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Zyxel VES-1616FE-55A [139/318] Ip multicast addresses
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VES-1616FE-55A User’s Guide
139
CHAPTER 18
IGMP
This chapter describes the IGMP screens.
18.1 IGMP
Traditionally, IP packets are transmitted in one of either two ways - Unicast (1 sender to 1
recipient) or Broadcast (1 sender to everybody on the network). Multicast delivers IP packets
to just a group of hosts on the network.
IGMP (Internet Group Multicast Protocol) is a network-layer protocol used to establish
membership in a multicast group - it is not used to carry user data. See RFC 1112, RFC 2236,
and RFC 3376 for information on IGMP versions 1, 2, and 3, respectively.
18.2 IP Multicast Addresses
In IPv4, a multicast address allows a device to send packets to a specific group of hosts
(multicast group) in a different sub-network. A multicast IP address represents a traffic
receiving group, not individual receiving devices. IP addresses in the Class D range (224.0.0.0
to 239.255.255.255) are used for IP multicasting. Certain IP multicast numbers are reserved by
IANA for special purposes (see the IANA web site for more information).
18.2.1 IGMP Snooping
A layer-2 switch can passively snoop on IGMP Query, Report and Leave (IGMP version 2 or
3) packets transferred between IP multicast routers/switches and IP multicast hosts to learn the
IP multicast group membership. It checks IGMP packets passing through it, picks out the
group registration information, and configures multicasting accordingly. IGMP snooping
allows the VES-1616FE-55A to learn multicast groups without you having to manually
configure them.
The VES-1616FE-55A forwards multicast traffic destined for multicast groups (that it has
learned from IGMP snooping or that you have manually configured) to ports that are members
of that group. The VES-1616FE-55A discards multicast traffic destined for multicast groups
that it does not know. IGMP snooping generates no additional network traffic, allowing you to
significantly reduce multicast traffic passing through your device.
Содержание
- Port vdsl2 environmentally hardened ip dslam 1
- User s guide 1
- Ves 1616fe 55a 1
- Www zyxel com 1
- About this user s guide 3
- It is recommended you use the web configurator to configure the ves 1616fe 55a 3
- Document conventions 4
- Notes tell you other important information for example other things you may need to configure or helpful tips or recommendations 4
- Warnings tell you about things that could harm you or your ves 1616fe 55a 4
- Document conventions 5
- Figures in this user s guide may use the following generic icons the ves 1616fe 55a icon is not an exact representation of your ves 1616fe 55a 5
- Icons used in figures 5
- Ves 1616fe 55a user s guide 5
- For your safety be sure to read and follow all warning notices and instructions 6
- Safety warnings 6
- Advanced application 29 9
- Basic settings 3 9
- Contents overview 9
- Introduction 1 9
- Appendices and index 89 10
- Routing protocol alarm and management 45 10
- Troubleshooting and specifications 71 10
- About this user s guide 11
- Chapter 1 introducing the ves 1616fe 55a 3 11
- Chapter 2 hardware connections 5 11
- Chapter 3 hardware installation 9 11
- Contents overview 11
- Document conventions 11
- List of figures 1 11
- List of tables 7 11
- Part i introduction 31 11
- Safety warnings 11
- Table of contents 11
- Table of contents 1 11
- Chapter 10 switch setup 9 12
- Chapter 4 introducing the web configurator 5 12
- Chapter 5 initial configuration 3 12
- Chapter 6 home and port statistics screens 7 12
- Chapter 7 system information 9 12
- Chapter 8 general setup 3 12
- Chapter 9 user account 5 12
- Part ii basic settings 53 12
- Chapter 11 ip setup 3 13
- Chapter 12 enet port setup 5 13
- Chapter 13 xdsl port setup 7 13
- Chapter 14 xdsl profiles setup 115 13
- Chapter 15 xdsl line data 23 14
- Chapter 16 vlan 31 14
- Chapter 17 protocol vlan 37 14
- Chapter 18 igmp 39 14
- Part iii advanced application 129 14
- Chapter 19 static multicast 49 15
- Chapter 20 multicast vlan 51 15
- Chapter 21 packet filtering 55 15
- Chapter 22 mac filter 57 15
- Chapter 23 rapid spanning tree protocol 59 15
- Chapter 24 port authentication 65 15
- Chapter 25 port security 69 15
- Chapter 26 dhcp relay 71 15
- Chapter 27 dhcp snoop 75 16
- Chapter 28 2684 routed mode 79 16
- Chapter 29 pppoa to pppoe 87 16
- Chapter 30 dscp 93 16
- Chapter 31 tls pvc 95 16
- Chapter 32 double tagging dt 01 16
- Chapter 33 acl 05 17
- Chapter 34 downstream broadcast 211 17
- Chapter 35 upstream broadcast 13 17
- Chapter 36 syslog 15 17
- Chapter 37 access control 17 17
- Chapter 38 pppoe intermediate agent 23 17
- Chapter 39 mtu size 27 17
- Chapter 40 oui filter 29 18
- Chapter 41 n1mac 31 18
- Chapter 42 dot3ad 35 18
- Chapter 43 mac force forwarding 39 18
- Chapter 44 static routing 47 18
- Chapter 45 alarm 49 18
- Part iv routing protocol alarm and management 245 18
- Chapter 46 maintenance 57 19
- Chapter 47 diagnostics 61 19
- Chapter 48 mac table 67 19
- Chapter 49 arp table 69 19
- Chapter 50 troubleshooting 73 19
- Chapter 51 product specifications 79 19
- Part v troubleshooting and specifications 271 19
- Part vi appendices and index 289 20
- List of figures 21
- List of tables 27
- Introduction 31
- Hapter 33
- Introducing the ves 1616fe 55a 33
- Overview 33
- Good habits for managing the ves 1616fe 55a 34
- Ways to manage the ves 1616fe 55a 34
- Front panel connection 35
- Hapter 35
- Hardware connections 35
- Opening the cabinet door 35
- Chapter 2 hardware connections 36
- Figure 4 front panel 36
- Table 1 front panel 36
- The following table describes the front panel 36
- Ves 1616fe 55a user s guide 36
- Power connector 37
- Gigabit ethernet ports 38
- Mini gbic slots 39
- To avoid possible eye injury do not look into an operating fiber optic module s connectors 39
- Put the tray cover back and install the four screws through the holes of the tray 42
- Splice the two cables together and make sure the splice can be placed in the tray 7 bind the cables using cable ties after they are connected circled 42
- Quick connector cables 43
- Vdsl and pots isdn ports 44
- Alarm port 45
- Chapter 2 hardware connections 45
- Connect the male 9 pin end of the console cable to the console port of the switch connect the female end to a serial port com1 com2 or other com port of your computer 45
- Console port 45
- Figure 19 leds 45
- For local management you can use a computer with terminal emulation software configured to the following parameters 45
- Table 2 alarm port pin assignment 45
