Zhone 8985 User`s guide
Contents
1. Interface Select an interface from the drop down list m Wire Pair 1 The profile applies to Wire Pair 1 m Wire Pair 2 The profile applies to Wire Pair 2 Select Wire Pair 1 if this profile is to be used for ports that use only one wire pair 3 Click on Apply 8900 A2 GB20 50 August 2005 3 7 3 Configuration Using the Web Interface Configuring Alarm Threshold Profiles 8955 8965 8968 8975 Use the Configuration Alarm Threshold Profiles screen to define sets of alarm thresholds that you can apply to DSL ports To create an alarm threshold profile for a ReachDSL or ADSL line card 1 Click on Create New Profile The Alarm Threshold Profile Create screen appears 2 Enter or select the following fields Field Description Profile Name Specify a name for this alarm profile Downstream Near End Alarm Profile Loss of Frame Seconds SNMP trap and TL1 autonomous message are sent if the number of LOFS events in a 15 minute interval meets or exceeds the selected value 0 900 seconds where 0 disables the messages Loss of Signal Seconds SNMP trap and TL1 autonomous messages are sent if the number of LOS events in a 15 minute interval meets or exceeds the selected value 0 900 seconds where 0 disables the messages Loss of Power Seconds SNMP trap and TL1 autonomous messages are sent if the number of LPRS events in a 15 minute interval meets or exceeds t2. Maintenance Procedures Overview This chapter provides instructions on how to perform miscellaneous maintenance procedures m Uploading and Downloading a Configuration on page 6 2 m Downloading and Switching Firmware on page 6 4 m Restarting the Line Card on page 6 5 8900 A2 GB20 50 August 2005 6 1 6 Maintenance Procedures Uploading and Downloading a Configuration 6 2 Your configuration options for the BLC reside in a file in memory on the SCP card This file may be saved for purposes of disaster recovery by uploading it to an FTP File Transfer Protocol server A configuration file may be restored by downloading it from an FTP server Use the System Save and Restore screen to Save upload the configuration to an external file using FTP Restore download the configuration from an external file using FTP A downloaded configuration file remains in the memory of the SCP card until it is overwritten by another downloaded configuration file or until the SCP card is reset to factory defaults Reset the SCP card using factory default configuration settings Reset the SCP card using downloaded configuration settings p Procedure To upload and download configurations 1 In the Configuration FTP box set the parameters as shown in the following table Configuration FTP Parameters FTP Server IP Address Specify the network address of the FTP server where the configuration is to be uploaded to o
3. ADSL2 32 to 16000 kbps downstream and 32 to 1056 kbps upstream ADSL2 32 to 29000 kbps downstream and 32 to 2200 kbps upstream The Model 8965 has 24 ports and the Model 8968 has 48 ports Model 8975 supports ReachDSL providing ADSL or ReachDSL 2 2 on a port by port basis depending on the capabilities of the line and endpoint Model 8985 supports Single pair High speed Digital Subscriber Line SHDSL It can be set to adapt to the line conditions at startup or set to a fixed line rate from 192 to 2304 kbps or 384 to 4608 kbps with two wire pairs It has 24 ports The 8955 8965 8968 8975 and 8985 line cards are configured and managed using the Shelf Concentration and Processing SCP card Part of Paradyne s Hotwire Connected program the cards interoperate with third party DSL endpoints providing end users with the ability to select the best equipment to fit their application The line cards also integrate support for multiple DSL services on a single card August 2005 1 1 1 About the ATM Line Cards ATM Line Card Features The ATM Line Cards have these standard features ATM Features Alarm indication Activates front panel LEDs Diagnostics Provides lamp test and SHDSL line loopback 8985 Device and test monitoring Provides the capability of tracking and evaluating the unit s operation including health and status and error rate monitoring Software upgrade Supports software upgrades using FTP
