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NMS User's Guide - Zhone Technologies

1. 2 1 Connecting your PC to the Management Port 2 2 Launching a Web Browser and Logging In 2 2 Management Configuration 2 4 Restoring the IP Address and Subnet Mask on Your PC 2 6 Restarting the NMS 2 7 June 2005 Contents 3 Navigating the NMS NMS Main Window 3 1 Network Extender Front View 3 2 System Reset Button 3 2 Ethernet T1 and E1 Ports and Corresponding LEDs 3 2 Sub BU ttOli uu eee let See ee eda ee pe 3 3 Communication Port 3 3 Power LED 42 2 3 3 m Micro DSLAM Chassis Front View 3 3 PowerLED rere less dei eahewe Se faa Phat ol 3 3 Management Port and Corresponding LED 3 3 Uplink Ports and Corresponding LEDs 3 4 System Reset Button 3 4 Communication Port 3 5 SDSL Connection LEDs 3 5 m Mini DSLAM Chassis Front View 3 5 Power ED aoi pe x tees GN tese 3 5 Fan EED iile Ere CERA LEA be SE ele ane 3 5 Management Port 3 6 Uplink Interface Modules and Corresponding LEDs
2. 6 13 NMS A2 GB20 00 June 2005 lii iv Contents 7 Troubleshooting the NMS m Problems and Solutions 7 1 PC Cannot Locate Web Server 7 1 Lost Web Server Connection 7 1 Cannot Establish Web Server Connection From Within Network 7 2 Web Pages Are Loading Slowly 7 2 A Connector Pin Assignments m 10 100BaseT MGMT Connector A 1 Index June 2005 NMS A2 GB20 00 NMS A2 GB20 00 About This Guide Document Purpose and Intended Audience This guide describes the web based Network Management System NMS used for configuration and management of select Network Extenders Micro DSLAMs Mini DSLAMs the MUM2000 2 Multiplexer Uplink Module and the BSX8000 5 Broadband Services Switch Document Summary Section Description Chapter 1 NMS Introduction Describes the system requirements for the NMS lists primary device defaults and describes the use of RAM and NVRAM in NMS managed devices Chapter 2 Initial Configuration Explains how to set up a Windows PC for initial access to the NMS Chapter 3 Navigating the NMS Describes the main window and menus of the NMS Chapter 4 System Configuration Screens Describes the System Configuration screens Chapter 5 System Utilities Describes the System Utilities screens Chapter 6 Vi
3. r SNMP Traps BY snmpAuthentication Trap Enabled AS snmpEnvironment Trap Enabled SS snmpColdStart Trap Enabled NS snmpModule Port Trap Enabled Change a trap setting by clicking on the box then submit Submit Changes submit 2 Select or enter the following parameters Parameter Description SNMP Notification IP Specify the IP addresses of hosts that are to receive trap notifications SNMP Traps Click in the check boxes to enable or disable SNMP traps m snmpAuthentication m snmpEnvironment m snmpColdStart snmpModule Port 3 Click on Submit NMS A2 GB20 00 June 2005 4 5 4 System Configuration Screens SNMP Community Administration Use the SNMP Community Administration screen to set the read and read write community names p Procedure To configure community names 1 From the home screen click on the SNMP Community button The SNMP Community Administration screen appears E SNMP Community Administration Microsoft Internet Explorer PARADYNE Read Only Community Read Write Community Old Community Old Community New Community New Community Confirm new Confirm new submit submit 2 Select or enter the following parameters Parameter Description Old Community Specify the current community name for Read or Read Write operations The default for both is Password New Community S
4. 3 6 SDSL RJ21 Cable Connector and Corresponding PortLEDs 3 6 m IP DSLAM Chassis Front View 3 7 Uplink Modules and Corresponding LEDS 3 7 Uplink Interface Modules and Corresponding LEDs 3 8 Interface Modules and Corresponding LEDs 3 8 4 System Configuration Screens B OVervioW cer RE Ro Ue a eo CUERO n EXE 4 1 m Management Configuration 4 2 m Advanced Configuration 4 3 B LATTP Password wie ead wee tenet donne ne dat duree 4 4 m SNMP Configuration 4 5 m SNMP Community Administration 4 6 ii June 2005 NMS A2 GB20 00 Contents B Global Set iio bade eee bee hia ee ba eae ER e IAE 4 7 Global Circuit Configuration for DSL Ports 4 8 Global Circuit Configuration for T1 or E1 Ports 4 11 Allow Tag or Untag on Ingress Packet Parameter 4 13 Global DSCP Rules 4 14 Global IP Rules 4 16 Global Layer 2 Set Micro DSLAMs and Mini DSLAMS 4 18 Global MAC Rules 4 20 Global Port Set Micro DSLAMs and Mini DSLAMs 4 22 Global Advanced Configuration 4 23 Global VLAN Rules 4 24 5 System U
5. Figure 3 5 4000 BLC and its Depiction in the NMS Model 12000 BLCs have 14 slots numbered left to right slots 1 12 house interface modules and slots 13 14 house Broadband Switches BSXs or Multiplexer Uplink Modules MUMs Model 4000 BLCs have 5 slots numbered from bottom to top slots 1 4 house interface modules and slot 5 houses a BSX or a MUM Uplink Modules and Corresponding LEDs Only one uplink module a BSX or MUM is required for operational purposes although a second uplink module may be installed for redundancy in a 12000 BLC Uplink modules have two LEDs shown at the top left in the 4000 BLC of the module the Fan LED is on the left bottom and the Power LED is on the right top On the BSX there is an OK LED between the other two Table 3 8 Uplink Module LEDs 1 of 2 LED Color Indication FAN Green All four fans are functioning Amber At least one fan has failed Red All fans have failed NMS A2 GB20 00 June 2005 3 7 3 Navigating the NMS Table 3 8 Uplink Module LEDs 2 of 2 LED Color Indication OK Green BSX8000 5 only The uplink module is functional POWER Green Chassis is powered Uplink Interface Modules and Corresponding LEDs MUMs support 10 100BaseT T1 E1 DS3 and E3 Uplink Interface Modules UIMs The top slot left slot for the 4000 BLC in a MUM faceplate is UIM Port 1 and the bottom right slot is UIM Port 2 Only one UI
6. 5 4 Parameter Description Port Mode Setting Specify a port mode m Fixed The upstream and downstream rates are fixed at the Data Rate Setting values m Adaptive The ports will automatically train up to the best possible speed supported by the DSLAM the modem at the remote end and the copper cable pair connecting the two m Fixed Adaptive The ports will automatically train up to the best possible speed up to the user specified maximum upstream and downstream rates in Data Rate Setting The Data Rate Setting field does not appear if Port Mode is Adaptive It appears after you change the Port Mode from Fixed to Adaptive or Fixed Adaptive and click on Submit VPI VCI Detect Setting Specify the port behavior with regard to VPI VCI detection m On The port will automatically monitor the line to determine the VPI and VCI settings of the remote ADSL modem to which it is connected and set itself accordingly on PVC 1 If no ATM cells are detected at any VPI VCI setting the port will default to VPI 0 and VCI 35 Thereafter once it does detect ATM cells from the remote ADSL modem it will reconfigure VPI and VCI to the same settings at which the ATM cells from the remote ADSL modem were detected m Off The port will default to VPI O and VCI 35 on PVC 1 unless the port was previously set at VPI VCI Detect on and had already detected the VPI and VCI settings of the remote ADSL modem In this ca
7. To return to the default settings when the Submit button is clicked on click in the Set to Default check box 4 Click on Submit Global VLAN Rules p Procedure To configure VLAN rules 1 Click on the Global VLAN Rules tab The Global VLAN Rules screen appears A Global Set Microsoft Internet Explorer E x PARADYNE Add Port s 1 2 3 zl will be updated Global Configuration VLAN Rule cria osham Phan MAC Re VAN Rules PE Adar onto To add modules and or ports of like type to the global set action press and hold the ctr key then click on the slot port indexs Note by default All ports Reset the VLAN rules to default parameters for the slot s and port s selected Device Type Revision 4929 0 00 ss C Add C Delete No Set Tag Untag on Ingress Pkt is setto untag Activate Allow VLAN Add a E Ingress Egress Rule Tag Untag 1 085 VLAN to tiority Fixed Max Limit Kbps Limittkbps on Ingress Pit Ingress Pkt no z untag fo o no xl oy fixed o 0 T When allow tag on ingress pkt the port acts as 802 10 VLAN trunk othenwise the port acts as 802 10 VLAN access 2 The Fixed Max attribute will be applied to the VLAN priority when Allow Tag Untag on Ingress Pkt is set to tag Add a single VLAN tag to the ingress pkt when Allow submit 2 In the Add Ports drop down list select All or a group of ports To select multiple ports hold t
8. p Procedure 4 System Configuration Screens To configure global parameters for T1 or E1 ports 1 From the home screen click on the Global Set button The Global Circuit Configuration screen appears 1 ini x cecus ose Pawn MAC Rules VO Res Mondteine Add Port s Device Type Revision 12 TNE1584 1 01 01 3 m To add modules and or ports of like type to the global set action press and hold the ctr key then click on the slot port index s Note by default All ports will be updated Click on the check box to include a parameter s to the global set action Global Configuration General Settings I Reset Port Statistics Filter IP Address Settings eat 0 0 0 0 J 255 255 255 255 ip2T 0 0 0 0 m 0 0 0 0 iesf 0 0 0 0 m 0 0 0 0 wal 0 0 0 0 m 0 0 0 0 T Rate limit for unknown unicast unknown multicast amp broadcast traffic Ingress Limit po Egress Limit NN T DHCP Option 82 Setting C Enabled Identifying String IPaddress MIBII v I Frame Type I Line Code Disabled F Tx Bldout F Clock Source T Data Rate Setting UpiDn 192 x I Protocol Setting C Allow Selected C Disallow Selected 0000 0000 Y0000 0000 Note enter hex value eg 0800 00f Allow All Layer2 Settings C Layer2 Port Filter ON C Unlimited amp ofMACs or Layer2 Port Filter OFF Define t of MACs 0 esr gt Jeszs z odo Local z submit 2 In t
9. 4 15 5 8 DS Value 4 14 5 8 DSCP Rules 4 14 5 8 DSL mode 4 9 5 5 DSLAM Front view 3 7 Interconnect Configuration 6 2 Users 5 26 NMS A2 GB20 00 E1 defaults 1 3 Global Circuit Configuration 4 11 LEDs 3 2 3 4 3 6 port configuration 5 6 EAPS Button 6 4 EC 4 23 5 23 Echo Cancellation 4 23 5 23 Establishing a Connection 2 1 Ethernet LEDs 3 2 3 4 3 6 Ethertype 2 5 5 17 F Fan LED 3 5 3 7 Fast Buffer Setting 4 23 FDM 4 23 5 23 Flood type 5 17 Frame Type 4 9 4 12 5 5 5 7 Frequency Division Multiplexing 4 23 5 23 G Gateway 2 5 4 2 Global Advanced Configuration 4 23 Circuit Configuration 4 8 4 11 5 6 DSCP Rules 4 14 IP Rules 4 16 Layer 2 Set 4 18 MAC Rules 4 20 Port Set 4 22 Set 4 7 VLAN Rules 4 24 H HTTP Password 4 4 I IGMP Age Time 6 9 Summary screen 6 7 Inband Management 2 5 4 2 Interface Modules 3 8 LED 3 8 June 2005 IN 1 Index IP Address 2 5 4 2 Filter settings 4 9 4 11 4 22 5 4 5 6 IP Range 4 3 4 16 5 11 IP Rules 4 16 5 10 L Launching web browser 2 2 Layer 2 Port Filter Settings 5 5 Layer 2 Set 4 18 LED 10 100BaseT 3 6 10 100BaseT Port 3 2 3 4 DS3 3 6 E1 3 6 E3 3 6 Fan 3 5 3 7 Interface Module 3 8 MGMT 2 2 3 3 3 6 Power 1 7 3 3 3 5 SDSL 3 5 3 6 T1 3 6 Local Files 1 5 Logging in 2 2 Loop Detect Summary 5 27 M MAC and IGMP Summary 6 6 6 7 MAC Range 4 20 5 13 MAC Rule
10. June 2005 5 15 5 System Utilities 5 16 Parameter Description Egress Limit Specify the egress limit in kbps for packets matching this rule PVC Select a PVC index 1 4 The PVC Index parameter applies to ADSL ports only PVC Indexes will only be applied to packets coming in through a subscriber connection WAN They are not applicable to packets coming in through an uplink connection Backbone VLAN ID Used in conjunction with standard VLAN tags a single Backbone VLAN tag will become the primary identifier allowing a router with backbone capabilities to make smarter decisions in directing traffic to the proper network Once a packet has reached the proper network its standard VLAN tags will direct it to the appropriate port To configure Backbone VLAN ID enter a single VLAN tag value between 0 and 4085 Default is 0 indicating that the Backbone VLAN function is not in use A Backbone VLAN tag cannot be used independently standard VLAN tags must also be configured Additionally the DSLAM uplink connection must run through a router in order for a Backbone VLAN tag to function 3 Click on Submit June 2005 NMS A2 GB20 00 Backbone VLAN ID p Procedure 5 System Utilities To configure the backbone VLAN ID flood type and Ethertype 1 Click on the Bkbone VLAN Id Flood Ethertype tab The Bkbone VLAN Id Flood Ethertype screen appears Circuit Configuration Microsoft Inte
11. Network Congestion Extensive network congestion may impact NMS performance due to the fact that the embedded web server powering NMS is a TCP IP device Under heavy congestion you will notice most other network tasks experiencing a slowdown as well June 2005 NMS A2 GB20 00 Connector Pin Assignments 10 100BaseT MGMT Connector The MGMT port is an 8 pin modular jack supporting 10 100BaseT NMS A2 GB20 00 Table 1 10 100BaseT Pinouts Signal Pin Transmitted Data Transmitted Data Received Data Unused Unused Received Data Unused Unused o on ay AJOJN June 2005 Pin 1 Pin 8 97 15449 A Connector Pin Assignments A 2 June 2005 NMS A2 GB20 00 Index Numerics 10 100BaseT LED 3 2 3 4 3 6 MGMT Connector A 1 A ADSL mode 4 9 5 5 Advanced Configuration 4 3 4 23 B Backbone VLAN ID 5 10 5 12 5 14 5 16 5 17 BERT Screen 5 29 BLC 1 7 C Circuit Configuration 4 8 4 11 5 3 5 6 Configuration T1 or E1 5 6 Defaults 1 4 Search 5 24 Summary 5 2 Clearing NVRAM 1 6 COM port 3 3 Communication Port 3 3 3 5 Community names 4 6 Configuring PC for NMS 2 1 Connecting PC to the Management Port 2 2 Copy Port 5 21 5 22 D Data Rate Setting 4 9 4 11 4 22 5 6 Default Settings 1 2 DHCP Option 82 4 9 4 12 5 5 5 7 Diagnostics 5 27 Document Purpose and Intended Audience v Document Summary v DS Mask
12. simply allows for a direct connection with your PC for the purpose of system management via Command Line Interface CLI See your Micro DSLAM Installation Instructions and the CL User s Guide for further information SDSL Connection LEDs SDSL Connection LEDs are depicted on the right of the chassis faceplate There are either 6 or 12 SDSL LEDs depending upon the Micro DSLAM model type Table 3 4 Micro DSLAM SDSL Connection LEDs Port LED Color Indication 1 6 or 1 12 Green SDSL connection established SDSL Connection Red Non functional SDSL connection Gray No SDSL connection Mini DSLAM Chassis Front View Power LED Fan LED NMS A2 GB20 00 000 24E e A eoe S 3 SDSL Mini DSLAM 2000 SMD2 SEL oe E b oT 5 LOROJ ue e H ste ie we box 1 e eon Figure3 4 Mini DSLAM The Power LED is a solid green LED on the left hand side of the chassis faceplate The Fan LED is on the left side of the chassis faceplate and denotes the status of the four fans inside the Mini DSLAM Table 3 5 Mini DSLAM Fan LED LED Color Indication Fan Green All fans are functioning Amber At least one fan has failed Red All four fans have failed June 2005 3 5 3 Navigating the NMS Management Port The Management MGMT Port is depicted on the left side of the chassis faceplate and has no corresponding LED Uplink Interface Modu
13. 1 6 June 2005 NMS A2 GB20 00 Micro DSLAM Mini DSLAM BLC NMS A2 GB20 00 1 NMS Introduction NVRAM on the Micro DSLAM can only be cleared using Command Line Interface CLI See the CLI User s Guide The Reset Button on the Micro DSLAM will reboot the unit but will not clear NVRAM To reboot use a paperclip mechanical pencil or similar tool to press and hold the Reset Button on the front of the chassis for 10 seconds or click the Reset Button depicted in the NMS Micro DSLAM Main Window then click on Yes and Submit Using a paperclip mechanical pencil or similar tool press and hold the Reset Button on the front left hand side of the chassis for 10 seconds Install the MUM or BSX you wish to clear into a powered 4000 or 12000 BLC devoid of interface modules If there are interface modules installed in the BLC it is not necessary to completely remove them Slide them out of the chassis far enough to disengage the interface module connector at the back of the chassis and ensure that the power LED on the interface module is no longer illuminated Allow a minimum of 40 seconds to pass with the MUM or BSX running in the chassis before reinstalling any of the interface modules June 2005 1 7 1 NMS Introduction 1 8 June 2005 NMS A2 GB20 00 Initial Configuration Establishing a Connection Connecting to the NMS comprises these steps m Configuring your PC See Configuring Your PC for NMS on page 2 1 m Connecting y
