pvcs can use the same service provider s vlan id 314
• Paepvc 314
• The following table describes the fields in this screen 314
• Chapter 10 subscriber port setup screens 315
• Label description 315
• Management switch card user s guide 315
• Note different pvcs can use the same service provider s vlan id 315
• The following table describes the fields in this screen 315
• Vdsl2 paepvc 315
• Vdsl2 paepvc in the navigation panel to open the screen shown next use this screen to configure paevlan settings for individual vdsl ports 315
• Chapter 10 subscriber port setup screens 316
• Label description 316
• Management switch card user s guide 316
• Vdsl2 paepvc continued 316
• Ima overview 317
• Ima screens 317
• What you need to know 317
• Dtpvc1 318
• Dtpvc2 318
• Dtpvc3 318
• Ima1 ima2 318
• Network 318
• S1 c1 s1 c2 s1 c3 318
• S1 c1 s1 c3 318
• S1 c2 s1 c3 318
• Before you begin 319
• The ima group setup screen 319
• Chapter 11 ima screens 320
• Label description 320
• Management switch card user s guide 320
• Table 152 ima group setup continued 320
• Chapter 11 ima screens 321
• Figure 213 pvc setup 321
• Label description 321
• Management switch card user s guide 321
• Pvc in the navigation panel to open the following screen use this screen to configure pvc settings used by an ima line card for mapping a single tagged frame with a pvc channel 321
• Table 152 ima group setup continued 321
• The pvc setup screen 321
• Chapter 11 ima screens 322
• Label description 322
• Management switch card user s guide 322
• Note different pvcs can use the same service provider s vlan id 322
• Table 153 pvc setup 322
• The following table describes the fields in this screen 322
• Chapter 11 ima screens 323
• Label description 323
• Management switch card user s guide 323
• Pvc in the navigation panel to open the pvc setup screen click an active ima line card s id number to open the following screen use this screen to view and delete pvcs from the line card s e1 ports 323
• Pvc setup slot 323
• Table 153 pvc setup continued 323
• The following table describes the fields in this screen 323
• The pvc setup slot screen 323
• Chapter 11 ima screens 324
• Dtpvc in the navigation panel to open the following screen use this screen to configure double tagged pvc settings used by an ima line card for mapping a double tagged frame with a pvc channel 324
• Figure 215 dtpvc setup 324
• Label description 324
• Management switch card user s guide 324
• Pvc setup slot continued 324
• Table 155 dtpvc setup 324
• The dtpvc setup screen 324
• The following table describes the fields in this screen 324
• Chapter 11 ima screens 325
• Label description 325
• Management switch card user s guide 325
• Table 155 dtpvc setup continued 325
• Chapter 11 ima screens 326
• Dtpvc in the navigation panel to open the dtpvc setup screen click an active ima line card s id number to open the following screen use this screen to view and delete dtpvcs on ima groups of the line card 326
• Dtpvc setup slot 326
• Label description 326
• Management switch card user s guide 326
• Table 155 dtpvc setup continued 326
• The dtpvc setup slot screen 326
• The following table describes the fields in this screen 326
• 68 192 68 327
• Ima 1 ima 2 327
• Mgtpvc overview 327
• Routed mgtpvc configuration example 327
• Bridged mgtpvc 328
• The mgtpvc setup screen 328
• Chapter 11 ima screens 329
• Figure 218 mgtpvc setup 329
• Label description 329
• Management switch card user s guide 329
• Table 157 mgtpvc setup 329
• The following table describes the fields in this screen 329
• Chapter 11 ima screens 330
• Label description 330
• Management switch card user s guide 330
• Mgtpvc in the navigation panel to open the mgtpvc setup screen click an active ima line card s id number to open the following screen use this screen to view and delete mgtpvcs on ima groups of the line card 330
• Table 157 mgtpvc setup continued 330
• The mgtpvc setup slot screen 330
• Chapter 11 ima screens 331
• Label description 331
• Management switch card user s guide 331
• Mgtpvc setup slot 331
• The following table describes the fields in this screen 331
• Interleave delay 333
• Profile screens 333
• Profiles overview 333
• Adsl profile screen 334
• Configured versus actual adsl rates 334
• Fast mode 334
• Chapter 12 profile screens 335
• Figure 220 adsl profile 335
• Label description 335
• Management switch card user s guide 335
• Table 159 adsl profile 335
• The following table describes the fields in this screen 335
• Chapter 12 profile screens 336
• Label description 336
• Management switch card user s guide 336
• Table 159 adsl profile continued 336
• Chapter 12 profile screens 337
• Label description 337
• Management switch card user s guide 337
• Table 159 adsl profile continued 337
• Vdsl in the navigation panel to open the following screen use this screen to configure vdsl profiles for vlcs that follow the vdsl mib as defined in adsl extension line mib rfc 3440 later you can use the vdsl profiles to configure vdsl ports in the vdsl port setup screens 337
• Vdsl profile setup 337
• Chapter 12 profile screens 338
• Figure 221 vdsl profile 338
• Label description 338
• Management switch card user s guide 338
• Table 160 vdsl profile 338
• The following table describes the fields in this screen 338
• Chapter 12 profile screens 339
• Label description 339
• Management switch card user s guide 339
• Table 160 vdsl profile continued 339
• A profile is a table that contains a list of pre configured vdsl2 line settings or vdsl2 alarm threshold settings each vdsl2 port has one and only one line and alarm profile assigned to it at any given time 340
• Chapter 12 profile screens 340
• For example you could set up different profiles for different kinds of accounts for example economy standard and premium assign the appropriate profile to a vdsl2 port and it takes care of a large part of the port s configuration 340
• Label description 340
• Management switch card user s guide 340
• Profiles allow you to configure vdsl2 ports efficiently you can configure all of the vdsl2 ports with the same profile thus removing the need to configure the vdsl2 ports one by one you can also change an individual vdsl2 port by assigning it a different profile 340
• Table 160 vdsl profile continued 340
• These profiles apply to the vlcs that follow the vdsl2 mib defined in draft ietf adslmib vdsl2 06 340
• Vdsl2 profiles 340
• Vdsl2 profile example 341
• Vdsl2 template setup 341
• Chapter 12 profile screens 342
• Label description 342
• Management switch card user s guide 342
• The following table describes the labels in this screen 342
• Chapter 12 profile screens 343
• Label description 343
• Lineprofile 343
• Management switch card user s guide 343
• The following table describes the labels in this screen 343
• Vdsl2 and click the lineprofile link to open the screen as shown next use the screen to add edit or delete a vdsl2 line profile 343
• Vdsl2 line profile setup 343
• Chapter 12 profile screens 344
• Label description 344
• Lineprofile continued 344
• Management switch card user s guide 344
• Chapter 12 profile screens 345
• Label description 345
• Lineprofile continued 345
• Management switch card user s guide 345
• Chapter 12 profile screens 346
• Click the modify link next to the rate adaptive field in the vdsl2 line profile setup screen to open the screen as shown next use the screen to configure detailed rate adaption settings 346
• Label description 346
• Lineprofile continued 346
• Management switch card user s guide 346
• Rate adaptive 346
• The following table describes the labels in this screen 346
• Vdsl2 line profile setup rate adaptive 346
• Chapter 12 profile screens 347
• Click the modify link next to the mib psd mask field in the vdsl2 line profile setup screen to open the screen as shown next use this screen to adjust psd levels for tones based on the scope down the limit psd mask you have configured 347
• Label description 347
• Management switch card user s guide 347
• Mib psd mask 347
• Rate adaptive continued 347
• Vdsl2 line profile setup mib psd mask 347
• Chapter 12 profile screens 349
• Click the modify link next to the dpbo field in the vdsl2 line profile setup screen to open the screen as shown next use this screen to configure downstream power back off dpbo settings see dpbo on page 211 349
• Label description 349
• Management switch card user s guide 349
• Mib psd mask 349
• The following table describes the labels in this screen 349
• Vdsl2 line profile setup dpbo 349
• Chapter 12 profile screens 350
• Label description 350
• Management switch card user s guide 350
• The following table describes the labels in this screen 350
• Chapter 12 profile screens 351
• Click the modify link next to the rfi band field in the vdsl2 line profile setup screen to open the screen as shown next use this screen to specify the rfi bands through which the system and vdsl cpe devices should avoid transmitting data according to your location see rfi radio frequency interference on page 213 351
• Dpbo continued 351
• Label description 351
• Management switch card user s guide 351
• Rfi band 351
• Vdsl2 line profile setup rfi band 351
• Chapter 12 profile screens 352
• Click the modify link next to the virtual noise field in the vdsl2 line profile setup screen to open the screen as shown next use the screen to configure virtual noise settings for a vdsl2 line profile 352
• Label description 352
• Management switch card user s guide 352
• The following table describes the labels in this screen 352
• Vdsl2 line profile setup virtual noise 352
• Virtual noise 352
• Chapter 12 profile screens 354
• Click the chanprofile link at the top right corner of the vdsl2 template setup screen to open the screen shown below use this screen to view add modify and delete channel profiles 354
• Label description 354
• Management switch card user s guide 354
• Note for a poor quality subscriber line you should enable this and configure virtual noise on tones where noise may occur 354
• Note the higher the virtual noise the lower the line speed 354
• The following table describes the labels in this screen 354
• Vdsl2 channel profile setup 354
• Virtual noise 354
• Chanprofile 355
• Chapter 12 profile screens 355
• Label description 355
• Management switch card user s guide 355
• The following table describes the labels in this screen 355
• Chanprofile 356
• Chapter 12 profile screens 356
• Label description 356
• Management switch card user s guide 356
• Vdsl2 impulse noise monitoring profile setup 357
• Chapter 12 profile screens 358
• Inm profile 358
• Inmprofile 358
• Label description 358
• Management switch card user s guide 358
• The following table describes the labels in this screen 358
• Chapter 12 profile screens 359
• Configured versus actual shdsl rates 359
• Even though you can specify arbitrary numbers in the set profile command the actual rate is always a multiple of 64 kbps if you enter a rate that is not a multiple of 64 kbps the actual value will be the next lower multiple of 64kbps for instance if you specify 2100 kbps for a port the actual value will be 2048 kbps and if you specify 2120 kbps the actual value will be 2112 kbps 359
• Inmprofile 359
• Label description 359
• Management switch card user s guide 359
• N wire mode 359
• Note that when you configure a shdsl profile the upstream and downstream speeds are the same the minimum rate must be less than or equal to the maximum rate 359
• The n wire mode allows you to physically bundle two shdsl ports into a single 4 wire connection the 4 wire mode is described in itu t g 91 you can use it to connect to shdsl modems or routers that also support 4 wire mode n wire mode also allows you to physically bundle four shdsl ports into a single 8 wire connection the 8 wire group is called mpair4 359
• You configure the maximum and minimum rates of individual shdsl ports using the set profile command however due to noise and other factors on the line the actual rate may not reach the maximum that you specify 359
• Chapter 12 profile screens 360
• Figure 232 shdsl profile 360
• Label description 360
• Management switch card user s guide 360
• N wire mode can increase the reach of a particular data rate without having to regenerate the signal it can also give increased bandwidth for lan to lan applications 360
• Shdsl in the navigation panel to open the following screen use this screen to configure shdsl profiles later you can apply the shdsl profiles to configure shdsl ports in the shdsl port setup screens 360
• Shdsl profile screen 360
• Table 172 shdsl profile 360
• The following table describes the fields in this screen 360
• You can n wire bundle multiple groups of ports on a single shdsl line card 360
• Atm qos 361
• Atm quality of service qos mechanisms provide the best service on a per flow guarantee atm network infrastructure was designed to provide qos it uses fixed cell sizes and built in traffic management see the following section on traffic shaping this allows you to fine tune the levels of services on the priority of the traffic flow 361
• Chapter 12 profile screens 361
• Label description 361
• Management switch card user s guide 361
• Table 172 shdsl profile continued 361
• Atm traffic classes 362
• Constant bit rate cbr 362
• Note traffic shaping controls outgoing downstream traffic not incoming upstream traffic 362
• Peak cell rate pcr 362
• Traffic parameters 362
• Traffic shaping 362
• Unspecified bit rate ubr 362
• Variable bit rate vbr 362
• Burst tolerance bt 363
• Cell delay variation tolerance cdvt 363
• Maximum burst size mbs 363
• Note if the pcr scr or mbs is set to the default of 0 the system will assign a maximum value that correlates to your upstream line rate 363
• Sustained cell rate scr 363
• Theoretical arrival time tat 363
• Atm in the navigation panel to open the following screen use this screen to configure atm profiles later you can use the atm profiles to configure pvcs in the pvc setup screens 364
• Atm profile screen 364
• Chapter 12 profile screens 364
• Figure 234 tat cdvt and bt in traffic shaping 364
• Figure 235 atm profile 364
• Label description 364
• Management switch card user s guide 364
• Table 173 atm profile 364
• The following table describes the fields in this screen 364
• Alarm adsl in the navigation panel to open the following screen use this screen to configure alarm profiles for the adsl ports later you can apply the alarm adsl profiles to adsl ports in the adsl port setup screens 365
• Alarm adsl profile screen 365
• Alarm adsl profiles define adsl port alarm thresholds the system sends an alarm trap and generates a syslog entry when the thresholds of the alarm profile are exceeded 365
• Chapter 12 profile screens 365
• Label description 365
• Management switch card user s guide 365
• Table 173 atm profile continued 365
• Chapter 12 profile screens 366
• Figure 236 alarm adsl profile 366
• Label description 366
• Management switch card user s guide 366
• Table 174 alarm adsl profile 366
• The following table describes the fields in this screen 366
• Alarm vdsl in the navigation panel to open the following screen use this screen to configure alarm profiles for the vdsl ports later you can apply the alarm vdsl profiles to vdsl ports in the vdsl port setup screens 367
• Alarm vdsl profile screen 367
• Alarm vdsl profiles define vdsl port alarm thresholds the system sends an alarm trap and generates a syslog entry when the thresholds of the alarm profile are exceeded 367
• Chapter 12 profile screens 367
• Label description 367
• Management switch card user s guide 367
• Table 174 alarm adsl profile continued 367
• Chapter 12 profile screens 368
• Figure 237 alarm vdsl profile 368
• Label description 368
• Management switch card user s guide 368
• Table 175 alarm vdsl profile 368
• The following table describes the fields in this screen 368
• Alarm profiles define alarm thresholds for vdsl ports on vlcs that follow the vdsl2 mib defined in draft ietf adslmib vdsl2 06 the device sends an alarm trap and generates a syslog entry when the thresholds of the alarm profile are exceeded 369
• Alarm vdsl2 369
• Alarm vdsl2 in the navigation panel to display the screen as shown use this screen to view add edit and delete vdsl alarm profile templates one vdsl alarm profile template specifies one vdsl line alarm profile and one vdsl channel alarm profile 369
• Alarm vdsl2 profile setup 369
• Chapter 12 profile screens 369
• Label description 369
• Management switch card user s guide 369
• Table 175 alarm vdsl profile continued 369
• The following table describes the labels in this screen 369
• Alarm vdsl2 continued 370
• Alarm vdsl2 line profile setup 370
• Chapter 12 profile screens 370
• Click the lineprofile link at the top right corner of the alarm vdsl2 template setup screen to display the screen as shown use this screen to view add edit or delete a vdsl line alarm profile 370
• Label description 370
• Lineprofile 370
• Management switch card user s guide 370
• The device sends an alarm trap and generates a syslog entry when the thresholds of the alarm profile are exceeded 370
• The following table describes the labels in this screen 370
• Alarm vdsl2 channel profile setup 371
• Chapter 12 profile screens 371
• Click the chanprofile link at the top right corner of the alarm vdsl2 screen to display the screen as shown use this screen to view add edit modify a vdsl channel alarm profile 371
• Label description 371
• Lineprofile continued 371
• Management switch card user s guide 371
• The device sends an alarm trap and generates a syslog entry when the thresholds of the alarm profile are exceeded 371
• Alarm shdsl in the navigation panel to open the following screen use this screen to configure alarm profiles for the shdsl ports later you can apply the alarm shdsl profiles to shdsl ports in the shdsl port setup screens 372
• Alarm shdsl profile screen 372
• Alarm shdsl profiles define shdsl port alarm thresholds the system sends an alarm trap and generates a syslog entry when the thresholds of the alarm profile are exceeded 372
• Chanprofile 372
• Chapter 12 profile screens 372
• Label description 372
• Management switch card user s guide 372
• The following table describes the labels in this screen 372
• Chapter 12 profile screens 373
• Figure 241 alarm shdsl profile 373
• Label description 373
• Management switch card user s guide 373
• Table 179 alarm shdsl profile 373
• The following table describes the fields in this screen 373
• Igmp filter profile screen 374
• Chapter 12 profile screens 375
• Figure 242 igmp filter profile 375
• Label description 375
• Management switch card user s guide 375
• Table 180 igmp filter profile 375
• The following table describes the fields in this screen 375
• The profile voip sip screen 376
• Chapter 12 profile screens 377
• Label description 377
• Management switch card user s guide 377