- The alarm port is a rj 45 connector the following table describes the alarm pins 45
- The leds are located on the front panel 45
- Ves 1616fe 55a user s guide 45
- Vt100 terminal emulation 9600 bps no parity 8 data bits 1 stop bit no flow control 45
- Chapter 2 hardware connections 46
- Table 3 leds 46
- The following table describes the leds on the front panel 46
- Ves 1616fe 55a user s guide 46
- Smart light 47
- The led light in the middle of the left side panel is on when the ves 1616fe 55a has power and the cabinet door is open the light is off when the ves 1616fe 55a has no power and or the cabinet door is closed this helps the administrator to identify the ports and connection status when the ves 1616fe 55a is located in a dim place 47
- Attaching the mounting bracket 49
- Hapter 49
- Hardware installation 49
- Wall mounting 49
- Wall mounting installation requirements 49
- Be careful to avoid damaging pipes or cables located inside the wall when drilling holes for the screws 50
- Hanging the ves 1616fe 55a on the bracket 50
- Install the m4 tap screws through the screw holes into the bracket 52
- Basic settings 53
- Accessing the web configurator 55
- Hapter 55
- Introducing the web configurator 55
- Screen privilege levels 55
- Web configurator overview 55
- Chapter 4 introducing the web configurator 57
- In the navigation panel click a menu item to reveal a list of submenu links click a submenu link to go to the corresponding screen 57
- Navigation panel 57
- Table 4 navigation panel submenu links 57
- Table 5 web configurator screens 57
- The following table briefly describes the functions of the screens that you open by clicking the navigation panel s sub links 57
- Ves 1616fe 55a user s guide 57
- Chapter 4 introducing the web configurator 58
- Table 5 web configurator screens continued 58
- Ves 1616fe 55a user s guide 58
- After you log in for the first time it is recommended you change the default administrator password click basic setting and then user account to display the user account screen 59
- Changing your password 59
- Chapter 4 introducing the web configurator 59
- Table 5 web configurator screens continued 59
- Ves 1616fe 55a user s guide 59
- Saving your configuration 60
- Logging out of the web configurator 61
- Use config save when you are done with a configuration session 61
- Hapter 63
- Initial configuration 63
- Initial configuration overview 63
- If you change the ip address of the ves 1616fe 55a after you click apply ip setting you have to use the new ip address to log into the web configurator again 64
- Hapter 67
- Home and port statistics screens 67
- Home screen 67
- Chapter 6 home and port statistics screens 68
- Ethernet port statistics screen 68
- Table 6 home continued 68
- Use this screen to display statistics about an ethernet port to open this screen click an ethernet port s number in the home screen 68
- Ves 1616fe 55a user s guide 68
- Chapter 6 home and port statistics screens 69
- Figure 39 port statistics ethernet 69
- Table 7 port statistics ethernet 69
- The following table describes the labels in this screen 69
- Ves 1616fe 55a user s guide 69
- Chapter 6 home and port statistics screens 70
- Table 7 port statistics ethernet continued 70
- Ves 1616fe 55a user s guide 70
- Chapter 6 home and port statistics screens 71
- Table 7 port statistics ethernet continued 71
- Use this screen to display statistics about a vdsl port to open this screen click a vdsl port s number in the home screen 71
- Vdsl port statistics screen 71
- Ves 1616fe 55a user s guide 71
- Chapter 6 home and port statistics screens 72
- Figure 40 port statistics vdsl 72
- Table 8 port statistics vdsl 72
- The following table describes the labels in this screen 72
- Ves 1616fe 55a user s guide 72
- Chapter 6 home and port statistics screens 73
- Rmon statistics screen 73
- Table 8 port statistics vdsl continued 73
- Use this screen to display rmon statistics about an ethernet port to open this screen click rmon in any port statistics screen 73
- Ves 1616fe 55a user s guide 73
- Chapter 6 home and port statistics screens 74
- Figure 41 port statistics rmon 74
- Table 9 port statistics rmon 74
- The following table describes the labels in this screen 74
- Ves 1616fe 55a user s guide 74
- Chapter 6 home and port statistics screens 75
- Rmon history screen 75
- Table 9 port statistics rmon continued 75
- Use this screen to display general information such as sample time on history samples to open this screen click any port number in the rmon statistics screen 75
- Ves 1616fe 55a user s guide 75
- Chapter 6 home and port statistics screens 76
- Figure 42 port statistics rmon history 76
- Rmon history detail screen 76
- Table 10 port statistics rmon history 76
- The following table describes the labels in this screen 76
- Use this screen to display detailed rmon history to open this screen click any index number in the rmon history screen 76
- Ves 1616fe 55a user s guide 76
- Chapter 6 home and port statistics screens 77
- Figure 43 port statistics rmon history detail 77
- Table 11 port statistics rmon history detail 77
- The following table describes the labels in this screen 77
- Ves 1616fe 55a user s guide 77
- Chapter 6 home and port statistics screens 78
- Table 11 port statistics rmon history detail continued 78
- Ves 1616fe 55a user s guide 78
- Hapter 79
- System information 79
- Chapter 7 system information 80
- Figure 44 system info 80
- Table 12 system info 80
- The following table describes the labels in this screen 80
- Ves 1616fe 55a user s guide 80
- Chapter 7 system information 81
- Table 12 system info continued 81
- Ves 1616fe 55a user s guide 81
- Chapter 7 system information 82
- Table 12 system info continued 82
- Ves 1616fe 55a user s guide 82
- General setup 83
- Hapter 83
- Chapter 8 general setup 84
- Table 13 general setup continued 84
- Ves 1616fe 55a user s guide 84
- Hapter 85
- User account 85
- User account screen 85
- Authentication 86
- Authentication screen 86
- Chapter 9 user account 86
- Figure 47 authentication 86
- Table 14 user account continued 86
- Use this screen to set up the authentication policies and settings by which administrators can access the ves 1616fe 55a 86
- Ves 1616fe 55a user s guide 86
- Chapter 9 user account 87
- Table 15 authentication 87
- The following table describes the labels in this screen 87
- Ves 1616fe 55a user s guide 87
- Daisychain switch mode 89
- Hapter 89
- Port isolation with daisychain switch mode example 89
- Switch modes 89
- Switch setup 89
- Chapter 10 switch setup 90
- Figure 48 port isolation with daisychain switch mode example 90
- Figure 49 switch setup 90