14. 14 June 2005 NMS A2 GB20 00 Troubleshooting the NMS Problems and Solutions The following sections describe problems you may encounter in using the NMS PC Cannot Locate Web Server The PC being used to access NMS keeps a record of IP Internet Protocol and MAC Medium Access Control addresses in its local ARP Address Resolution Protocol cache If the same computer is used to access NMS through the local management port and then again to access NMS through a network connection the local ARP cache can prevent the computer from finding the embedded web server Though the ARP cache will eventually clear itself as entries time out it can also be cleared manually 1 Click on the Windows Start button Select Run 2 3 4 Type cmd and click on OK to open a command prompt At the prompt type arp a and press the Enter key This will return a list of all the IP Addresses in the computer s ARP cache If the IP address of the Micro DSLAM Mini DSLAM or IP DSLAM MUM you wish to clear is listed type arp d the IP Address at the prompt and press the Enter key Lost Web Server Connection The web server connection will be lost whenever the Micro DSLAM Mini DSLAM or IP DSLAM s IP Address is changed 1 Close all browser windows 2 Open a new browser window NMS A2 GB20 00 June 2005 7 1 7 Troubleshooting the NMS 3 Enter the new IP address in the address field at the top of the browser wi
15. 2 Select or enter the following parameters Parameter Description Port Select a port from the drop down list SNR dB Setting Specify the upstream and downstream Signal to Noise Ratio settings for the selected ports Reed Solomon Error Correction Settings Delay Specify the upstream and downstream Reed Solomon delay Reed Solomon Error Correction Settings Correction Specify the upstream and downstream Reed Solomon correction EC FDM Specify the upstream and downstream Echo Cancellation or Frequency Division Multiplexing mode NMS A2 GB20 00 June 2005 5 23 5 System Utilities Parameter Description Fast Buffer Setting Specify the buffer setting Fast or Interleave Default Setting To return to the default settings when the Submit button is clicked on click in the Set to Default check box 3 Click on Submit Circuit Search The Circuit Search screen allows you to locate a circuit by circuit ID then display its Circuit Summary screen p Procedure To use the Circuit Search 1 Click on Circuit Search The Circuit Search screen appears 2 Select a Circuit ID from a drop down list Circuit Search CIRCUITS CIRCUITS Comtrend 562 Comtrend 562 http 135 90 147 9 Circuit S C JBR PARADYNE Plasma TV TestBench Figure 5 12 Circuit Search Screen 5 24 June 2005
16. 2 parameters 1 Click on the Layer 2 Set button The Layer 2 Settings screen appears Global Set Microsoft Internet Explorer E ZB x port sot ue d Global Layer 2 Settings Submit Changes gt Device Identification submit SuD2011 12T Revision 2 00 02 Click on the check box to add a parameter to the global set r Layer 2 Settings VLAN Ranges D vana I vane I Priority Ether Type po hb b 1d ha 8100 gt D vanz D vLan7 0 fl 0 0 Backbone VLAN I vians wans D o o 0 fo M vang M vang I Flood fo fo 0 o Upl M vans VLAN 10 0 0 0 2 Select or enter the following parameters Parameter Description VLAN Ranges Specify up to 10 VLAN ranges from 1 to 4095 A port set with one or more specified VLAN ranges will automatically be designated as an 802 1Q VLAN Trunk Port only packets tagged within the specified VLAN range s will be allowed to communicate across that port Priority In compliance with the IEEE 802 1p Standard a subset of 802 1Q each port can be set with one of eight levels of prioritization designated numerically from 0 to 7 O the default denotes no priority and 7 denotes the highest priority The priority designation is added to Access Port VLAN tags or replaces the priority designation in Trunk Port VLAN tags Ethertype Backbone Ethertype is a two byte code indicating packet type Use the drop down menu to se
17. 2005 NMS A2 GB20 00 NMS A2 GB20 00 5 System Utilities Parameter Description Allow Tag Untag on Ingress Pkt Specify tag or untag Tag indicates that ingress packets already matched to the Diffserv Rule must have a VLAN tag to be further considered packets without a VLAN tag will be dropped See Allow Tag or Untag on Ingress Packet Parameter in Chapter 4 System Configuration Screens VLAN ID Range Specify a VLAN ID range For each rule if you selected Tag for Allow Tag Untag the VLAN field should specify either an acceptable single VLAN or an acceptable VLAN Range for VLAN tags on ingress packets If you selected Untag the VLAN field should specify a single VLAN only if you intend to have a VLAN tag added to packets if you do not intend to have a VLAN tag added to packets the VLAN field should be left at the 0 0 default Add VLAN to Ingress Pkt Specify whether the VLAN ID should be added to ingress packets Priority Specify the priority to be used when adding a configured VLAN ID to a packet Fixed Max Specify the handling of VLAN priority used only if the received packet is already tagged W Fixed The packet s original priority will automatically be replaced with the Priority specified above m Max The packet s original priority will be replaced with the configured Priority only if the packet s original priority is greater than the configured Priority Ingress
18. 98 2 Initial Configuration TX Flood Mode upi x Flood Membership Configuration Uplink VLAN Membership Fp1 Fp2 Fp3 Fp4 VLAN to Flood Summary E VLAN Flood MIM Ports 10 VLAN Fp1 Fp2 Fp3 Fp4 200 VLAN Fp1 Fp2 Fp3 Fp4 D Internet Figure 2 2 Management Configuration Window BSX8000 5 2 Select or enter the following parameters Not all fields are available for all devices Table 2 2 Management Configuration Parameters 1 of 2 Parameter Description IP Address Specify the management IP address for the DSLAM Subnet Mask Specify the subnet mask for the IP address Gateway Specify the first hop gateway address EtherType Select the type of packets supported by your router This is used only for backbone VLAN Q in Q traffic Inband MGMT Check this box if you will use inband management that is you will allow the device to be contacted by ports other than the MGMT port For security purposes disable inband management when it is not in use VLAN Id Specify a VLAN identifier for inband management Priority Specify a priority 0 7 for inband management traffic June 2005 2 5 2 Initial Configuration Table 2 2 Management Configuration Parameters 2 of 2 Parameter Description Flood Configuration Flood refers to the method in which interface modules handle unknown unicasts unknown broadcasts and unknown multicasts for each port m Uplink Any
19. Limit Specify the ingress limit in Kbps for packets matching this rule Egress Limit Specify the egress limit in kbps for packets matching this rule PVC Select a PVC index 1 4 The PVC Index parameter applies to ADSL ports only PVC Indexes will only be applied to packets coming in through a subscriber connection WAN They are not applicable to packets coming in through an uplink connection June 2005 5 9 5 System Utilities Parameter Description Backbone VLAN ID Used in conjunction with standard VLAN tags a single Backbone VLAN tag will become the primary identifier allowing a router with backbone capabilities to make smarter decisions in directing traffic to the proper network Once a packet has reached the proper network its standard VLAN tags will direct it to the appropriate port To configure Backbone VLAN ID enter a single VLAN tag value between 0 and 4085 Default is 0 indicating that the Backbone VLAN function is not in use A Backbone VLAN tag cannot be used independently standard VLAN tags must also be configured Additionally the DSLAM uplink connection must run through a router in order for a Backbone VLAN tag to function 3 Click on Submit IP Rules p Procedure To configure IP rules 1 Click on the IP Rules tab The IP Rules screen appears E Circuit Configuration Microsoft Internet Explorer EN ni xj PARADY NE Crau cut Dich Rm
20. MGR Via Posts Parc Isc Slot Port Circuit Identification Device Type Revision 3g 14g 5211 AIM24000 48 Anx A 1 04 01 T Reset the IP Range rules to default parameters for the slot and port selected IP Range Rule Settings pom VLAN ID Tagadion Replaoe ingress Egress Lm ches Pus SSL VEND Plon rimming Lint time PVC Paitone on ingress Pit 1 4085 Ingress Pk 1 4085 Kbps Kbps 2240011 1 ves gt wweg 7 7 eddteg v fo 4 e fixed z o 0 1 2 o pds gl o zif az ieaz 0 0 0 0 afno sli untag v fo noaction gt fo o gt fixed z o fo hz fo 0 0 0 0 pum afro untag o o no action x fo o iea o fo fi fo 0 0 0 0 4 no gt 0003 untag v fo noacion v fo o fixed z o o fi fo When allow tag on it the port acts as 602 10 VLAN trunk othenvise the port acts as 802 10 VLAN access 2 The Fixed Max attri be applied to the VLAN priority when Allow Tag Untag on Ingress Pkt is set to tag submit Port Status Link Adaptive 1088 Kbps Up 10848 Kbps Dn PVC1 VPUVCI 07 PVC2VPUVCI 00 PVCS VPINCI 010 PVCA VPINCI 0D Actual SNR uphin 6dBJ6dB Detay upicn 16ms 6ms Correctonfup cin Imsfims interleave Depth upitin 8 64 Last Update 00 00 00 00 Figure 5 4 IP Rules Screen 5 10 June 2005 NMS A2 GB20 00 NMS A2 GB20 00 5 System Utilities Select or enter the following parameters Parameter Description
21. NMS A2 GB20 00 5 System Utilities The Circuit Configuration screen for the specified circuit appears 1 1 1 8 eet Figure 5 13 Circuit Configuration Screen 3 Display or modify parameters for the circuit See Circuit Summary on page 5 2 NMS A2 GB20 00 June 2005 5 25 5 System Utilities DSLAM Users 5 26 The DSLAM Users screen shows the users that are using or have used the DSLAM or BLC Users are identified by IP address To display DSLAM users click on the DSLAM Users button The DSLAM Users screen appears http 135 90 147 9 DSLAM Users Microsoft Internet Explorer PARADYNE Current Entries User Ip User Login Time 135 90 92 42 06 21 16 06 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 User Status Active User Ip 135 90 232 127 135 90 50 174 135 90 50 157 135 26 150 254 135 90 50 174 135 90 50 174 135 90 50 157 135 90 50 124 135 90 50 157 135 90 50 191 Historical Entries User Logged In Time 00 00 07 15 00 04 01 21 00 00 14 05 00 04 36 50 00 04 35 26 00 06 44 04 00 04 30 29 02 03 11 14 02 01 42 22 02 03 49 57 EE User Logged Out Time 00 00 25 58 00 04 16 16 00 04 24 25 00 04 40 50 00 04 50 43 00 06 51 03 00 10 12 50 02 03 20 08 02 03 24 35 05 00 25 28 Figure 5 14 DSLAM Users Screen Internet Current entries show the login time and user status Historical
22. Port Select a port from the drop down list Activate Specify whether the rule is active IP Range Specify the range of IP addresses that constitutes a match for this rule Allow Tag Untag on Ingress Pkt Specify tag or untag Tag indicates that ingress packets already matched to the IP Rule must have a VLAN tag to be further considered packets without a VLAN tag will be dropped See Allow Tag or Untag on Ingress Packet Parameter in Chapter 4 System Configuration Screens VLAN ID Range Specify a VLAN ID range For each IP Range Rule if you selected Tag for Allow Tag Untag the VLAN field should specify either an acceptable single VLAN or an acceptable VLAN Range for VLAN tags on ingress packets If you selected Untag the VLAN field should specify a single VLAN only if you intend to have a VLAN tag added to packets if you do not intend to have a VLAN tag added to packets the VLAN field should be left at the 0 O default Add VLAN to Ingress Pkt Specify whether the VLAN ID should be added to ingress packets Priority Specify the priority to be used when adding a configured VLAN ID to a packet Fixed Max Specify the handling of VLAN priority used only if the received packet is already tagged m Fixed The packet s original priority will automatically be replaced with the Priority specified above m Max The packet s original priority will be replaced with the configured Priority only if
23. Used to specify SNMP trap notification addresses and enable traps See SNMP Configuration on page 4 5 SNMP Community Used to set community names See SNMP Community Administration on page 4 6 Global Set Used to set global parameters for traffic management See Global Set on page 4 7 June 2005 4 1 4 System Configuration Screens Management Configuration Use the Management Configuration screen to set the unit s IP address and other management parameters p Procedure To configure management parameters 1 From the home screen click on the Management Config button The Management Configuration screen appears E MGMT Configuration Microsoft Internet Explorer PARADYNE Device Identification Device Rev 4929 0 00 kk r CCA Number CCA Rev j SIN 862 0000 8000 oono 80 1234567890 Device MAC Addresses 00 50 CA 44 66 22 00 50 CA 44 66 23 IP amp Mask r Gateway IP Address Installed Gateway 63 127 199 137 63 127 199 129 Subnet Mask 255 255 255 240 gt Inband MGMT VLAN Id Priority p o sl submit Exit and reload browser after the submit 2 Select or enter the following parameters Parameter Description IP Address Specify the management IP address for the DSLAM Subnet Mask Specify the subnet mask for the IP address Gateway Specify the first hop gateway address Inband MGMT Check this box if you will use inband management throu
24. addresses with access to the port is to be limited to a certain number not including MAC 1 MAC 2 and MAC 3 if specified above PVC1 PVC4 Specify the VPI and VCI of up to four PVC indexes These can be applied to packets coming in through a subscriber connection according to the DSCP IP MAC and VLAN rules you define Each index must be assigned the same VPI and VCI values as the port on the remote ADSL modem to which that index will be assigned in order for traffic to traverse the line successfully Frame Type Specify whether the ports use Logical Link Control LLC or Virtual Channel Multiplexing VCM bridged encapsulation These are defined in RFC 1483 Standard Mode ADSL Specify the port s line code m MULTIMODE The port uses the line code of its partner modem default m T1 413 DMT modulation as defined in ANSI T1 413 G Lite G 992 2 G lite modulation G_DMT G 992 1 G dmt modulation ALCTL Alcatel modulation G DMT BIS G 992 3 ADSL2 modulation G DMT BlSplus G 992 5 ADSL2 modulation READSL2 Reach Expanded ADSL2 G 992 3 in Annex L format Line Code SHDSL Specify the port s line code CAP Carrierless Amplitude and Phase modulation 2B1Q Two Binary one quaternary G SHDSL G 991 2 3 Click on Submit June 2005 5 5 5 System Utilities Circuit Configuration for a T1 or E1 Port Use the Circuit Configuration screen to set the par
25. click on the Global Set button The Global Circuit Configuration screen appears Global Set Microsoft Internet Explorer E j ini x PARADYNE rset ontg ce Pim MAC Ries Mlle Aom ute Add Port s 1 2 3 zl will be updated Global Configuration General Settings J Reset Port Statistics I Port Mode Setting C Fixed C Adaptive Fixed Adaptive C Filter IP Address Settings Device Type To add modules and or ports of like type to the global set action press and hold the ctr key then click on the slotiport index Note by default All ports Click on the check box to include a parameter s to the global set action Revision 4929 0 00 kk T VPI VCI Detect Setting ON C I Data Rate Setting up 0 Da 0 I Protocol Setting wear 0 0 0 0 T 255 255 255 255 C Allow Selected wor 0 0 0 0 T 0 0 0 0 Allow All pare oo FERT pooo noon foooo foooo ES RI EET Pisos Note enter hex value eg 0800 D0fe I DHCP Option 82 Setting C Enabled Identifying String Disabled IPaddress MIBII x r VPI VCl I Frame Type I Standard Mode n fo iasatc MULTIMODE x submit 2 In the Add Ports drop down list select All or a group of ports To select multiple ports hold the Ctrl key while clicking on your selections 3 Select or enter the following parameters Parameter Description Reset Port Statistics Click in this box to reset statistics when the S
26. entries ZR MAC amp IGMP Summary Microsoft Internet Explorer Figure 6 7 IGMP Summary Screen 6 8 June 2005 NMS A2 GB20 00 6 Virtual Front Panel Buttons 4 Click on the IGMP Age tab to set the IGMP age and enable or disable IGMP proxy The IGMP Age screen appears ZR MAC amp IGMP Summary Microsoft Internet Explorer a b m Figure 6 8 IGMP Age Screen 5 Enter or select the following Parameter Description IGMP Age Time Specify an IGMP age interval in seconds This should be twice the query rate of your router NMS A2 GB20 00 June 2005 6 9 6 Virtual Front Panel Buttons 6 To search for MAC or IGMP table entries click on the Search tab The Search screen appears ZR MAC amp IGMP Summary Microsoft Internet Explorer Figure 6 9 MAC and IGMP Search Screen 7 Enter a MAC address to search for a MAC table entry or an IP address to search for an IGMP table entry 8 Click on the appropriate Submit button 6 10 June 2005 NMS A2 GB20 00 6 Virtual Front Panel Buttons Statistics Button The STATS button displays statistics for the device on which the button is provided L s La 3 a 992222 222292292290320222922922902022929222229222092222225 5 290 5 4000 48 smats Stats Button Figure 6 10 STATS Button on the AIM24000 48 Faceplate NMS A2 GB20 00 June 2005 6 11 6 Virtual Front Panel Buttons To display