• Voip sip 377
• Chapter 12 profile screens 378
• Label description 378
• Management switch card user s guide 378
• Profile voip sip call service screen 378
• Voip sip 378
• Voip sip callsvc the following screen displays 378
• Voip sip screen 378
• Chapter 12 profile screens 379
• Label description 379
• Management switch card user s guide 379
• The following table describes the labels in this screen 379
• Voip sip callsvc screen 379
• Chapter 12 profile screens 380
• Label description 380
• Management switch card user s guide 380
• Voip sip callsvc screen 380
• Chapter 12 profile screens 381
• Label description 381
• Management switch card user s guide 381
• Voip sip callsvc screen 381
• Chapter 12 profile screens 382
• Label description 382
• Management switch card user s guide 382
• The profile voip dsp screen 382
• Voip dsp the following screen displays 382
• Voip h248 screen 382
• Voip sip callsvc screen 382
• Chapter 12 profile screens 383
• Label description 383
• Management switch card user s guide 383
• The following table describes the labels in this screen 383
• Voip dsp screen 383
• Chapter 12 profile screens 384
• Label description 384
• Management switch card user s guide 384
• The profile voip h248 screen 384
• Voip dsp screen 384
• Voip h248 the following screen displays 384
• Chapter 12 profile screens 386
• Label description 386
• Management switch card user s guide 386
• Note the end port must be more than 1000 greater than the start port 386
• Note when you select on whether or not v 52 is actually used depends on the mgc s configuration 386
• Table 184 profile voip h248 screen 386
• Chapter 12 profile screens 387
• Configure ipqos to group and prioritize downstream application traffic in queues and fine tune network performance 387
• Ipqos applies only to the downstream traffic traffic going to the subscribers 387
• Ipqos overview 387
• Label description 387
• Management switch card user s guide 387
• Quality of service qos refers to both a network s ability to deliver data with minimum delay and the networking methods used to control the use of bandwidth without qos all traffic data is equally likely to be dropped when the network is congested this can cause a reduction in network performance and make the network inadequate for delay sensitive applications such as voip or video on demand vod 387
• Table 184 profile voip h248 screen 387
• A vlc13xxg port connection that uses or falls back to adsl2 mode uses ipqos instead of atm qos 388
• Cbs committed burst size this is the guaranteed burst size for the downstream traffic when the burst data rate is smaller than the predefined cir 388
• Chapter 12 profile screens 388
• Cir committed information rate this is the guaranteed data rate for the downstream traffic 388
• Ieee 802 p priority 388
• Ieee 802 p priority this column represents the ieee 802 p priorities of ieee 802 p priority tagged packets destined for a subscriber 388
• Ieee 802 p to ipqos queue mapping 388
• Ipqos limits the data rate of traffic flowing through the device s physical queues 388
• Ipqos parameters 388
• Ipqos profile with 1 queue 388
• Ipqos profile with 2 queues 388
• Ipqos profile with 4 queues 388
• Ipqos profile with 8 queues 388
• Level this is the strict priority queuing spq priority level 0 7 for each queue 0 is the lowest priority and 7 is the highest spq services queues by priority only as traffic comes into the switch traffic in the highest priority queue q7 is transmitted first when that queue empties traffic in the next highest priority queue q6 is transmitted until q6 empties and then q5 traffic is transmitted and so on if higher priority queues never empty then traffic on lower priority queues never gets sent spq does not automatically adapt to changing network requirements 388
• Management switch card user s guide 388
• Pbs peak burst size this is the maximum burst size allowed for the downstream traffic when the burst data rate is between the predefined pir and cir 388
• Pir peak information rate this is the maximum data rate allowed for the downstream traffic traffic flowing to the subscribers 388
• Setting up ipqos involves these parameters 388
• Switch queues 388
• Table 185 ieee 802 p to ipqos default queue mapping 388
• The following table shows the system s default ieee 802 p to switch queues and the fixed switch queue mapping to ipqos queue mapping 388
• Weight this is the queue weight 1 127 the device uses weighted round robin wrr scheduling to service queues of the same priority level on a rotating basis based on their queue weight the higher a queue s weight the more service it gets this queuing mechanism is highly efficient in that it divides any available bandwidth across the different traffic queues and returns to queues that have not yet emptied 388
• You can use 1 2 4 or 8 queues 388
• Ipqos for vdsl 2 and adsl2 to vdsl2 migration examples 389
• Note it is highly recommended to use the default ieee 802 p to switch queues mapping and ipqos profiles with 8 queues 389
• Vdsl mode 1 pvc with 8 queues example 389
• Adsl mode 3 pvcs for triple play using spq example 391
• Adsl mode 2 pvcs in wrr example 398
• Ipqos profile screen 402
• Changing the ieee 802 p to switch queue mapping is not recommended since it may result in unexpected queuing behavior this is because even if you change the mapping between the ieee 802 p priorities and the switch queues the system still uses the same mapping between the switch queues and the ipqos profile queues here are some examples 403
• Chapter 12 profile screens 403
• Label description 403
• Management switch card user s guide 403
• Note cir pir two times of cir in a queue for example cir is 1024 you must enter the pir in the same queue equal or less than 2048 2 x 1024 403
• Note the cbs should be equal to or less than pbs in a queue 403
• Reference ipqos and modified ieee 802 p to switch queue mapping 403
• Table 188 ipqos profile continued 403
• Access control list acl overview 404
• Acl screen section 12 5 on page 405 to configure the acl profiles 404
• An acl access control list profile allows the system to classify and perform actions on the upstream traffic each acl profile consists of a rule and an action and you assign acl profiles to pvcs 404
• Chapter 12 profile screens 404
• Here is another example this one maps the ieee 802 p priorities to only 3 switch queues 404
• Ieee 802 p priority 404
• Ipqos queue 404
• Ipqos queues 404
• Management switch card user s guide 404
• Rule screen section 4 6 on page 113 to assign the acl profiles to pvcs 404
• Switch queue 404
• Table 189 ieee 802 p to ipqos modified queue mapping example 404
• Table 190 ieee 802 p to ipqos modified queue mapping example 404
• This example maps the ieee 802 p priorities to only 4 switch queues since switch queue 3 is always mapped to ipqos q0 if you map ieee 802 p priority 7 to switch queue 3 and set 2 ipqos queues the system maps all of the ieee 802 p priorities to q0 and does not use q1 404
• With 2 ipqos queues q1 is not used 404
• With 2 ipqos queues q1 is used 404
• With 4 ipqos queues q1 is not used 404
• With 4 ipqos queues q2 q3 are not used 404
• With 8 ipqos queues q1 q4 and q6 are not used 404
• With 8 ipqos queues q4 q7 are not used 404
• Acl profile actions 405
• Acl profile rules 405
• Acl profile setup screen 405
• Chapter 12 profile screens 407
• Label description 407
• Management switch card user s guide 407
• Note the lower the number 1 14 the higher the priority the rule has 407
• Table 191 acl profile setup 407
• The following table describes the labels in this screen 407
• Chapter 12 profile screens 408
• Label description 408
• Management switch card user s guide 408
• Rate limit 408
• Rate limit profile setup screen 408
• The following table describes the labels in this screen 408
• Chapter 12 profile screens 409
• Label description 409
• Management switch card user s guide 409
• Note cir should be less than or equal to pir 409
• Queue rate limit 409
• Queue rate limit profile setup screen 409
• Queue rate limit to open this screen use this screen to configure vdsl2 and ethernet subscriber line per queue rate limit profiles apply the rate limit profiles to individual vdsl2 and ethernet line card ports see section 10 on page 247 and section 10 8 on page 297 409
• The following table describes the labels in this screen 409
• Voip dial plan profile screen 410
• Alarm e1 in the navigation panel to open the following screen use this screen to configure alarm profiles for the e1 ports later you can apply the alarm e1 profiles to e1 ports in the e1 port setup screens 411
• Alarm e1 profile screen 411
• Alarm e1 profiles define e1 port alarm thresholds the system sends an alarm trap and generates a syslog entry when the thresholds of the alarm profile are exceeded 411
• Chapter 12 profile screens 411
• Dialplan 411
• Label description 411
• Management switch card user s guide 411
• The following table describes the labels in this screen 411
• Chapter 12 profile screens 412
• Figure 274 alarm e1 profile 412
• Label description 412
• Management switch card user s guide 412
• Table 195 alarm e1 profile 412
• The following table describes the fields in this screen 412
• Chapter 12 profile screens 413
• Label description 413
• Management switch card user s guide 413
• Table 195 alarm e1 profile continued 413
• Arp table 415
• Arp table screen 415
• How arp works 415
• Statistics screens 415
• Chapter 13 statistics screens 416
• Figure 275 arp table 416
• Figure 276 dhcp statistics 416
• Label description 416
• Management switch card user s guide 416
• Table 196 arp table 416
• The following table describes the labels in this screen 416
• Chapter 13 statistics screens 417
• If the switch has already learned the port for this mac address but the destination port is the same as the port it came in on then it filters the frame 417
• If the switch has already learned the port for this mac address then it forwards the frame to that port 417
• If the switch has not already learned the port for this mac address then the frame is flooded to all ports too much port flooding leads to network congestion 417
• Label description 417
• Mac table 417
• Management switch card user s guide 417
• Table 197 dhcp statistics 417
• The following table describes the labels in this screen 417
• The mac table lists device mac addresses that are dynamically learned by the system the table shows the following for each mac address the port upon which ethernet frames were received from the device to which vlan groups the device belongs if any and to which channel it is connected for devices connected to dsl ports 417
• The switch checks to see if the frame s destination mac address matches a source mac address already learned in the mac table 417
• The switch examines a received frame and learns the port on which this source mac address came 417
• The switch uses the mac table to determine how to forward frames see the following figure 417
• Chapter 13 statistics screens 418
• Figure 277 mac table filtering flowchart 418
• Figure 278 mac table 418
• Label description 418
• Mac table in the navigation panel to display the following screen this screen lists device mac addresses that the system dynamically learned 418
• Mac table screen 418
• Management switch card user s guide 418
• Table 198 mac table 418
• The following table describes the labels in this screen 418
• Chapter 13 statistics screens 419
• Figure 279 igmp status 419
• Igmp status in the navigation panel to display the following screen use this screen to view information collected by igmp snooping and or igmp proxy 419
• Igmp status screen 419
• Label description 419
• Management switch card user s guide 419
• Table 198 mac table continued 419
• Chapter 13 statistics screens 420
• Label description 420
• Management switch card user s guide 420
• Table 199 igmp status 420
• The following table describes the labels in this screen 420
• Igmp port statistics 421
• Chapter 13 statistics screens 422
• Ip bridge arp proxy screen 422
• Label description 422
• Management switch card user s guide 422
• Table 200 igmp status port continued status 422
• Use this screen to look at the address resolution protocol arp table for each ip bridge domain 422
• Arp proxy 423
• Chapter 13 statistics screens 423
• Figure 281 ip bridge arp proxy 423
• Interface 423
• Ip bridge interfaces screen 423
• Label description 423
• Management switch card user s guide 423
• Table 201 ip bridge arp proxy 423
• The following table describes the labels in this screen 423
• Use this screen to look at all the forwarding information for downstream traffic whether learned by snooping dhcp packets or provided manually 423
• Chapter 13 statistics screens 424
• Figure 282 ip bridge interfaces 424
• Figure 283 ip bridge routes 424
• Ip bridge routes screen 424
• Label description 424
• Management switch card user s guide 424
• Table 202 ip bridge interfaces 424
• The following table describes the labels in this screen 424
• Use this screen to look at the routing table for a domain this table includes all the entries whether added automatically by the system or provided manually 424
• Chapter 13 statistics screens 425
• Figure 284 online users 425
• Label description 425
• Management switch card user s guide 425
• Online users in the navigation panel to display the following screen use this screen to view information about administrators that are logged into the system 425
• Online users screen 425
• Table 203 ip bridge routes 425
• Table 204 online users 425
• The following table describes the labels in this screen 425
• Chapter 13 statistics screens 426
• Click the slot id for an msc card in the port statistics screen to view ethernet port status and statistics 426
• Figure 285 port statistics 426
• Label description 426
• Management switch card user s guide 426
• Msc port statistics 426
• Note you can only view port information on an active card 426
• Port statistics 426
• Port statistics in the navigation panel to display the following screen use this screen to view port information such as packet counts uptime etc 426
• Table 205 port statistics 426
• The following table describes the labels in this screen 426
• Chapter 13 statistics screens 427
• Detailed msc ethernet port statistics 427
• Figure 286 msc port statistics enet 427
• Label description 427
• Management switch card user s guide 427
• Table 206 msc port statistics enet 427
• The following table describes the labels in this screen 427
• To view detailed port statistics on a selected msc ethernet port click the port index number in the enet screen 427
• Chapter 13 statistics screens 428
• Figure 287 msc port statistics enet details 428
• Label description 428
• Management switch card user s guide 428
• Table 207 msc port statistics enet details 428
• The following table describes labels in this example 428
• Chapter 13 statistics screens 429
• Label description 429
• Management switch card user s guide 429
• Msc rmon statistics 429
• Table 207 msc port statistics enet details continued 429
• To view rmon statistics on a switch port click on the id for the msc card in the port statistics screen and click the rmon tab 429
• Chapter 13 statistics screens 430
• Figure 288 msc port statistics enet rmon 430
• Label description 430
• Management switch card user s guide 430
• Table 208 msc port statistics enet rmon 430
• The following table describes the labels in this screen 430
• Chapter 13 statistics screens 431
• Figure 289 port statistics enet rmon history 431
• Label description 431
• Management switch card user s guide 431
• Msc rmon history statistics 431
• Table 208 msc port statistics enet rmon continued 431
• Table 209 port statistics enet rmon history 431
• The following table describes the labels in this screen 431
• To view rmon history information click a switch port link in the rmon screen this rmon history screen displays general information such as sample time on history samples 431
• Dsl line card statistics 432
• Msc rmon history details 432
• Chapter 13 statistics screens 433
• Dsl line card packet counter 433
• Figure 291 port statistics dsl line card 433
• Label description 433
• Management switch card user s guide 433
• Table 210 port statistics dsl line card 433
• The following table describes the labels in this screen 433
• To display the packet counters of a port on a line card click the port number in the line card s statistics screen see figure 291 on page 433 433
• Chapter 13 statistics screens 434
• Dsl line card cell counters 434
• Figure 292 port statistics dsl line card packet counter 434
• Label description 434
• Management switch card user s guide 434
• Table 211 port statistics dsl line card packet counter 434
• The following table describes the labels in this screen 434
• To display detailed atm cell count information click the port number in the line card s statistics screen see figure 291 on page 433 and click the cell counter tab 434
• Chapter 13 statistics screens 435
• Figure 293 port statistics dsl line card cell counter 435
• Label description 435
• Line detail 435
• Management switch card user s guide 435
• Note the cell counter screen is not available for the vlc 435
• Table 212 port statistics dsl line card cell counter 435
• The following table describes the labels in this screen 435
• To display detailed line information click the port number in the line card s statistics screen see figure 291 on page 433 and click the line detail tab a vdsl port screen is shown here the screen for the vlc13xx and the vlc14xx and other dsl types varies 435
• Chapter 13 statistics screens 437
• Label description 437
• Management switch card user s guide 437
• Table 213 port statistics dsl line card line detail vlc13xx continued 437
• Chapter 13 statistics screens 438
• Label description 438
• Management switch card user s guide 438
• Table 213 port statistics dsl line card line detail vlc13xx continued 438
• Chapter 13 statistics screens 440
• Label description 440
• Management switch card user s guide 440
• Table 214 port statistics dsl line card line detail vlc14xx 440
• The following table describes the labels in this screen 440
• Chapter 13 statistics screens 441
• Label description 441
• Management switch card user s guide 441
• Note only the vlc1424g supports the 30a vdsl2 profile 441
• Table 214 port statistics dsl line card line detail vlc14xx continued 441
• Chapter 13 statistics screens 442
• Label description 442
• Management switch card user s guide 442
• Table 214 port statistics dsl line card line detail vlc14xx continued 442
• Chapter 13 statistics screens 443
• Figure 296 port statistics dsl line card line performance since link up 443
• Label description 443
• Management switch card user s guide 443
• Since vdsl link up performance 443
• Table 214 port statistics dsl line card line detail vlc14xx continued 443