- Internet 90
- Switch setup 90
- Switch setup screen 90
- Table 16 switch setup 90
- The following table describes the labels in this screen 90
- Ves 1616fe 55a user s guide 90
- Chapter 10 switch setup 91
- Table 16 switch setup continued 91
- Ves 1616fe 55a user s guide 91
- Hapter 93
- Ip setup 93
- Chapter 11 ip setup 94
- Table 17 ip setup continued 94
- Ves 1616fe 55a user s guide 94
- Enet port setup 95
- Hapter 95
- Alarm profiles 97
- Dsl profiles 97
- Hapter 97
- Interleave delay 97
- Xdsl port setup 97
- Fast mode 98
- Frequency band plan 98
- Limit psd mask 98
- Rfi radio frequency interference 98
- Vdsl parameters 98
- At the time of writing the ves 1616fe 55a supports the annex a with 8a 8b 8c 8d 12a 12b and 17a the following table summarizes the vdsl2 profiles supported by the ves 1616fe 55a 99
- Vdsl2 profiles 99
- Impulse noise protection inp 100
- Dpbo electrical length 101
- Configured versus actual rate 102
- Default settings 102
- Downstream and upstream 102
- Dsl standards overview 102
- Chapter 13 xdsl port setup 103
- Figure 55 xdsl port setup 103
- Figure 56 select ports 103
- Table 23 xdsl port setup 103
- The following table describes the labels in this screen 103
- Ves 1616fe 55a user s guide 103
- Xdsl port setup 103
- Xdsl port setup screen 103
- Chapter 13 xdsl port setup 104
- Table 23 xdsl port setup continued 104
- Ves 1616fe 55a user s guide 104
- Xdsl port setting screen 104
- Xdsl port setup and then click a port s index number 104
- Chapter 13 xdsl port setup 106
- Table 24 xdsl port setting 106
- The following table describes the labels in this screen 106
- Ves 1616fe 55a user s guide 106
- Chapter 13 xdsl port setup 107
- Figure 58 optionmask options 107
- Table 24 xdsl port setting continued 107
- Ves 1616fe 55a user s guide 107
- Chapter 13 xdsl port setup 108
- Table 24 xdsl port setting continued 108
- Ves 1616fe 55a user s guide 108
- Chapter 13 xdsl port setup 109
- Click the custom button in the xdsl port setting screen to open this screen your settings in this screen are one of the factors determining the psd mask result 109
- Dpbo epsd custom 109
- Figure 59 dpbo epsd custom 109
- Table 24 xdsl port setting continued 109
- Ves 1616fe 55a user s guide 109
- Chapter 13 xdsl port setup 110
- Configure a channel on the port for voice service set the channel to use the pvid of the static vlan you configured assign the channel a high priority 110
- Defining virtual channels also called permanent virtual circuits or pvcs allows you to set priorities for different services or subscribers you can define up to eight channels on each dsl port and use them for different services or levels of service you set the pvid that is assigned to untagged frames received on each channel you also set an ieee 802 p priority for each of the pvids in this way you can assign different priorities to different channels and consequently the services that get carried on them or the subscribers that use them 110
- For example you want to give high priority to voice service on one of the dsl ports 110
- Super channel 110
- Table 25 dpbo epsd custom 110
- The following table describes the labels in this screen 110
- The ves 1616fe 55a forwards frames belonging to vlan groups that are not assigned to specific channels to the super channel enable the super channel option to allow a channel forward frames belonging to multiple vlan groups that are not assigned to other channels the super channel functions in the same way as the channel in a single channel environment one port can have only one super channel 110
- Use the dsl edit port channel setup screen to 110
- Use the edit static vlan screen to configure a static vlan on the ves 1616fe 55a for voice on the port 110
- Ves 1616fe 55a user s guide 110
- Virtual channels 110
- Vc mux 111
- Vc setup screen 111
- Chapter 13 xdsl port setup 112
- Note at the time of writing you cannot edit the vpi and vci if you want to change them add a new vc with the desired settings then you can delete any unwanted vcs 112
- Table 26 vc setup 112
- The following table describes the labels in this screen 112
- Ves 1616fe 55a user s guide 112
- Chapter 13 xdsl port setup 113
- Delete 113
- Figure 62 select ports 113
- Table 26 vc setup continued 113
- Ves 1616fe 55a user s guide 113
- Chapter 13 xdsl port setup 114
- Figure 63 select ports 114
- Table 26 vc setup continued 114
- Ves 1616fe 55a user s guide 114
- Hapter 115
- Xdsl port profile screen 115
- Xdsl profiles setup 115
- Chapter 14 xdsl profiles setup 116
- Table 27 xdsl port profile continued 116
- Ves 1616fe 55a user s guide 116
- A layer 2 classifier groups traffic according to the ethernet type vlan group mac address and or port number a layer 3 classifier groups traffic according to the ip address and or tcp udp protocol number 117
- Chapter 14 xdsl profiles setup 117
- Configure ipqos on the ves 1616fe 55a to group and prioritize application traffic in queues for downstream direction toward cpe devices and fine tune network performance setting up ipqos involves four parameters 117
- Ipqos overview 117
- 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 time critical application such as video on demand 117
- Table 27 xdsl port profile continued 117
- Ves 1616fe 55a user s guide 117
- Ipqos profile screen 118
- Alarm profile 119
- Alarm profile screen 119
- Alarm profiles define vdsl port alarm thresholds the ves 1616fe 55a sends an alarm trap and generates a syslog entry when the thresholds of the alarm profile are exceeded 119
- Chapter 14 xdsl profiles setup 119
- 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 119
- Note it s highly recommended to use 8 queues for traffic classification 119
- Note the cbs should be equal or less than pbs in a queue 119
- Table 28 ipqos profile continued 119
- Use the top part of the screen with the add and cancel buttons to add or edit alarm profiles the rest of the screen displays the configured alarm profiles 119
- Ves 1616fe 55a user s guide 119
- Chapter 14 xdsl profiles setup 120
- Figure 66 alarm profile 120
- Table 29 alarm profile 120
- The following table describes the labels in this screen 120
- Ves 1616fe 55a user s guide 120
- Chapter 14 xdsl profiles setup 121
- Table 29 alarm profile continued 121
- Ves 1616fe 55a user s guide 121
- Hapter 123
- Xdsl line data 123
- Xdsl line rate info screen 123
- Chapter 15 xdsl line data 124
- Discrete multi tone dmt modulation divides up a line s bandwidth into tones this screen displays the number of bits transmitted for each tone this can be used to determine the quality of the connection whether a given sub carrier loop has sufficient margins to support xdsl transmission rates and possibly to determine whether certain specific types of interference or line attenuation exist 124