27. entries document the time each user logged in and logged out June 2005 NMS A2 GB20 00 5 System Utilities Diagnostics Use the Diagnostics screens to display diagnostic information and run tests Loop Detect Summary Click on Diagnostics to display the Loop Detect Summary screen i http 65 90 203 125 Diagnostics Summary Microsoft Internet Explorer Device Type IP DSL Access Multiplexer IPD4000E Slot Port Circuit ID Number Network Loop Count Last MAC Causing Loop Last Mac Source Port 1 1 Todd Test 9 00 01 30 F3 4F A0 00 50 8B 6A 4E 6C 00 08 C7 AF F0 19 00 E0 62 3B 10 7A B 3 19 cb 31 15 39 ke 13 Figure 5 15 Loop Detect Summary Screen If a loop is detected in the chassis the Database Trusted Untrusted Violation box will be checked on the related Port Statistics screen NMS A2 GB20 00 June 2005 5 27 5 System Utilities a http 65 90 203 125 Statistics Information Microsoft Internet Explorer WAN Non Unicast RX 0 be WAN Unicast RX lose Last Mac Causing Loop Last Mac Source Port Total Up Time Figure 5 16 Port Statistics Showing a Trusted Untrusted Violation A packet coming from the network is considered Trusted and traffic coming from a modem is Untrusted If a trusted MAC address coming from the network moves to a DSL port Untrusted it will be blocked for a minimum of 5 minutes and will increment the Dropped Packet counter
28. like type to the global set action press and hold the ctr key then click on the slot port index s Note by default All ports will be updated D Reset the DSCP Range rules to default parameters for the slot s and port s selected Global Configuration Diffserv Rule C Add C Delete No Set DS Value Allow Aad Activate VLAN Y f Ingress Egress Rule Tg DS Mask Tag Untag 1 4085 VLAN to Priority Fixed Ma LimikKbps Limitkbps DSCP QU on Ingress Pkt Ingress Pht no oo Fc untag fo no z for fixer o 0 The Differentiated Services DS value consists of 8 bits The upper6 bits represent the Differential Services Code Point DSCP the lower 2 bits are Currently Unused CU When setting the DS value field set the DSCP via the upper6 bits and then enter the entire 8 bit value Remember the lower two bits are OC When allow tag on ingress pkt the port acts as 802 10 VLAN trunk othenwise the port acts as 802 10 VLAN access 2 The Fixed Ma attribute will be applied to the VLAN priority when Allow Tag Untag on Ingress Pkt is set to tag 3 Add a single VLAN tag to the ingress pkt when Allow Tag Untag on Ingress Pkt is set to untag submit 2 In the Add Ports drop down list select All or a group of ports To select multiple ports hold the Ctrl key while clicking on your selections 3 Select or enter the following parameters Parameter Description Reset the DSCP Range rules to default p
29. only if the packet s original priority is greater than the configured Priority Ingress Limit Specify the ingress limit in Kbps for packets matching this rule Egress Limit Specify the egress limit in kbps for packets matching this rule 4 Click on Submit June 2005 4 25 4 System Configuration Screens 4 26 June 2005 NMS A2 GB20 00 System Utilities Overview What System Utilities screens are available is device dependent System Utilities screens include m Circuit Summary Provides access to the following screens Circuit Configuration See Circuit Port Configuration for DSL Ports on page 5 3 DSCP Rules See DSCP Rules on page 5 8 IP Rules See P Rules on page 5 10 MAC Rules See MAC Rules on page 5 12 VLAN Rules See VLAN Rules on page 5 14 Backbone VLAN Flood and Ethertype See Backbone VLAN ID on page 5 17 Port Statistics See Port Statistics on page 5 19 Port Copy See Port Copy Single Slot Devices on page 5 21 SNR Advanced Configuration See SNR Advanced Configuration on page 5 23 W Circuit Search Lets you search for circuits by their Circuit Identifiers and display their configurations See Circuit Search on page 5 24 m DSLAM Users Displays the current users of the web interface See DSLAM Users on page 5 26 m Diagnostics Lets you run tests on the device See Diagnostics on page 5 27 m Show Help Links to this manual m Refresh Screen
30. port 2 or both 4 Click on Submit MAC and IGMP Summary Use the MAC IGMP button to access the MAC and IGMP Summary screen GMT PARADYNE gt 4929 ADSL2 12345678 900112 pow 13 14 15 16 17 18 19 202122234 10 100 1000 MAC IGMP Button SDSL Micro DSLAM 2000 SuD2011 12T Ti COM T G go A 1900000000000 OR dE E MAC IGMP Button Figure 6 5 MAC and IGMP Summary Button on 4929 and Sud2011 12T 6 6 June 2005 NMS A2 GB20 00 NMS A2 GB20 00 6 Virtual Front Panel Buttons p Procedure To view the MAC and IGMP Summary screens 1 From the home screen click on the MAC IGMP button The MAC Summary Screen appears ZR MAC amp IGMP Summary Microsoft Internet Explorer PARADYNE MAC IGMP IGMP Age Search MAC Summary Device Type 4929 Revision 0 00 kk Shan Port P1 P2 P9 P4 PS PS P7 PS P9 P10 Pt1 P12 P43 P14jP1S P16 P17 P16jP19P20jP21jP22jP23jP24 mm SEA Qty Ref Designator MAC Address Qty Ref Designator MAC Address Qty Ref Designator MAC Address zl 1 MGMT 00 05 01 F2 C0 A8 Figure 6 6 MAC Summary Screen 2 Click on a Port or MIM button to see specific entries in the MAC table or click on MAC Summary to see all entries June 2005 6 7 6 Virtual Front Panel Buttons 3 Click on the IGMP tab to display the IGMP table Click on a Port or MIM button to see specific entries in the IGMP table or click on IGMP Summary to see all
31. the Windows task bar click on the Start button and then click on Control Panel 2 Double click on the Network Connections icon 3 In the LAN or High Speed Internet window right click on the icon corresponding to your network interface card NIC and select Properties Often this icon is labeled Local Area Connection The Local Area Connection dialog box is displayed with a list of currently installed network items 2 6 June 2005 NMS A2 GB20 00 2 Initial Configuration 4 Ensure that the check box to the left of the item labeled Internet Protocol TCP IP is checked and click on Properties 5 Inthe Internet Protocol TCP IP Properties dialog box depending upon which option was selected prior to entering the default IP Address and Subnet Mask as described in Configuring Your PC for NMS on page 2 1 do one of the following Click Obtain an IP Address Automatically or Click Specify an IP Address and then manually enter your local IP Address and Subnet Mask 6 Click on OK twice to confirm your changes and close the Control Panel Restarting the NMS You may continue to access the NMS using a direct connection to the device Alternatively if you enabled inband management you can access the NMS via a remote network connection p Procedure To access the NMS after setting its IP address 1 NMS A2 GB20 00 Open a web browser Type the device s new IP Address in the address field at the top of the b
32. traffic with VLAN IDs that match a VLAN ID that has been configured to Uplink flood default will be allowed to flow from DSL ports to uplinks only not DSL port to DSL port m VLAN Any traffic with VLAN IDs that match a VLAN ID that has been configured to VLAN flood will be allowed to flow from DSL port to uplinks and DSL port to DSL port Flood Membership Specify the VLAN membership of the uplink ports four Configuration fixed ports and any MIM ports By default all uplinks are members of all VLANs However you can change it such that an uplink port is a member of only a certain set of VLAN IDs In this case any traffic on an uplink port with a VLAN ID that the uplink port is not a member of will be dropped 3 Click on Submit and exit your web browser NMS connectivity will be lost immediately upon clicking the Submit button you must close your web browser If you have a 12000 BLC with two uplink modules installed one in slot 13 and one in slot 14 you need to set the system configuration fields for both Reconfigure the IP Address and Subnet Mask on your PC and then re launch your web browser Restoring the IP Address and Subnet Mask on Your PC You must now return the IP address and subnet mask of the NIC in your PC back to the original values The following instructions are for a Windows XP operating system p Procedure To return the TCP IP parameters of your PC back to the original values 1 In
33. 005 2 3 2 Initial Configuration Management Configuration The NMS main window appears upon login IP Micro DSLAM Network Management System v2 1 Microsoft Internet Explorer sysName 4929 se pTimeci hannis 00 00 24 37 TM ERE PARADYNE THEE B ss na ADSL2 f RIS 16 1718 1920 24 22 29 4 10 I 3 aon 0 1000 Notes iz ADSL Micro DSLAM 4928 submit Messages Figure 2 1 NMS Main Window 4929 B gt Procedure To configure management parameters 1 Click on the Management Config uplink or System Configuration DSLAM button in the top left corner of the window A floating window appears showing the uplink card s slot number model type revision and MAC addresses or the Micro DSLAM or Mini DSLAM model type revision and MAC addresses as well as several fields for configuration See Figure 2 2 Management Configuration Window BSX8000 5 2 4 June 2005 NMS A2 GB20 00 NMS A2 GB20 00 http 69 90 203 121 PARADYNE Slot Location Device Identification BSX8000 5 CCA Number 862 0000 8000 Device MAC Addresses 00 50 CA 00 40 4B 00 50 CA 00 40 4A IP amp Mask IP Address 6990203121 Suoni Mens OO 255 255 255 224 Inband MGMT MGMT Configuration Microsoft Internet Explorer Flood Configuration VLAN start end n o jo Device Rev a 1 02 tt CCA Rev S N 0000 80A 1234567890 VLAN start end lo llo Gateway Installed Gateway 69 90 203
34. 2 10 VLAN trunk othemwise the port acts as 802 10 VLAN access 2 The Fixed Ma attribute will be applied to the VLAN priority when Allow Tag Untag on Ingress Pkt is set to tag Add a single VLAN tag to the ingress pkt when Allow Tag Untag on Ingress Pkt is set to untag submit 2 In the Add Ports drop down list select All or a group of ports To select multiple ports hold the Ctrl key while clicking on your selections 3 Select or enter the following parameters Parameter Description Reset the MAC rules to Click in this box to reset MAC rules when the Submit default parameters button is clicked on Global Configuration IP Specify Add Delete or No Set to add a rule delete a Range Rule rule or perform no action when the Submit button is clicked on Activate Specify whether the rule you are adding is enabled MAC Range Specify the range of MAC addresses that constitutes a match for this rule Only packets that have MAC addresses in this range are forwarded June 2005 NMS A2 GB20 00 NMS A2 GB20 00 4 System Configuration Screens Parameter Description Allow Tag Untag on Ingress Pkt Specify tag or untag Tag indicates that ingress packets already matched to the MAC Rule must have a VLAN tag to be further considered packets without a VLAN tag will be dropped See Allow Tag or Untag on Ingress Packet Parameter on page 4 13 VLAN Specify a VLAN ID range
35. For each Global MAC Rule if you selected Tag for Allow Tag Untag the VLAN field should specify either an acceptable single VLAN or an acceptable VLAN Range for VLAN tags on ingress packets If you selected Untag the VLAN field should specify a single VLAN only if you intend to have a VLAN tag added to packets if you do not intend to have a VLAN tag added to packets the VLAN field should be left at the 0 0 default Add VLAN to Ingress Pkt Specify whether the VLAN ID should be added to ingress packets Priority Specify the priority to be used when adding a configured VLAN ID to a packet Fixed Max Specify the handling of VLAN priority used only if the received packet is already tagged m Fixed The packet s original priority will automatically be replaced with the Priority specified above m Max The packet s original priority will be replaced with the configured Priority only if the packet s original priority is greater than the configured Priority Ingress Limit Specify the ingress limit in kbps for packets matching this rule Egress Limit Specify the egress limit in kbps for packets matching this rule 4 Click on Submit June 2005 4 21 4 System Configuration Screens Global Port Set Micro DSLAMs and Mini DSLAMs On Micro DSLAMs and Mini DSLAMs The Global Port Set tab is used to set port parameters p Procedure To configure global Port parameters 1 F
36. GRRE aaa Add Port s Device Type Revision g 4929 0 00 ss 3 zl To add modules and or ports of like type to the global set action press and hold the ctr key then click on the slot port index s Note by default All ports will be updated Global Configuration SNR Settings T SNR dB Setting T Fast Buffer Setting up r dn Fast Buffer C Interleave Reed Solomon Error Correction Settings T Default Setting T Delay ms Set to Default M Correction ms EC FDM Mode Echo Cancellation bd Changing the dB value will affect line quality submit 2 In the Add Ports drop down list select All or a group of ports To select multiple ports hold the Ctrl key while clicking on your selections 3 Select or enter the following parameters Parameter Description SNR dB Setting Specify the upstream and downstream Signal to Noise Ratio settings for the selected ports Reed Solomon Error Correction Settings Delay Specify the upstream and downstream Reed Solomon delay Reed Solomon Error Correction Settings Correction Specify the upstream and downstream Reed Solomon correction EC FDM Specify the upstream and downstream Echo Cancellation or Frequency Division Multiplexing mode Fast Buffer Setting Specify the buffer setting Fast or Interleave NMS A2 GB20 00 June 2005 4 23 4 System Configuration Screens Parameter Description Default Setting
37. M is required in a MUM for operational purposes although a second UIM may be installed for redundancy Table 3 9 UIM LEDs UIM LED Color Indication 10 100 Ethernet Green Uplink connection is established Red No link Gray Administratively disabled T1 E1 Green Uplink connection is established Red No link Gray Administratively disabled DS3 E3 Green Uplink connection is established Red No link Gray Administratively disabled Interface Modules and Corresponding LEDs 3 8 Models 4000 and 12000 BLCs support IDSL SDSL ADSL T1 and El interface modules Any interface module may be installed in any slot 1 12 on the 12000 BLC or 1 4 on the 4000 BLC Table 3 10 4000 and 12000 BLC Interface Module LEDs Port LED Indication DSL Green DSL connection established Red No link Gray Administratively disabled T1 E1 Green T1 E1 connection established Red No link Gray Administratively disabled June 2005 NMS A2 GB20 00 System Configuration Screens Overview System Configuration screens include NMS A2 GB20 00 Management Configuration Used to set the unit s IP address See Management Configuration on page 4 2 Advanced Configuration Used to set the system name and communication restrictions See Advanced Configuration on page 4 3 HTTP Password Used to set new passwords See HTTP Password on page 4 4 SNMP Configuration
38. NMS User s Guide Document No NMS A2 GB20 00 June 2005 ANADIA S Copyright 2005 Paradyne Corporation All rights reserved Printed in U S A Notice This publication is protected by federal copyright law No part of this publication may be copied or distributed transmitted transcribed stored in a retrieval system or translated into any human or computer language in any form or by any means electronic mechanical magnetic manual or otherwise or disclosed to third parties without the express written permission of Paradyne Corporation 8545 126th Ave N Largo FL 33773 Paradyne Corporation makes no representation or warranties with respect to the contents hereof and specifically disclaims any implied warranties of merchantability or fitness for a particular purpose Further Paradyne Corporation reserves the right to revise this publication and to make changes from time to time in the contents hereof without obligation of Paradyne Corporation to notify any person of such revision or changes Changes and enhancements to the product and to the information herein will be documented and issued as a new release to this manual Warranty Sales Service and Training Information Contact your local sales representative service representative or distributor directly for any help needed For additional information concerning warranty sales service repair installation documentation training distributor locations or Paradyne w