• To display the vdsl performance counters since the line was linked up click the port number in the line card s statistics screen see figure 291 on page 433 and click the since link up tab 443
• Chapter 13 statistics screens 444
• Label description 444
• Management switch card user s guide 444
• Table 215 port statistics vdsl line card line performance since link up 444
• The following table describes the labels in this screen 444
• Chapter 13 statistics screens 445
• Current dsl line performance 445
• Label description 445
• Management switch card user s guide 445
• Table 215 port statistics vdsl line card line performance since link up continued 445
• To display current line performance counters since the system was started up click the port number in the line card s statistics screen see figure 291 on page 433 and click the current tab 445
• Chapter 13 statistics screens 447
• Label description 447
• Management switch card user s guide 447
• Table 216 port statistics dsl line card line performance current 447
• The following table describes the labels in this screen 447
• Chapter 13 statistics screens 448
• Label description 448
• Management switch card user s guide 448
• Table 216 port statistics dsl line card line performance current continued 448
• 15min dsl line performance 449
• Chapter 13 statistics screens 451
• Label description 451
• Management switch card user s guide 451
• Table 217 port statistics dsl line card line performance 15min 451
• The following table describes the labels in this screen 451
• 1day dsl line performance 452
• Chapter 13 statistics screens 452
• Label description 452
• Management switch card user s guide 452
• Monitoredtime shows how long the port s downstream and upstream connections have been up during a previous day 452
• Table 217 port statistics dsl line card line performance 15min continued 452
• Timeelapsed shows how long the port s downstream and upstream connections have been up during the current day 452
• To display line performance counters for the past one day click the port number in the line card s statistics screen see figure 291 on page 433 and click the 1day tab 452
• Dsl line status 453
• Chapter 13 statistics screens 455
• Label description 455
• Management switch card user s guide 455
• Table 218 port statistics dsl line card status 455
• The following table describes the labels in this screen 455
• Chapter 13 statistics screens 456
• Click the slot id for an ethernet line card in the port statistics screen to view ethernet port status and statistics 456
• Detailed elc port statistics 456
• Elc port statistics 456
• Figure 301 elc port statistics 456
• Label description 456
• Management switch card user s guide 456
• Table 219 elc port statistics 456
• The following table describes the labels in this screen 456
• To view detailed port statistics on a selected elc port click the port index number in the elc port statistics screen 456
• Chapter 13 statistics screens 457
• Click the slot id for a gigabit ethernet line card in the port statistics screen to view gigabit ethernet port status and statistics 457
• Figure 302 elc port statistics details 457
• Glc port statistics 457
• Label description 457
• Management switch card user s guide 457
• Table 220 elc port statistics details 457
• The following table describes labels in this example 457
• Chapter 13 statistics screens 458
• Figure 303 glc port statistics 458
• Label description 458
• Management switch card user s guide 458
• Table 221 glc port statistics 458
• The following table describes the labels in this screen 458
• Chapter 13 statistics screens 459
• Detailed glc port statistics 459
• Figure 304 glc port statistics details 459
• Label description 459
• Management switch card user s guide 459
• Table 221 glc port statistics continued 459
• Table 222 glc port statistics details 459
• The following table describes labels in this example 459
• To view detailed port statistics on a selected glc port click the port index number in the glc port statistics screen 459
• Chapter 13 statistics screens 460
• Click the slot id for a vop card in the port statistics screen to view port status and statistics 460
• Figure 305 vop port statistics 460
• Label description 460
• Management switch card user s guide 460
• Table 222 glc port statistics details continued 460
• Vop port statistics 460
• 0 detailed vop port statistics 461
• Chapter 13 statistics screens 461
• Label description 461
• Management switch card user s guide 461
• Table 223 vop port statistics 461
• The following table describes the labels in this screen 461
• To view detailed port statistics on a selected voip port click the port index number in the vop port statistics screen 461
• Chapter 13 statistics screens 463
• Label description 463
• Management switch card user s guide 463
• Table 224 vop port statistics details continued 463
• Chapter 13 statistics screens 464
• Label description 464
• Management switch card user s guide 464
• Table 224 vop port statistics details continued 464
• 1 ima line card statistics 465
• Chapter 13 statistics screens 465
• Click the id of an ima line card in the port statistics screen to view each e1 port s status and settings on the line card an example is shown next 465
• Label description 465
• Management switch card user s guide 465
• Table 224 vop port statistics details continued 465
• Chapter 13 statistics screens 466
• Figure 307 port statistics ima line card 466
• Label description 466
• Management switch card user s guide 466
• Table 225 port statistics ima line card 466
• The following table describes the labels in this screen 466
• 1 e1 link performance current 15 minutes 467
• Chapter 13 statistics screens 467
• Figure 308 port statistics ima line card e1 performance curr15 467
• Label description 467
• Management switch card user s guide 467
• Table 225 port statistics ima line card continued 467
• Table 226 port statistics ima line card e1 performance curr15 467
• The following table describes the labels in this screen 467
• To display the link performance of a port on the ima line card for the current 15 minutes click the port number in the line card s statistics screen see figure 307 on page 466 467
• 1 e1 link performance current day 468
• 1 e1 link performance last 24 hours 468
• 1 e1 link performance last 96 quarter hours 469
• Chapter 13 statistics screens 469
• Figure 311 port statistics ima line card e1 performance 96quarter 469
• Label description 469
• Management switch card user s guide 469
• Table 228 port statistics ima line card e1 performance last24hr 469
• Table 229 port statistics ima line card e1 performance 96quarter 469
• The following table describes the labels in this screen 469
• Use this screen to display the link performance of a port on the ima line card collected during the specified quarters of the last 96 quarter hours 24 hours click the port number in the line card s statistics screen see figure 307 on page 466 and click the 96quarter tab to open the following screen 469
• 1 e1 link performance last 7 day 470
• Chapter 13 statistics screens 470
• Figure 312 port statistics ima line card e1 performance 7day 470
• Label description 470
• Management switch card user s guide 470
• Table 229 port statistics ima line card e1 performance 96quarter 470
• Table 230 port statistics ima line card e1 performance 7day 470
• The following table describes the labels in this screen 470
• Use this screen to display the link performance of a port on the ima line card collected during the specified days of the past 7 days click the port number in the line card s statistics screen see figure 307 on page 466 and click the 7day tab to open the following screen 470
• Chapter 13 statistics screens 471
• Dot3ad 471
• Dot3ad in the navigation panel to display the following screen use this screen to view ieee 802 ad link aggregation settings 471
• Figure 313 dot3ad 471
• Label description 471
• Management switch card user s guide 471
• Table 230 port statistics ima line card e1 performance 7day continued 471
• Table 231 dot3ad 471
• The following table describes the labels in this screen 471
• Vlan in the navigation panel to display the following screen use this screen to view current vlan settings 471
• Vlan statistics 471
• Chapter 13 statistics screens 472
• Figure 314 vlan statistics 472
• Label description 472
• Management switch card user s guide 472
• Table 232 vlan statistics 472
• The following table describes the labels in this screen 472
• To view vlan port status click a vid in the vlan screen 472
• Vlan port statistics 472
• Mstp cist statistics 473
• Mstp statistics 473
• Chapter 13 statistics screens 474
• Figure 316 mstp statistics cist 474
• Label description 474
• Management switch card user s guide 474
• Table 234 mstp statistics cist 474
• The following table describes the labels in this screen 474
• Chapter 13 statistics screens 475
• Figure 317 mstp statistics cist port details 475
• Label description 475
• Management switch card user s guide 475
• Mstp cist statistics port details 475
• Mstp screen to see detailed mstp cist statistics for that port 475
• Table 234 mstp statistics cist continued 475
• Chapter 13 statistics screens 476
• Label description 476
• Management switch card user s guide 476
• Msti to display the mstp msti statistics screen use this screen to view the port status of a selected spanning tree instance 476
• Mstp msti statistics 476
• Table 235 mstp statistics cist port details 476
• The following table describes the labels in this screen 476
• Chapter 13 statistics screens 477
• Figure 318 mstp statistics msti 477
• Label description 477
• Management switch card user s guide 477
• Table 236 mstp statistics msti 477
• The following table describes the labels in this screen 477
• Chapter 13 statistics screens 478
• Figure 319 ip statistics 478
• Ip in the navigation panel 478
• Ip statistics 478
• Label description 478
• Management switch card user s guide 478
• Table 237 ip statistics 478
• The following table describes the labels in this screen 478
• Ipv6 neighbor cache 479
• Neighbor cache 479
• Chapter 13 statistics screens 480
• Figure 320 ipv6 neighbor cache 480
• Label description 480
• Management switch card user s guide 480
• Table 238 ipv6 neighbor cache 480
• The following table describes the labels in this screen 480
• Chapter 13 statistics screens 481
• Figure 321 ipv6 prefix list 481
• Ipv6 prefix list 481
• Label description 481
• Management switch card user s guide 481
• Prefix in the navigation panel to open this screen use this screen to view the list of on link prefixes the prefixes are used to determine whether an ip address is on the same link as the msc or should be reached through a router 481
• Table 239 ipv6 prefix list 481
• The following table describes the labels in this screen 481
• Ipv6 destination cache 482
• Ipv6 route list 482
• Ipv6 default router list 483
• Chapter 13 statistics screens 484
• Figure 325 g bond statistics 484
• G bond in the navigation panel 484
• G bond statistics 484
• Label description 484
• Management switch card user s guide 484
• Table 242 ipv6 default router list 484
• Table 243 ip statistics 484
• The following table describes the labels in this screen 484
• Cfm endpoint statistics 485
• Cfm in the navigation panel 485
• Chapter 13 statistics screens 485
• Figure 326 cfm statistics 485
• H 48 interface statistics 485
• Label description 485
• Management switch card user s guide 485
• Table 243 ip statistics continued 485
• Table 244 cfm statistics 485
• The following table describes the labels in this screen 485
• Chapter 13 statistics screens 486
• Figure 327 h 48 interface statistics 486
• H 48 media interface statistics 486
• H248 and then an h 48 interface s id 486
• Label description 486
• Management switch card user s guide 486
• Table 245 h 48 interface statistics 486
• The following table describes the labels in this screen 486
• Chapter 13 statistics screens 487
• Figure 328 h 48 media interface statistics 487
• H 48 media card statistics 487
• H248 an h 48 interface s id and then the media card s id number 487
• Label description 487
• Management switch card user s guide 487
• Table 246 h 48 media interface statistics 487
• The following table describes the labels in this screen 487
• Chapter 13 statistics screens 488
• Figure 329 h 48 media card statistics 488
• Figure 330 proxy server statistics 488
• Label description 488
• Management switch card user s guide 488
• Proxy server in the navigation panel 488
• Proxy server statistics 488
• Table 247 h 48 media card statistics 488
• The following table describes the labels in this screen 488
• Chapter 13 statistics screens 489
• Figure 331 termination statistics 489
• Label description 489
• Management switch card user s guide 489
• Table 248 proxy server statistics 489
• Table 249 termination statistics 489
• Termination 489
• Termination statistics 489
• The following table describes the labels in this screen 489
• Chapter 13 statistics screens 490
• Figure 332 sfp statistics 490
• Label description 490
• Management switch card user s guide 490
• Sfp statistics 490
• Table 249 termination statistics continued 490
• Table 250 sfp statistics 490
• The following table describes the labels in this screen 490
• Chapter 13 statistics screens 491
• Label description 491
• Management switch card user s guide 491
• Oam statistics 491
• Table 250 sfp statistics continued 491
• Chapter 13 statistics screens 492
• Figure 333 oam statistics 492
• Label description 492
• Management switch card user s guide 492
• Table 251 oam statistics 492
• The following table describes the labels in this screen 492
• Chapter 13 statistics screens 493
• Figure 334 ima statistics 493
• Ima statistics 493
• Label description 493
• Management switch card user s guide 493
• Table 251 oam statistics continued 493
• Chapter 13 statistics screens 494
• Figure 335 ima statistics ima line card 494
• Ima group statistics 494
• Ima screen 494
• Label description 494
• Management switch card user s guide 494
• Table 252 ima statistics 494
• Table 253 ima statistics ima line card 494
• The following table describes the labels in this screen 494
• Ima group details 495
• Chapter 13 statistics screens 496
• Label description 496
• Management switch card user s guide 496
• Table 254 ima statistics ima line card group detail 496
• The following table describes the labels in this screen 496
• Chapter 13 statistics screens 497
• Ima screen the index number of the ima group see figure 335 on page 494 and then the number of a link 497
• Label description 497
• Link details 497
• Management switch card user s guide 497
• Table 254 ima statistics ima line card group detail continued 497
• Chapter 13 statistics screens 498
• Figure 337 ima statistics ima line card group detail link detail 498
• Label description 498
• Management switch card user s guide 498
• Table 255 ima statistics ima line card group detail link detail 498
• The following table describes the labels in this screen 498
• Chapter 13 statistics screens 499
• Ima screen the index number of the ima group see figure 335 on page 494 and then the number of a link and the link 15min tab 499
• Label description 499
• Link 15min 499
• Management switch card user s guide 499
• Table 255 ima statistics ima line card group detail link detail continued 499
• Chapter 13 statistics screens 500
• Figure 338 ima statistics ima line card group detail link 15min 500
• Label description 500
• Management switch card user s guide 500
• Table 256 ima statistics ima line card group detail link 15min 500
• The following table describes the labels in this screen 500
• Chapter 13 statistics screens 501
• Figure 339 ima statistics ima line card group detail link 1day 501
• Ima screen the index number of the ima group see figure 335 on page 494 and then the number of a link and the link 1day tab 501
• Label description 501
• Link 1day 501
• Management switch card user s guide 501
• Table 257 ima statistics ima line card group detail link 1day 501
• The following table describes the labels in this screen 501
• Chapter 13 statistics screens 502
• Figure 340 ima statistics ima line card group detail link last24hr 502
• Ima screen the index number of the ima group see figure 335 on page 494 and then the number of a link and the link last24hr tab 502
• Label description 502
• Link last24hr 502
• Management switch card user s guide 502
• Table 257 ima statistics ima line card group detail link 1day continued 502
• Table 258 ima statistics ima line card group detail link last24hr 502
• The following table describes the labels in this screen 502
• Chapter 13 statistics screens 503
• Figure 341 ima statistics ima line card group detail link 96q 503
• Ima screen the index number of the ima group see figure 335 on page 494 and then the number of a link and the link 96q tab 503
• Label description 503
• Link 96q 503
• Management switch card user s guide 503
• Table 258 ima statistics ima line card group detail link last24hr continued 503
• Table 259 ima statistics ima line card group detail link 96q 503
• The following table describes the labels in this screen 503
• Chapter 13 statistics screens 504
• Ima screen the index number of the ima group see figure 335 on page 494 and then the number of a link and the link 7day tab 504
• Label description 504
• Link 7day 504
• Management switch card user s guide 504
• Table 259 ima statistics ima line card group detail link 96q continued 504
• Chapter 13 statistics screens 505
• Figure 342 ima statistics ima line card group detail link 7day 505
• Label description 505
• Management switch card user s guide 505
• Table 260 ima statistics ima line card group detail link 7day 505
• The following table describes the labels in this screen 505
• 0 ima group performance current day 506
• Chapter 13 statistics screens 506
• Figure 343 ima statistics ima line card group 15min 506
• Ima group performance current 15 minutes 506
• Ima screen the index number of the ima group see figure 335 on page 494 and then the group 15min tab 506
• Ima screen the index number of the ima group see figure 335 on page 494 and then the group 1day tab 506
• Label description 506
• Management switch card user s guide 506
• Table 260 ima statistics ima line card group detail link 7day continued 506
• Table 261 ima statistics ima line card group 15min 506
• The following table describes the labels in this screen 506
• 1 ima group performance last 24 hours 507
• 2 ima group performance last 96 quarter hours 508
• Chapter 13 statistics screens 508
• Figure 346 ima statistics ima line card group 96q 508
• Ima screen the index number of the ima group see figure 335 on page 494 and then the group 96q tab the following screen opens 508
• Label description 508
• Management switch card user s guide 508
• Table 263 ima statistics ima line card group last24hr continued 508