4. Overview The ATM line cards provide the following diagnostic tools m Lamp Teston page 5 1 Tests the front panel LEDs on a line card m Loopback Test Model 8985 Only on page 5 2 Performs Loopback test on the SHDSL span of the network for Model 8985 cards Lamp Test Use the Tests Lamp Test screen to verify that the front panel LEDs on line card are functional p Procedure To test the LEDs 1 Select a Slot from the drop down list 2 Click on Start Lamp Test The button changes to Stop Lamp Test and power is applied to all LEDs on the card s front panel 3 When you have checked the LEDs click on Stop Lamp Test If all LEDs did not light up contact your service representative 8900 A2 GB20 50 August 2005 5 1 5 Diagnostics Loopback Test Model 8985 Only Use the Tests SHDSL Loopbacks screen to start and stop line loopback tests p Procedure To run a SHDSL loopback test 1 Click on Configure Test s The SHDSL Loopback Tests setup screen appears 2 Select a Slot from the drop down list 3 For any port and direction STUC or STUR click on the associated Payload Loopback button if you want the loopback to include a data payload 4 For any port and direction click in the Start box if you want the entity to be included in the loopback tests 5 Click on Start Selected The button changes to Stop Selected 6 When you have completed testing click on Stop Selected 5 2 August 2005 8900 A2 GB20 50
5. 6 3 m Downloading and Switching Firmware 00 00005 6 4 Downloading Firmware llle 6 4 Switching Firmware llle 6 5 m Restarting the Line Card 0 00 0 cee ee 6 5 Connector Pin Assignments m 8620 and 8820 Telco Connector Pinouts 00000 A 1 m Model 8968 Line Card Telco Connector Pinouts A 2 Technical Specifications Index August 2005 8900 A2 GB20 50 8900 A2 GB20 50 About This Guide Document Purpose and Intended Audience This guide contains information needed to configure and operate the Models 8955 B1 8965 B2 8968 B1 8975 B1 and 8985 B2 ATM line cards and is intended for installers and operators Basic installation information can be found in the ATM Line Cards Models 8955 8965 8968 8975 and 8985 Installation Instructions Document Summary Section Description Chapter 1 About the ATM Line Cards Describes the cards features and capabilities Chapter 2 Accessing the SCP Card Web Interface Provides instructions for accessing the user interface Chapter 3 Configuration Using the Web Interface Provides instructions for configuring the line cards Chapter 4 Monitoring Describes how to locate information about a line card and its status Chapter 5 Diagnostics Provides instructions for running a lamp test and loopback test Chapter 6 Maintenance Procedures Provides instructions for upl
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7. Select a profile for upstream traffic Downstream Profile Select a profile for downstream traffic August 2005 8900 A2 GB20 50 8900 A2 GB20 50 For example if 3 Configuration Using the Web Interface m Start Slot is 1 and End Slot is 2 m Slot VPI and VCI are 0 and 35 m SCP VPI and Start VCI are 2 and 32 The VCCs created have the following VPI VCI values Slot Slot 1 Port 1 0 35 Port 2 0 35 Port 24 0 35 Slot2 Port 1 0 35 Port 2 0 35 Port 24 0 35 SCP Card 2 32 2 33 2 55 2 56 2 57 2 79 August 2005 3 15 3 Configuration Using the Web Interface Configuring ATM Ports Use the Configuration ATM Port screen to associate a DSL port or the T1 E1 port with an ATM segment location ATM segment location ID is a 16 octet field that identifies this ATM interface for OAM F5 loopbacks When a segment F5 OAM loopback cell is received the destination segment location in the cell is compared to the segment location ID for the port If the destination location ID matches the location ID or is all ones the cell is looped back to the source If there is not a match the cell passes through the card p Procedure To associate a port with an ATM segment location 1 Select a Slot and Port from the drop down lists and click on Select 2 Enter an ATM Segment Location ID The value must be 32 hexadecimal characters or ALLONES Allowed values are restricted per ITU T1 610 as follows