39. Refreshes the front panel display NMS A2 GB20 00 June 2005 5 1 5 System Utilities Circuit Summary Use the Circuit Summary screen to display information about port configurations p Procedure To display the circuit summary 1 From the home screen click on the Circuit Summary button The Circuit Summary screen appears Circuit Summary Microsoft Internet Explorer Ports Circuit ID Number PortMode Speed Up Kbps Speed Dn Kbps Status IP Address Range 1 Figure 5 1 Circuit Summary Screen 2 Click on Refresh to view current information Click on a port number in the leftmost column to view the Circuit Configuration screen 5 2 June 2005 NMS A2 GB20 00 5 System Utilities Circuit Port Configuration for DSL Ports Use the Circuit Configuration screen to set the parameters for a single DSL port gt Procedure To configure circuit parameters for a DSL port 1 From the home screen click on one of the DSL port LEDs Alternatively click on the Circuit Summary button then click on a Port number on the left side of the Circuit Summary listing The Circuit Configuration screen appears Z Circuit Configuration Microsoft Internet Explorer EB ioj xj PARADYNE ret Contig OSCPRules IPRules MACRuos VLANRues Port Statistics PortCopy AME conto Slot Port Circuit Identification Device Type Revision 38 15 GSPN AIM24000 48 Anx A 1 04 01 Circuit Configuration Settings Port Mod
40. Uplink Ports and Corresponding LEDs The Micro DSLAMs support 10 100BaseT Ethernet T1 and E1 uplink connections The number and placement of uplink ports depends upon the Micro DSLAM model type If you have a 10 100BaseT Ethernet uplink port it will be labeled as 10 100 Port 2 T1 or E1 uplink ports are Ports 2 4 depending on whether or not you have a 10 100BaseT Ethernet uplink and how many uplink ports your Micro DSLAM model has The corresponding LEDs are LEDs 2 4 located to the left of the MGMT and uplink ports Table 3 3 Micro DSLAM Uplink Port LEDs Port LED Color Indication 1 4 Green 100 Mbps uplink connection established oe Amber 10 Mbps uplink connection established Red No link Gray Administratively disabled 1 4 or 1 8 Green Uplink connection established To Red No link Gray Administratively disable 1 4 or 1 8 Green Uplink connection established EU Red No link Gray Administratively disable System Reset Button Clicking on the System Reset Button invokes the DSLAM Reset Window Click on Yes or No then click on the Submit Button A system reset will clear NMS statistical data and restart counter values at zero it will not clear the configuration 3 4 June 2005 NMS A2 GB20 00 3 Navigating the NMS Communication Port The COM Port is depicted in the middle of the chassis faceplate and has no corresponding LED There are no configurable elements for the COM Port it
41. agged frames with tags matching the specified 802 1q VLAN on the upstream DSL ingress m Allow tagged frames with tags matching the specified 802 1q VLAN on the downstream DSL egress Any tagged frames with tags not matching the specified 802 1q VLAN s or VLAN range s for the port will be dropped If no configuration is explicitly defined to allow untagged traffic on DSL ingress untagged traffic will also be dropped VLAN Trunk Port with PVID or native VLAN m Allow tagged frames with tags matching the specified 802 1q VLAN on the upstream DSL ingress m Allow tagged frames with tags matching the specified 802 1q VLAN on the downstream DSL egress m Allow untagged frames on the upstream DSL ingress and tag it with the specified 802 1q VLAN and 802 1p priority m Allow tagged frames with tags matching the specified untag policy 802 1q VLAN on the downstream and strip the tag before sending it to DSL egress Any tagged frames with tags not matching the specified 802 1q VLAN s or VLAN range s for the port will be dropped June 2005 4 13 4 System Configuration Screens Global DSCP Rules p Procedure To configure DSCP rules 1 Click on the Global DSCP Rules tab The Global DSCP Rules screen appears Global Set Microsoft Internet Explorer 5 x Cir Cog oR iin MAC Rules VAN Ries BAP Aarie eonig Add Port s Device Type Revision p 4929 0 00 ss 3 s To add modules and or ports of
42. agged it will match the one and only allowed VLAN rule that indicates Untagged If the packet has a tag then the DSLAM will try to find a Tagged rule that has a VLAN range defined with the packet s VLAN ID If it finds one it will use that rule and then the packet will be checked for all other criteria If it does not find a rule to match the packet VLAN ID the packet is dropped See Allow Tag or Untag on Ingress Packet Parameter in Chapter 4 System Configuration Screens VLAN Specify a VLAN ID range that constitutes a match of this rule If you selected Untag the VLAN field should specify a single VLAN only if you intend to have a VLAN tag added to packets if you do not intend to have a VLAN tag added to packets the VLAN field should be left at the O 0 default Add VLAN to Ingress Pkt Specify whether the VLAN ID should be added to ingress packets Priority Specify the priority to be used when adding a configured VLAN ID to a packet Fixed Max Specify the handling of VLAN priority used only if the received packet is already tagged m Fixed The packet s original priority will automatically be replaced with the Priority specified above m Max The packet s original priority will be replaced with the configured Priority only if the packet s original priority is greater than the configured Priority Ingress Limit Specify the ingress limit in Kbps for packets matching this rule
43. ameters for a single T1 or E1 port on a Network Extender p Procedure To configure circuit parameters for a T1 or E1 port 1 From the home screen click on one of the E1 or T1 port LEDs Alternatively click on the Circuit Summary button then click on a Port number on the left side of the Circuit Summary listing The Circuit Configuration screen appears _IDIx Port Circuit Identification Device Type Revision 15 Port 1 TNE1584 1 01 01 Circuit Configuration Settings Data Rate Setting Up Dn 1536 gt Filter IP Address Settings Protocol Setting IP Range 1 0 0 0 0 255 255 255 255 C Allow Selected IP Range 2 0 0 0 0 0000 Allow All Disallow Selected IP Range 3 fo 000 fo 000 0000 0000 O000 j0000 Note enter hex value eg 0800 00fe IP Range 4 0 0 0 0 0 0 0 0 a Rate limit for unknown unicast unknown multicast amp broadcast traffic Layer 2 Port Filter Settings Ingress Limit 0 Egress Limit 0 Note If port is loop bonded only configure the lowest numbered port in the group DHCP Option 82 Setting MAC 1 00 00 00 00 00 00 r T z Mac 2 00 00 00 00 00 00 Unlimited of MACs C Enabled Identifying String Paddress MIBII_ 3 or Di 00 00 00 00 00 00 E aie MES Define of MACs 0 Check the box to activate the port filters Frame Type Line Code Tx Bldout Clock Source EsF x eezs ooo coca z submit Port Status Link CPE ID 24 62 18 02 Loop Bonded Group 1 2 2 Select or enter the
44. ample if this DSLAM is connected to a downstream DSLAM over the first MIM port select MIMp1 3 Click on Submit NMS A2 GB20 00 June 2005 6 3 6 Virtual Front Panel Buttons EAPS Button The EAPS button displays the Ethernet Automatic Protection Switching EAPS configuration screen It allows you to set up an EAPS arrangement as described in RFC 3619 BROADBAND SERVICES O00PWIW e 003 eoey Lnk DuP EAPS Button Figure 6 3 EAPS Button on the BSX8000 5 Faceplate 6 4 June 2005 NMS A2 GB20 00 NMS A2 GB20 00 p Procedure 6 Virtual Front Panel Buttons To display and configure EAPS parameters 1 Click on the EAPS button The EAPS Configuration screen appears a http 135 90 147 9 EAPS Configuration Frame Microsoft Internet Explorer PARADYNE Ethernet Automatic Protection Switching EAPS Slot 5 EAPS Configuration Control Node Name Enable VLAN Operation Port Assign Assign Primary Secondary Port EAPS Membership Configuration Fail Hello VAR ETS MN Membership Time Time 0 0 2 1 no vio Transit x Fp1 MIN Fp1 0 jo 2 no o Transit v Fp1 Fp1 o lo Notet Primary and secondary are only distinct from each other when in master mode Note2 The fail and hello time assignments only apply when the node operation is set to master VLAN Membership Summary w VLAN EAPS Instance gt No VLAN to Instance membershipis P
45. arameters Click in this box to reset DSCP Range rules when the Submit button is clicked on Global Configuration Diffserv Rule Specify Add Delete or No Set to add a rule delete a rule or perform no action when the Submit button is clicked on Activate Specify whether the rule you are adding is enabled DS Value Specify the Differentiated Services value The DS Value of a packet is a hexadecimal value calculated from the upper six bits of an eight bit field in the packet s IP header 4 14 June 2005 NMS A2 GB20 00 NMS A2 GB20 00 4 System Configuration Screens Parameter Description DS Mask Specify the DS mask The DS Mask is a hexadecimal value that indicates which of the DSCP s upper six bits will be utilized in considering a packet s DSCP type Default is FC indicating that all of the DSCP s upper six bits will be used in calculating the packet s DS Value Allow Tag Untag on Ingress Pkt Specify tag or untag Tag indicates that ingress packets already matched to the Diffserv Rule must have a VLAN tag to be further considered packets without a VLAN tag will be dropped See Allow Tag or Untag on Ingress Packet Parameter on page 4 13 VLAN Specify a VLAN ID range For each Global Diffserv Rule if you selected Tag for Allow Tag Untag the VLAN field should specify either an acceptable single VLAN or an acceptable VLAN Range for VLAN tags on ingress packets I
46. bal set action press and hold the ctr key then click on the slot port index s Note by default AIl ports D Resetthe IP Range rules to default parameters for the slot s and port s selected Global Configuration IP Range Rule C Add C Delete No Set ee IP Range E GE p Priority Fixed Max Po ver no v TT untag z fo fo no x foz fixed z fo 0 eraut sarc d a pe a Tg nam sate submit 2 In the Add Ports drop down list select All or a group of ports To select multiple ports hold the Ctrl key while clicking on your selections 3 Select or enter the following parameters Parameter Description Reset the IP Range rules to Click in this box to reset IP Range rules when the default parameters Submit button is clicked on Global Configuration IP Specify Add Delete or No Set to add a rule delete a Range Rule rule or perform no action when the Submit button is clicked on Activate Specify whether the rule you are adding is enabled IP Range Specify the range of IP addresses that constitutes a match for this rule Allow Tag Untag on Ingress Specify tag or untag Tag indicates that ingress Pkt packets already matched to the IP Rule must have a VLAN tag to be further considered packets without a VLAN tag will be dropped See Allow Tag or Untag on Ingress Packet Parameter on page 4 13 4 16 June 2005 NMS A2 GB20 00 NMS A2 GB20 00 4 System Configuration Screens Parameter Description VLAN Specify a VLAN ID range For each Gl
47. cation Select Source Port 13 Device Type 4929 Revision 0 00 kk Port Copy Destination Port Location s Select Dest Ports 1 a 2 3 i Press and hold the ctr key then click on one or more destination ports submit Figure 5 9 Port Copy Screen Single Slot Device 2 Select a source port then one or more destination ports 3 Click on Submit The configuration of the source port is copied to the destination port or ports NMS A2 GB20 00 June 2005 5 21 5 System Utilities Port Copy Multi Slot Devices The Port Copy screen lets you copy a source port configuration to other ports including those on cards in other slots p Procedure To copy a port configuration to one or more other ports on a multi slot device 1 Click on Port Copy The Port Copy screen appears Port Copy Microsoft Internet Explorer EN PARADYNE igi x Port Copy Source Port Location Select Source Slot Select Source Port T faz Source Device Type AIM24000 48 Revision 1 04 01 Port Copy Destination Port Location s Add modules of like type to the port copy action In this case destination ports exist for all AIM24000 48 available in the chassis Press and hold the ctr key then click on one or more destination ports Select Slot 1 Dest Ports 1 E 2 3 gl Select Slot 3 Dest Ports Select Slot 4 Dest Ports na na Figure 5 10 Port Copy Screen Multi Slot Device 2 Selec
48. dded to packets to let your DHCP Server recognize which DSLAM port an IP address request is coming from thereby allowing the DHCP Server to limit the number of IP addresses assigned per port Frame Type Specify the ports frame type Line Code Specify the ports line code Tx Bldout Specify the transmission line buildout Clock Source Specify whether the ports receive their clocking from the loop 4 Click on Submit June 2005 NMS A2 GB20 00 4 System Configuration Screens Allow Tag or Untag on Ingress Packet Parameter NMS A2 GB20 00 The global and single Rules screens include a parameter labeled Allow Tag Untag on Ingress Pkt When the tag option is selected the port acts as an 802 1Q VLAN trunk port otherwise the port acts as an 802 1Q VLAN access port The parameter has the effects shown in Table 4 2 Effects of Allow Tag or Untag on Ingress Packet Parameter Table 4 2 Effects of Allow Tag or Untag on Ingress Packet Parameter Port Type Behavior VLAN Access Port m Allow untagged frames on the upstream DSL ingress and tag it with the specified 802 1q VLAN and 802 1p priority m Allow tagged frames with tags matching the specified 802 1q VLAN on the downstream and strip the tag before sending it to DSL egress If no configuration is explicitly defined to allow tagged traffic on DSL ingress then tagged traffic on DSL ingress will be dropped VLAN Trunk Port m Allow t
49. device statistics click on the STATS button The Backplane Statistics screen appears Back Plane Statistics Microsoft Internet Figure 6 11 Backplane Statistics Screen 6 12 June 2005 NMS A2 GB20 00 6 Virtual Front Panel Buttons Sub Button The Sub button displays the Subscriber Select screen from which you can specify whether the device is a Subscriber or a Provider unit PARADYNE TNE1584 12 LnkAct T L4 Lnk Alm Duplex Collision 10 e gt 10 100 Ethernet Connections T1 Connections Sub Button Figure 6 12 Sub Button on the TNE1584 Faceplate p Procedure 1 To specify the device role click on the Sub button The Subscriber Select screen appears Subscriber Select Microsoft Internet Explore loj x PARADYNE To avoid loss of connectivity to the embedded web server ensure that inband management is on If your IP address is at default settings be aware that it will change after submitting this selection provider default 192 168 254 252 and subscriber default 192 168 254 251 Subscriber Select Provider Subscriber submit Figure 6 13 Subscriber Select Screen 2 Click in Provider or Subscriber then click on Submit NOTE Because the Provider unit has a different default IP address than a Subscriber unit when you change device roles you lose connectivity through the web interface NMS A2 GB20 00 June 2005 6 13 6 Virtual Front Panel Buttons 6
50. e Setting VPI VCI Detect Setting C Fixed Adaptive C Fixed Adaptive C OFF ON OFF Filter IP Address Settings Protocol Setting IP Range 1 o 0 0 0 oss 255 255 255 C Allow Selected y Allow All C Disallow Selected IP Range 2 foo oo foooo IP Range 3 fo 000 fo 000 0000 0000 0000 40000 Note enter hex value eg 0800 00te IP Range 4 0 0 0 0 0 0 0 0 Rate limit for unknown unicast unknown multicast amp broadcast traffic Layer 2 Port Filter Settings Ingress Limit 0 Egress Limit 0 Note If port is loop bonded only configure the lowest numbered port in the group DHCP Option 82 Setting MAC 1 00 00 00 00 00 00 F M ifyi ii MAC 2 00 00 00 00 00 00 Unlimited of MACs C Enabled Identifying String IPeddress MIBII 7 ae Di 00 00 00 00 00 00 ids Define ofMACS 0 Check the box to activate the port filters PVct PVC2 PVC3 PVC4 VPI VCI VPI VCI VPI VCI VPI VCI Frame Type Standard Mode b B fe b f bh f f faac sl CCE ET s submit Port Status Link Adaptive 1088 Kbps Up 20160 Kbps Dn PVC1 VPI VCI 087 PVC2 VPIVCI 0 0 PVC3 VPINCI 0 PVCA4 VPINCI 000 Actual SNR upidin 6dB dB Delay upidin 16ms 16ms Correction up dn 1ms 1ms Interleave Depth up dn 164 Last Update 00 00 00 00 Figure 5 2 Circuit Configuration Screen 2 Select or enter the following parameters Parameter Description Port Select a port from the drop down list NMS A2 GB20 00 June 2005 5 3 5 System Utilities