• Table 264 ima statistics ima line card group 96q 508
• The following table describes the labels in this screen 508
• 3 ima group performance last 7 days 509
• Chapter 13 statistics screens 509
• Figure 347 ima statistics ima line card group 7day 509
• Ima screen the index number of the ima group see figure 335 on page 494 and then the group 7day tab the following screen opens 509
• Label description 509
• Management switch card user s guide 509
• Table 264 ima statistics ima line card group 96q continued 509
• Table 265 ima statistics ima line card group 7day 509
• The following table describes the labels in this screen 509
• 4 ima line card cell counters 510
• 4 ima line card packet counter 510
• Chapter 13 statistics screens 511
• Figure 349 ima statistics ima line card pkt counter 511
• Label description 511
• Loop guard in the navigation panel to display the screen as shown 511
• Loop guard statistics 511
• Management switch card user s guide 511
• Table 267 ima statistics ima line card pkt counter 511
• The following table describes the labels in this screen 511
• Chapter 13 statistics screens 512
• Label description 512
• Loop guard 512
• Mac forced forwarding statistics 512
• Macff in the navigation panel to display the screen as shown 512
• Management switch card user s guide 512
• The following table describes the labels in this screen 512
• Chapter 13 statistics screens 513
• Label description 513
• Management switch card user s guide 513
• Pvc in the navigation panel to display the screen as shown use this screen to view a port s pvc information 513
• Pvc statistics 513
• The following table describes the labels in this screen 513
• Chapter 13 statistics screens 514
• Label description 514
• Management switch card user s guide 514
• The following table describes the labels in this screen 514
• Dynamic link aggregation 515
• Ethernet port trunking 515
• Switch screens 515
• Link aggregation id 516
• Queuing overview 516
• Strict priority queuing spq 516
• Weighted round robin scheduling wrr 516
• Switch setup general screen 517
• Chapter 14 switch screens 518
• Dot3ad to display the screen as shown 518
• Label description 518
• Management switch card user s guide 518
• Switch setup dot3ad screen 518
• Table 274 switch setup general continued 518
• Chapter 14 switch screens 519
• Figure 354 switch setup dot3ad 519
• Label description 519
• Management switch card user s guide 519
• Table 275 switch setup dot3ad 519
• The following table describes the labels in this screen 519
• Chapter 14 switch screens 520
• Figure 355 switch setup qschedule 520
• Isolation to display the screen as shown 520
• Label description 520
• Management switch card user s guide 520
• Qschedule to display the screen as shown 520
• Switch setup isolation screen 520
• Switch setup qschedule screen 520
• Table 276 switch setup qschedule 520
• The following table describes the labels in this screen 520
• Chapter 14 switch screens 521
• Figure 356 switch setup isolation 521
• Label description 521
• Management switch card user s guide 521
• Table 277 switch setup isolation 521
• The following table describes the labels in this screen 521
• Chapter 14 switch screens 522
• Dscp differentiated services code point is a field in the header of ip packets for packet classification purposes the qos quality of service in the msc uses dscp to provide different level of services and priorities for downstream data transmission 522
• Dscp to display the screen as shown use this screen to overwrite the ieee 802 p priority value of traffic received through the gigabit ethernet interfaces based on its dscp value 522
• Figure 357 switch setup dscp 522
• Ieee 802 p enables the msc transmit frames according to their 3 bit priority 0 7 in an 802 q header frames with higher priority are served first 522
• Label description 522
• Management switch card user s guide 522
• Switch setup dscp screen 522
• Table 278 switch setup dscp 522
• The following table describes the labels in this screen 522
• Chapter 14 switch screens 523
• Figure 358 switch setup vlanpri 523
• Label description 523
• Management switch card user s guide 523
• Switch setup vlanpri screen 523
• Table 279 switch setup vlanpri 523
• The following table describes the labels in this screen 523
• Vlanpri to display the screen as shown use this screen to overwrite the ieee 802 p priority value of traffic received through the gigabit ethernet interfaces based on its vlan id 523
• Chapter 14 switch screens 524
• Ieee 802 d spanning tree protocol 524
• Ieee 802 s multiple spanning tree protocol 524
• Ieee 802 w rapid spanning tree protocol 524
• Label description 524
• Link speed recommended value recommended range allowed range 524
• Management switch card user s guide 524
• Rstp adds rapid reconfiguration capability to stp the switch supports rstp and the earlier stp rstp and stp detect and break network loops and provide backup links between switches bridges or routers they allow a device to interact with other rstp or stp aware devices in your network to ensure that only one path exists between any two stations on the network the switch uses rstp by default but can still inter operate with stp switches although without rstp s benefits 524
• Spanning tree protocols 524
• Stp and rstp 524
• Table 279 switch setup vlanpri 524
• Table 280 stp path costs 524
• Table 281 mstp rstp path costs 524
• The root bridge is the base of the spanning tree it is the bridge with the lowest identifier value mac address path cost is the cost of transmitting a frame onto a lan through that port it is assigned according to the speed of the link to which a port is attached the slower the media the higher the cost see the following tables 524
• The switch supports spanning tree protocol stp rapid spanning tree protocol rstp and multiple spanning tree protocol mstp as defined in the following standards 524
• Mstp network example 526
• Multiple stp 526
• Mst region 527
• Common and internal spanning tree cist 528
• Mst instance 528
• Mstp bridge settings 529
• Mstp setup 529
• Chapter 14 switch screens 530
• Label description 530
• Management switch card user s guide 530
• Table 283 mstp bridge continued 530
• Chapter 14 switch screens 531
• Figure 365 mstp port 531
• Label description 531
• Management switch card user s guide 531
• Mstp port settings 531
• Port to display the configuration screen as shown use this screen to set the mst settings on the switch ports 531
• Table 283 mstp bridge continued 531
• Table 284 mstp port 531
• The following table describes the labels in this screen 531
• Mstp configuration example 532
• Flow control 534
• Note devices belonging to the same mst region must have the same settings in the config name and revision level fields and vlan mst instance mapping s 534
• Switch port 534
• Uplink and subtending modes 534
• Bandwidth control 535
• Broadcast storm control 535
• Port vlan trunking 535
• Chapter 14 switch screens 536
• Figure 370 switch port setup 536
• Label description 536
• Management switch card user s guide 536
• Switch port setup in the navigation panel to display the screen shown next use this screen to configure basic settings for the gigabit ethernet interfaces 536
• Switch port setup port screen 536
• Table 285 switch port setup 536
• The following table describes the labels in this screen 536
• Chapter 14 switch screens 537
• Figure 371 switch port setup 802 p 1q 537
• Label description 537
• Management switch card user s guide 537
• P 1q in the navigation panel to display the screen shown next use this screen to configure ieee 802 p priority and ieee 802 q vlan settings for the gigabit ethernet interfaces 537
• Switch port setup 802 p 1q screen 537
• Table 286 switch port setup 802 p 1q 537
• The following table describes the labels in this screen 537
• Bandwidth in the navigation panel to display the screen shown next use this screen to configure bandwidth control settings for the gigabit ethernet interfaces 538
• Broadcast in the navigation panel to display the screen shown next use this screen to configure broadcast storm control settings for the gigabit ethernet interfaces 538
• Chapter 14 switch screens 538
• Figure 372 switch port setup bandwidth 538
• Label description 538
• Management switch card user s guide 538
• Switch port setup bandwidth screen 538
• Switch port setup broadcast screen 538
• Table 287 switch port setup bandwidth 538
• The following table describes the labels in this screen 538
• Chapter 14 switch screens 539
• Dscp differentiated services code point is a field in the header of ip packets for packet classification purposes the qos quality of service in the device uses dscp to provide different level of services and priorities for downstream data transmission 539
• Figure 373 switch port setup broadcast 539
• Ieee 802 p lets the system transmit frames according to their 3 bit priority 0 7 in an ieee 802 q header frames with higher priority are served first this system allows you to overwrite the dscp level of service with an ieee 802 p priority for downstream traffic 539
• Label description 539
• Management switch card user s guide 539
• Switch port setup dscp 539
• Table 288 switch port setup broadcast 539
• The following table describes the labels in this screen 539
• Chapter 14 switch screens 540
• Figure 374 switch port setup dscp 540
• Label description 540
• Management switch card user s guide 540
• Setup screen shown to configure the mapping between dscp code points and ieee 802 p priorities for subscribers see section 4 8 on page 115 540
• Switch port setup dscp screen 540
• Table 289 switch port setup dscp 540
• The following table describes the labels in this screen 540
• Cfm in the navigation panel to display the screen shown next use this screen for initial configuration of a cfm connectivity fault management domain to globally switch this feature on or off and to create an md refer to section 7 on page 167 for more information 541
• Chapter 14 switch screens 541
• Figure 375 switch cfm 541
• Label description 541
• Management switch card user s guide 541
• Switch cfm screens 541
• Table 290 cfm maintenance domain 541
• The following table describes the labels in this screen 541
• Cfm ma screen 542
• Cfm screen to display the screen shown next use this screen to configure mas ep id 542
• Chapter 14 switch screens 542
• Figure 376 cfm maintenance association 542
• Label description 542
• Management switch card user s guide 542
• Table 291 cfm maintenance association 542
• The following table describes the labels in this screen 542
• Cfm endpoint screen mep 543
• Cfm maintenance association screen to display the screen shown next use this screen to configure maintenance end points meps under an ma 543
• Chapter 14 switch screens 543
• Label description 543
• Management switch card user s guide 543
• Table 291 cfm maintenance association continued 543
• Chapter 14 switch screens 544
• Figure 377 cfm endpoint mep 544
• Label description 544
• Management switch card user s guide 544
• Table 292 cfm endpoint mep 544
• The following table describes the labels in this screen 544
• Cfm endpoint screen mip 545
• Cfm maintenance association screen and then the mip tab to display the screen shown next use this screen to configure maintenance association intermediate points mips under an ma 545
• Chapter 14 switch screens 545
• Figure 378 cfm endpoint mip 545
• Label description 545
• Management switch card user s guide 545
• Table 292 cfm endpoint mep continued 545
• Table 293 cfm endpoint mip 545
• The following table describes the labels in this screen 545
• Cfm endpoint mip slot screen 546
• Chapter 14 switch screens 546
• In the cfm endpoint mip screen click the id of a line card to display the screen shown next this screen lists the mip setting for each of the line card s ports 546
• Label description 546
• Management switch card user s guide 546
• Table 293 cfm endpoint mip continued 546
• Switch cfm lbr screen 547
• Chapter 14 switch screens 548
• Label description 548
• Management switch card user s guide 548
• The following table describes the labels in this screen 548
• Chapter 14 switch screens 549
• Label description 549
• Lbr and then the id of a line card to display the screen shown next this screen lists whether loopback testing is enabled or disabled for each of the line card s ports 549
• Lbr continued 549
• Management switch card user s guide 549
• Switch cfm lbr slot screen 549
• The following table describes the labels in this screen 549
• Chapter 14 switch screens 550
• Label description 550
• Management switch card user s guide 550
• Switch oam setup 550
• The following table describes the labels in this screen 550
• Chapter 14 switch screens 551
• Figure 383 copy 551
• Label description 551
• Management switch card user s guide 551
• Oam continued 551
• Sfp in the navigation panel to display the sfp screen use this screen to set the alarm thresholds for sfp modules that provide a digital diagnostics monitoring interface ddmi 551
• Switch sfp alarm setup 551
• Chapter 14 switch screens 552
• Label description 552
• Management switch card user s guide 552
• Mirror in the navigation panel to display the mirroring screen use this screen to select a monitor port and specify the traffic flow to be copied to the monitor port 552
• Port mirroring allows you to copy an msc uplink port s traffic flow to a monitor port so you can examine the traffic without interfering with the original port s traffic flow 552
• Port mirroring setup 552
• The following table describes the labels in this screen 552
• Chapter 14 switch screens 553
• Chassis id mandatory 553
• End of lldpdu mandatory 553
• Label description 553
• Management switch card user s guide 553
• Mirror 553
• Port description optional 553
• Port id mandatory 553
• The following table describes the labels in this screen 553
• The lldp link layer discovery protocol is a layer 2 protocol it allows a network device to advertise its identity and capabilities on the local network it also allows the device to maintain and store information from adjacent devices which are directly connected to the network device this helps an administrator discover network changes and perform necessary network reconfiguration and management the device information is encapsulated in the lldpdus lldp data units in the form of tlv type length value device information carried in the received lldpdus is stored in the standard mib 553
• The msc supports these basic management tlvs 553
• Time to live mandatory 553
• Lldp general 554
• Chapter 14 switch screens 555
• Figure 386 lldp general 555
• Label description 555
• Management switch card user s guide 555
• Table 300 lldp general 555
• The following table describes the labels in this screen 555
• Chapter 14 switch screens 556
• Label description 556
• Lldp port 556
• Management switch card user s guide 556
• Port in the navigation panel to display the lldp port screen use this screen to configure lldp settings and view lldp statistics for individual ports 556
• Table 300 lldp general continued 556
• Chapter 14 switch screens 557
• Figure 387 lldp port 557
• Label description 557
• Management switch card user s guide 557
• Table 301 lldp port 557
• The following table describes the labels in this screen 557
• Chapter 14 switch screens 558
• Label description 558
• Management switch card user s guide 558
• Table 301 lldp port continued 558
• Lldp remote 559
• Chapter 14 switch screens 560
• Label description 560
• Management switch card user s guide 560
• Table 302 lldp remote continued 560
• Chapter 14 switch screens 561
• Label description 561
• Management switch card user s guide 561
• Table 302 lldp remote continued 561
• Sys screens 563
• Snmp screen 564
• Supported mibs 564
• Chapter 15 sys screens 565
• Figure 390 access control snmp 565
• Label description 565
• Management switch card user s guide 565
• Table 304 access control snmp 565
• The following table describes the labels in this screen 565
• Access ctrl to open the following screen use this screen to set which services may be used to access the system 566
• Chapter 15 sys screens 566
• Label description 566
• Management switch card user s guide 566
• Service access control screen 566
• Table 304 access control snmp continued 566
• Access control from the navigation panel and then the secured client tab to open the following screen use this screen to configure ipv4 address ranges of trusted computers that may manage the system 567
• Chapter 15 sys screens 567
• Figure 391 access control service access control 567
• Label description 567
• Management switch card user s guide 567
• Secured client screen 567
• Table 305 access control service access control 567
• The following table describes the labels in this screen 567
• Chapter 15 sys screens 568
• Figure 392 access control secured client 568
• Label description 568
• Management switch card user s guide 568
• Table 306 access control secured client 568
• The following table describes the labels in this screen 568
• Access control from the navigation panel and then the secured client6 tab to open the following screen use this screen to configure ipv6 address ranges of trusted computers that may manage the system 569
• Chapter 15 sys screens 569
• Figure 393 access control secured client6 569
• Label description 569
• Management switch card user s guide 569
• Secured client6 screen 569
• Table 307 access control secured client6 569
• The following table describes the labels in this screen 569
• Chapter 15 sys screens 570
• Figure 394 general setup 570
• General setup 570
• General setup from the navigation panel to open the following screen 570
• Label description 570
• Management switch card user s guide 570
• Table 307 access control secured client6 continued 570
• Chapter 15 sys screens 571
• Label description 571
• Management switch card user s guide 571
• Table 308 general setup 571
• The following table describes the labels in this screen 571
• Chapter 15 sys screens 572
• Figure 395 ipv4 setup 572
• Ip setup from the navigation panel to open the following screen use this screen to configure the system and management ip addresses and subnet masks 572
• Ipv4 setup 572
• Label description 572
• Management switch card user s guide 572
• Table 309 ipv4 setup 572
• The following table describes the labels in this screen 572
• Chapter 15 sys screens 573
• Figure 396 ipv6 setup 573
• Ip setup from the navigation panel and then ipv6 to open the following screen use this screen to configure the system and management ip addresses and subnet masks 573
• Ipv6 setup 573
• Label description 573
• Management switch card user s guide 573
• Table 310 ipv6 setup 573
• The following table describes the labels in this screen 573
• Chapter 15 sys screens 574
• Figure 397 unix syslog 574
• Label description 574
• Management switch card user s guide 574