8. The cards ATM features include Classes of service Supports traffic management service categories necessary to support voice and data applications CBR rt VBR nrt VBR UBR only class of service supported for the Model 8955 Auto configuration Two Virtual Channel Connections VCCs per port are automatically configured providing data and voice services Multiple virtual circuits Up to 250 additional VCCs can be configured by the user and assigned among the DSL ports ATM statistics Maintains statistics for Total cells received Total cells transmitted Total cells dropped Loss of cell delineation events Cells with uncorrectable HEC Endpoint Support Features The cards endpoint support features include Third party endpoint support Models 8965 8968 8975 and 8985 line cards support third party endpoints through the Hotwire Connected program including Integrated Access Devices IADs and data only endpoints from numerous industry leading vendors The Model 8985 card supports third party endpoints using the ITU SHDSL standard August 2005 8900 A2 GB20 50 1 About the ATM Line Cards m Model 6381 and 6390 Modem support Models 8955 8965 8975 and 8968 line cards support the Model 6381 Modem The Model 8955 line card also supports the discontinued Model 6390 Modem m Model 8300 Modem support The Model 8985 line card supports the Model 8300 Modem m Automatic rate ad
9. panel of the Model 8955 8965 8975 and 8985 line cards The Model 8955 not shown has the same LED designations and behaviors as the Model 8965 Type LED LED is Indicating SYSTEM OK Green On Card failure System processing functions have stopped Off No power to card Green Card functioning normally Pulsing Green Firmware download needed Fast Blinking Alrm Amber On Alarm is present on the card ATM interface is not being detected Off Normal operation no alarms Q i A Test Amber On Test in progress R E Off Normal operation no tests Oo a Amber Self test is in progress o id Fast Blinking s ATM BUS TX Off Inactive Os or Green Cells are being transmitted o s SYS BUS Fast Blinking B 7t RX Off Inactive link down v Green Cells are being received Fast Blinking LOC Amber On Loss Of Clock Bus clock signal is not present Off Normal operation DSL PORT 1 13 12 24 Green On Good signal unit is trained Off Port is disabled Green Port is in test or is down Slow Blinking Green Port is training Fast Blinking ALT BANK Off The ports not currently displayed by the port status LEDs are functioning normally or are disabled 04 17425 01 05 17632 03 17426 Amber One of the ports not currently Fast Blinking being displayed by the port status LEDs is down in test or in training mode 8900 A2 GB20 50 Pulsing LED turns off
10. 8820 Telco Connector Pinouts 8900 A2 GB20 50 For 24 port line cards the Telco 50 pin connectors on the back of the 8620 BLC chassis numbered 1 3 and the 8820 BLC chassis numbered 1 18 provide the 2 wire loop interface from each DSL port to either the POTS splitter shelf or if the loop is not being shared with POTS then to the Main Distribution Frame MDF The following table lists the pin assignments for each of these interfaces Pin Number 50 Pin Number 1 00 16714 Connector Pins Connector Pins Port Ring Tip Port Ring Tip Port 1 1 26 Port 13 13 38 Port 2 2 27 Port 14 14 39 Port 3 3 28 Port 15 15 40 Port 4 4 29 Port 16 16 41 Port 5 5 30 Port 17 17 42 Port 6 6 31 Port 18 18 43 Port 7 7 92 Port 19 19 44 Port 8 8 33 Port 20 20 45 Port 9 9 34 Port 21 21 46 Port 10 10 35 Port 22 22 47 Port 11 11 36 Port 23 23 48 Port 12 12 37 Port 24 24 49 Pins 25 and 50 are not used August 2005 A Connector Pin Assignments Model 8968 Line Card Telco Connector Pinouts The Telco 50 pin connectors on the faceplate of the Model 8968 line card provide the 2 wire loop Pin interface from each DSL port to either the POTS Number 50 splitter shelf or if the loop is not being shared with POTS then to the Main Distribution Frame MDF A 2 The following table lists the pin assignments for each of these interfaces The bottom conn