51. e subscriber status changes Communication Port The COM Port is depicted in the middle of the faceplate and has no corresponding LED There are no configurable elements for the COM Port it simply allows for a direct connection with your PC for the purpose of system management via Command Line Interface CLI See your Network Extender Installation Instructions and the CL Users Guide for further information Power LED The Power LED is a solid green LED on the right side of the faceplate Micro DSLAM Chassis Front View MGMT 10 100 Et COM SDSL Micro DSLAM 2000 S 1 SuD2011 12E aes d URSUS ET a b eee m i 00000 ee MI Power I m Si 1 2 3 SDSL LA SDSL Micro DSLAM 2000 SuD2011 12T 123 wm COM Power 999 2 2 Gy 229900000000 mac Figure 3 3 Micro DSLAM and its Depiction in the NMS Power LED The Power LED is a solid green LED on the left hand side of the chassis faceplate Management Port and Corresponding LED On the SuD6011 the Management Port is the first port on the left labeled MGMT 1 The corresponding LED is LED 1 to the left of the ports NMS A2 GB20 00 June 2005 3 Navigating the NMS The COM port of the AuD8000 has no corresponding LED Table 3 2 Micro DSLAM MGMT Port LED Port LED Color Indication 1 MGMT Green 100 Mbps management connection established Amber 10 Mbps management connection established Gray no management connection
52. ea fo o 1zi fo When allow tag on ingress pl the port acts as 802 10 VLAN trunk othemise the port acts as 802 10 VLAN access 2 The Fixed Ma attribute will be applied to the VLAN priority when Allow Tag Untag on Ingress Pt is set to tag submit Port Status Link Adaptive 1088 Kbps Up 10848 Kbps Dn PYC1 VPUVCI 087 PVC2 VPI AVCI 00 PVC3 VPIAVCI 0 PVCA VPIAVCI QUO Actual SNR up dn 6dB dB Delay up dn 16ms 16ms Correction up dn ImsAms Interleave Depth up dn 64 Last Update 00 00 00 00 Figure 5 6 VLAN Rules Screen 5 14 June 2005 NMS A2 GB20 00 NMS A2 GB20 00 5 System Utilities 2 Select or enter the following parameters Parameter Description Port Select a port from the drop down list Reset the VLAN rules to default parameters Click in this box to reset VLAN rules when the Submit button is clicked on Activate Specify whether the rule is active Allow Tag Untag on Ingress Pkt Specify tag or untag Tag indicates that ingress packets already matched to the VLAN Rule must have a VLAN tag to be further considered packets without a VLAN tag will be dropped Untag indicates that ingress packets already matched to the VLAN Rule cannot have a VLAN tag to be further considered packets with a VLAN tag will be dropped There can be only one untagged rule The DSLAM tries to match to a VLAN rule traffic that has not matched any other rule type If the packet is unt
53. ed only to the Micro DSLAM Mini DSLAM or IP DSLAM uplink interface ports This prevents communication between interface ports without the intervention of an upstream device such as a router If communication between interface ports is desired the upstream device must be properly configured to allow it m Vin VLAN Unknown unicast broadcast and multicast traffic is flooded to the Micro DSLAM Mini DSLAM or IP DSLAM access ports within the sender s VLAN range in addition to the uplink interface ports 3 Click on Submit June 2005 4 19 4 System Configuration Screens Global MAC Rules 4 20 p Procedure To configure MAC rules 1 Click on the Global MAC Rules tab The Global MAC Rules screen appears ini xj ceMteg oban Phe MAC Res VO Ries eB Dat Coat Add Port s Device Type Revision H 4923 0 00 ss 3 sl To add modules and or ports of like type to the global set action press and hold the ctr key then click on the slot port indes Note by default All ports will be updated D Reset the MAC rules to default parameters for the slot s and port s selected Global Configuration MAC Rule C Add C Delete No Set Allow Add Ingress Egress ae MAC Range Tag Untag de VLAN to Priority Fixed Max Limit Limit on Ingress Pkt Ingress Pkt Kbps Kbps 00 00 00 00 00 00 no 059000009000 untag o o no z foz fred o 0 When allow tag on ingress pkt the port acts as 80
54. ed per port Frame Type Specify the port s frame type Line Code Specify the port s line code Tx Bldout Specify the transmission line buildout Clock Source Specify whether the port receives its clocking from the loop 3 Click on Submit June 2005 5 7 5 System Utilities DSCP Rules 5 8 p Procedure To configure DSCP rules 1 Click on the DSCP Rules tab The DSCP Rules screen appears Z Circuit Configuration Microsoft Internet Explorer D nl x Circuit Cong DSCP Rules IP Rules WACRules VLANRules Port Statistics PortCopy BAA Ra contg Slot Port Circuit Identification Device Type Revision 3g 143 6211 AIM24000 48 Anx A 1 04 01 T Resetthe DSCP rules to default parameters for the slot and port selected Diffserv Rule Settings DS Value Allow VLAN ID Tag action Replace Ets rc DS Mask Tama Tue Ec DUE Priority Fixed Ma pes ES puts Baagene 1 no s oo FC untag v 0 o noacion o 0 v txea z o D hz fo afno v foo FC funtag v fo o noaction v o 0 v fixed z fo D fi fo 3 no v foo FC funtag v fo o noaction x o 0 v fixed z fo D rs fo Afro s o Fc untag o o neecin fo for fixers fo p hab The Differentiated Services DS value consists of bits The upper amp bits represent the Differential Services Code Point DSCP the lower 2 bits are Currently Unused CU When setti
55. ered They are listed in Table 5 1 Reasons for Packets Being Dropped Table 5 1 Reasons for Packets Being Dropped Description Meaning Protocol Filter Ingress Protocol Filter Egress The packet did not have the protocol defined as a requirement for the port IP Range Ingress The packet s source IP address matches none of the defined IP address ranges QOS VLAN Config Ingress QOS VLAN Config Egress The packet failed to match a rule in any of the MTM categories DCSP IP address MAC address and VLAN Database Trusted Untrusted Violation More MAC addresses than configured or different MAC addresses than configured sent a packet to the port Database Layer 2 Filter Static or Dynamic MAC Violation A statically configured MAC address was seen on a different port than expected Other Drop Reason Other possible reasons include m Packet has a source address of a multicast type not unicast as it should be m There are no other ports active or there are no ports that want to see the particular VLAN in the packet June 2005 NMS A2 GB20 00 5 System Utilities Port Copy Single Slot Devices The Port Copy screen lets you copy a source port configuration to other ports gt Procedure To copy a port configuration to one or more other ports on a one slot device 1 Click on Port Copy The Port Copy screen appears lolx PARADYNE Port Copy Source Port Lo
56. ers Micro DSLAMs Mini DSLAMs and MUM2000 2 Multiplexer Uplink Modules and BSX8000 5 Broadband Services Switches installed in 4000 and 12000 BLCs System Requirements NMS Users NMS A2 GB20 00 The following are required for use of the NMS m A straight through RJ45 to RJ45 Ethernet Cable Required for establishing a direct connection from the Network Extender Micro DSLAM Mini DSLAM or BLC management port to your PC for initial configuration m Web Browser Required for running NMS Compatible web browsers include Microsoft Internet Explorer version 4 0 or higher and Netscape Navigator version 4 0 or higher NMS is optimized for use with Internet Explorer Use your browser s default settings when running NMS JavaScript must be enabled Set your screen resolution to 1024 x 768 pixels or higher for optimum viewing of NMS screens There are two classes of NMS users General users and Superusers General users have read only access and cannot make any changes Superusers have full access to make changes and update configurations The NMS supports up to three Superusers or three General users simultaneously Only one class of user can log in at the one time else a Server Busy warning message appears See Table 1 1 for the default usernames and passwords June 2005 1 1 1 NMS Introduction Default Settings No configuration is necessary for a Network Extender Micro DSLAM Mini DSLAM or BLC to operate at default
57. ervice marks registered trademarks or registered service marks of their respective owners A June 2005 NMS A2 GB20 00 Contents About This Guide m Document Purpose and Intended Audience V m Document Summary V m Product Related Documents vi 1 NMS Introduction Over View aeu eere psa AUR Rua yn eet ewe iu 1 1 System Requirements 1 1 NMS USeIS i st Does D qu RES dee hs PSP LS Seu het 1 1 Default Settings ire rsen aseda Rx Rm eR wave EE 1 2 Us r ACCESS a epe uu MEER a Re ERA 1 2 System Defaults i porera sia notes e A Ys peux 1 2 Uplink Interface Defaults 1 3 Circuit Defaults 1 4 SNMP Trap Defaults 1 4 RAM and NVRAM 2 2 00 1 5 Local Files xe kia Me Ea ee edd 1 5 Replacing an Interface Module 1 5 Replacing an Uplink Module 1 6 Clearing NVRAM 4 4 1 6 Network Extender 1 6 Micro DSLAM 1 7 Mini DSLAM cu caine Sea Pe ee ae 1 7 zo 3 AER 1 7 2 Initial Configuration NMS A2 GB20 00 Establishing a Connection 2 1 Configuring Your PC for NMS
58. f you selected Untag the VLAN field should specify a single VLAN only if you intend to have a VLAN tag added to packets if you do not intend to have a VLAN tag added to packets the VLAN field should be left at the O O default Tag Action on DSL Ingress Pkt Specify the action to take with DSL ingress packets m Add tag m Keep tag m Replace tag m Drop packet m No action Priority Specify the priority to be used when adding a configured VLAN ID to a packet Fixed Max Specify the handling of VLAN priority used only if the received packet is already tagged m Fixed The packet s original priority will automatically be replaced with the Priority specified above m Max The packet s original priority will be replaced with the configured Priority only if the packet s original priority is greater than the configured Priority Ingress Limit Specify the ingress limit in Kbps for packets matching this rule Egress Limit Specify the egress limit in kbps for packets matching this rule 4 Click on Submit June 2005 4 15 4 System Configuration Screens Global IP Rules p Procedure To configure IP rules 1 Click on the Global IP Rules tab The Global IP Rules screen appears E PARADYNE creat Gants so Riles Er MAC Rules v Res o Reese Add Port s Device Type Revision p 4929 0 00 ss 3 zl To add modules and or ports of like type to the glo
59. following parameters Parameter Description Reset Port Statistics Click in this box to reset statistics when the Submit button is clicked on Data Rate Setting Specify the maximum upstream and downstream rate in kbps Filter IP Address Settings Specify up to four IP address ranges Packets are accepted only from source IP addresses in the ranges specified Protocol Setting Click in the check box to enable Protocol Setting detection Select Allow Selected and specify up to four Ethertypes allowed on the port Rate Limit Specify the Ingress Limit and Egress Limit for unknown unicast traffic unknown multicast traffic and broadcast traffic in kbps Zero denotes no limit June 2005 NMS A2 GB20 00 NMS A2 GB20 00 5 System Utilities Parameter Description Layer 2 Port Filter Specify whether Layer 2 port filtering is enabled or disabled of MACs Specify whether an unlimited number of MAC addresses or a specified limit number of MAC addresses is allowed to access the port Specify the MAC addresses in MAC 1 through MAC 3 DHCP Option 82 Specify whether DHCP Option 82 is enabled and if it is whether packets are identified by IP address or circuit ID This identifier is added to packets to let your DHCP Server recognize which DSLAM port an IP address request is coming from thereby allowing the DHCP Server to limit the number of IP addresses assign
60. for every packet from that source MAC address Only the MAC address that is looped will be blocked and not be able to be forwarded to the backplane A hard loop facing a T1 port in the DSLAM for example causes all packets to be dropped on that port 5 28 June 2005 NMS A2 GB20 00 5 System Utilities BERT Screen A Bit Error Ratio Test BERT is available for SDSL ports p Procedure To use the BERT screen 1 Click on Diagnostics The Loop Detect Summary screen appears 2 Click on the BERT tab The Bit Error Rate Test BERT screen appears http 65 90 203 125 Diagnostics Summary Microsoft Internet Explorer BEE Earr fTestDuration co II LIES T 15 0 00e 00 0 009100 34800000 Figure 5 17 BERT Screen 3 Select one or more slots and one or more ports on which to conduct a test 4 Specify a test duration of 15 to 900 seconds then click on Start Upon test completion results are displayed at the bottom of the screen NMS A2 GB20 00 June 2005 5 29 5 System Utilities 5 30 June 2005 NMS A2 GB20 00 Virtual Front Panel Buttons Overview The depiction of the front panel of some devices includes buttons not found on the actual hardware NMS A2 GB20 00 DSLAM Interconnect Configuration button Lets you specify and display the connection to the downstream DSLAM See DSLAM Interconnect Configuration 4929 and Micro DSLAM on page 6 2 EAPS button Lets you set up an Ethernet Automatic Pr
61. gh MIM ports or ADSL ports VLAN Id Specify the VLAN to use for inband management Priority VR the 802 1p priority 0 7 to be applied to the 3 Click on Submit 4 2 June 2005 NMS A2 GB20 00 4 System Configuration Screens Advanced Configuration Use the Advanced Configuration screen to set the unit s system name and other parameters p Procedure To configure advanced system parameters 1 From the home screen click on the Advanced Config button The Advanced Configuration screen appears Advance Configuration Microsoft Internet PARADYNE r Device Identification 4929 Revision 0 00 kk r System Identification System Name 4929 System Location Management Filter IP Address Setting IP Range o 0 0 0 255 255 255 255 connection to the server will be lost if the clients IP address is out of range r Communication Tools TFTP on C orr Telnet on C off submit r Submit Changes 2 Select or enter the following parameters Parameter Description System Name Specify a name to identify the DSLAM System Location Specify location information to further identify the DSLAM IP Range Specify a range of IP addresses from which management traffic is accepted If your PC s IP address is outside the range contact with the DSLAM will be lost when you click on Submit Communication Tools Click in the On or Off buttons
62. han previous new or unconfigured Same configurations as previous uplink module A replacement MUM or BSX will take on the same NMS configurations as the previous MUM or BSX only if there is at least one interface module installed in the BLC and the BLC retains power during the interim Otherwise the replacement module will revert to original NMS default settings NOTE SNMP configurations will always revert to original default settings regardless of whether the replacement MUM is new and unconfigured or power is sustained Clearing NVRAM Clearing NVRAM on a BLC Micro DSLAM Mini DSLAM or Network Extender will restore all chassis and port configurations to original default settings CAUTION Clearing NVRAM to restore original default settings includes restoring the default IP Address Subnet Mask and Gateway Additionally Inband Management will revert to its original default setting OFF and you will be required to establish a direct connection with the Network Extender Micro DSLAM Mini DSLAM or BLC for any subsequent configuration Network Extender The reset button is located behind a small hole on the left side of the faceplate of the Network Extender Use a straightened paper clip to gently push the button Wait a few seconds until the Port LEDs flash green Gently push the reset button again during the time that the LEDs are flashing NVRAM is cleared and all configurations on the unit are set to the factory defaults