• Syslog screen 574
• Table 311 unix syslog 574
• The following table describes the labels in this screen 574
• Unix syslog from the navigation panel to open the following screen the syslog feature sends logs to an external syslog server 574
• User account from the navigation panel to open the following screen use this screen to manage administrator accounts 574
• User account screen 574
• Chapter 15 sys screens 575
• Figure 398 user account 575
• Label description 575
• Management switch card user s guide 575
• Table 312 user account 575
• The following table describes the labels in this screen 575
• Monitor screen 576
• Chapter 15 sys screens 577
• Label description 577
• Management switch card user s guide 577
• Monitor continued 577
• Accounting is the process of recording what a user is doing the system can use an external server to track when users log in log out execute commands and so on accounting can also record system related actions such as boot up and shut down times of the system 578
• Authentication authorization and accounting 578
• Authentication is the process of determining who a user is and validating access to the system the system can authenticate users who try to log in based on user accounts configured on the system itself the system can also use an external authentication server to authenticate a large number of users 578
• Authorization is the process of determining what a user is allowed to do different user accounts may have higher or lower privilege levels associated with them for example user a may have the right to create new login accounts on the system but user b cannot the system can authorize users based on user accounts configured on the system itself or it can use an external server to authorize a large number of users 578
• Chapter 15 sys screens 578
• Label description 578
• Management switch card user s guide 578
• Monitor continued 578
• The external servers that perform authentication authorization and accounting functions are known as aaa servers the system supports radius remote authentication dial in user service and 578
• Authentication and accounting setup 579
• Client auth server 579
• Local user accounts 579
• Radius and tacacs 579
• Chapter 15 sys screens 580
• Label description 580
• Management switch card user s guide 580
• The following table describes the labels in this screen 580
• Aaa continued 581
• Chapter 15 sys screens 581
• Label description 581
• Management switch card user s guide 581
• Aaa continued 582
• Aaa screen click the authorization section s advanced button to open this screen where you can configure how the system checks whether a user is authorized to execute commands of specific privilege levels 582
• Chapter 15 sys screens 582
• Commands authorization screen 582
• Label description 582
• Management switch card user s guide 582
• See section 39 on page 1091 for the command strings to have the tacacs server permit to in order for a user to use various ftp actions 582
• Which commands a user can access can be controlled by command shell sets configured in the tacacs server this allows you to set certain commands to only be authorized for a specific user for example to allow only one user a to use the voip sip commands you can configure this system so all the voip sip commands require a specific privilege level and set the authorization method for this privilege level to tacacs then you set the command shell set configured in the tacacs server to only give user a access to voip sip commands 582
• Aaa screen to view the screen as shown 583
• Chapter 15 sys screens 583
• Figure 402 commands authorization 583
• Label description 583
• Management switch card user s guide 583
• Radius server setup 583
• Table 316 commands authorization 583
• The following table describes the labels in this screen 583
• Chapter 15 sys screens 584
• Figure 403 radius server setup 584
• Label description 584
• Management switch card user s guide 584
• Table 317 radius server setup 584
• The following table describes the labels in this screen 584
• Aaa screen to view the screen as shown 585
• Chapter 15 sys screens 585
• Label description 585
• Management switch card user s guide 585
• Table 317 radius server setup continued 585
• Tacacs server setup 585
• Chapter 15 sys screens 586
• Figure 404 tacacs server setup 586
• Label description 586
• Management switch card user s guide 586
• Table 318 tacacs server setup 586
• The following table describes the labels in this screen 586
• Chapter 15 sys screens 587
• Label description 587
• Management switch card user s guide 587
• Table 318 tacacs server setup continued 587
• Note refer to the documentation that comes with your radius server for how to configure vsas for users authenticating via the radius server 588
• Vendor specific attribute 588
• Supported radius attributes 589
• Tunnel protocol attribute 589
• Attributes used by the ieee 802 x authentication 590
• Attributes used for accounting 590
• Attributes used for accounting system events 590
• Attributes used for authenticating privilege access 590
• Attributes used for authentication 590
• Attributes used to login users 590
• Attribute start interim update stop 591
• Attributes used for accounting exec events 591
• Attributes used for accounting ieee 802 x events 591
• Chapter 15 sys screens 591
• Management switch card user s guide 591
• Table 321 radius attributes exec events via console 591
• Table 322 radius attributes exec events via telnet ssh 591
• Table 323 radius attributes exec events via 802 x 591
• The attributes are listed in the following table along with the time of the session they are sent 591
• The attributes are listed in the following table along with the time that they are sent the difference between console and telnet ssh exec events is that the telnet ssh events utilize the calling station id attribute 591
• Attribute start interim update stop 592
• Chapter 15 sys screens 592
• Management switch card user s guide 592
• Table 323 radius attributes exec events via 802 x 592
• Ieee 802 q tagged vlan 593
• Vlan introduction 593
• Vlan screens 593
• Automatic vlan registration 594
• Forwarding tagged and untagged frames 594
• Garp timers 594
• An untagged frame comes in from the lan 595
• Chapter 16 vlan screens 595
• First the msc checks the vlan id vid of tagged frames or assigns temporary vids to untagged frames 595
• Gvrp garp vlan registration protocol is a registration protocol that defines a way for switches to register necessary vlan members on ports across the network enable this function to permit vlans groups beyond the local switch 595
• Management switch card user s guide 595
• Please refer to the following table for common ieee 802 q vlan terminology 595
• Table 324 ieee 802 q vlan terminology 595
• Tagged frames forwarding example 595
• The msc notes what the svlan table says that is the svlan tells the msc whether or not to forward a frame and if the forwarded frames should have a tag 595
• The msc then checks the vid in a frame s tag against the svlan table 595
• Then the msc applies the port filter to finish the forwarding decision this means that frames may be dropped even if the svlan says to forward them frames might also be dropped if they are sent to a cpe customer premises equipment dsl device that does not accept tagged frames 595
• Untagged frames forwarding example 595
• Vlan parameter term description 595
• Vlan setup screen 596
• Chapter 16 vlan screens 597
• Label description 597
• Management switch card user s guide 597
• Port setting in the navigation panel to display the screen shown next you can select a dsl line card to view the vlan settings on its ports 597
• Table 325 vlan setup continued 597
• Vlan port setting screen 597
• Chapter 16 vlan screens 598
• Figure 406 vlan port setting 598
• Label description 598
• Management switch card user s guide 598
• Port setting and then click the id of an active dsl line card use this screen to view the vlan settings on the dsl line card s ports 598
• Table 326 vlan port setting 598
• The following table describes the labels in this screen 598
• Vlan port setting slot screen 598
• Vlan port setting slot detail screen 599
• Introduction to sip 601
• Introduction to voip 601
• Sip and h 48 601
• Voip overview 601
• Authorization requirements 602
• Sip identities 602
• Sip number 602
• Sip registration 602
• Sip servers and clients 602
• Sip service domain 602
• 0 sip call progression 603
• Sip proxy server 603
• Sip registrar server 603
• Sip user agent 603
• Proxy 1 proxy 2 604
• Sip rtp 604
• Ua 1 ua 2 604
• Introduction to h 48 605
• Ip network 606
• Sip ata sip ata 606
• Ip network 607
• Line events 607
• Other mg h 48 signaling 607
• Rtp payload 607
• Signal events 607
• Active sc mc 608
• Backup media gateway 608
• H 48 signaling 608
• Interface 608
• Ip network 608
• Media gateway 608
• Media gateway terminology 608
• Rtp payload 608
• Standby sc 608
• Ip pstn 609
• Media gateway 609
• H 48 commands 610
• H 48 megaco call progression example 610
• Analog analog 611
• Chapter 17 voip 611
• Direction action command 611
• Figure 416 h 48 megaco call procedure example 611
• Ip network 611
• Management switch card user s guide 611
• Mg1 mg2 611
• Phone a phone b 611
• Table 331 h 48 megaco call procedure example 611
• The user of phone a wants to call the user of phone b the following table shows the series of actions necessary to set up the network and make the call transactionrequests and transactionreplies are not shown this table illustrates the actions taken in setting up conducting and tearing down a call however some of the actions may take place simultaneously for instance when the mgc instructs mg1 and mg2 to switch to listening mode also the commands necessary to perform some series of actions may be sent in the same transaction 611
• A codec coder decoder codes analog voice signals into digital signals and decodes the digital signals back into voice signals the vop supports the following codecs 612
• Chapter 17 voip 612
• Configure each of the ies s h 48 interfaces to associate with a media gateway controller in order to let subscribers make calls through the vop mc cards 612
• Direction action command 612
• H 48 and the ies 612
• Management switch card user s guide 612
• Table 331 h 48 megaco call procedure example 612
• Voice coding 612
• Voip h248 screen 612
• Voip h248 screen to manage and configure other voip settings of each port on your h 48 line card s 612
• Voip interface screen you must specify the scs mcs h 48 profile mg details and other settings for the ies h 48 interface 612
• When you make a voip call using sip or h 48 the rtp real time transport protocol is used to handle voice data transfer see rfc 1889 for details on rtp 612
• Pstn call setup signaling 613
• Voip vlan 613
• Activating do not disturb 614
• Do not disturb 614
• European type call services 614
• Note if the system is restarted the do not disturb setting returns to its default off 614
• Activating call waiting 615
• Activating clir 615
• Call waiting 615
• Deactivating call waiting 615
• Deactivating do not disturb 615
• Rejecting and accepting incoming calls 615
• Call transfer 616
• Making a blind transfer 616
• Making a consultative transfer 616
• Making an attendant transfer 616
• Note this activates clir on the current call only 616
• Three way conference 616
• Usa call hold 617
• Usa call waiting 617
• Usa type supplementary services 617
• The voip arp screen 618
• Usa call transfer 618
• Usa three way conference 618
• Arp screen 619
• Chapter 17 voip 619
• Countrycode screen 619
• Countrycode the following screen displays 619
• Label description 619
• Management switch card user s guide 619
• The following table describes the labels in this screen 619
• The voip countrycode screen 619
• Chapter 17 voip 620
• Countrycode screen 620
• Label description 620
• Management switch card user s guide 620
• The following table describes the labels in this screen 620
• Chapter 17 voip 621
• Countrycode screen 621
• Countrycode screen the following screen displays 621
• Detail screen 621
• Label description 621
• Management switch card user s guide 621
• The countrycode detail screen 621
• Chapter 17 voip 622
• Detail screen 622
• Ip the following screen displays 622
• Label description 622
• Management switch card user s guide 622
• The following table describes the labels in this screen 622
• The voip ip screen 622
• Chapter 17 voip 623
• Ip screen 623
• Label description 623
• Management switch card user s guide 623
• The following table describes the labels in this screen 623
• The voip route screen 623
• Use this screen to set up and maintain routing for the voip line cards the routing table contains entries that based on the line card slot number and destination ip address or subnet determine where the system forwards packets from the line cards 623
• Chapter 17 voip 624
• Label description 624
• Management switch card user s guide 624
• Route screen 624
• Route the following screen displays 624
• The following table describes the labels in this screen 624
• The number plan screen 625
• Chapter 17 voip 626
• Label description 626
• Management switch card user s guide 626
• Number plan screen 626
• Chapter 17 voip 627
• H248 screen 627
• Label description 627
• Management switch card user s guide 627
• The following table describes the labels in this screen 627
• The voip h248 screen 627
• Voip h248 screen 627
• The local help screen 628
• Voip sip callsvc screen 628
• Chapter 17 voip 629
• Label description 629
• Local help screen 629
• Management switch card user s guide 629
• The following table describes the labels in this screen 629
• The voip key pattern screen 630
• Voip sip callsvc screen 630
• Chapter 17 voip 631
• Dialplan screen 631
• Dialplan to open the following screen use this screen to configure individual dial plans 631
• Key pattern screen 631
• Label description 631
• Management switch card user s guide 631
• The following table describes the labels in this screen 631
• The system uses dial plans to identify specific types of phone numbers dialed by a user and to process the number before transmission by deleting or adding digits according to the relevant rule the dial plan can also forward the call to a specific sip server use a dial plan profile to collect a group of dial plans into a profile then assign the dial plan profile to a port to apply all of the dial plans included in the profile 631
• Chapter 17 voip 632
• Dialplan screen 632
• Label description 632
• Management switch card user s guide 632
• The following table describes the labels in this screen 632
• Chapter 17 voip 633
• Dialplan screen 633
• Label description 633
• Localcall 633
• Localcall to open the following screen use this screen to configure the system s local call settings 633
• Management switch card user s guide 633
• The following table describes the labels in this screen 633
• The local call feature allows subscribers to call other subscribers if the system cannot connect to the sip server 633
• The localcall screen 633
• The voip interface screen 634
• Chapter 17 voip 635
• Interface 635
• Label description 635
• Management switch card user s guide 635
• Pots to open the following screen use this screen to name and configure pots plain old telephony service distinctive ring patterns these ring patterns define the ring the vop sends to the connected pots phones for incoming calls you define the ring patterns here the sip server defines which ring pattern to use 635
• The following table describes the labels in this screen 635
• The pots ring screen 635
• Chapter 17 voip 636
• Label description 636
• Management switch card user s guide 636
• The following table describes the labels in this screen 636
• Chapter 17 voip 637
• Flash to open the following screen use this screen to set how long in milliseconds a user has to press the flash key for the ies to register its use defval uses the period defined in the country code setting 637
• Label description 637
• Management switch card user s guide 637
• Note setting the minimum to less than 80 ms disables flash key pulse detection 637
• The following table describes the labels in this screen 637
• The pots flash screen 637
• Config save 639
• The config save screen 639
• Commands 641
• Command conventions 643
• Commands 643
• Commands introduction 643
• Detailed command information 644
• Getting help 644
• List of available commands 644
• Using commands not documented in the user s guide can damage the unit and possibly render it unusable 644
• Chapter 19 commands 645
• Common command notation 645
• Enet1 enet n 645
• Giga port 645
• Ip address 645
• Management switch card user s guide 645
• Mg name 645
• Netmask 645
• Notation description 645
• Priority 645
• Table 349 common command notation 645
• The following table describes commonly used command parameter notation 645
• Command privilege levels 646
• Command privilege levels with tacacs 646
• Saving your configuration 646
• Commands summary 647
• Do not turn off your msc while saving your configuration 647
• Acl commands 649
• Acl commands summary 649
• Slot por 650
• Auto auth unauth 652
• Chapter 20 acl commands 652
• Command description p 652
• Dot1x disable 652
• Enable 652
• Management switch card user s guide 652
• On off 652
• Table 351 acl commands continued 652
• Mac oui 655
• Chapter 20 acl commands 656
• Command description p 656
• Enable 656
• Management switch card user s guide 656
• Private tr101 vid on off 656
• Subnetvlan disable 656
• Table 351 acl commands continued 656
• Acl antimacspoof command 657
• Acl antimacspoof commands 657
• Acl arpinspection commands 657
• Acl arpinspection disable command 658
• Acl arpinspection enable command 658
• Acl arpinspection show command 658
• Acl dhcprelay82 clearinfo command 658
• Acl dhcprelay82 commands 658
• Acl dhcprelay82 enable command 658
• Acl dhcprelay82 info command 659
• Acl dhcprelay82 optionmode command 659
• Acl dhcprelay82 relaymode command 660
• Acl dhcprelay82 server active command 660
• Acl dhcprelay82 server delete command 660
• 0 acl dhcprelay82 show command 661
• Acl dhcprelay82 server set command 661
• Acl dhcprelay82 set command 661
• Dhcp relay option 82 agent information sub option 2 remote id 662
• Option 82 sub option 2 disable command 662
• Option 82 sub option 2 enable command 662
• Acl dhcpsnoop commands 663
• Acl dhcpsnoop disable command 663
• Acl dhcpsnoop enable command 663
• Option 82 sub option 2 set command 663
• Acl dhcpsnoop flush command 664
• Acl dhcpsnoop lan2lan disable command 664
• Acl dhcpsnoop lan2lan show command 664
• Acl dhcpsnoop pool set command 664
• Acl ldhcpsnoop lan2lan enable command 664
• Acl dhcpsnoop pool delete command 665
• Acl dhcpsnoop show command 665
• Acl dhcpv6relay commands 665
• Acl dhcprelay82 enable command 666
• Acl dhcpv6relay clearinfo command 666