- Table 30 xdsl line rate info continued 124
- The better or shorter the line the higher the number of bits transmitted for a dmt tone the maximum number of bits that can be transmitted per dmt tone is 15 124
- This screen displays an xdsl port s line bit allocation 124
- Ves 1616fe 55a user s guide 124
- Xdsl line data screen 124
- Chapter 15 xdsl line data 125
- Figure 68 xdsl line data 125
- Line data 125
- Line performance 125
- Table 31 xdsl line data 125
- The bit allocation contents are only valid when the link is up 125
- The following table describes the labels in this screen 125
- These counters display line performance data that has been accumulated since the system started the definitions of near end far end are always relative to the xtu c xdsl termination unit central office xtu c refers to downstream traffic from the ves 1616fe 55a xtu r xdsl termination unit remote refers to upstream traffic from the subscriber 125
- Ves 1616fe 55a user s guide 125
- Xdsl performance screen 125
- Chapter 15 xdsl line data 126
- Figure 69 xdsl performance 126
- Table 32 xdsl performance 126
- The following table describes the labels in this screen 126
- Ves 1616fe 55a user s guide 126
- Chapter 15 xdsl line data 127
- Line statistics 127
- Table 32 xdsl performance continued 127
- Use this screen to display dsl line statistics for details about the line quality and channel conditions 127
- Ves 1616fe 55a user s guide 127
- Xdsl statistics screen 127
- Chapter 15 xdsl line data 128
- Figure 70 xdsl statistics 128
- Table 33 xdsl statistics 128
- The following table describes the labels in this screen 128
- Ves 1616fe 55a user s guide 128
- Advanced application 129
- Hapter 131
- Introduction to ieee 802 q tagged vlan 131
- Introduction to vlans 131
- Forwarding tagged and untagged frames 132
- Vlan status screen 132
- Chapter 16 vlan 133
- Static vlan setting 133
- Static vlan setting screen 133
- Table 34 vlan status 133
- The following table describes the labels in this screen 133
- Ves 1616fe 55a user s guide 133
- You can assign a port to be a member of a vlan group or prohibit a port from joining a vlan group in this screen this is an ieee 802 q vlan 133
- Chapter 16 vlan 134
- Figure 72 static vlan setting 134
- Table 35 static vlan setting 134
- The following table describes the labels in this screen 134
- Ves 1616fe 55a user s guide 134
- Chapter 16 vlan 135
- Figure 73 vlan port setting 135
- Table 35 static vlan setting continued 135
- Table 36 vlan port setting 135
- The following table describes the labels in this screen 135
- Use this screen to specify port vlan ids and to set whether or not ethernet ports propagate vlan information to other devices 135
- Ves 1616fe 55a user s guide 135
- Vlan port setting 135
- Vlan port setting screen 135
- Chapter 16 vlan 136
- Figure 74 select ports 136
- Table 36 vlan port setting continued 136
- Ves 1616fe 55a user s guide 136
- Hapter 137
- Protocol based vlan 137
- Protocol vlan 137
- The protocol vlan screen 137
- Chapter 17 protocol vlan 138
- Note the pvc must be a super channel see section 13 1 on page 111 and the associated vlan must be created first 138
- Table 37 protocol vlan 138
- Ves 1616fe 55a user s guide 138
- Hapter 139
- Igmp snooping 139
- Ip multicast addresses 139
- Igmp proxy 140
- Igmp status screen 140
- Bandwidth 141
- Chapter 18 igmp 141
- Figure 77 igmp status 141
- Igmp bandwidth screen 141
- Table 38 igmp status 141
- The following table describes the labels in this screen 141
- Ves 1616fe 55a user s guide 141
- Chapter 18 igmp 142
- Figure 78 igmp bandwidth 142
- Table 39 igmp bandwidth 142
- The following table describes the labels in this screen 142
- Ves 1616fe 55a user s guide 142
- Bandwidth port 143
- Bandwidth port setup screen 143
- Chapter 18 igmp 143
- Config 143
- Config screen 143
- Figure 79 bandwidth port setup 143
- Table 39 igmp bandwidth continued 143
- Table 40 bandwidth port setup 143
- The following table describes the labels in this screen 143
- Use this screen to configure your igmp settings 143
- Ves 1616fe 55a user s guide 143
- Chapter 18 igmp 144
- Figure 80 igmp config 144
- Table 41 igmp config 144
- The following table describes the labels in this screen 144
- Ves 1616fe 55a user s guide 144
- Chapter 18 igmp 145
- Figure 81 igmp filter profile 145
- Filter 145
- Igmp filter profile screen 145
- Table 42 igmp filter profile 145
- The defval igmp filter profile is assigned to all of the xdsl ports by default it allows a port to join all multicast ip addresses 224 239 55 55 55 if you want to allow a xdsl subscriber access to only specific igmp multicast groups use the igmp filter profile screen to configure a different profile and then assign it to the subscriber s xdsl port in the xdsl port setting screen see section 13 on page 104 145
- The following table describes the labels in this screen 145
- The top of the screen displays the configured igmp filter profiles use the bottom part of the screen with the add and cancel buttons to add or edit alarm profiles 145
- Ves 1616fe 55a user s guide 145
- You can use the igmp filter profiles to control access to a service that uses a specific multicast group like a sip server for example configure an igmp filter profile that allows access to that multicast group then assign the igmp filter profile to xdsl ports that are allowed to use the service 145
- Chapter 18 igmp 146
- Figure 82 igmp port group 146
- Igmp port group screen 146
- Igmp port info screen 146
- Port group 146
- Port info 146
- Table 42 igmp filter profile continued 146
- Table 43 igmp port group 146
- The following table describes the labels in this screen 146
- Ves 1616fe 55a user s guide 146
- Chapter 18 igmp 147
- Count setup 147
- Figure 83 igmp port info 147
- Igmp count is useful for ensuring the service quality of high bandwidth services like video or internet protocol television iptv igmp count can limit how many channels igmp groups the subscriber connected to an xdsl port can use at a time if each channel requires 4 5 mbps of download bandwidth and the subscriber s connection supports 11 mbps you can use igmp count to limit the subscriber to using just 2 channels at a time this also effectively limits the subscriber to using only two iptvs with the xdsl connection 147
- Igmp count screen 147
- Table 44 igmp port info 147
- The following table describes the labels in this screen 147