63. he Add Ports drop down list select All or a group of ports To select multiple ports hold the Ctrl key while clicking on your selections 3 Select or enter the following parameters Parameter Description Reset Port Statistics Click in this box to reset statistics when the Submit button is clicked on Data Rate Setting Specify the maximum upstream and downstream rate in kbps Filter IP Address Settings Specify up to four IP address ranges Packets are accepted only from source IP addresses in the ranges specified Protocol Setting Click in the check box to enable Protocol Setting detection Select Allow Selected and specify up to four Ethertypes allowed on the ports Rate Limit Specify the Ingress Limit and Egress Limit for unknown unicast traffic unknown multicast traffic and broadcast traffic in kbps Zero denotes no limit NMS A2 GB20 00 June 2005 4 11 4 System Configuration Screens 4 12 Parameter Description Layer 2 Port Filter Specify whether Layer 2 port filtering is enabled or disabled of MACs Specify whether an unlimited number of MAC addresses or a specified limit number of MAC addresses is allowed to access the ports Specify the MAC addresses in MAC 1 through MAC 3 DHCP Option 82 Specify whether DHCP Option 82 is enabled and if it is whether packets are identified by IP address or circuit ID This identifier is a
64. he Ctrl key while clicking on your selections 3 Select or enter the following parameters Parameter Description Reset the VLAN rules to default parameters Click in this box to reset VLAN rules when the Submit button is clicked on Global Configuration VLAN Rule Specify Add Delete or No Set to add a rule delete a rule or perform no action when the Submit button is clicked on 4 24 June 2005 NMS A2 GB20 00 NMS A2 GB20 00 4 System Configuration Screens Parameter Description Activate Specify whether the rule you are adding is enabled Allow Tag Untag on Ingress Pkt Specify tag or untag Tag indicates that ingress packets already matched to the VLAN Rule must have a VLAN tag to be further considered packets without a VLAN tag will be dropped See Allow Tag or Untag on Ingress Packet Parameter on page 4 13 VLAN Specify a VLAN ID range that constitutes a match of this rule Add VLAN to Ingress Pkt Specify whether the VLAN ID should be added to ingress packets Priority Specify the priority to be used when adding a configured VLAN ID to a packet Fixed Max Specify the handling of VLAN priority used only if the received packet is already tagged m Fixed The packet s original priority will automatically be replaced with the Priority specified above m Max The packet s original priority will be replaced with the configured Priority
65. ice Type Revision 135 4929 0 00 kk Statistic Utilization Rate Kbps Max Kbps Ave Kbps PktCount Octet Count WAN Non Unicast RA D 0 0 o 0 0 WAN Non Unicast TX D o 0 o o WAN Unicast RX D 0 0 o 0 0 WAN Unicast TX D o o o TOTAL RX b o TOTAL TX b o Network Loop Count 0 Last Mac Causing Loop 00 00 00 00 00 00 Last Mac Source Port o Days Hours Min Sec LINK Status LINK Down Count Total Up Time 0 0 0 0 Total Down Time 0 0 41 9 No Link 0 CCE LCE CUCE LUCE Near End RSI 0 o 0 0 Far End RSI 0 0 0 0 Dropped Pits Tx Overflow 0 Dropped Pkts Count 0 Which config s caused pkts fo be dropped protocol filter ingress protocol filter egress IP range ingress O QoS VLAN config ingress C QoS VLAN config egress C database trusted untrusted violation database layer 2 port filter static or dynamic mac violation database static mac moved from a configured port C other drop reason _ reset statistics Figure 5 8 Port Statistics Screen 2 Click on Reset Statistics to set all statistics to zero At the bottom of the screen dropped packets are shown m Dropped Pkts Tx Overflow shows the number of packets dropped due to lack of resources m Dropped Pkts Count shows the number of packets dropped because they violated the port configuration A check mark appears next to the violation or NMS A2 GB20 00 June 2005 5 19 5 System Utilities 5 20 violations encount
66. ionally the DSLAM uplink connection must run through a router in order for a Backbone VLAN tag to function NMS A2 GB20 00 June 2005 5 17 5 System Utilities 5 18 Parameter Description Flood Specify the Flood setting Flood refers to the method in which interface modules handle unknown unicasts traffic directed to a single MAC Address broadcasts traffic directed to all MAC Addresses and multicasts traffic directed to multiple MAC Addresses for each port m Up Uplink Unknown unicast broadcast and multicast traffic is flooded only to the DSLAM uplink interface ports This prevents communication between interface ports without the intervention of an upstream device such as a router If communication between interface ports is desired the upstream device must be properly configured to allow it m Vin VLAN Unknown unicast broadcast and multicast traffic is flooded to the DSLAM s ADSL ports within the sender s VLAN range in addition to the uplink interface ports Ethertype Specify the Ethertype of the backbone tag added to traffic if the backbone VLAN ID is configured Used only in conjunction with backbone VLANs 3 Click on Submit June 2005 NMS A2 GB20 00 5 System Utilities Port Statistics p Procedure To view port statistics 1 Click on the Port Statistics tab The Port Statistics screen appears inix Port Circuit Identification Dev
67. ircuit Configuration Microsoft Internet Explorer EN Girt Gong DSCPRdes IP Rules MACRUes VLANRules Port Statistics PotCopy ME conta oxi Slot Port Circuit Identification EE pn I Reset the MAC rules to default parameters for the slot and port selected MAC Rule Settings Device Type Revision AIM24000 48 Anx A 1 04 01 5 12 ie Allow VLAN ID Tag action Replace Ingress MAC Range TagUntay Range on DSL VLAN ID Priority Fixed Max Limit Egress Limit kbps PVC Backbone VLAN ID ap Ingress Pit 1 4085 Ingress Pid 1 4085 Kbps 00 02 02 00 00 00 1 ves v untag v 37 37 mE a sddteg o 4 gt fixed gt S S 2 00 02 61 00 00 00 m E 7 37 es mi untag 00 02 61 F FF FF a ada tag zl 0 Am fixed z a 00 00 00 00 00 00 7 E fo no B ntag fooooono00000 0 no action z 0 15 fixed gt S I paar E fs o E untag oS oo 00 00 00 00 00 2 When allow tag on ingress pkt the port acts as 802 10 VLAN trunk othenwise the port acts as 802 10 VLAN access no action z 0 os fixed z S 2 The Fixed Max attribute will be applied to the VLAN priority when Allow Tag Untag on Ingress Pkt is set to tag submit Port Status Link Adaptive 1088 Kbps Up 10848 Kbps Dn PVCI VPICI 087 PVC2 VPIIVCI 0 0 PVC3 VPINCI 00 PVC4 VPIA CI 00 Actual SNR up dn edB 6dB Delay up dn 16ms 16ms Correcion upidn 1
68. isabled 1 4 No trap is sent until a notification IP address is defined June 2005 NMS A2 GB20 00 1 NMS Introduction RAM and NVRAM Local Files Configuration backup is inherent in Paradyne s Network Extenders Micro DSLAMs Mini DSLAMs and 4000 and 12000 BLCs Upon intial power up default parameters will remain in place unless changed through the NMS or SNMP Once changed new configurations will automatically be recorded in both Random Access Memory RAM and Non Volatile RAM NVRAM Although data stored in RAM will be erased if the unit loses power data stored within NVRAM will remain intact permanently unless deliberately cleared or reconfigured Individual port configurations can be saved locally on your PC as a backup and or for use as a template for future configurations Once a device has been configured as desired the settings can be uploaded through a Trivial File Transfer Protocol TFTP tool with a GET command and the following information Host name DSLAM IP Address Remote filename NVR_CFG bin superuser password Local filename user preference Port configuration files also can be downloaded from a local file to a DSLAM or BLC using a TFTP SET command Refer to your TFTP user manual for further instructions Only individual port configurations can be saved to a local file Chassis configurations cannot be uploaded or downloaded they must be manually configured for each unit Replacing a
69. lect the Ethertype accepted by your router 8100 the default or 9100 4 18 June 2005 NMS A2 GB20 00 NMS A2 GB20 00 4 System Configuration Screens Parameter Description Backbone VLAN Specify a Backbone VLAN from 0 to 4095 0 the default disables the feature Also known as QinQ and stacked VLANs Backbone VLAN is used in conjunction with standard VLAN tags The single Backbone VLAN tag will become the primary identifier allowing a router with backbone capabilities to make smarter decisions in directing unlearned traffic This helps prevent traffic from being flooded to incorrect networks Once packets have been directed to the correct network by the Backbone VLAN tag standard VLAN tags will then direct the packets to the appropriate ports Default is zero meaning the port is not configured to utilize the Backbone VLAN function Note A Backbone VLAN tag cannot be used independently standard VLAN tags must be set Additionally the DSLAM uplink connection must run through a router in order for a Backbone VLAN tag to function Flood Flood refers to the method in which interface modules handle unknown unicasts traffic directed to a single MAC Address broadcasts traffic directed to all MAC Addresses and multicasts traffic directed to multiple MAC Addresses for each port Select from the drop down list m Upl Uplink Default Unknown unicast broadcast and multicast traffic is flood
70. les and Corresponding LEDs Mini DSLAMs support 10 100 Ethernet T1 E1 DS3 and E3 Uplink Interface Modules UIMs The slot on the left is UIM Port 1 and the slot on the right is UIM Port 2 Only one UIM is required for operational purposes a second UIM may be installed for redundancy Table 3 6 Mini DSLAM UIM LEDs UIM LED Color Indication 10 100 Ethernet Green Uplink connection is established Red No link Gray Administratively disabled T1 E1 Green Uplink connection is established Red No link Gray Administratively disabled DS3 E3 Green Uplink connection is established Red No link Gray Administratively disabled SDSL RJ21 Cable Connector and Corresponding Port LEDs The SDSL RJ21 cable connector is depicted on the far right of the chassis faceplate To the left of the connector are the corresponding SDSL port LEDs twelve or twenty four depending upon the Mini DSLAM model type being installed Table 3 7 Mini DSLAM SDSL Port LEDs Port LED Color Indication 1 12 or 1 24 Green SDSL connection established SDSL Connection f Red no SDSL connection Gray no SDSL connection 3 6 June 2005 NMS A2 GB20 00 3 Navigating the NMS IP DSLAM Chassis Front View PARADY NE SOSSOSH SS SSS HSOSHHSO HSH SOSH SSO OSHS OO SO SOOO SSO OES RTE M OR NOUS 3 4 tcx SOSCSOSOSS SOSH SOSH SSO GS HS OSHS SOO SHS OSS OOOO OSS OSES EE LOS eC RS DONO TS UN q ow
71. ms ms Interleave Depth up dn 64 Last Update 00 00 00 00 Figure 5 5 MAC Rules Screen June 2005 NMS A2 GB20 00 NMS A2 GB20 00 5 System Utilities 2 Select or enter the following parameters Parameter Description Port Select a port from the drop down list Reset the MAC rules to default parameters Click in this box to reset MAC rules when the Submit button is clicked on Activate Specify whether the rule is active MAC Range Specify the range of MAC addresses that constitutes a match for this rule Allow Tag Untag on Ingress Pkt Specify tag or untag Tag indicates that ingress packets already matched to the MAC Rule must have a VLAN tag to be further considered packets without a VLAN tag will be dropped See Allow Tag or Untag on Ingress Packet Parameter in Chapter 4 System Configuration Screens VLAN ID Range Specify a VLAN ID range For each MAC Rule if you selected Tag for Allow Tag Untag the VLAN field should specify either an acceptable single VLAN or an acceptable VLAN Range for VLAN tags on ingress packets If you selected Untag the VLAN field should specify a single VLAN only if you intend to have a VLAN tag added to packets if you do not intend to have a VLAN tag added to packets the VLAN field should be left at the 0 0 default Add VLAN to Ingress Pkt Specify whether the VLAN ID should be added to ingress packets Priorit
72. n Interface Module Table 1 11 Replacing an Interface Module shows how configurations are affected by the replacement of an interface module Table 1 11 Replacing an Interface Module If the replacement interface module is Then module configurations will revert to Same model as previous new or unconfigured Same configurations as previous module Same model as previous already configured Same configurations as previous module Different model than previous new or unconfigured Original default settings see Default Settings on page 1 2 Different model than previous already configured Original default settings Default Settings on page 1 2 NMS A2 GB20 00 A replacement module of like model will take on the same configurations as the previous module only if the MUM or BSX remains in the chassis and the chassis retains power during the interim Otherwise the replacement module will revert to original default settings June 2005 1 5 1 NMS Introduction Replacing an Uplink Module Clear the NVRAM of a previously configured MUM or BSX before using it as a replacement in a different chassis Once NVRAM has been cleared the MUM or BSX will revert to default settings Table 1 12 Replacing a MUM or BSX If the replacement uplink module is Then the uplink module will revert to Same model as previous new or unconfigured Same configurations as previous uplink module Different model t
73. nding on the unit to indicate an Ethernet connection has been established On a Network Extender which has no management port you can connect a PC to one of the Ethernet ports See the installation instructions for your Network Extender for information Launching a Web Browser and Logging In You can now access the NMS via the default IP address p Procedure 1 Launch a web browser such as Microsoft Internet Explorer or Netscape Navigator 2 Type the Micro DSLAM Mini DSLAM or uplink module s default IP address see Table 2 1 Default IP Addresses into the address field at the top of the browser window and press the Enter key 2 2 June 2005 NMS A2 GB20 00 2 Initial Configuration Table 2 1 Default IP Addresses Default IP Address DSLAM Type or Slot Where Uplink Card Resides 192 168 254 251 Network Extender Subscriber Unit 192 168 254 252 Network Extender Provider Unit Micro or Mini DSLAM 4000 BLC Slot 5 or 12000 BLC Slot 13 192 168 254 253 12000 BLC Slot 14 3 The NMS Log In window will pop up Enter default username superuser and password Password Both are case sensitive You must log in as a superuser to make configuration changes 4 Click on OK Once you have logged into the NMS use the Tab key or your mouse to move from field to field rather than pressing the Enter key Internet Explorer equates pressing the Enter key with clicking on the Submit button NMS A2 GB20 00 June 2
74. ndow and press the Enter key Cannot Establish Web Server Connection From Within Network The Inband MGMT option in the System Configuration Window must be selected in order for NMS to be network accessible To verify 1 Connect your PC to the MGMT port on the front of the Micro DSLAM Mini DSLAM or uplink module Click the System Configuration button in the administration panel of the NMS Main Window If the Inband MGMT box is not checked click it so that a checkmark appears Click on the Submit button Web Pages Are Loading Slowly If NMS pages are accessible but refreshing slowly close all browser windows and re launch the application If the problem continues you may be encountering one of the following conditions 7 2 Too Many Users NMS supports up to three Superusers or three General Users simultaneously The system may experience a slowdown if there are more than three users at a time Likewise both classes of users cannot log in at the same time attempts at such will result in a Server Busy warning message Inband Connection Speed Not Set Appropriately The speed setting may need to be increased if you are accessing the system via an inband connection from a remote customer site e g through a provisioned DSL connection As an example a 128 kbps IDSL connection is generally sufficient for NMS access although it is possible for heavy traffic to cause delays when downloading a web page
75. ne VLAN function is not in use A Backbone VLAN tag cannot be used independently standard VLAN tags must also be configured Additionally the DSLAM uplink connection must run through a router in order for a Backbone VLAN tag to function 3 Click on Submit VLAN Rules p Procedure To configure VLAN rules 1 Click on the VLAN Rules tab The VLAN Rules screen appears ox PARADYNE GronGuie DACP des PRE Mitis VA rotate Peor Ac Slt Por Circuit Identification Device Type Revision zl E e211 AIM24000 48 Anx A 1 04 01 Reset the VLAN rules to default parameters for the slot and port selected VLAN Rules Configuration J T icti Repl re REA ns EC vo Priority Fixed Mar Ran ENTE PVC PH 1 vesz nagz fas fs eddtag z fo oz Treaz fo 0 fix fo 2 no usas fo o noacion s fo o ieaz fo o 1z o 3 no m nagz o o noecion s fo o fixer o o nx fo 4 ne funtag gt fo o noecion s fo oz ias fo o fix fo no untag o fo no action s fo o Jixea fo o 1s fo 6 ne wea fo 0 noecion z fo oz eas fo 0 fix fo 7 no funtag gt fo o noacion z fo oz ieaz fo o 1z fo 8 no z wes fo o noaction r fo oz Tiea fo 0 hs fo 9 jno rj untag o o no action xl 0 o fixed o o 0 18 no untag o o noecion s o o Jix