• Acl dot1x commands 666
• Acl dot1x disable command 667
• Acl dot1x enable command 667
• Acl dot1x port control command 667
• Acl dot1x port disable command 667
• Acl dot1x port enable command 667
• Acl dot1x port period command 668
• Acl dot1x port reauth command 668
• Acl dot1x port show command 668
• Acl dot1x radius ip command 668
• 0 acl dot1x radius port command 669
• 1 acl dot1x radius secret command 669
• 2 acl dot1x show command 669
• Acl dscp command 670
• Acl dscp set command 670
• Acl dscp show command 670
• Acl maccount commands 671
• Acl maccount disable command 671
• Acl maccount enable command 671
• Maccount 671
• Note you cannot enable both mac count and mac filtering on the same port at the same time 671
• Acl maccount set command 672
• Acl maccount show command 672
• Acl macfilter commands 673
• Acl macfilter delete command 673
• Acl macfilter disable command 673
• Acl macfilter enable command 673
• Note you cannot enable both mac filtering and mac count on the same port at the same time 673
• Accept 674
• Acl macfilter mode command 674
• Acl macfilter set command 674
• Acl macfilter show command 674
• Acl macff command 675
• Acl ouifilter commands 675
• Acl ouifilter disable command 675
• Accept 676
• Acl ouifilter enable command 676
• Acl ouifilter mod 676
• Acl ouifilter mode command 676
• Acl ouifilter set 676
• Acl ouifilter set command 676
• Accept all 677
• Acl ouifilter show command 677
• Acl pktfilter commands 677
• Acl pktfilter set command 677
• Pppoe only 677
• Acl pktfilter show command 678
• Acl pppoeagent clearinfo command 678
• Netbios 678
• Pppoe agent information 678
• Acl pppoeagent delete command 679
• Acl pppoeagent disable command 679
• Acl pppoeagent enable command 679
• Acl pppoeagent info command 679
• Note before you can configure pppoe agent information you must first create a entry using the acl pppoeagent set command 679
• Acl pppoeagent optionmode command 680
• Acl pppoeagent set command 680
• Acl pppoeagent show command 680
• Acl rule 681
• Acl rule commands 681
• Acl rule delete command 681
• Acl rule nomatch command 681
• Acl rule set command 681
• Profile acl 681
• Acl rule show command 682
• Acl usbcastctrl commands 682
• Acl usbcastctrl set 682
• Acl usbcastctrl show 683
• Alarm commands 685
• Alarm commands summary 685
• General alarm command parameters 685
• Alarm clear command 687
• Alarm commands 687
• Alarm cutoff command 687
• Alarm edit command 687
• Alarm history clear command 687
• Local1 local 687
• Snmp syslog all none 687
• Alarm history show command 688
• Alarm port set command 688
• Snmp syslog all none 688
• Alarm port show command 689
• Alarm show command 689
• Local1 local 689
• Snmp syslog all none 689
• Alarm tablelist command 690
• Local1 local 690
• Snmp syslog all 690
• 0 alarm xedit command 691
• Alarm tablelis 691
• Alarm tablelist 691
• Clearable unclearable 691
• Local1 local 691
• Snmp syslog all none 691
• Clear commands 693
• Clear commands summary 693
• Clear command example 694
• Cluster commands 695
• Cluster commands summary 695
• General cluster command parameters 695
• Cluster disable command 696
• Cluster enable manager command 696
• Cluster enable member command 696
• Cluster login command 697
• Cluster member candidate flush command 697
• Cluster member candidate show command 697
• Cluster member delete command 697
• Cluster member set command 698
• Cluster member show command 698
• 0 cluster show command 699
• 1 cluster vlan command 700
• Cluster member firmware and configuration file management 700
• Config commands 703
• Config commands summary 703
• Config default command 704
• Config save command 704
• Config show command 704
• Do not turn off your device while returning to the default configuration 704
• Do not turn off your device while saving your configuration 704
• Nopaus 704
• Diagnostic commands 707
• Terms and definitions 707
• Diagnosti 708
• Diagnostic commands summary 708
• General diagnostic command parameters 708
• Chapter 25 diagnostic commands 710
• Command description p 710
• Management switch card user s guide 710
• Table 361 diagnostic commands continued 710
• Diagnostic cfm loopback command 711
• Diagnostic commands 711
• Diagnostic cfm linktrace set command 712
• Diagnostic cfm linktrace show command 712
• Note wait at least one minute after using the diagnostic linktrace set command before using the diagnostic linktrace show command 712
• Diagnostic ldm show command 713
• Note wait at least one minute after using the diagnostic ldm test command before using the diagnostic ldm show command 713
• Diagnostic ldm test command 714
• Diagnostic loopback f5 command 714
• Diagnostic loopback internal command 715
• Diagnostic mlt test command 715
• Diagnostic mlt test commands 715
• Dialtone 715
• Metering 715
• Chapter 25 diagnostic commands 716
• Diagnostic mlt relay set command 716
• Diagnostic mlt show 4 8 716
• Diagnostic mlt show command 716
• Diagnostic mlt test 4 8 ren 716
• In out both off 716
• Management switch card user s guide 716
• Syntax 716
• The following example shows the result of the last test conducted on the line connected to port 8 of slot 4 716
• The following example tests the ren of the line connected to port 8 of slot 4 716
• This command displays the results of the last metallic line test that was run on the specified voip line card port 716
• This command performs a variety of standard metallic line tests on the specified voip line card connection 716
• This command turns the test relay function on or off on the specified port when the test relay function is on you can run tests using diagnostic equipment connected to the test in and test 716
• Diagnostic mlt relay show command 717
• Diagnostic oam commands 717
• Diagnostic oam show command 717
• Diagnostic oam test command 717
• Diagnostic loopback e1 commands 718
• Diagnostic selt commands 718
• Diagnostic selt show command 718
• Diagnostic selt test command 718
• Note the port must have an open loop there cannot be a dsl device phone fax machine or other device connected to the subscriber s end of the telephone line 718
• Diagnostic loopback ima commands 719
• General ima command parameters 721
• Ima commands 721
• Ima commands summary 721
• Chapter 26 ima commands 722
• Command description p 722
• Ctc local ctc loop itc 722
• Management switch card user s guide 722
• Symop asymo asymcfg 722
• Table 363 ima commands continued 722
• Priorit 723
• Ima group commands 724
• Ima mgtpvc commands 727
• 68 192 68 728
• Ima 1 ima 2 728
• Ima dtpvc commands 729
• Ima pvc commands 729
• Ip commands 731
• Ip commands summary 731
• Ip arp flush command 732
• Ip arp show command 732
• Ip commands 732
• Ip gateway command 733
• Ip ping command 733
• Ip route delete command 733
• Ip route set command 734
• Ip route show command 734
• Configuring management vlan example 735
• Ip set command 735
• Ip show command 735
• Note after the following example configuration you must connect through the third ethernet port uplink port 1 in order to perform inband management you must connect through a vlan aware device that is using the proper vlan id in order to perform management 735
• Note by default you can access the management vlan from all of the ies s in band ports since they are all in the management vlan if you need more security please see the following example 735
• 0 ip tracert command 736
• Command before using any command that may lock yourself out from performing device management use the sys reboot cancel command to cancel the scheduled rebooting before time is up when you are sure that you had the correct configuration 736
• Note use the out of band management port or console port to configure the system if you misconfigure the management vlan and lock yourself out from performing in band management 736
• Vlan se 736
• Ip6 commands 737
• Ip6 commands summary 737
• Ip6 commands 738
• Ip6 gateway command 738
• Ip6 if default set command 738
• Ip6 ping command 738
• Ip6 set command 739
• Ip6 show command 739
• Note by default you can access the management vlan from all of the in band ports since they are all in the management vlan if you need more security see section 27 on page 735 for an example 740
• Lcman commands 741
• Lcman commands summary 741
• Lcman disable command 741
• Lcman enable command 741
• Lcman disable 742
• Lcman rese 742
• Lcman reset command 742
• Lcman show command 742
• Note the system will not apply this command if the line card is upgrading firmware 742
• Chapter 29 lcman commands 744
• Label description 744
• Management switch card user s guide 744
• Table 368 lcman show command detailed information 744
• The following table describes labels in the example 744
• Multicast commands 745
• Multicast commands summary 745
• Chapter 30 multicast commands 746
• Command description p 746
• Disable 746
• Enable proxy snooping igmpv2 igmpv3 mld v1 mldv2 746
• Fastleave enable 746
• Management switch card user s guide 746
• Table 369 multicast commands continued 746
• Multicast bandwidth commands 749
• Multicast bandwidth default command 749
• Multicast bandwidth delete command 749
• Multicast bandwidth se 749
• Multicast bandwidth port commands 750
• Multicast bandwidth port disable command 750
• Multicast bandwidth port enable command 750
• Multicast bandwidth port set command 750
• Multicast bandwidth set command 750
• Multicast bandwidth port show command 751
• Multicast group mac address commands 751
• Multicast groupmacaddr del command 751
• Multicast fastleave commands 752
• Multicast groupmacaddr set command 752
• Multicast groupmacaddr show command 752
• Multicast igmp commands 753
• Multicast igmp disable command 753
• Multicast igmp enable command 753
• Multicast igmp fastleave disable command 753
• Multicast igmp fastleave enable command 753
• Multicast igmp fastleave timer command 753
• Multicast igmp qryvid delete command 754
• Multicast igmp qryvid set command 754
• Multicast igmp qryvid show command 754
• Igmp count limit 755
• Multicast igmp show command 755
• Multicast igmpcount commands 755
• Multicast igmpcount disable command 755
• Multicast igmpcount enable command 756
• Multicast igmpcount set command 756
• Multicast igmpcount show command 756
• Multicast igmpfilter commands 757
• Multicast igmpfilter set command 757
• Multicast igmpfilter show command 758
• Multicast igmpmsgcount commands 758
• Multicast igmpmsgcount disable command 758
• Multicast igmpmsgcount enable command 758
• Multicast igmpmsgcount set command 759
• Multicast igmpmsgcount show command 759
• Multicast mvlan commands 759
• Multicast mvlan delete command 760
• Multicast mvlan disable command 760
• Multicast mvlan enable command 760
• Multicast mvlan group delete command 760
• Multicast mvlan group set command 760
• Exampl 761
• Multicast mvlan group delete command 761
• Multicast mvlan name command 761
• Multicast mvlan set command 761
• Multicast mvlan show command 761
• Multicast smcast commands 762
• Multicast smcast delete command 762
• Multicast smcast set command 762
• Forbidden 763
• Multicast smcast show command 763
• Normal 763
• Commands summary 765
• General port command parameters 765
• Port commands 765
• Port commands summary 765
• Chapter 31 port commands 767
• Command description p 767
• Fix power rat 767
• L2atpr 767
• L2maxrat 767
• L2minrat 767
• L2threshol 767
• Management switch card user s guide 767
• Max_ds_t 767
• Max_us_t 767
• Profile adsl se 767
• Table 371 port commands continued 767
• Forced 774
• Normal 774
• Profile shdsl set 775
• Chapter 31 port commands 778
• Command description p 778
• Limitmask 778
• Management switch card user s guide 778
• Table 371 port commands continued 778
• Fix power rat 779
• Max_ds_t 779
• Max_us_t 779
• Start_fre 779
• Stop_fre 779
• Chapter 31 port commands 780
• Command description p 780
• Management switch card user s guide 780
• Note the vlc1224g supports vdsl2 profile modes 8a 8b 8c 8d and 12a only 780
• Rocmininp 780
• Rocsnrm 780
• Soscrc 780
• Sosmax 780
• Sosntone 780
• Sostime 780
• Table 371 port commands continued 780
• Xtuc xtur sosminrate 780
• Port adsl 784
• Port adsl alarmprof command 784
• Port adsl commands 784
• Port commands 784
• Narrow 785
• Port adsl annexl disable command 785
• Port adsl annexl enable command 785
• Port adsl annexm disable command 785
• Port adsl annexi disable command 786
• Port adsl annexi enable command 786
• Port adsl annexm enable command 786
• Port adsl dscarrier0 command 786
• Port adsl dscarrier1 command 787
• 0 port adsl inpmin command 788
• 1 port adsl optionmask command 788
• 2 port adsl pmm disable command 789
• 3 port adsl pmm enable command 789
• Chapter 31 port commands 789
• Management switch card user s guide 789
• Port adsl optionmask 7 5 0x0001 789
• Port adsl pmm disable 7 5 789
• Syntax 789
• The following example sets adsl port 5 on the line card in slot 7 to not use trellis encoding 789
• The following example sets adsl2 port 5 on the line card in slot 7 to not use power management 789
• This command masks turns off attributes for the specified port s it is for advanced troubleshooting use an entry with a 1 instead of 0 before the x in order to turn the attribute back on remove the option mask 789
• This command turns off the power management pmm feature on the specified adsl2 2 port s 789
• 4 port adsl power command 790
• 5 port adsl psd maximum command 791
• 6 port adsl set command 791
• Note when the mode is set to auto the connection rates are governed by the negotiated adsl mode regardless of the rates configured in the profile for example if the profile is set to use a rate of 18000 kbps that speed is only supported if the negotiated adsl mode is adsl 2 any other adsl mode will limit the rate to what is supported by the specific adsl standard 791
• 7 port adsl uscarrier command 792
• Port copy command 792
• Dtpvc commands 793
• Dtpvc delete command 793
• Dtpvc mvlan disable command 793
• Port disable command 793
• Dtpvc mvlan enable command 794
• Dtpvc set command 794
• Dtpvc show command 794
• Enet commands 795
• Port e1 commands 795
• Port enable command 795
• Port enet bandwidth command 796
• Port enet dot3ad aggport command 796
• Port enet dot3ad disable command 796
• Port enet dot3ad enable command 797
• Port enet dot3ad show command 797
• Port enet flowctrl disable command 797
• Port enet flowctrl enable command 798
• Port enet frametype command 798
• Port enet priority command 798
• 0 port enet qratelimit command 799
• 1 port enet qschedule command 799
• 2 port enet pvid command 799
• 3 port enet ratelimit command 800
• 4 port enet show command 800
• 5 port enet tls commands 800
• 6 port enet vlan commands 801
• G bond commands 801
• Port gbond set command 802
• Port gbond show command 802
• Port gbond delete command 803
• Port h248 commands 803
• Port h248 set command 803
• Port h248 termination command 803
• Ip bridge arp proxy commands 804
• Ip bridge commands 804
• Ip bridge pvc commands 805
• Port ipbpvc arpproxy age command 805
• Port ipbpvc arpproxy flush command 805
• Port ipbpvc arpproxy show command 805
• Ip bridge domain commands 806
• Port ipbpvc delete command 806
• Port ipbpvc domain delete command 806
• Note you have to remove the vlans that are in the domain first 807
• Port ipbpvc domain dhcpvlan disable command 807
• Port ipbpvc domain dhcpvlan enable command 807
• Port ipbpvc domain set command 808
• Port ipbpvc domain show command 808
• Port ipbpvc domain vlan command 808
• Ip bridge edge router commands 809
• Note you have to delete every ip bridge setting including dhcp vlan that uses the selected vlan before you can remove it from the domain 809
• Port ipbpvc edgerouter delete command 809
• Port ipbpvc edgerouter set command 809
• Ip bridge interface commands 810
• Port ipbpvc edgerouter show command 810
• Note make sure you specify a valid ip bridge pvc do not specify pvcs that are not set as the ipb pvcs see section 31 2 on page 814 811
• Port ipbpvc interface delete command 811
• Port ipbpvc interface set command 811
• Ip bridge routing table commands 812
• Port ipbpvc interface show command 812
• Port ipbpvc route delete command 812
• Port ipbpvc route set command 813
• Port ipbpvc route show command 814
• Port ipbpvc set command 814
• Port ipbpvc show command 815
• Port ipbpvc vlan command 815
• Port name command 816
• Pppoa to pppoe pae translation 816
• Port paepv 817
• Port paepvc delete command 817
• Port paepvc set command 817
• Hello time 818
• Port paepvc show command 818
• Port pots gain command 818
• Port ppvc 818
• Port ppvc commands 818
• Port ppvc delete command 819
• Port ppvc member delete command 819
• Port ppvc member set command 819
• Port ppvc set command 820
• Port ppvc show command 820
• Port ppvc vlan command 821
• Port pvc 822
• Port pvc commands 822
• Port pvc delete command 822
• Port pvc mvlan disable command 822
• Port pvc mvlan enable command 822
• Port pvc set command 822
• Port pvc show command 823
• Port pvc usratelimit enable command 823
• 0 port pvc vlan command 824
• Port pvc usratelimit disable command 824
• Port pvc usratelimit set command 824
• Port pvc usratelimit show command 824
• Chapter 31 port commands 825
• Commands to configure the subscriber shdsl ports 825
• Management switch card user s guide 825
• Port pvc vlan 7 5 8 35 23 join untag 825
• Port shdsl 825
• Port shdsl alarmprof 6 8 sesalarm 825
• Port shdsl alarmprof command 825
• Port shdsl commands 825
• Syntax 825
• The following example adds the pvc on dsl port 5 on the line card in slot 7 with vpi 8 and vci 35 to vlan 23 825
• The following example sets shdsl port 8 on the line card in slot 6 to use the sesalarm alarm profile at both the stu c and the stu r 825
• This command adds a pvc to a vlan or removes a pvc from a vlan it also sets whether the pvc sends frames with or without a vlan tag 825
• This command sets the specified shdsl port s or end point s to use an alarm profile 825
• Use the 825
• Forced_ep 826
• Forced_epl 826
• Forced_no_ep 826
• Normal_ep 826
• Nornal_ep 826
• Port shdsl mode command 826
• Port shdsl pbo command 826
• Forced 827
• Normal 827
• Port shdsl pmms command 827
• Port shdsl set command 827
• Port show command 828
• Port sip account command 828
• Port sip opmode command 828
• Port sip password command 829
• Port sip polarityreverse command 829
• Port sip set command 829
• Note you can not configure pppoa to pppoe and tls settings on the same pvc 830
• Port tel command 830
• Port tlspv 830
• Transparent lan service tls 830
• Port tlspvc delete command 831
• Port tlspvc set command 831
• Port tlspvc show command 831
• Port vdsl 831
• Port vdsl commands 831
• Port vdsl alarmprof command 832
• Port vdsl compatible command 832
• Port vdsl dt commands 832
• Port vdsl frametype command 833
• Port vdsl frequencyplan command 833
• Port vdsl ginp command 834
• Chapter 31 port commands 835
• Management switch card user s guide 835