- Use this screen to limit the number of igmp groups a subscriber on a port can join this allows you to control the distribution of multicast services such as content information distribution based on service plans and types of subscription 147
- Ves 1616fe 55a user s guide 147
- Chapter 18 igmp 148
- Figure 84 igmp count 148
- Table 45 igmp counts 148
- The following table describes the labels in this screen 148
- Ves 1616fe 55a user s guide 148
- Hapter 149
- Static multicast 149
- Static multicast screen 149
- 00 5e 10 10 1 150
- 00 5e xx xx x 150
- Chapter 19 static multicast 150
- Table 46 static multicast continued 150
- Ves 1616fe 55a user s guide 150
- Hapter 151
- Multicast vlan 151
- Multicast vlan overview 151
- Mvlan status screen 151
- Chapter 20 multicast vlan 152
- Figure 87 mvlan setup 152
- Mvlan setup 152
- Mvlan setup screen 152
- Table 47 mvlan status 152
- Table 48 mvlan setup 152
- The following table describes the labels in this screen 152
- Ves 1616fe 55a user s guide 152
- Chapter 20 multicast vlan 153
- Mvlan group 153
- Mvlan group screen 153
- Table 48 mvlan setup continued 153
- Ves 1616fe 55a user s guide 153
- Chapter 20 multicast vlan 154
- Figure 88 mvlan group 154
- Table 49 mvlan group 154
- The following table describes the labels in this screen 154
- Ves 1616fe 55a user s guide 154
- Hapter 155
- Packet filter screen 155
- Packet filtering 155
- Chapter 21 packet filtering 156
- Table 50 packet filter continued 156
- Ves 1616fe 55a user s guide 156
- Hapter 157
- Mac filter 157
- Mac filter introduction 157
- Mac filter screen 157
- Chapter 22 mac filter 158
- Table 51 mac filter continued 158
- Ves 1616fe 55a user s guide 158
- Hapter 159
- Rapid spanning tree protocol 159
- Rstp and stp 159
- Chapter 23 rapid spanning tree protocol 160
- Figure 91 stp root ports and designated ports 160
- In rstp the devices send bpdus every hello time if an rstp aware device does not get a hello bpdu after three hello times pass or the max age the device assumes that the link to the neighboring bridge is down this device then initiates negotiations with other devices to reconfigure the network to re establish a valid network topology 160
- In stp once a stable network topology has been established all devices listen for hello bpdus transmitted from the root bridge if an stp aware device does not get a hello bpdu after a predefined interval max age the device assumes that the link to the root bridge is down this device then initiates negotiations with other devices to reconfigure the network to re establish a valid network topology 160
- Rstp assigns three port states to eliminate packet looping while stp assigns five see table 53 on page 160 a device port is not allowed to go directly from blocking state to forwarding state so as to eliminate transient loops 160
- Rstp aware devices exchange bridge protocol data units bpdus periodically when the bridged lan topology changes a new spanning tree is constructed 160
- See the ieee 802 w standard for more information on rstp see the ieee 802 d standard for more information on stp 160
- Table 53 rstp port states 160
- Ves 1616fe 55a user s guide 160
- Rstp status screen 161
- The following table describes the labels in this screen 161
- You can not use the ves 1616fe 55a as the rstp root device 161
- Chapter 23 rapid spanning tree protocol 162
- Table 54 rstp status continued 162
- Ves 1616fe 55a user s guide 162
- Chapter 23 rapid spanning tree protocol 163
- Figure 93 rstp config 163
- Rstp config 163
- Rstp config screen 163
- Table 55 rstp config 163
- The following table describes the labels in this screen 163
- Ves 1616fe 55a user s guide 163
- Chapter 23 rapid spanning tree protocol 164
- Table 55 rstp config continued 164
- Ves 1616fe 55a user s guide 164
- Hapter 165
- Introduction to authentication 165
- Introduction to local user database 165
- Port authentication 165
- Radius 165
- Chapter 24 port authentication 166
- Figure 95 radius 166
- Port authentication 166
- Radius screen 166
- Table 56 radius 166
- The following table describes the labels in this screen 166
- Ves 1616fe 55a user s guide 166
- 802 x screen 167
- Chapter 24 port authentication 167
- Figure 96 802 x 167
- Table 56 radius continued 167
- Table 57 802 x 167
- The following table describes the labels in this screen 167
- Ves 1616fe 55a user s guide 167
- Chapter 24 port authentication 168
- Table 57 802 x continued 168
- Ves 1616fe 55a user s guide 168
- Hapter 169
- Port security 169
- Port security overview 169
- Port security screen 169
- Chapter 25 port security 170
- Figure 98 select ports 170
- Table 58 port security continued 170
- Ves 1616fe 55a user s guide 170
- Dhcp relay 171
- Dhcp relay agent information option option 82 171
- Hapter 171
- Tr 101 format 171
- Dhcp relay screen 172
- Private format 172
- Chapter 26 dhcp relay 173
- Figure 101 dhcp relay 173
- Table 61 dhcp relay 173
- The following table describes the labels in this screen 173
- Ves 1616fe 55a user s guide 173
- Chapter 26 dhcp relay 174
- Table 61 dhcp relay continued 174
- Ves 1616fe 55a user s guide 174
- Dhcp snoop 175
- Dhcp snoop overview 175
- Dhcp snoop screen 175
- Hapter 175
- Chapter 27 dhcp snoop 176
- Dhcp snoop status 176
- Dhcp snoop status screen 176
- Figure 103 dhcp snoop status 176
- Table 62 dhcp snoop 176
- Table 63 dhcp snoop status 176
- The following table describes the labels in this screen 176
- Ves 1616fe 55a user s guide 176
- Chapter 27 dhcp snoop 177
- Dhcp counter 177
- Dhcp counter screen 177
- Figure 104 dhcp counter 177
- Table 63 dhcp snoop status continued 177
- Table 64 dhcp counter 177
- The following table describes the labels in this screen 177
- Ves 1616fe 55a user s guide 177
- 2684 routed mode 179
- 2684 routed mode example 179
- Hapter 179
- Routed mode 179
- 2684 routed pvc screen 180
- Ip 10 0 0 180
- Ip 192 68 0 01 180
- Ip 192 68 0 02 vlan 1 180
- Pvc 8 35 180
- Wan ip 192 68 0 00 lan ip 10 0 0 0 180
- Chapter 28 2684 routed mode 181
- Figure 106 2684 routed pvc 181
- Table 65 2684 routed pvc 181
- The following table describes the labels in this screen 181
- Ves 1616fe 55a user s guide 181
- 2684 routed domain screen 182
- Chapter 28 2684 routed mode 182
- Figure 107 2684 routed domain 182
- Routed domain 182
- Table 65 2684 routed pvc continued 182
- Table 66 2684 routed domain 182
- The following table describes the labels in this screen 182
- Use this screen to configure domains for 2684 routed mode traffic the domain is the range of ip addresses behind the subscriber s device the cpe this includes the cpe device s lan ip addresses and the ip addresses of the lan computers 182
- Ves 1616fe 55a user s guide 182
- Chapter 28 2684 routed mode 183