11. Port Select from the drop down list the first port in a range to have a connection established to the SCP card The range of ports will be applied to all slots selected End Port Select from the drop down list the last port in a range to have a connection established to the SCP card It may be the same as the Start Port The range of ports will be applied to all slots selected Slot VPI Enter the VPI of this circuit Slot VCI Enter the VCI of this circuit Segment End Point Slot Select True or False from the drop down list to signify whether this connection is the segment endpoint This field determines if the port card will function as an endpoint for ATM OAM loopbacks If False the port card will loop back a cell only if its location ID matches the preconfigured location ID See Configuring ATM Ports on page 3 16 All other loopback cells are passed to the next segment SCP VPI Enter the VPI of this range of VCCs SCP Start VCI Enter the first VCI of this range of VCCs Segment End Point Select True or False from the drop down list to signify whether this connection is the segment endpoint This field determines if the port card will function as an endpoint for ATM OAM loopbacks If False the port card will loop back a cell only if its location ID matches the preconfigured location ID See Configuring ATM Ports on page 3 16 All other loopback cells are passed to the next segment Upstream Profile
12. The first byte must be 01 02 03 FF or 6A Ifthe first octet is FF then octets 2 16 must also be FF Ifthe first octet is 6A then octets 2 16 must also be 6A 3 Click on Apply 3 16 August 2005 8900 A2 GB20 50 3 Configuration Using the Web Interface Configuring Traffic Profiles Use the Configuration Profile Traffic Descriptor screen to define modify and delete ATM traffic profiles To create a traffic profile 1 On the Configuration Profile Traffic Descriptor screen click on Create New Profile The first Configuration Profile Traffic Descriptor Create screen appears 2 Select a Class of Service CoS from the drop down list UBR Unspecified Bit Rate CBR Constant Bit Rate nrt VBR Non Real Time Variable Bit Rate rt VBR Real Time Variable Bit Rate 3 The Configuration Profile Traffic Descriptor Create CoS screen appears What fields are displayed depends on the Class of Service Enter or select Field Description Profile Name Enter a name for this profile PCR Enter a Peak Cell rate from 0 to 351566 SCR Enter a Sustainable Cell Rate from 0 to 351566 CDVT Enter a Cell Delay Variation Tolerance from 0 to 100000 If you enter 0 a CDVT value is automatically calculated MDCR Enter a Minimum Desired Cell Rate from 0 to 351566 MBS Enter a Maximum Burst Size from 0 to 351566 Tagging Select Yes or No from the drop down list to determine if taggi
13. momentarily once per second Slow Blinking LED turns on momentarily once per second Fast Blinking LED turns off and on in equal duration 4 times per second August 2005 4 Monitoring Front Panel LEDs Model 8968 The following table describes the meaning and states of the LEDs on the front panel of the Model 8968 line card The card has 24 LEDs to show the state of DSL 04 17507 4 4 ports Depending on the setting of the switch on the face of the card the LEDs reflect the state of ports 1 24 or 25 48 Type LED LED is Indicating SYSTEM OK Green On Card failure System processing functions have stopped Off No power to card Green Card functioning normally Pulsing Green Firmware download needed Fast Blinking Alrm Amber On Alarm is present on the card ATM interface is not being detected Off Normal operation no alarms Test Amber On Test in progress Off Normal operation no tests Amber Self test is in progress Fast Blinking DSL PORT 1 25 24 48 Green On Good signal unit is trained Off Port is disabled Green Port is in test or is down Slow Blinking Green Port is training Fast Blinking Pulsing LED turns off momentarily once per second Slow Blinking LED turns on momentarily once per second Fast Blinking LED turns off and on in equal duration 4 times per second August 2005 8900 A2 GB20 50 Diagnostics