• Port vdsl ginp inpmin 4 5 us inp 2 835
• Port vdsl inm command 835
• Syntax 835
• The following example sets the upstream g inp impulse noise protection at 1 dmt symbol on traffic on port 5 on the vdsl card in slot 4 835
• This command configures itu t g 88 s improved impulse noise protection settings on a vdsl connection 835
• Port vdsl inpmin command 836
• Port vdsl ipqos command 836
• 0 port vdsl limitmask set command 837
• Chapter 31 port commands 837
• Management switch card user s guide 837
• Port vdsl ipqos 4 5 qosprofile1 837
• Port vdsl limitmask set 4 5 1 837
• Syntax 837
• The following example sets qos according to settings configured in the profile named qosprofile1 on traffic on port 5 on the vdsl card in slot 4 837
• The following example sets the psd mask to vdsl2_a_nus0 on traffic on port 5 on the vdsl card in slot 4 837
• This command sets the psd mask for the option bit on the specified port 837
• 1 port vdsl limitmask show command 838
• Chapter 31 port commands 838
• Management switch card user s guide 838
• Syntax 838
• 2 port vdsl optionmask command 839
• 3 port vdsl power command 839
• 4 port vdsl priority command 840
• 5 port vdsl pvid command 840
• 6 port vdsl pvlan set command 840
• 7 port vdsl rfiband command 841
• 8 port vdsl rficustom commands 841
• Disabl 841
• Port vdsl rficustom 841
• 9 port vdsl set command 842
• 0 port vdsl sos command 843
• 1 port vdsl tls commands 843
• 2 port vdsl upbo commands 844
• 3 port vdsl vlan commands 844
• General profile command parameters 847
• Profile commands 847
• Profiles overview 847
• Commands summary 848
• Profil 848
• Profile commands summary 848
• Runtim 848
• Startup 848
• Snrmgn 849
• Chapter 32 profile commands 852
• Command description p 852
• Management switch card user s guide 852
• Table 373 profile commands continued 852
• Igmpfilter 853
• Nrt vb 853
• Annexa annex 855
• Chapter 32 profile commands 855
• Command description p 855
• Management switch card user s guide 855
• Margin 855
• Table 373 profile commands continued 855
• Chapter 32 profile commands 859
• Command description p 859
• Management switch card user s guide 859
• Map profile 859
• Show show name 859
• Table 373 profile commands continued 859
• Chapter 32 profile commands 862
• Command description p 862
• Management switch card user s guide 862
• Table 373 profile commands continued 862
• Chapter 32 profile commands 863
• Command description p 863
• Dialplan show 863
• Management switch card user s guide 863
• Table 373 profile commands continued 863
• Chapter 32 profile commands 864
• Command description p 864
• Management switch card user s guide 864
• Table 373 profile commands continued 864
• Exampl 865
• Note you cannot remove the acl profile s that is currently in use 865
• Profile acl commands 865
• Profile acl delete command 865
• Profile acl map command 865
• Profile acl set command 865
• Chapter 32 profile commands 866
• Dmac mac 866
• Management switch card user s guide 866
• Smac mac 866
• Configuration guidelines 867
• Profile acl set test protocol tcp protocol udp deny 867
• Profile acl set test protocol tcp vlan 15 deny 867
• Profile acl show command 867
• Profile ads 867
• Profile adsl commands 867
• Chapter 32 profile commands 868
• If the signal becomes better and the snr is higher than 9 rate adaptation is triggered and the line rate becomes higher 868
• Management switch card user s guide 868
• Note that the default value will be used for any of the above fields that are omitted 868
• Profile adsl set command 868
• Runtim 868
• Startu 868
• Syntax 868
• The adsl up down shift noise margins define the threshold that triggers rate adaptation for example 868
• The profile is a list of adsl line configuration settings after you create an adsl profile you can assign it to any of the adsl ports on any of the adsl line cards 868
• The target snr is 6 and the up down shift noise margins are 9 3 868
• Profile adsl delete command 869
• Profile adsl map command 869
• Profile adsl show command 870
• Profile alarmadsl commands 870
• Profile alarmadsl show command 870
• Profile alarmadsl set command 871
• Alarmads 872
• Alarmprofile se 872
• Chapter 32 profile commands 872
• Command configures adsl port alarm thresholds the system sends an alarm trap and generates a syslog entry when the thresholds of the alarm profile are exceeded 872
• Command to use them with specific adsl ports 872
• Configure 872
• Management switch card user s guide 872
• Port adsl alarmpro 872
• Profile alarmadsl delete command 872
• Profile alarmadsl delete sesalarm 872
• Profile alarmadsl set sesalarm atuc ses 3 872
• Profiles first and then use the 872
• Syntax 872
• The following example deletes the sesalarm alarm profile 872
• The following example sets an alarm profile named sesalarm that has the system send an alarm trap and generate a syslog whenever the atuc connection from the ies to the subscriber has more than 3 severely errored seconds within a 15 minute period 872
• This command allows you to delete an individual adsl alarm profile by its name you cannot delete the defval alarm profile 872
• Profile alarmadsl map command 873
• Profile alarme1 commands 873
• Profile alarme1 show command 873
• Alarme 874
• Alarme1 se 874
• Port e1 alarmpro 874
• Profile alarme1 delete command 874
• Profile alarme1 set command 874
• Profile alarme1 map command 875
• Profile alarmshdsl commands 875
• Profile alarmshdsl show command 875
• Alarmshds 876
• Port shdsl alarmpro 876
• Profile alarmshdsl set command 876
• Profile alarmshdsl delete command 877
• Profile alarmshdsl map command 877
• Profile alarmvdsl commands 877
• Profile alarmvdsl show command 877
• Alarmprofile se 878
• Alarmvds 878
• Port vdsl alarmpro 878
• Profile alarmvdsl set command 878
• Profile alarmvdsl delete command 879
• Profile alarmvdsl map command 879
• Profile atm commands 880
• Profile atm set command 880
• Profile atm show command 880
• Port ppvc se 881
• Port pvc set 881
• Profile atm delete command 881
• Profile atm map command 882
• Profile ipqos commands 882
• Profile ipqos set command 882
• Profile ipqos show command 882
• Profile server 882
• Profile ipqos queue command 883
• Profile ipqos delete command 884
• Profile ipqos map command 884
• Profile profsvr clientlist set command 885
• Profile profsvr commands 885
• Profile profsvr mode command 885
• Profile profsvr show command 885
• Profile profsvr clientlist delete command 886
• Profile profsvr clientlist show command 886
• Profile profsvr serverset command 886
• Profile profsvr sync command 886
• Note you cannot remove a rate limit profile that is currently in use 887
• Profile ratelimit commands 887
• Profile ratelimit delete command 887
• Profile ratelimit map command 887
• Profile ratelimit set command 887
• Commands to configure shdsl profiles 888
• Profile ratelimit show command 888
• Profile shds 888
• Profile shdsl commands 888
• Profile shdsl set command 888
• Use the 888
• Chapter 32 profile commands 889
• Management switch card user s guide 889
• Profile shdsl set gold 2112 4096 annexa 4wire lp_on_cur 5 889
• The following example creates a premium profile named gold for providing subscribers with very high connection speeds the minimum transmission rate is 2112 kbps and the maximum transmission rate is 4096 it sets two ports to function as a 4 wire group it uses annex a dsl over pots it turns on line probes and has them use the current condition target signal to noise ratio margin which it sets to 5 db 889
• The minimum transmission rate must be less than or equal to the maximum transmission rate 889
• The profile is a table that contains information on shdsl line configuration each entry in this table reflects a parameter defined by a manager which can be used to configure the shdsl line after you create an shdsl profile assign it to shdsl ports on an shdsl line card 889
• When using 4 or 8 wire groups you must apply the profile to consecutive ports a profile for a 4 wire group can be used with ports 1 2 or 3 4 or 5 6 and so forth the first two ports the second two ports the third two ports and so on you cannot use a 4 wire group with ports 2 3 or 4 5 a profile for an 8 wire group can be used with ports 1 2 3 4 or 5 6 7 8 or 9 10 11 12 and so forth the first four ports the second four ports the third four ports and so on you cannot use an 8 wire group with ports 2 3 4 5 or 4 5 6 7 889
• You must specify at least the profile s name and minimum and maximum rates the default value will be used for any of the other fields that you omit 889
• Profile shdsl delete command 890
• Profile shdsl map command 890
• Profile shdsl show command 890
• Commands to configure vdsl profiles 891
• Profile vds 891
• Profile vdsl commands 891
• Profile vdsl delete command 891
• Profile vdsl map command 891
• Standar 891
• Use the 891
• Note the system rounds the signal to noise margin settings to the nearest multiple of 0 5 db 892
• Profile vdsl set command 892
• Standar 892
• Standard 892
• Commands to configure vdsl2 profiles 893
• Profile vdsl 893
• Profile vdsl show command 893
• Profile vdsl2 commands 893
• Standar 893
• Use the 893
• Profile vdsl2 lineprofile set command 894
• Chapter 32 profile commands 895
• Management switch card user s guide 895
• Chapter 32 profile commands 896
• Management switch card user s guide 896
• Bitswapds disable enable 897
• Bitswapus disable enable 897
• Chapter 32 profile commands 897
• Dpbotyp 897
• Management switch card user s guide 897
• Snrmodeds disable enable 897
• Snrmodeus disable enable 897
• Chapter 32 profile commands 898
• Management switch card user s guide 898
• Chapter 32 profile commands 899
• Limitmask d32 d48 d64 d128 b7 1 10 b8 1 16 899
• Management switch card user s guide 899
• Us0band disable enable 899
• Us0mask eu32 eu36 eu40 eu44 eu48 eu52 eu 56 eu60 eu64 eu128 899
• Chapter 32 profile commands 900
• Compatible none adsl2 adsl2 900
• Dynamicdds disable enable 900
• Dynamicdus disable enable 900
• Management switch card user s guide 900
• Profile voip dsp commands 900
• Profile voip dsp delete command 900
• Profile voip dsp delete digsig1 900
• Profile voip dsp map command 900
• Rocenableds disable enable 900
• Rocenableus disable enable 900
• Syntax 900
• The profile is a list of vdsl2 line configuration settings after you create a vdsl2 line profile you can have a vdsl2 template use it and then assign the vdsl2 template to vdsl2 ports 900
• This command removes the specified dsp profile an example is shown to delete a dsp profile named digsig1 900
• Use these commands to set up and manage digital signal processing for the voip line cards each dsp profile specifies voip related attributes such as the voice codecs to use in a given session 900
• Profile voip dsp set command 901
• Profile voip dsp show command 902
• Profile voip h248 commands 903
• Profile voip h248 delete command 903
• Profile voip h248 map command 903
• Profile voip h248 set command 904
• Profile voip h248 show command 905
• Profile voip sip commands 906
• Profile voip sip delete command 906
• Profile voip sip map command 906
• Profile voip sip set command 906
• Profile voip sip show command 908
• Profile voip sip callsvc commands 909
• Profile voip sip callsvc delete command 909
• Profile voip sip callsvc map command 910
• Profile voip sip callsvc set command 911
• Profile voip sip callsvc show command 914
• Profile voip sip dialplan commands 915
• Profile voip sip dialplan delete command 916
• Profile voip sip dialplan map command 916
• Profile voip sip dialplan set command 916
• Profile voip sip dialplan show command 917
• Redundant commands 919
• Redundant commands overview 919
• Redundant commands summary 919
• Commands summary 921
• Show commands 921
• Show commands overview 921
• Show commands summary 921
• Bond_name 922
• Certificate 922
• Chapter 34 show commands 922
• Command description p 922
• Enable password 922
• Https info 922
• Igmp info 922
• Management switch card user s guide 922
• Session 922
• Table 375 show commands continued 922
• Chapter 34 show commands 923
• Command description p 923
• Management switch card user s guide 923
• Note the link must be in the specified ima group 923
• Table 375 show commands continued 923
• Chapter 34 show commands 924
• Command description p 924
• Destination 924
• Ip6 default router 924
• Management switch card user s guide 924
• Neighbor 924
• Prefix 924
• Table 375 show commands continued 924
• Show commands 927
• Show ads 928
• Show adsl commands 928
• Show adsl linedata command 928
• Show adsl linegain command 929
• Show adsl linehlog command 930
• Show adsl lineqln command 931
• Show adsl linetssi command 931
• Show arp command 933
• Show atm command 933
• Show cfm command 934
• Show dot3ad command 934
• Show dhcp counter command 935
• Show dhcp snoop command 935
• Show e1 commands 935
• Show enet command 936
• 0 show gbond command 938
• Alignerr 938
• Bcastpkts 938
• Chapter 34 show commands 938
• Dropped 938
• Excollisn 938
• Fcserr 938
• Fragment 938
• Jabber 938
• Label description 938
• Management switch card user s guide 938
• Mcastpkts 938
• Nucastpkts 938
• Oversizpkt 938
• Pkt1024 1518 938
• Pkt128 255 938
• Pkt256 511 938
• Pkt512 1023 938
• Pkt65 127 938
• Syntax 938
• Table 381 show enet command display continued 938
• This command displays g bond settings for the card inserted into the specified slot and if specified a g bond group 938
• Underrun 938
• Undsizpkt 938
• 1 show https commands 939
• 1 show https info command 939
• 1 show https session command 939
• 1 show https certificate command 940
• 1 show https keycommand 940
• 2 show igmp commands 942
• 2 show igmp group command 942
• 2 show igmp info command 942
• 2 show igmp port info command 942
• Multicast igmp enabl 942
• 2 show igmp port group command 943
• 3 show ima commands 943
• Chapter 34 show commands 946
• Label description 946
• Management switch card user s guide 946
• Show ima performance link 2 2 6 96q 5 6 group 2 link 2 3 in 96 qtr history start from 5 to 6 idx 1 iv oif ses sesfe uas uasfe txfc rxfc idx 2 txfcfe rxfcfe txuus rxuus txuusfe rxuusfe txstuff rxstuff 0 0 0 0 0 900 0 0 0 0 0 0 0 900 0 0 1989 0 1 0 0 0 0 900 0 0 0 1 0 0 0 900 0 0 1989 0 946
• Table 382 ima performance link information 946
• The following table describes labels in this example 946
• This command displays the statistics of e1 link 6 in slot 2 and ima group 2 collected during the 5th to 6th quarter hours of the past 96 quarter hours 946
• 4 show ip command 947
• 5 show ip6 default router command 947
• 6 show ip6 destination command 948
• 7 show ip6 neighbor command 948
• 8 show ip6 prefix command 949
• A prefix is considered to be on link when it is assigned to an interface on a link it s used to determine if an address is on the msc s subnet and can be reached directly without passing through a router an on link interface is directly connected to the msc or connected through another switch 949
• Chapter 34 show commands 949
• Label description 949
• Management switch card user s guide 949
• Show ip6 prefix 949
• Syntax 949
• Table 383 show ipv6 neighbor 949
• The following table describes the labels in this screen 949
• This command displays the the list of on link prefixes the prefixes are used to determine whether an ip address is on the same link as the msc or should be reached through a router 949
• 0 show ipbpvc arpproxy command 950
• 9 show ip6 route command 950
• 1 show ipbpvc interface command 951
• 2 show ipbpvc route command 952
• 3 show lineinfo command 952
• 3 xdsl line card 953
• Chapter 34 show commands 953
• Label description 953
• Management switch card user s guide 953
• Show lineinfo 7 5 slot port 1 1 dsl line info link link_up service type adsl2plus_mode coding mode concatenated trellis and rs coding us interleave delay 18 ms ds interleave delay 6 ms us inp 2 dmt symbol s ds inp 0 dmt symbol s us output power 9 dbm ds output power 13 dbm country code 0000 provider code 5443544e tctn 953
• Table 385 show lineinfo command display 953
• The following example displays the line operating values for port 5 on the adsl line card in slot 7 953
• The following table describes labels in this example 953
• 3 voip line card 954
• 4 show linerate command 954
• 5 show linestat command 955
• 6 show mac command 956
• 7 show macff arp counter port command 956
• 8 show macff arp counter uplink command 956
• 0 show monitor command 957
• 9 show macff status command 957
• 1 show mstp command 959
• Chapter 34 show commands 959
• Label description 959
• Management switch card user s guide 959
• Syntax 959
• Table 388 show monitor command information 959
• This command displays information such as bridge id topology change counter etc of the specified mst region s 959
• This table describes labels in the example 959
• 2 show oam command 960
• 3 show packet command 961
• 4 show paepvc counter command 962
• 5 show paepvc session command 963
• 6 show performance command 963
• Chapter 34 show commands 963
• Curr 15min 1day 963
• Field description 963
• Management switch card user s guide 963
• Show paepvc session 2 1 pvc 2 1 1 33 session state down session id 0 session uptime 0 secs acname srvcname 963
• Syntax 963
• Table 389 show paepvc counter command fields 963
• The following table describes the counters 963
• This command displays a dsl port s performance counters 963
• This command displays the pae pvc session status the following example displays the session status of all pae pvc s on port 1 of the line card in slot 2 963
• Chapter 34 show commands 965
• Label description 965
• Management switch card user s guide 965
• Table 390 show performance curr continued 965
• 7 show rmon command 966
• 8 show sfp command 968
• 9 show sys command 968
• 0 show user command 969
• 1 show vdsl inm command 969
• Chapter 34 show commands 970
• Management switch card user s guide 970
• The following example shows the current impulse noise monitoring statisitcs on the vdsl line connected to port 2 of the line card in slot 12 970
• This command displays the vdsl port s impulse noise monitoring statistics 970
• 2 show vdsl linebandplan command 971
• 3 show vdsl linedata command 971
• 4 show vdsl linegain command 971
• 5 show vdsl linehlog command 972
• 6 show vdsl lineqln command 973
• 7 show vdsl linetssi command 973
• 8 show vlan command 975
• 9 show voip h248 interface command 975
• 0 show voip h248 media command 976
• 1 show voip h248 termination info command 976
• Chapter 34 show commands 976
• Management switch card user s guide 976
• Syntax 976
• This command displays h 48 termination setting and status information 976
• This command displays the status of the specified h 48 media card 976
• This example shows the status of the h 48 interface 1 s media card 1 976
• 2 show voip h248 termination state command 977
• 3 show voip sip serverstate command 977
• Commands summary 979
• General switch command parameters 979
• Switch commands 979