- Figure 108 rpvc arp proxy 183
- Rpvc arp proxy 183
- Rpvc arp proxy screen 183
- Table 66 2684 routed domain continued 183
- Use this screen to view the address resolution protocol table of ip addresses of cpe devices using 2684 routed mode and configure how long the device is to store them 183
- Ves 1616fe 55a user s guide 183
- 2684 routed gateway screen 184
- Chapter 28 2684 routed mode 184
- Figure 109 2684 routed gateway 184
- Routed gateway 184
- Table 67 rpvc arp proxy 184
- Table 68 2684 routed gateway 184
- The following table describes the labels in this screen 184
- Use this screen to configure gateway settings 184
- Ves 1616fe 55a user s guide 184
- Chapter 28 2684 routed mode 185
- Table 68 2684 routed gateway continued 185
- Ves 1616fe 55a user s guide 185
- Hapter 187
- Pppoa to pppoe 187
- Pppoa to pppoe overview 187
- Pppoa to pppoe screen 187
- Chapter 29 pppoa to pppoe 188
- Figure 111 pppoa to pppoe 188
- Note make sure the vid is not already used for multicast vlan or tls pvc 188
- Table 69 pppoa to pppoe 188
- The following table describes the labels in this screen 188
- Ves 1616fe 55a user s guide 188
- Chapter 29 pppoa to pppoe 189
- Note at the time of writing you cannot edit the vpi and vci if you want to change them add a new pvc with the desired settings then delete any unwanted pvcs 189
- Pppoa to pppoe and then click an index number 189
- Pppoa to pppoe status screen 189
- Table 69 pppoa to pppoe continued 189
- Ves 1616fe 55a user s guide 189
- Chapter 29 pppoa to pppoe 190
- Figure 112 pppoa to pppoe status 190
- Table 70 pppoa to pppoe status 190
- The following table describes the labels in this screen 190
- Ves 1616fe 55a user s guide 190
- Chapter 29 pppoa to pppoe 191
- Table 70 pppoa to pppoe status continued 191
- Ves 1616fe 55a user s guide 191
- Dscp overview 193
- Dscp setup screen 193
- Hapter 193
- Chapter 30 dscp 194
- Dscp map 194
- Dscp map screen 194
- Figure 114 dscp map 194
- Table 71 dscp setup continued 194
- Table 72 dscp map 194
- The following table describes the labels in this screen 194
- Ves 1616fe 55a user s guide 194
- Hapter 195
- Tls network example 195
- Tls pvc 195
- Transparent lan service tls overview 195
- Tls screen 196
- Note make sure the vid is not already used for pppoa to pppoe conversions 197
- The following table describes the labels in this screen 197
- Tls pvc 197
- Tls pvc screen 197
- You can not configure pppoa to pppoe and tls pvc settings on the same pvc 197
- Chapter 31 tls pvc 198
- Figure 117 tls pvc 198
- Note at the time of writing you cannot edit the vpi and vci if you want to change them add a new pvc with the desired settings then you can delete any unwanted pvcs 198
- Note make sure the vid is not already used for pppoa to pppoe conversions 198
- Table 74 tls pvc 198
- The following table describes the labels in this screen 198
- Ves 1616fe 55a user s guide 198
- Chapter 31 tls pvc 199
- Table 74 tls pvc continued 199
- Ves 1616fe 55a user s guide 199
- Configuring dt 201
- Double tagging dt 201
- Double tagging overview 201
- Hapter 201
- Chapter 32 double tagging dt 202
- Figure 118 dt 202
- Table 75 dt 202
- The following table describes the labels in this screen 202
- Ves 1616fe 55a user s guide 202
- Chapter 32 double tagging dt 203
- Configuring dt pvc 203
- Dt pvc to display the screen as shown 203
- Figure 119 dt pvc 203
- Table 76 dt pvc 203
- The following table describes the labels in this screen 203
- Use this screen to view the existing dt entries it s recommended that you add a new entry in this screen only when you want to translate untagged packets into double tagged ones before forwarding them 203
- Ves 1616fe 55a user s guide 203
- Chapter 32 double tagging dt 204
- Note at the time of writing you cannot edit the vpi and vci if you want to change them add a new pvc with the desired settings then you can delete any unwanted pvcs 204
- Table 76 dt pvc 204
- Ves 1616fe 55a user s guide 204
- Access control logic acl overview 205
- Acl profile rules 205
- Hapter 205
- Acl profile actions 206
- Acl setup screen 206
- Chapter 33 acl 207
- Figure 120 acl setup 207
- Note at the time of writing you cannot edit the vpi and vci if you want to change them add a new adsl pvc or vdsl port with the desired settings then you can delete any unwanted adsl pvcs or vdsl ports 207
- Table 77 acl setup 207
- The following table describes the labels in this screen 207
- Ves 1616fe 55a user s guide 207
- Acl profile screen 208
- Acl profile map 209
- Acl profile map screen 209
- Chapter 33 acl 209
- Note the lower the number 1 17 the higher the priority the rule has 209
- Table 78 acl profile 209
- The following table describes the labels in this screen 209
- Ves 1616fe 55a user s guide 209
- Chapter 33 acl 210
- Figure 122 acl profile map 210
- Table 79 acl profile map 210
- The following table describes the labels in this screen 210
- Ves 1616fe 55a user s guide 210
- Downstream broadcast 211
- Downstream broadcast screen 211
- Hapter 211
- Chapter 34 downstream broadcast 212
- Table 80 downstream broadcast continued 212
- Ves 1616fe 55a user s guide 212
- Hapter 213
- Upstream broadcast 213
- Upstream broadcast screen 213
- Hapter 215
- Syslog 215
- Syslog screen 215
- Access control 217
- Access control overview 217
- Access control screen 217
- Hapter 217
- Chapter 37 access control 219
- Dslam mib 219
- Mibs let administrators collect statistics and monitor status and performance the ves 1616fe 55a supports the following mibs 219
- Snmp traps 219
- Supported mibs 219
- Table 85 snmpv2 traps 219
- The ves 1616fe 55a can also respond with specific data from the dslam private mibs 219
- The ves 1616fe 55a can send the following snmp traps to an snmp manager when an event occurs xtuc refers to the downstream channel for traffic going from the ves 1616fe 55a to the subscriber xtur refers to the upstream channel for traffic coming from the subscriber to the ves 1616fe 55a 219
- Vdsl line mib rfc 3728 mib ii if mib snmp mib ii rfc 1215 rfc 3728 vdsl mib 219
- Ves 1616fe 55a user s guide 219
- Chapter 37 access control 220
- Figure 128 snmp 220
- Snmp screen 220
- Table 85 snmpv2 traps continued 220
- Table 86 snmp 220
- The following table describes the labels in this screen 220
- Ves 1616fe 55a user s guide 220
- Chapter 37 access control 221
- Figure 129 service access control 221
- Service access control 221
- Service access control screen 221
- Table 86 snmp continued 221
- Table 87 service access control 221
- The following table describes the labels in this screen 221
- Ves 1616fe 55a user s guide 221
- Chapter 37 access control 222