14. thresholds for the port ADSL2 PSD Profile Name Select a PSD profile from the drop down list ADSL2 PSD Profile Name Select a PSD profile from the drop down list Power Management Specify whether power management is supported on this port m Enabled Power management is enabled m Disabled Power management is disabled Power management refers to the following modes defined in the ADSL2 specification m L2 low power Power consumption is reduced at the local unit when there is no traffic Entry to and exit from L2 low power mode happens so quickly that it is undetectable by the user m L3 low power The port enters sleep mode during extended periods of inactivity saving power at both the local and remote units Power Management State Enabling Select the line states that the port may autonomously switch to on this line m Idle L3 low power mode m Low Power L2 low power mode m Both Both L2 and L3 low power modes m None Power management is disabled LO Time Specify the minimum number of seconds allowed between an exit from the low power L2 state and the next entry into the low power state 3 4 August 2005 8900 A2 GB20 50 3 Configuration Using the Web Interface Field Description L2 Time Specify the minimum number of seconds allowed between m An entry into the low power L2 state and the first power trim in the low power state m Two consec
15. 3 10 line 3 6 traffic 3 17 Protocol Initialization Failure alarm 4 1 R ReachDSL line profiles 3 6 related documents iv reset card 6 5 to downloaded settings 6 3 to factory defaults 6 2 restart card 6 5 restoring configuration from server 6 2 S save configuration to server 6 2 saving a configuration 6 2 screens how to use 2 1 Serial Number 4 1 Severely Errored Second alarm 4 1 Severely Errored Seconds 4 1 SHDSL line profiles 3 7 loopback 5 2 ports 3 5 size of card B 1 slot to slot cross connections 3 14 August 2005 8900 A2 GB20 50 SNMP general management capabilities 1 4 MIBs supported 1 4 trap support 1 4 SNR Margin Defect alarm 4 1 software reset 6 5 spectrum management 3 1 speeds automated adjustment 1 3 status 4 1 Syslog status 4 1 System Contact 4 1 Location 4 2 Name 4 2 T technical manuals iv technical specifications B 1 Telco 50 pin connectors A 1 A 2 test 5 1 LEDs 5 1 procedures 5 1 SHDSL 5 2 8900 A2 GB20 50 Index threshold profiles 3 8 3 10 traffic profiles 3 17 traps 1 4 U Unavailable Second alarm 4 2 Unavailable Seconds 4 2 Unknown Cell Log 4 2 uploading a configuration 6 2 user interface configuration of card 3 1 how to use 2 1 monitoring 4 1 V voice over DSL 1 3 W web interface accessing 2 1 menu tabs 2 2 website Paradyne technical manuals iv weight of card B 1 August 2005 IN 3 Index
16. ATM Line Cards Models 8955 8965 8968 8975 and 8985 User s Guide Document No 8900 A2 GB20 50 August 2005 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 tra
17. Management RFC 2514 m Evolution of MIB II Interfaces RFC 2863 m ADSL Extension MIB Models 8965 8975 and 8968 draft ietf adslmib adslext txt m SHDSL MIB Model 8985 only draft ietf adsImib hdsl2 txt m Entity MIB Using SMIv2 RFC 2037 m MIB Il and the Interfaces Group MIB RFC 1213 RFC 2233 m Paradyne enterprise MIBs for xDSL Interface SLE Device Control SLE Device Health and Status MaxVciVpi MIB Table IF MIB Table ATM VPL Statistics Table SNMP Trap Support The ATM Line Cards support SNMP traps as shown in the 8620 and 8820 Broadband Loop Carrier SNMP Reference 1 4 August 2005 8900 A2 GB20 50 Accessing the SCP Card Web Interface Introduction The ATM line cards can be configured and monitored using m The SCP card s Command Line Interface see the 8620 and 8820 Broadband Loop Carrier Command Line Interface Reference or TL1 interface see the 8620 and 8820 Broadband Loop Carrier TL1 Interface Reference m GrandVIEW EMS 4 1 or above see the GrandVIEW EMS User s Guide m SNMP using another EMS see the 8620 and 8820 Broadband Loop Carrier SNMP Reference m The web interface of the Shelf Concentration and Processing SCP card Logging Into the Web Interface To access the web interface p Procedure 1 Open your web browser Internet Explorer Version 6 or above is recommended 2 Type http and the IP address of the SCP card into the Address field of your