76. ng the DS value field set the DSCP via the upper6 bits and then enter the entire 8 bit value Remember the lower two bits are OC When allowtag on ingress pkt the port acts as 802 10 VLAN trunk otherwise the port acts 5802 10 VLAN access The Fixed Max attribute will be applied to the VLAN priority when Allow Tag Untag on Ingress Pkt is set to tag submit Port Status Link Adaptive 1088 Kbps Up 10348 Kbps Dn PVC1 VPICI 07 PVC2 VPIVCI O0 PVCS VPIAVCI 0 PVC4 VPIVCI 00 Actual SNR upidn 6dB 6dB Delay up dn 16ms 16ms Correction upidn 1msMms interleave Depth up dn 64 Last Update 00 00 00 00 Figure 5 3 DSCP Rules Screen 2 Select or enter the following parameters Parameter Description Port Select a port from the drop down list Reset the DSCP rules to default parameters Click in this box to reset DSCP rules when the Submit button is clicked on Activate Specify whether the rule is active DS Value Specify the Differentiated Services value The DS Value of a packet is a hexadecimal value calculated from the upper six bits of an eight bit field in the packet s IP header DS Mask Specify the DS mask The DS Mask is a hexadecimal value that indicates which of the DSCP s upper six bits will be utilized in considering a packet s DSCP type Default is FC indicating that all of the DSCP s upper six bits will be used in calculating the packet s DS Value June
77. obal IP Range Rule if you selected Tag for Allow Tag Untag the VLAN field should specify either an acceptable single VLAN or an acceptable VLAN Range for VLAN tags on ingress packets If you selected Untag the VLAN field should specify a single VLAN only if you intend to have a VLAN tag added to packets if you do not intend to have a VLAN tag added to packets the VLAN field should be left at the O O default Add VLAN to Ingress Pkt Specify whether the VLAN ID should be added to ingress packets Priority Specify the priority to be used when adding a configured VLAN ID to a packet Fixed Max Specify the handling of VLAN priority used only if the received packet is already tagged W Fixed The packet s original priority will automatically be replaced with the Priority specified above m Max The packet s original priority will be replaced with the configured Priority only if the packet s original priority is greater than the configured Priority Ingress Limit Specify the ingress limit in Kbps for packets matching this rule Egress Limit Specify the egress limit in kbps for packets matching this rule 4 Click on Submit June 2005 4 17 4 System Configuration Screens Global Layer 2 Set Micro DSLAMs and Mini DSLAMs On Micro DSLAMs and Mini DSLAMs the Global Layer 2 tab is used to set VLAN ranges and other Layer 2 parameters p Procedure To configure global Layer
78. orldwide office locations use one of the following methods m Internet Visit the Paradyne World Wide Web site at www paradyne com Be sure to register your warranty at www paradyne com warranty m Telephone Call our automated system to receive current information by fax or to speak with a company representative Within the U S A call 1 800 870 2221 Outside the U S A call 1 727 530 2340 Document Feedback We welcome your comments and suggestions about this document Please mail them to Technical Publications Paradyne Corporation 8545 126th Ave N Largo FL 33773 or send e mail to userdoc paradyne com Include the number and title of this document in your correspondence Please include your name and phone number if you are willing to provide additional clarification Trademarks Acculink ADSL R Bitstorm Comsphere DSL the Easy Way ETC Etherloop FrameSaver GranDSLAM GrandVIEW Hotwire the Hotwire logo Jetstream MVL NextEDGE Net to Net Technologies OpenLane Paradyne the Paradyne logo Paradyne Credit Corp the Paradyne Credit Corp logo Performance Wizard ReachDSL StormPort and TruePut are registered trademarks of Paradyne Corporation Connect to Success Hotwire Connected iMarc JetFusion JetVision MicroBurst PacketSurfer Quick Channel Reverse Gateway Spectrum Manager and StormTracker are trademarks of Paradyne Corporation All other products or services mentioned herein are the trademarks s
79. otection Switching arrangement See EAPS Button on page 6 4 MAC and IGMP button Displays the MAC and IGMP summary and search screens See MAC and IGMP Summary on page 6 6 STATS button Displays backplane statistics See Statistics Button on page 6 11 Sub Button Lets you change the device role from Subscriber to Provider or Provider to Subscriber See Sub Button on page 6 13 June 2005 6 1 6 Virtual Front Panel Buttons DSLAM Interconnect Configuration 4929 and Micro DSLAM Use the DSLAM Interconnect Configuration screen to specify a port connected to a downstream DSLAM This information is used to configure internal traffic flows The screen is accessed using the blue button on the faceplate image DSLAM Interconnect Button PARADYNE gt 4929 ADSL2 J 12345678 9001112 pq lak SFP re 131415 16 17 1819202122224 19 ET 100 F 00 SDSL Micro DSLAM 2000 SuD2011 12T eg 1 490000000000 mej DSLAM Interconnect Button Figure 6 1 DSLAM Interconnect Buttons on 4929 and SuD2011 12T June 2005 NMS A2 GB20 00 6 Virtual Front Panel Buttons p Procedure To specify the port connected to a downstream DSLAM 1 From the home screen click on the blue button The DSLAM Interconnect Configuration screen appears li DSLAM Interconnect Configurations Microsoft imi xd Figure 6 2 DSLAM Interconnect Configuration Screen 2 Select Off or a port from the drop down list For ex
80. our PC to the device to be configured See Connecting your PC to the Management Port on page 2 2 m Opening the NMS with your web browser See Launching a Web Browser and Logging In on page 2 2 For a Network Extender you must use the Command Line Interface to establish the Network Extender s IP address See the installation instructions for your Network Extender for information Configuring Your PC for NMS To access the NMS directly your PC must be on the same subnet as the device you connect to The following instructions are for a Windows XP operating system p Procedure To configure a PC for use with the NMS 1 In the Windows task bar click on the Start button and then click on Control Panel 2 Double click on the Network Connections icon 3 In the LAN or High Speed Internet window right click on the icon corresponding to your network interface card NIC and select Properties Often this icon is labeled Local Area Connection The Local Area Connection dialog box is displayed with a list of currently installed network items 4 Ensure that the check box to the left of the item labeled Internet Protocol TCP IP is checked and click on Properties 5 Write down the current IP Address and Subnet Mask in the Internet Protocol TCP IP Properties dialog box When you are done using NMS you will need to reconfigure your PC with these values NMS A2 GB20 00 June 2005 2 1 2 Initial Configuration 6 In the Interne
81. pecify the new community name for Read or Read Write operations Confirm New Type the new community name again 3 Click on Submit 4 6 June 2005 NMS A2 GB20 00 4 System Configuration Screens Global Set Use the Global Set screen to set parameters for all ports or for a group of ports at once Available Global Set parameters are device dependent Table 4 1 Global Set Screens by Device compares some devices Table 4 1 Global Set Screens by Device Network Micro AIM24000 4929 Global Set Screen Extender DSLAM Line Card DSLAM Circuit Config See Global Circuit X X Configuration for T1 or E1 Ports on page 4 11 Circuit Config See Global Circuit X Configuration for T1 or E1 Ports on page 4 11 DSCP Rules See Global DSCP X X X Rules on page 4 14 IP Rules See Global IP Rules on X X X page 4 16 Layer 2 Set See Global Layer 2 Set X Micro DSLAMs and Mini DSLAMs on page 4 18 MAC Rules See Global MAC Rules X X X on page 4 20 Port Set See Global Port Set Micro X DSLAMs and Mini DSLAMs on page 4 22 SNR Settings See Global Advanced X X X Configuration on page 4 23 VLAN Rules See Global VLAN Rules X X x on page 4 24 NMS A2 GB20 00 June 2005 4 7 4 System Configuration Screens Global Circuit Configuration for DSL Ports p Procedure To configure global parameters for DSL ports 1 From the home screen
82. pecify up to four Ethertypes allowed on the ports DHCP Option 82 Specify whether DHCP Option 82 is enabled and if it is whether packets are identified by IP address or circuit ID This identifier is added to packets to let your DHCP Server recognize which DSLAM port an IP address request is coming from thereby allowing the DHCP Server to limit the number of IP addresses assigned per port VPI and VCI Specify the VPI and VCI used if VPI VCI Detect Setting above is Off Frame Type Specify whether the ports use Logical Link Control LLC or Virtual Channel Multiplexing VCM bridged encapsulation These are defined in RFC 1483 Standard Mode ADSL Specify the ports line code m MULTIMODE Each port uses the line code of its partner modem default m T1 413 DMT modulation as defined in ANSI T1 413 G Lite G 992 2 G lite modulation G_DMT G 992 1 G dmt modulation ALCTL Alcatel modulation G DMT BIS G 992 3 ADSL2 modulation G DMT BlSplus G 992 5 ADSL2 modulation READSL2 Reach Expanded ADSL2 G 992 3 in Annex L format June 2005 4 9 4 System Configuration Screens Parameter Description Line Code SHDSL Specify the ports line code CAP Carrierless Amplitude and Phase modulation 2B1Q Two Binary one quaternary G SHDSL G 991 2 4 Click on Submit 4 10 June 2005 NMS A2 GB20 00 Global Circuit Configuration for T1 or E1 Ports
83. peesgeeengensugeesegeessgenengensugensegeesspene i ii Active MUM in slot 5 IP DSL Access Multiplexer IPD4000E i submit Messages Figure 3 1 NMS Main Window NMS A2 GB20 00 June 2005 3 1 3 Navigating the NMS Network Extender Front View PARADY NE TNE1584 a 2345678 mELLL r nee COM 10 100 Ethernet Connections T1 Connections Figure 3 2 Micro DSLAM and its Depiction in the NMS System Reset Button Clicking on the System Reset Button on the left side of the faceplate invokes the Network Extender Reset Window Click on Yes or No then click on the Submit Button A system reset will clear NMS statistical data and restart counter values at zero it will not clear the configuration Ethernet T1 and E1 Ports and Corresponding LEDs Depending on model Network Extenders support 10 100BaseT Ethernet and T1 or E1 uplink connections Table 3 1 Network Extender Port LEDs Port LED Color Indication 1 4 Green 100 Mbps uplink connection established ae Amber 10 Mbps uplink connection established Red No link Gray Administratively disabled 1 4 or 1 8 Green Connection established eres Red No link Gray Administratively disable 3 2 June 2005 NMS A2 GB20 00 3 Navigating the NMS Sub Button The Sub button if present allows you to select whether the unit is a Provider or Subscriber Note that the default IP address of the unit changes if th
84. refrwd Tm 0 sec SysUpTmOILastHelo 00 00 00 00 Prefrwd Tm 0 sec SysUpTmOfLastHello 00 00 00 00 Internet Figure 6 4 EAPS Configuration Screen 2 Select or enter the following EAPS Configuration parameters Parameter Description Name Specify a unique name for this configuration Enable Specify whether this configuration is enabled for use y for yes and n for no Control VLAN Specify the control VLAN ID This is used to send link down messages to the master node Node Operation Specify whether this is the Master node or the Transit node Assign Primary Port Specify the number of the port that normally will be used for the Ethernet connection Assign Secondary Port Specify the number of the port that will be used if the primary connection fails Fail Time Specify the amount of time in seconds the master node awaits a health check frame before declaring a ring fault state and unblocking its secondary port Hello Time Specify the frequency of health check frame transmissions June 2005 6 5 6 Virtual Front Panel Buttons 3 Select or enter the following EAPS Membership Configuration parameters Parameter Description VLAN start end Specify the range of VLANs participating in this EAPS configuration Only traffic with these 802 1q tags are allowed to traverse the EAPS ring VLAN Membership Specify whether the VLAN range can use port 1
85. rnet Explorer PARADYNE iradt Config OSCPRules IPRules AC Rules VLANRules Een PortStaistice PortCopy EE cont Port Circuit Identification hsz Backbone VLAN Id Configuration Backbone VLAN Id 0 Flood and EtherType Configuration Flood EtherType Upl 8100 gt Port Status No Link VPIWCI NA submit Adaptive 0 Kbps Up 0 Kbps Dn Actual Std Mode T1 413 Actual SNR upitin dB 6dB Delay upitin 16ms l6ms Correctonfupiin 1ms ims Interleave Depth upithn 16 128 Last Update 00 00 00 00 Device Type Revision 4929 0 00 kk Figure 5 7 Backbone VLAN ID Flood and Ethertype Screen 2 Select or enter the following parameters Parameter Description Backbone VLAN Id Configuration Specify the Backbone VLAN ID Also called QinQ or VLAN stacking the Backbone VLAN ID is used in conjunction with standard VLAN tags The single Backbone VLAN tag will become the primary identifier allowing a router with backbone capabilities to make smarter decisions in directing unlearned traffic This helps prevent traffic from being flooded to incorrect networks Once packets have been directed to the correct network by the Backbone VLAN tag standard VLAN tags will then direct the packets to the appropriate ports The default is zero meaning the port is not configured to utilize the Backbone VLAN function A Backbone VLAN tag cannot be used independently stardard VLAN tags must be set Addit
86. rom the home screen click on the Global Set button The Global Port Set Screen appears Global Set Microsoft Internet Explorer m l xi RER Global Port Settings Submit Changes submit Reset Port Statistics Filter Ip Address Settings statipRange1 J StartiP Range2 0 0 0 0 0 0 0 0 EndiPRange1 EndIPRange2 255255255255 0 0 0 0 Device Identification SuD2011 12T Revision 2 00 02 Click on the check box to dd a parameter to the global set j Data Rate I Protocol Speed IP 144 2 Select or enter the following parameters Parameter Description Reset Port Statistics Click in this box to reset statistics when the Submit button is clicked on Filter IP Address Settings Specify up to two IP address ranges Packets are accepted from source IP addresses in the ranges specified Data Rate Setting Click in the check box to enable a maximum data rate Select the maximum data rate in kbps from the drop down list Protocol Click in the check box to enable protocol detection Select valid protocols from the drop down list 3 Click on Submit 4 22 June 2005 NMS A2 GB20 00 Global Advanced Configuration p Procedure To configure SNR settings 4 System Configuration Screens 1 Click on the Global Advanced Config tab The Global Configuration SNR settings screen appears E PARADYNE at ot CRIS ih nh
87. rowser window and press the Enter key Log in using the default username Superuser and password Password Make additional configuration changes as desired For security purposes it is a good idea to immediately change the default passwords and community names Save port configurations to a local file Individual port configurations can be saved locally on your PC as a backup or for use as a template for future configurations See Local Files in Chapter 1 NMS Introduction When configuration is complete log out close the NMS window If you forget to log out the NMS will automatically request a password after five minutes of inactivity CAUTION If you leave your workstation without logging out and another user accesses the NMS before your password expires the new user will have full access to the management system without being required to log in June 2005 2 7 2 Initial Configuration 2 8 June 2005 NMS A2 GB20 00 Navigating the NMS NMS Main Window The NMS main window consists of two sections a chassis front view which provides an at a glance illustration of module and port status and an administration panel with buttons and fields for system management Views vary among the Network Extenders Micro DSLAMs Mini DSLAMs and BLCs 3 IP DSLAM Network Management System v2 1 Microsoft Internet Explorer sysName BSX8000 5 ssupTimetanhimms 22 18 08 13 i lt Z2 m i i i Let ii B