- Figure 130 remote management secured client setup 222
- Remote management screen 222
- Secured client 222
- Table 88 remote management secured client setup 222
- The following table describes the labels in this screen 222
- Use this screen to configure the ip address ranges of trusted computers that may manage the ves 1616fe 55a 222
- Ves 1616fe 55a user s guide 222
- Hapter 223
- Pppoe intermediate agent 223
- Pppoe intermediate agent tag format 223
- Pppoe intermediate agent screen 224
- Chapter 38 pppoe intermediate agent 225
- Table 94 pppoe intermediate agent 225
- The following table describes the labels in this screen 225
- Ves 1616fe 55a user s guide 225
- Hapter 227
- Mtu size 227
- Mtu size screen 227
- Hapter 229
- Oui filter 229
- The oui filter screen 229
- Chapter 40 oui filter 230
- Table 96 oui filter continued 230
- Ves 1616fe 55a user s guide 230
- Hapter 231
- N1mac screen 231
- Overview 231
- Chapter 41 n1mac 232
- Figure 135 n1mac 232
- Figure 136 n1mac 232
- N1mac status 232
- N1mac status screen 232
- Table 97 n1mac 232
- Table 98 n1mac 232
- The following table describes the labels in this screen 232
- Use this screen to check the multiple to one mac mapping table for port s 232
- Ves 1616fe 55a user s guide 232
- Chapter 41 n1mac 233
- Table 98 n1mac continued 233
- Ves 1616fe 55a user s guide 233
- Aggregation switch mode 235
- Dot3ad 235
- Dynamic link aggregation 235
- Hapter 235
- Dot3ad screen 236
- Link aggregation id 236
- Static aggregation example 236
- Chapter 42 dot3ad 237
- Dot3ad status screen 237
- Figure 138 dot3ad 237
- Figure 139 dot3ad status 237
- Status to open the screen use this screen to configure ieee 802 ad link aggregation settings which groups ethernet ports into a trunk to increase the uplink bandwidth 237
- Table 101 switch setup dot3ad 237
- The following table describes the labels in this screen 237
- Ves 1616fe 55a user s guide 237
- Chapter 42 dot3ad 238
- Note this field only displays values if you enable lacp on the ports at the both peer ends 238
- Table 102 dot3ad status 238
- The following table describes the labels in this screen 238
- Ves 1616fe 55a user s guide 238
- Hapter 239
- Mac force forwarding 239
- Overview 239
- Mac force forwarding examples 240
- You have to calculate the netmask depending on the number of ip addresses you want to include in a mac force forwarding rule 240
- Macff screen 241
- Chapter 43 mac force forwarding 242
- Figure 144 mac force forwarding 242
- Note this router or server should also be a member of the specified vlan 242
- Table 104 mac force forwarding 242
- The following table describes the labels in this screen 242
- Ves 1616fe 55a user s guide 242
- 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 243
- As these two ip addresses cannot be used for individual hosts calculate the maximum number of possible hosts in a network as follows 243
- Chapter 43 mac force forwarding 243
- For example 192 25 is equivalent to saying 192 with subnet mask 255 55 55 28 243
- Macff arp proxy screen 243
- Macff arp proxy to open the screen use this screen to configure an expiration time for configured access router ar and application server as arp table entries see section 43 on page 241 243
- Network size 243
- Notation 243
- 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 243
- Table 105 maximum host numbers 243
- Table 106 alternative subnet mask notation 243
- The following table shows some possible subnet masks using both notations 243
- 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 243
- Ves 1616fe 55a user s guide 243
- Chapter 43 mac force forwarding 244
- Figure 145 mac arp proxy 244
- Table 107 mac arp proxy 244
- The following table describes the labels in this screen 244
- Ves 1616fe 55a user s guide 244
- Management 245
- Routing protocol alarm and 245
- Routing protocol alarm and management 245
- Hapter 247
- Static routing 247
- Chapter 44 static routing 248
- Table 108 static routing continued 248
- Ves 1616fe 55a user s guide 248
- Alarm status screen 249
- Hapter 249
- Alarm descriptions 250
- Chapter 45 alarm 250
- Table 109 alarm status continued 250
- Table 110 alarm descriptions 250
- This table describes alarms that the system can send 250
- Ves 1616fe 55a user s guide 250
- Xtuc refers to the downstream channel for traffic going from the ves 1616fe 55a to the subscriber xtur refers to the upstream channel for traffic coming from the subscriber to the ves 1616fe 55a a v in the clearable column indicates that an administrator can remove the alarm you can use the cli command alarm tablelist to display all alarm information on the ves 1616fe 55a 250
- Alarm history 251
- Alarm history screen 251
- Chapter 45 alarm 251
- Table 110 alarm descriptions continued 251
- This screen displays the historical alarms stored in the system 251
- Ves 1616fe 55a user s guide 251
- Alarm event setup 252
- Alarm event setup screen 252
- Chapter 45 alarm 252
- Figure 148 alarm history 252
- Table 111 alarm history 252
- The following table describes the labels in this screen 252
- This screen lists the alarms that the system can generate along with the severity levels of the alarms and where the system is to send them 252
- Ves 1616fe 55a user s guide 252
- Chapter 45 alarm 253
- Figure 149 alarm event setup 253
- Table 112 alarm event setup 253
- The following table describes the labels in this screen 253
- Ves 1616fe 55a user s guide 253
- Alarm port setup screen 254
- Alarm status then click an alarm s index number 254
- Chapter 45 alarm 254
- Edit alarm event setup screen 254
- Figure 150 alarm event setup edit 254
- Table 113 alarm event setup edit 254
- The following table describes the labels in this screen 254
- Use this screen to set the alarm severity threshold for recording alarms on an individual port s the system reports an alarm on a port if the alarm has a severity equal to or higher than the port s threshold 254
- Use this screen to specify the severity level of an alarm s and where the system is to send the alarm s 254
- Ves 1616fe 55a user s guide 254
- Alarm port setup 255
- Chapter 45 alarm 255
- Figure 151 alarm port setup 255
- Table 114 alarm port setup 255
- The following table describes the labels in this screen 255
- Ves 1616fe 55a user s guide 255
- Firmware upgrade screen 257
- Hapter 257
- Maintenance 257
- Maintenance screen 257
- Backing up a configuration file 258
- If you load an invalid configuration file it may corrupt the settings and you might have to use the console to reconfigure the system 258
- Restore configuration screen 258
- See the chapters on commands to edit the configuration text file 258