18. SL not ADSL2 endpoints that support S 1 2 encoding set Latency to Interleaved and Max Delay to 1 ms Max Noise Margin Select the maximum additional noise margin Min Noise Margin Select the minimum noise margin Target Noise Margin Select a target noise margin 3 6 August 2005 8900 A2 GB20 50 3 Click on Apply 3 Configuration Using the Web Interface Creating Line Profiles for Ports 8985 p Procedure To create a line profile for SHDSL ports 1 Click on Create New Profile The SHDSL Profile Create screen appears 2 Enter or select the following fields Field Description Profile Name Specify a name for this line profile Max Rate Enter a maximum rate from 192 to 2304 kbps Min Rate Enter a minimum rate from 192 to 2304 kbps Mode Select the regional setting supported as specified by ITU T G 991 2 m AnnexA m Annex B m Both Remote Management Select Enable or Disable from the drop down list to determine whether remote management is supported for the network element this profile is assigned to Reference Clock Select the timing source from the drop down list m System Clocking is provided by the backplane The backplane clock is configured on the Configuration System Clocking screen m Local Clocking is provided by an onboard oscillator Target Margin Enter a target noise margin from 2 15 dBm or None
19. Word Seconds Status DSL or SHDSL Statistics Model Number System Slot Information No Neighbor Present alarm Status DSL or SHDSL Performance Protocol Initialization Failure alarm Status DSL or SHDSL Performance Serial Number System Slot Information Severely Errored Second alarm Status DSL or SHDSL Performance Severely Errored Seconds Status DSL or SHDSL Statistics SNR Margin Defect alarm Status DSL or SHDSL Performance Syslog Status Syslog System Contact System System Information August 2005 4 1 4 Monitoring 4 2 Table 4 1 Location of ATM Line Card Information 2 of 2 Field Screen System Location System System Information System Name System System Information Unavailable Second alarm Status DSL or SHDSL Performance Unavailable Seconds Status DSL or SHDSL Statistics Unknown Cell Log Status Unknown Cell Log For example to view the system log click on Syslog under Status in the web interface menu frame The Status System Log screen appears Configuration Tests Status Status System Alarms Port Rates Syslog Unknown Cell Log Redundancy Bandwidth Usage Web Users Performance E Ethernet ATM System Statistics SHDSL DS3 m Status Syslog _Clear Log R
20. abled or Reset from the drop down list to determine the status of the port 3 Click on Apply Configuring ADSL Ports 8965 8968 Use the Configuration DSL Port screen to set parameters for an ADSL port on the 8965 or 8968 line card p Procedure To configure an ADSL port 1 Select a Port from the drop down list and click on Select Current values for the port are displayed 2 Enter or select the following fields Field Description Line Circuit Name Enter a name from 1 to 255 characters long to indicate to whom the port is assigned The following values are reserved and cannot be used AVAILABLE port is not assigned and FAULTY port is faulty and can not be assigned 8900 A2 GB20 50 August 2005 3 3 3 Configuration Using the Web Interface Field Description Line Code Select a line code m MultiMode The port uses the line code of its partner modem m ANSI T1 413 The port uses DMT modulation m ITU G dmt Annex A The port uses G 992 1 Annex A modulation m ITU G dmt Annex B The port uses G 992 1 Annex B modulation m ITU G lite The port uses G 992 2 modulation m ADSL2 Annex A The port uses G 992 3 Annex A modulation m ADSL2 Annex A The port uses G 992 5 Annex A modulation DSL Line Profile Name Enter the name of a DSL line profile to set rates for the port DSL Alarm Profile Name Enter the name of a DSL alarm profile to set alarm