88. rtual Front Panel Buttons Describes the virtual function buttons available on the graphical depictions of the devices in the NMS Chapter 7 Troubleshooting the NMS Lists some typical problems and solutions Appendix A Connector Pin Assignments Shows the pinouts of the management port used for access to the NMS Index Lists key terms concepts and sections in alphabetical order A master glossary of terms and acronyms used in Paradyne documents is available online at www paradyne com Select Support gt Technical Manuals gt Technical Glossary June 2005 About This Guide Product Related Documents Complete documentation for Paradyne products is available online at www paradyne com Select Support Technical Manuals Documents related to this manual include Document Number Document Title CLI A2 GB20 Command Line Interface for 4000E and 12000E BACs Micro DSLAMs and Network Extenders User s Guide MTM A2 GB20 Multimedia Traffic Management User s Guide SNMP A2 GB20 A for 12000 4000 BLCs and Micro DSLAMs User s uide To order a paper copy of a Paradyne document or to speak with a sales representative please call 1 727 530 2000 vi June 2005 NMS A2 GB20 00 NMS Introduction Overview Paradyne s Network Management System NMS allows you to access statistical and configuration data through a web server residing within the firmware of select Network Extend
89. s 4 20 5 12 Management Configuration 4 2 IP address 2 5 4 2 Port and Corresponding LED 3 3 MGMT LED 2 2 3 3 3 6 Micro DSLAM 1 7 Chassis Front View 3 3 Mini DSLAM 1 7 Chassis Front View 3 5 N Network Extender COM port 3 3 Front View 3 2 port configuration 5 6 Port LEDs 3 2 Power LED 3 3 Reset button 3 2 Sub button 3 3 NMS Main Window 3 1 NMS Users 1 1 IN 2 O Option 82 4 9 4 12 5 5 5 7 Overview 1 1 4 1 5 1 6 1 P Password 4 4 PC Cannot Locate Web Server 7 1 Port Copy 5 21 5 22 Mode Setting 4 8 5 4 Set 4 22 Statistics 5 19 Power LED 1 7 3 3 3 5 Priority 2 5 4 2 Problems and Solutions 7 1 Product Related Documents vi Protocol Setting 4 9 4 11 4 22 5 4 5 6 Provider selecting 6 13 PVC 5 9 5 11 5 13 5 16 Q QinQ 5 17 R RAM and NVRAM 1 5 Reed Solomon Error Correction Settings 4 23 5 23 Replacing Interface Module 1 5 Uplink Module 1 6 Requirements 1 1 Reset Button 3 3 3 4 Restarting the NMS 2 7 Restoring the IP Address and Subnet Mask on Your PC 2 6 RJ21 Cable Connector 3 6 S SDSL LED 3 5 3 6 SNMP Community Administration 4 6 Community names 4 6 Configuration 4 5 Trap Defaults 1 4 Traps 4 5 SNR 4 23 5 23 Advanced Configuration 5 23 Statistics Button 6 11 Sub button 3 3 6 13 Subnet Mask 2 5 4 2 Subscriber selecting 6 13 June 2005 NMS A2 GB20 00 System Defaults 1 2 Location 4 3 Name 4 3 Requiremen
90. se turning the VPI VCI function off will lock in the previously detected settings unless the VPI and VCI values are altered manually Data Rate Setting If you have selected a Port Mode of Fixed or Fixed Adaptive specify the maximum upstream and downstream rates in bps Filter IP Address Settings Specify up to four IP address ranges Packets are accepted from IP addresses in the ranges specified Protocol Setting Click in the check box to enable Protocol Setting detection Select Allow Selected and specify up to four protocol codes allowed on the ports These codes are 2 byte Ethertypes for example 0800 is IPv4 and 0806 is ARP See www iana org assignments ethernet numbers for a complete list of Ethertypes June 2005 NMS A2 GB20 00 NMS A2 GB20 00 5 System Utilities Parameter Description DHCP Option 82 Specify whether DHCP Option 82 is enabled and if it is whether packets are identified by IP address or circuit ID This identifier is added to packets to let your DHCP Server recognize which DSLAM port an IP address request is coming from thereby allowing the DHCP Server to limit the number of IP addresses assigned per port Layer 2 Port Filter Settings Click in the check box if you want to filter by MAC address the packets on this port MAC 1 MAC 3 Enter up to three MAC addresses Unlimited of MACs or Define of MACs Specify whether the number of MAC
91. settings Main defaults are listed below Your DSLAM or access card installation instructions may contain more detailed and device specific information User Access Usernames and passwords are case sensitive Table 1 1 Default Usernames and Passwords Username Password Access Type superuser Password Read Write general Password Read Only Community strings are case sensitive Table 1 2 Default Community Strings String Access Type Password Read Write Password Read Only System Defaults Table 1 3 Default IP Addresses Model Default IP Address Network Extender Subscriber Unit 192 168 254 251 Network Extender Provider Unit 192 168 254 252 Micro DSLAM 192 168 254 252 Mini DSLAM 192 168 254 252 4000 BLC Slot 5 192 168 254 252 12000 BLC Slot 13 192 168 254 252 12000 BLC Slot 14 192 168 254 253 1 2 June 2005 NMS A2 GB20 00 1 NMS Introduction Table 1 4 Default Management Parameters Parameter Default Gateway 0 0 0 0 Inband Management disabled Inband Management VLAN ID O off Mgmt Management IP Address 0 0 0 0 255 255 255 255 all Filter Range Subnet Mask 255 255 255 0 TFTP Trivial File Transfer on Protocol Uplink DSLAM Interconnection 1 neither off Uplink Interface Defaults Table 1 5 Default 10 100BaseT Ethernet Uplink Settings Parameter Setting Duplex Mode Auto Nego
92. t Protocol TCP IP Properties dialog box click in the radio button labeled Use the following IP address and type 192 168 254 x where x is any number between 3 and 250 inclusive in the IP Address field 7 Type 255 255 255 0 in the Subnet Mask field 8 Click on OK twice to confirm your changes and close the Control Panel Connecting your PC to the Management Port The MGMT Management Port does not have switching capabilities its main purpose is to allow a direct PC connection for SNMP and NMS access A direct connection with the MGMT Port may also be used to access the management system with Command Line Interface CLI via Telnet see the CL User s Guide The 10 100 Ethernet MGMT Port auto negotiates speed and duplex mode these configurations cannot be set on the Micro DSLAM Mini DSLAM or BLC For the best configuration results your PC should be set to auto negotiate speed and duplex mode as well If your PC cannot be configured to auto negotiate speed may be set at either 10 Mbps or 100 Mbps but duplex mode must be set to Half Duplex a 10 100BaseT Ethernet MGMT connection cannot be made if your PC is set to Full Duplex Using a straight through Ethernet cable see 10 100BaseT MGMT Connector in Appendix A Connector Pin Assignments connect your PC to the Ethernet RJ45 MGMT Port on the front of the Micro DSLAM Mini DSLAM MUM or BSX faceplate and verify the connection The MGMT LED will illuminate green or amber depe
93. t a source slot and a source port 3 For each slot select the ports to which the source configuration will be copied 4 Click on Submit The configuration of the source port is copied to the destination port or ports 5 22 June 2005 NMS A2 GB20 00 SNR Advanced Configuration 5 System Utilities SNR settings may greatly affect ADSL performance Do not change SNR settings unless so advised by your service provider p Procedure To configure SNR settings 1 Click on the Advanced Config tab The Configuration SNR settings screen appears inix iradt Gong DSCP Rues IPRules MACRuies VLANRules ines tiarype PortStastics PotCopy EE cong Port Circuit Identification Device Type Revision 13 zl 4929 0 00 kk SNR Configurations SNR dB Setting Fast Buffer Setting up n Fast Buffer C Interleave Reed Solomon Error Correction Settings Default Setting Delay ms Set to Default T up z an Carrection2 ms up gt dn gt EC FDM Mode Echo Cancellation g Changing the dB value will affect line quality Corrected RSF Fastbuffer RSi Interleave Uncorrected CRCF Fastbuffer CRCI nterleave submit Port Status No Link Adaptive 0 Kbps Up 0 Kbps Dn Actual Std Mode T1 413 VPINCI NA Actual SNR upitin 6dB dB Delay upin T ms 16ms Correctonjupitin 1msz1ms Interleave Depth upitin 16 128 Last Update 00 00 00 00 Figure 5 11 Configuration SNR Settings Screen
94. the packet s original priority is greater than the configured Priority Ingress Limit Specify the ingress limit in Kbps for packets matching this rule Egress Limit Specify the egress limit in kbps for packets matching this rule PVC Select a PVC index 1 4 The PVC Index parameter applies to ADSL ports only PVC Indexes will only be applied to packets coming in through a subscriber connection WAN They are not applicable to packets coming in through an uplink connection June 2005 5 11 5 System Utilities Parameter Description Backbone VLAN ID Used in conjunction with standard VLAN tags a single Backbone VLAN tag will become the primary identifier allowing a router with backbone capabilities to make smarter decisions in directing traffic to the proper network Once a packet has reached the proper network its standard VLAN tags will direct it to the appropriate port To configure Backbone VLAN ID enter a single VLAN tag value between 0 and 4085 Default is 0 indicating that the Backbone VLAN function is not in use A Backbone VLAN tag cannot be used independently standard VLAN tags must also be configured Additionally the DSLAM uplink connection must run through a router in order for a Backbone VLAN tag to function 3 Click on Submit MAC Rules p Procedure To configure MAC rules 1 Click on the MAC Rules tab The MAC Rules screen appears E C
95. tiate Speed Auto Negotiate Table 1 6 Default E1 Uplink Parameters Parameter Default Frame Type CRC Cyclic Redundancy Check Line Code HDB3 High Density Bipolar 3 Table 1 7 Default T1 Uplink Parameters Parameter Default Frame Type ESF Extended Super Frame Line Code B8ZS Bipolar with 8 Zero Substitution Line Buildout 0 dB NMS A2 GB20 00 June 2005 1 3 1 NMS Introduction Circuit Defaults SNMP Trap Defaults Circuit defaults common to all devices are listed below For information regarding model specific circuit parameters refer to the Network Extender interface module Micro DSLAM or Mini DSLAM Installation Instructions specific to the model you are installing Table 1 8 Default Circuit Parameters Parameter Default Backbone VLAN 0 off Circ ID Circuit Identification n a no default Flood Upl Uplink IP Range 1 0 0 0 0 255 255 255 255 IP Range 2 0 0 0 0 0 0 0 0 Pri VLAN Priority 0 none Protocol All all traffic VLAN Range 0 0 off Table 1 9 Default Notification IP Addresses Parameter Default IP Address 1 0 0 0 0 IP Address 2 0 0 0 0 IP Address 3 0 0 0 0 IP Address 4 0 0 0 0 Table 1 10 Default SNMP Trap Settings Parameter Default Authentication Trap enabled Environment Trap enabled Cold Start Trap disabled Module Port Trap d
96. tilities B OVErVIEW aa dra ban ero he tune na bre pment sd net beu 5 1 m Circuit Summary 5 2 Circuit Port Configuration for DSL Ports 5 3 Circuit Configuration for a T1 or E1 Port 5 6 DSGP Rules a RE ARR en AE AE A eT 5 8 e RUGS unt 3e dee eth pie pub Eae Mot online 5 10 MAC RUl8S rege phe EXP P ed a natty ean alate decur 5 12 VLAN Rules zip alee a eae erm UA RES EI acid 5 14 Backbone VLAN ID 5 17 POM StatistiCS nerfs bona dite eee A tea vey depu 5 19 Port Copy Single Slot Devices 5 21 Port Copy Multi Slot Devices 5 22 SNR Advanced Configuration 5 23 m Circuit Search 5 24 B DSLAM Users fs ss has cde dae ava teeth Ss San Leu eked 5 26 E DIAQNOSUCS si eer oh te nn At PARCS ORE EE A hoes 5 27 Loop Detect Summary 5 27 BERT Screens i can dre bed omelets agde Di crine 5 29 6 Virtual Front Panel Buttons B Overview os ove eed Se ee Be END A 6 1 m DSLAM Interconnect Configuration 4929 and Micro DSLAM 6 2 m EAPS Button 6 4 m MAC and IGMP Summary 6 6 B Statistics B tloniz ii o ete ed eden toed eee fhe beni reda 6 11 m SubButton
97. to enable or disable TFTP and Telnet on this DSLAM 3 Click on Submit NMS A2 GB20 00 June 2005 4 3 4 System Configuration Screens HTTP Password Use the HTTP Password screen to set the password for the General and Superuser logins p Procedure To configure HTTP passwords 1 From the home screen click on the HTTP Password button The HTTP Password Administration screen appears E HTTP Password Administration Microsoft Internet Explorer PARADYNE General Login Superuser Login Old Password Old Password New Password New Password Confirm new Confirm new submit submit 2 Select or enter the following parameters Parameter Description Old Password Specify the current password for the General or Superuser login The default setting is Password New Password Specify the new password for the General or Superuser login Confirm New Type the new password again 3 Click on Submit 4 4 June 2005 NMS A2 GB20 00 4 System Configuration Screens SNMP Configuration Use the SNMP Configuration screen to enable traps and establish trap managers p Procedure To configure SNMP parameters 1 From the home screen click on the SNMP Config button The SNMP Configuration screen appears SNMP Configuration Microsoft Internet PARADYNE SNMP Notification IP IP 2 0000 IP 3 0 000 4 0000 OOO
98. ts 1 1 Reset Button 3 3 3 4 Ti defaults 1 3 Global Circuit Configuration 4 11 LEDs 3 2 3 4 3 6 port configuration 5 6 Telnet 4 3 TFTP 4 3 Trap Defaults 1 4 Trap Managers 4 5 Traps 4 5 NMS A2 GB20 00 Index U Uplink Interface Modules 3 6 LED 3 2 3 4 3 6 3 7 Modules 3 7 Ports 3 4 User Access 1 2 V VLAN ID 2 5 4 2 VLAN Rules 4 24 5 14 VLAN stacking 5 17 VPI VCI Detect Setting 4 9 5 4 Z Management Configuration 2 4 Management Port 3 6 Uplink Interface Defaults 1 3 Uplink Interface Modules 3 8 Web pages loading slowly 7 2 Web server connection 7 1 7 2 June 2005 IN 3 Index IN 4 June 2005 NMS A2 GB20 00
99. ubmit button is clicked on Port Mode Setting Specify a port mode m Fixed The upstream and downstream rates are fixed at the rates in the Data Rate Setting fields m Adaptive The ports will automatically train up to the best possible speed m Fixed Adaptive The ports will automatically train up to the best possible speed up to a user specified maximum upstream and downstream bandwidth June 2005 NMS A2 GB20 00 NMS A2 GB20 00 4 System Configuration Screens Parameter Description VPI VCI Detect Setting Specify the port behavior with regard to VPI VCI detection m On The DSLAM will monitor the line to determine the VPI and VCI settings of the remote ADSL modem and set itself accordingly If no ATM cells are detected at any VPI VCI setting the port will default to VPI 0 and VCI 35 m Off The port will use the default setting of VPI and VCI 0 35 if not changed by the setting of VPI and VCI below or lock in the VPI VCI already discovered while VPI VCI detection was On Data Rate Setting If you have selected a Port Mode of Fixed or Fixed Adaptive specify the maximum upstream and downstream rates in bps Filter IP Address Settings Specify up to four IP address ranges Packets are accepted only from source IP addresses in the ranges specified Protocol Setting Click in the check box to enable Protocol Setting detection Select Allow Selected and s
100. y Specify the priority to be used when adding a configured VLAN ID to a packet Fixed Max Specify the handling of VLAN priority used only if the received packet is already tagged m Fixed The packet s original priority will automatically be replaced with the Priority specified above m Max The packet s original priority will be replaced with the configured Priority only if the packet s original priority is greater than the configured Priority Ingress Limit Specify the ingress limit in kbps for packets matching this rule Egress Limit Specify the egress limit in kbps for packets matching this rule PVC Select a PVC index 1 4 The PVC Index parameter applies to ADSL ports only PVC Indexes will only be applied to packets coming in through a subscriber connection WAN They are not applicable to packets coming in through an uplink connection June 2005 5 13 5 System Utilities Parameter Description Backbone VLAN ID Used in conjunction with standard VLAN tags a single Backbone VLAN tag will become the primary identifier allowing a router with backbone capabilities to make smarter decisions in directing traffic to the proper network Once a packet has reached the proper network its standard VLAN tags will direct it to the appropriate port To configure Backbone VLAN ID enter a single VLAN tag value between 0 and 4085 Default is 0 indicating that the Backbo

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