- Load factory defaults 259
- Reboot system 259
- Restoring the default configuration deletes all the current settings it is recommended to back up the configuration file before restoring the default configuration 259
- You can change the dat file to a txt file and still upload it back to the ves 1616fe 55a 259
- Command line ftp 260
- Diagnostics 261
- Diagnostics screen 261
- Hapter 261
- Chapter 47 diagnostics 262
- 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 262
- Note wait at least one minute after using set ldm port before using get ldm data 262
- Table 115 diagnostics 262
- The following table describes the labels in this screen 262
- Ves 1616fe 55a user s guide 262
- Chapter 47 diagnostics 263
- Log format 263
- Log message 263
- Log messages 263
- Table 116 log format 263
- Table 117 log messages 263
- The common format of the system logs is 263
- The following table lists and describes the system log messages 263
- Ves 1616fe 55a user s guide 263
- Chapter 47 diagnostics 264
- Ldm test parameters 264
- Table 117 log messages continued 264
- Table 118 ldm test parameters 264
- The following table lists the line diagnostics test parameters that display see the itu t s g 92 for more information 264
- Ves 1616fe 55a user s guide 264
- Chapter 47 diagnostics 265
- Table 118 ldm test parameters continued 265
- Table 119 tonediag parameters 265
- The following table lists the tone diagnostic parameters that display see the itu t s g 92 for more information 265
- Tonediag parameters 265
- Ves 1616fe 55a user s guide 265
- Chapter 47 diagnostics 266
- Table 119 tonediag parameters continued 266
- Ves 1616fe 55a user s guide 266
- Hapter 267
- Introduction to mac table 267
- Mac table 267
- Chapter 48 mac table 268
- Figure 160 mac table 268
- If the device 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 if the device 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 268
- Mac table 268
- Mac table screen 268
- Table 120 mac table 268
- The following table describes the labels in this screen 268
- Ves 1616fe 55a user s guide 268
- Arp table 269
- Arp table screen 269
- Hapter 269
- How arp works 269
- Introduction to arp table 269
- Chapter 49 arp table 270
- Figure 161 arp table 270
- Table 121 arp table 270
- The following table describes the labels in this screen 270
- Ves 1616fe 55a user s guide 270
- Troubleshooting and specifications 271
- Hapter 273
- Power hardware connections and leds 273
- Troubleshooting 273
- I cannot see or access the login screen in the web configurator 274
- I forgot the ip address for the ves 1616fe 55a 274
- I forgot the password 274
- Ves 1616fe 55a access and login 274
- I can see the login screen but i cannot log in to the ves 1616fe 55a 275
- I cannot access the internet 275
- I cannot telnet to the ves 1616fe 55a 275
- I cannot use ftp to upload download the configuration file i cannot use ftp to upload new firmware 275
- Internet access 275
- Reload the configuration file 276
- Reset the ves 1616fe 55a to its factory defaults 276
- You will lose all of your changes when you push the reset button 276
- Chapter 50 troubleshooting 277
- Figure 162 example resetting the switch via the console port 277
- The switch is now reinitialized with a default configuration file including the default password of 1234 277
- Ves 1616fe 55a user s guide 277
- General ves 1616fe 55a specifications 279
- Hapter 279
- Product specifications 279
- Chapter 51 product specifications 280
- Note only upload firmware for your specific model 280
- Table 122 hardware specifications 280
- Table 123 firmware specifications 280
- Ves 1616fe 55a user s guide 280
- Chapter 51 product specifications 281
- Table 123 firmware specifications 281
- Table 124 feature specifications 281
- Ves 1616fe 55a user s guide 281
- Chapter 51 product specifications 282
- Table 124 feature specifications continued 282
- Ves 1616fe 55a user s guide 282
- Chapter 51 product specifications 283
- Table 124 feature specifications continued 283
- Table 125 standards supported 283
- The following list which is not exhaustive illustrates the standards supported in the ves 1616fe 55a 283
- Ves 1616fe 55a user s guide 283
- Chapter 51 product specifications 284
- Table 125 standards supported continued 284
- Ves 1616fe 55a user s guide 284
- Cable pin assignments 285
- Chapter 51 product specifications 285
- Figure 163 console port pin layout 285
- In a serial communications connection generally a computer is dte data terminal equipment and a modem is dce data circuit terminating equipment the ves 1616fe 55a is dce when you connect a computer to the console port 285
- Pin 1 pin 5 285
- Pin 6 pin 9 285
- Table 126 console port pin assignments 285
- Table 127 ethernet cable pin assignments 285
- Ves 1616fe 55a user s guide 285
- Chapter 51 product specifications 286
- Table 128 1000base t ethernet cable pin color 286
- Table 129 alarm port pin assignment 286
- Table 130 hardware quick connector pin assignments vdsl lines 286
- Table 131 hardware quick connector pin assignments pots lines 286
- The alarm port is a rj 45 connector the following table describes the alarm pins 286
- The following table and diagram show the pin assignments of the quick connectors on the ves 1616fe 55a 286
- Ves 1616fe 55a user s guide 286
- Chapter 51 product specifications 287
- Figure 164 hardware quick connector pin assignments vdsl lines 287
- Table 131 hardware quick connector pin assignments pots lines continued 287
- Ves 1616fe 55a user s guide 287
- Chapter 51 product specifications 288
- Figure 165 hardware quick connector pin assignments pots lines 288
- Table 132 hardware quick connector port and pin numbers 288
- This table lists the ports and matching pin numbers for the hardware quick connector 288
- Ves 1616fe 55a user s guide 288
- Appendices and 289
- Appendices and index 289
- Pop up windows javascripts and java permissions 291
- Ppendix 291
- Enable pop up blockers with exceptions 292
- Javascripts 294
- Java permissions 295
- Java sun 296
- Mozilla firefox 296
- Click content to show the screen below select the check boxes as shown in the following screen 297
- Changing a fuse 299
- Ppendix 299
- Certifications 301
- Copyright 301
- Legal information 301
- Ppendix 301
- Zyxel limited warranty 302
- Customer support 305
- Ppendix 305
- Numbers 311
- Ves 1616fe 55a user s guide 311
- Ves 1616fe 55a user s guide 312
- Ves 1616fe 55a user s guide 313
- Ves 1616fe 55a user s guide 314
- Ves 1616fe 55a user s guide 315
- Ves 1616fe 55a user s guide 316
- Ves 1616fe 55a user s guide 317
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