• Switch commands overview 979
• Switch commands summary 979
• Aging tim 983
• Chapter 35 switch commands 983
• Command description p 983
• Disable 983
• Disable tx rx tx rx 983
• Enable disable 983
• Flush enet all 983
• Management switch card user s guide 983
• Mirror enable 983
• Table 395 switch commands continued 983
• Wt0 wt7 986
• Sub up all 987
• Sub1 sub2 up1 up2 all 987
• Switch bandwidt 987
• Switch bandwidth commands 987
• Switch bandwidth disable command 987
• Switch bandwidth enable command 987
• Sub tup al 988
• Sub up al 988
• Sub1 sub2 up1 up2 all 988
• Switch bandwidth set command 988
• Switch bandwidth show command 988
• Sub up al 989
• Sub1 sub2 up1 up2 all 989
• Switch bcasctr 989
• Switch bcasctrl commands 989
• Switch bcastctrl show command 989
• Switch bcastctrl threshold command 989
• Switch cfm commands 990
• Switch cfm disable 990
• Switch cfm enable 990
• Switch cfm lbr disable 990
• Switch cfm lbr enable 990
• Switch cfm lbr show 990
• Switch cfm ma delete 991
• Switch cfm ma meplist delete 991
• Switch cfm ma meplist set 991
• 0 switch cfm ma vlan delete 992
• 1 switch cfm ma vlan set 992
• Switch cfm ma set 992
• 2 switch cfm md delete 993
• 3 switch cfm md set 993
• 4 switch cfm mep delete 993
• 5 switch cfm mep set 993
• 6 switch cfm mip delete 994
• 7 switch cfm mip set 994
• 8 switch cfm mip mlbm respond disable 994
• 0 switch cfm mode 995
• 1 switch cfm show 995
• 9 switch cfm mip mlbm respond enable 995
• Switch dot31 996
• Switch dot3ad commands 996
• Switch dot3ad lacp priority command 996
• Switch dot3ad enable command 997
• Switch dot3ad lacp show command 997
• Switch dot3ad lacp timeout command 997
• Switch dot3ad disable command 998
• Switch dot3ad show command 998
• Dscp overview 999
• Switch dsc 999
• Switch dscp commands 999
• Switch dscp disable command 999
• Switch dscp enable command 999
• Switch dscp set command 999
• Switch dscp show command 1000
• Switch garptime 1000
• Switch garptimer commands 1000
• Switch garptimer show command 1000
• Switch garptimer join command 1001
• Switch garptimer leave command 1001
• Switch garptimer leaveall command 1002
• Switch garptimer set command 1002
• Switch isolatio 1003
• Switch isolation commands 1003
• Switch isolation disable command 1003
• Switch isolation enable command 1003
• Switch isolation show command 1003
• Note per vlan isolation only works when the regular switch isolation feature is disabled see section 35 on page 1003 1004
• Switch isolation vlan delete command 1004
• Switch isolation vlan set command 1004
• Switch lld 1005
• Switch lldp commands 1005
• Switch lldp disable command 1005
• Switch lldp enable command 1005
• Switch lldp txhold command 1005
• Switch lldp txinterval command 1005
• Switch lldp notifyinterval command 1006
• Switch lldp reinitdelay command 1006
• Switch lldp show command 1006
• Switch lldp txdelay command 1006
• 0 switch lldp port flush command 1007
• Switch lldp port adminstatus command 1007
• 1 switch lldp port local command 1008
• 2 switch lldp port notify command 1008
• 3 switch lldp port remote command 1009
• 4 switch lldp port set command 1009
• Switch mirro 1009
• Switch mirror commands 1009
• Switch mac aging commands 1010
• Switch mst 1010
• Switch mstp commands 1010
• Switch mstp cfgname command 1011
• Switch mstp disable command 1011
• Switch mstp enable command 1011
• Switch mstp fwdelay command 1011
• Switch mstp hellotime command 1011
• Switch mstp maxage command 1012
• Switch mstp maxhops command 1012
• Switch mstp priority command 1012
• 0 switch mstp show command 1013
• Switch mstp revision command 1013
• 1 switch mstp version command 1014
• 2 switch mstp vlanmap command 1014
• Note make sure the vlan s is not already configured for multicasting or vlan stacking 1015
• Switch oam commands 1015
• Switch oam port disable command 1015
• Switch oam port enable command 1015
• Switch oam port mode command 1016
• Switch oam port rmtlpbk disable command 1016
• Switch oam port rmtlpbk enable command 1016
• Switch oam show command 1016
• Switch port commands 1017
• Switch port disable command 1017
• Switch port enable command 1017
• Switch port flowctrl disable command 1018
• Switch port flowctrl enable command 1018
• Switch port frametype command 1018
• Switch port gvr 1019
• Switch port gvrp commands 1019
• Switch port gvrp disable command 1019
• Switch port gvrp enable command 1019
• Switch port mode command 1019
• Switch port mst 1020
• Switch port mstp commands 1020
• Switch port mstp disable command 1020
• Switch port mstp edgeport command 1020
• Switch port mstp enable command 1020
• Switch port mstp p2plink command 1021
• Switch port mstp pathcost command 1021
• Switch port mstp priority command 1021
• 0 switch port priority command 1022
• Switch port mstp show command 1022
• Switch port name command 1022
• 1 switch port pvid command 1023
• 2 switch port show command 1023
• 3 switch port speed command 1023
• Auto 1000f 100f 100 1023
• Tup all 1023
• Sub1 sub2 up1 up2 all 1024
• Switch port vlantrunk commands 1024
• Switch port vlantrunk disable command 1024
• Switch port vlantrunk enable command 1024
• Tsub tup all 1024
• Switch qschedule commands 1025
• Switch qschedule set command 1025
• Switch qschedule show command 1025
• Switch queuemap commands 1026
• Switch queuemap set command 1026
• Switch queuemap show command 1026
• Sys commands 1027
• Sys commands overview 1027
• Sys commands summary 1027
• Acct commands disable 1028
• Acct exec disable 1028
• Acct show 1028
• Acct system disable 1028
• Chapter 36 sys commands 1028
• Command description p 1028
• Management switch card user s guide 1028
• Mode index priority round robin 1028
• Table 396 sys commands continued 1028
• Chapter 36 sys commands 1029
• Command description p 1029
• Management switch card user s guide 1029
• Mode index priority round robin 1029
• Table 396 sys commands continued 1029
• Chapter 36 sys commands 1030
• Command description p 1030
• Management switch card user s guide 1030
• Mode index priority round robin 1030
• Table 396 sys commands continued 1030
• Des ae 1033
• Md5 sh 1033
• Sys commands 1034
• Sys version command 1034
• Sys baud set command 1035
• Sys baud show command 1035
• Sys client set command 1035
• Sys client disable command 1036
• Sys client enable command 1036
• Sys client show command 1036
• Sys client 1037
• Sys client6 commands 1037
• 0 sys time set command 1038
• Sys time show command 1038
• 1 sys date show command 1039
• 2 sys date set command 1039
• 3 sys timeserver show command 1039
• 4 sys timeserver set command 1039
• 5 sys timeserver sync command 1040
• 6 sys info chassis command 1040
• 7 sys info contact command 1041
• 8 sys info frame command 1041
• 9 sys info hostname command 1041
• 0 sys info location command 1042
• 1 sys info show command 1042
• 2 sys monitor set command 1043
• Chapter 36 sys commands 1043
• Management switch card user s guide 1043
• Syntax 1043
• 3 sys monitor show command 1044
• Chapter 36 sys commands 1044
• Management switch card user s guide 1044
• Syntax 1044
• Sys monitor set 2 fan 1 7500 5000 1044
• The following example sets fan 1 s maximum rpm threshold to 7500 and minimum rpm threshold to 5000 the msc is in slot 2 1044
• This commands sets the hardware monitor high and low thresholds 1044
• 4 sys multilogin enable command 1045
• 5 sys multilogin disable command 1046
• 6 sys multilogin show command 1046
• 7 sys reboot command 1046
• 0 sys server enable command 1047
• 8 sys server port command 1047
• 9 sys server disable command 1047
• 1 sys server show command 1048
• Sys snmp commands 1048
• Sys snmp getcommunity command 1048
• Sys snmp setcommunity command 1048
• Exampl 1049
• Sys snmp trapcommunity command 1049
• Sys snmp trapdst command 1049
• Sys snmp show command 1050
• Sys snmp user command 1050
• Sys snmp version command 1051
• Sys syslog commands 1051
• Sys syslog server command 1051
• Sys syslog disable command 1052
• Sys syslog enable command 1052
• Sys syslog show command 1052
• Sys user commands 1052
• Sys user delete command 1053
• Sys user enable command 1053
• Sys user set command 1053
• Sys user disable command 1054
• Sys user online command 1054
• Sys user show command 1054
• Vlan commands 1055
• Vlan commands overview 1055
• Vlan commands summary 1055
• Vlan delete command 1055
• Vlan disable command 1056
• Vlan enable command 1056
• Vlan name command 1056
• Vlan set command 1056
• Sub up all 1057
• Sub1 sub2 up1 up2 all 1057
• Vlan show command 1057
• Voip commands 1059
• Voip commands summary 1059
• Chapter 38 voip commands 1062
• Command description p 1062
• Management switch card user s guide 1062
• Table 399 voip commands continued 1062
• Use these commands to control arp address resolution protocol on the voip line cards 1062
• Voip arp commands 1062
• Voip arp flush command 1063
• Voip arp show command 1063
• Voip countrycode commands 1063
• Chapter 38 voip commands 1064
• Management switch card user s guide 1064
• Syntax 1064
• The following example configures the voip line card for use in the czech republic 1064
• Use this command to configure regional settings for voip parameters by default the voip line card is configured for use in the usa countrycode 0 1064
• Voip countrycode set 6 1064
• Voip countrycode set command 1064
• Voip countrycode show 1064
• Voip countrycode show command 1064
• Voip h248 commands 1066
• Voip h248 interface bhca command 1066
• Voip h248 interface group command 1066
• Voip h248 interface ip command 1066
• Voip h248 interface mg disable command 1067
• Voip h248 interface mg enable command 1067
• Voip h248 interface mg set command 1067
• Voip h248 interface show command 1068
• Voip h248 interface slave command 1068
• Voip h248 master command 1068
• 0 voip h248 opmode command 1069
• 1 voip h248 priority command 1069
• 2 voip h248 show command 1070
• Single vop card voip h248 command example 1070
• Voip h248 command examples 1070
• Adding another vop card voip h248 command example 1072
• Voip ip commands 1072
• Voip ip dns command 1073
• Voip ip set command 1073
• Voip ip show command 1073
• Pots flash commands 1074
• Pots ring commands 1074
• Voip pots ring name command 1074
• Voip pots ring pattern command 1074
• Voip pots ring show command 1075
• Voip route commands 1076
• Voip route delete command 1076
• Voip route set command 1076
• Voip route show command 1077
• Voip sip dialplan 1077
• Voip sip dialplan delete command 1077
• Voip sip dialplan map command 1077
• Voip sip dialplan set command 1078
• Chapter 38 voip commands 1079
• Management switch card user s guide 1079
• Syntax 1079
• This command configures dialplan related settings an example is shown next 1079
• Voip sip dialplan set dialplan1 0033334444 2 sipprofile1 10 5 1079
• Voip sip dialplan show command 1079
• Voip sip keypattern commands 1080
• Voip sip keypattern set command 1080
• Voip sip keypattern show command 1080
• Voip sip localhelp commands 1082
• Voip sip localhelp delete command 1082
• Voip sip localhelp map command 1082
• Voip sip localhelp set command 1083
• Voip sip localhelp show command 1083
• Voip sip numberplan commands 1083
• Voip sip numberplan delete command 1083
• Chapter 38 voip commands 1084
• Management switch card user s guide 1084
• Syntax 1084
• This command displays which sip call service profiles refer to the specified sip numbering plan table an example is shown displaying the sip call service profiles that map to a numbering plan table named numplan_table 1084
• Voip sip numberplan map command 1084
• Voip sip numberplan map numplan_table index name 1 grilp 2 sw 1084
• Voip sip numberplan set command 1084
• Filename conventions 1087
• Firmware and configuration file maintenance 1087
• Firmware and configuration file maintenance overview 1087
• Config 1088
• Editable configuration file 1088
• Editable configuration file backup 1088
• Note you can change the dat file to a txt file and still upload it to the ies as long as you rename it to config 0 when you upload it to the ies 1088
• Sys versio 1088
• Config da 1089
• Edit configuration file 1089
• Editable configuration file upload 1089
• Note ensure that any changes you make to the commands in the configuration file correspond to the commands documented in this user s guide the system user password is encrypted and you cannot edit it in a text editor 1089
• Firmware bi 1090
• Firmware file upgrade 1090
• Config 1091
• Config da 1091
• Configuration file upgrade 1091
• Ftp authorization 1091
• Troubleshooting specifications appendices and index 1093
• Power hardware connections and leds 1095
• Troubleshooting 1095
• A gigabit ethernet interface s leds are not on 1096
• A sfp slot s lnk led turns on and off intermittently 1096
• I forgot the ip address for the msc 1096
• Msc access and login 1096
• I can see the login screen but i cannot log in to the msc 1097
• I cannot see or access the login screen in the web configurator 1097
• I forgot the password 1097
• I cannot telnet into the msc 1098
• I cannot use ftp to upload download the configuration file i cannot use ftp to upload new firmware edit as needed 1098
• I cannot use the console port to access the msc 1098
• The snmp manager server cannot get information from the msc 1098
• Configuration 1099
• Configuration changes were not saved after i restarted the system 1099
• Data transmission 1099
• I resolved a network loop problem on a switch connected to an ies port but the ies port still does not send or receive data 1099
• The gigabit ethernet interface s led is on but data cannot be transmitted 1099
• The ports in an n wire group cannot send or receive data 1099
• I cannot get a redundant second management switch card to work as a standby 1100
• Management lockout 1100
• Note be careful not to lock yourself and others out of the msc 1100
• Redundant management switch cards 1100
• The dsl ports transmission rates are lower than the dsl profile s configured maximum rate 1100
• A line card does not become active 1101
• A line card is stuck in the inactive state 1101
• Command before using any settings or commands that may lock you out from managing the device use the sys reboot cancel command to cancel the scheduled reboot when you are sure you have the correct configuration otherwise the device will restart and resume using the settings last saved before using the sys reboot command 1101
• Lcman disabl 1101
• Resetting the defaults 1101
• Resetting the defaults via cli command 1101
• Enter debug mod 1102
• Note this procedure is for emergency situations only 1102
• Press any key to enter debug mode within 3 seconds 1102
• Recovering the firmware 1102
• Starting xmodem upload 1102
• Failure to connect to remote devices computers through an ima connection 1103
• Ima connection failure 1103
• Chapter 40 troubleshooting 1104
• Group failure state possible root cause 1104
• Group fe state 1104
• Group ne state 1104
• Make sure that ima pvc dtpvc and or mgtpvc settings are configured properly and match the settings configured on the peer ima device 1104
• Management switch card user s guide 1104
• Table 401 common causes of ima connection problems 1104
• The following table summerizes some cases according to the combination of ne fe states and the possible root causes 1104
• Ies default settings 1105
• Product specifications 1105
• Chapter 41 product specifications 1106
• Management switch card user s guide 1106
• Table 402 default settings 1106
• Chapter 41 product specifications 1107
• Management switch card user s guide 1107
• Table 402 default settings 1107
• Chapter 41 product specifications 1108
• Management switch card user s guide 1108
• Table 402 default settings 1108
• Chapter 41 product specifications 1109
• Management switch card user s guide 1109
• Specifications 1109
• Table 402 default settings 1109
• Table 403 msc specifications 1109
• Chapter 41 product specifications 1110
• Management switch card user s guide 1110
• Table 403 msc specifications 1110
• Chapter 41 product specifications 1111
• Management switch card user s guide 1111
• Table 403 msc specifications 1111
• Chapter 41 product specifications 1112
• Management switch card user s guide 1112
• Table 403 msc specifications 1112
• Chapter 41 product specifications 1113
• Management switch card user s guide 1113
• Table 403 msc specifications 1113
• Chapter 41 product specifications 1114
• Features 1114
• Management switch card user s guide 1114
• Table 404 ies 5000 features 1114
• This section introduces the ies 5000 features 1114
• Chapter 41 product specifications 1115
• Management switch card user s guide 1115
• Table 404 ies 5000 features continued 1115
• Chapter 41 product specifications 1116
• Management switch card user s guide 1116
• Table 404 ies 5000 features continued 1116
• Chapter 41 product specifications 1117
• Management switch card user s guide 1117
• Table 404 ies 5000 features continued 1117
• Chapter 41 product specifications 1118
• Management switch card user s guide 1118
• Table 404 ies 5000 features continued 1118
• Chapter 41 product specifications 1119
• Management switch card user s guide 1119
• Standard description 1119
• Table 405 supported standards 1119
• Console port pin assignments 1120
• Firmware naming conventions 1120
• Chapter 41 product specifications 1121
• Figure 437 console cable mini rj 11 male connector 1121
• Figure 438 alarm connector pin layout 1121
• Management switch card user s guide 1121
• Mini rj 11 male 1121
• Msc1000g alarm connector pin assignments 1121
• Pin description 1121
• Table 407 console cable connector pin assignments 1121
• Table 408 alarm connector pin assignments 1121
• The msc1000g alarm connector is a db15f connector the ies 6000 has a separate alarm module see the ies 6000m user s guide for details 1121
• Chapter 41 product specifications 1122
• Management switch card user s guide 1122
• Pin description 1122
• Table 408 alarm connector pin assignments 1122
• Customer support 1123
• Ppendi 1123
• Austria 1124
• Belarus 1124
• Europe 1124
• Malaysia 1124
• Pakistan 1124
• Philippines 1124
• Singapore 1124
• Taiwan 1124
• Thailand 1124
• Vietnam 1124
• Belgium 1125
• Bulgaria 1125
• Denmark 1125
• Estonia 1125
• Finland 1125
• France 1125
• Germany 1125
• Hungary 1125
• Latvia 1125
• Lithuania 1126
• Netherlands 1126
• Norway 1126
• Poland 1126
• Romania 1126
• Russia 1126
• Slovakia 1126
• Sweden 1126
• Switzerland 1126
• Argentina 1127
• Ecuador 1127
• Latin america 1127
• Middle east 1127
• North america 1127
• Turkey 1127
• Ukraine 1127
• Africa 1128
• Australia 1128
• Oceania 1128
• South africa 1128
• Legal information 1129
• Ppendi 1129
• Ce mark warning 1130
• Notices 1130
• Taiwanese bsmi bureau of standards metrology and inspection a warning 1130
• Viewing certifications 1130
• Zyxel limited warranty 1130
• For your safety be sure to read and follow all warning notices and instructions 1131
• Registration 1131
• Safety warnings 1131
• Numbers 1133