21. ables the messages Loss of Signal Seconds SNMP trap and TL1 autonomous message are sent if the number of LOSS events in a 15 minute interval meets or exceeds the selected value 0 900 seconds where 0 disables the messages Loss of Link Seconds SNMP trap and TL1 autonomous message are sent if the number of LOLS events in a 15 minute interval meets or exceeds the selected value 0 900 seconds where 0 disables the messages Errored Seconds SNMP trap and TL1 autonomous message are sent if the number of ES events in a 15 minute interval meets or exceeds the selected value 0 900 seconds where 0 disables the messages Severely Errored Seconds SNMP trap and TL1 autonomous message are sent if the number of SES events in a 15 minute interval meets or exceeds the selected value 0 900 seconds where 0 disables the messages Unavailable Seconds SNMP trap and TL1 autonomous message are sent if the number of UAS events in a 15 minute interval meets or exceeds the selected value 0 900 seconds where 0 disables the messages Increasing Rate SNMP rate change trap and TL1 autonomous message are sent if the current rate is greater than or equal to the previous rate plus this threshold 065535 kbps where 0 disables the messages Decreasing Rate SNMP rate change trap and TL1 autonomous message are sent if the current rate is less than or equal to the previous rate minus this threshold 065535 kbps wh
22. aptation The card and the endpoint negotiate the best rate limited if desired by the user through automatic rate adaptation Sample Network Configurations Figure 1 1 shows the ATM Line Card used to carry voice over DSL PSTN Voice Traffic Customer Premises LAN ATM Line Card SCP Card 8820 BLC ISP lt ATM Cells gt Corporate Site 5909 05 17444 02 Figure 1 1 Endpoint with Voice Interfaces Figure 1 2 shows a configuration in which the endpoints include a router to provide data encapsulation ATM Customer Premises LAN Line Card ISP SCP Card Corporate Site 8820 BLC 05 17443 03 Figure 1 2 Router Endpoint 8900 A2 GB20 50 August 2005 1 3 1 About the ATM Line Cards SNMP Management Capabilities The ATM Line Cards support SNMP Version 1 and can be managed by Paradyne s GrandVIEW or any industry standard SNMP manager Management Information Base MIB Support For a detailed description of supported MIBs visit Paradyne s Web site at www paradyne com The following MIBs are supported m ATM Forum SNMP M4 Network Element View af nm 0095 001 m Definitions of Managed Objects for the ADSL Lines RFC 2662 m Definitions of Managed Objects for ATM Management RFC 2515 m Definitions of Managed Objects for HDSL2 and SHDSL Lines draft ietf adslmib hdsl2 10 txt m Definitions of Textual Conventions and OBJECT IDENTITIES for ATM
23. browser window For example Address 1 http 10 10 10 10 The default address is 10 10 10 10 3 Alogin window appears Enter the User ID and Password and click on OK The web interface screen appears The web interface screens consist of a header a menu frame and a content frame 8900 A2 GB20 50 August 2005 2 1 2 Accessing the SCP Card Web Interface 4 Click on the Configuration menu tab The configuration screens available in the contents frame depend on the types of line cards and type of SCP card installed in the chassis The Configuration SHDSL Port screen is displayed here PARADYNE Tests Status System Configuration ATM Cross Connections Profile Port Reach ADSL General Port Line Profile Configuration Line Circuit Name SHDSL Line Profile Name SHDSL Span Alarm Profile Name Equipment Mode Number of Repeaters Port Status _ Apply Alarm Profile PSD Profile SELT Options SHDSL General Port Segments Line Profile Alarm Profile SHDSL Port Slot Slot 15 SHDSL SHDSL Port 13 7 DEFVAL Note A four wire line profile can only be applied to an odd numbered port DEFVAL 7 CO mode o z Enabled rj All main screens of the web interface can be reached by clicking on hyperlinks in the four menus Help Button Configuration Configure the system and interfaces Sta
24. e To switch between the firmware currently running and alternate firmware stored in the unit 1 Verify that the Running Firmware and Alternate Firmware displayed in the Firmware box are different versions 2 Click on the Switch button The unit is reset and The Running Firmware becomes the alternate firmware The Alternate Firmware becomes the running firmware 3 Delete the cache used by your web browser before logging into the SCP card With Internet Explorer select Tools gt Internet Options On the General tab in the Temporary Internet Files box click on Delete Files With Netscape select Edit gt Preferences Click on Advanced then click on Cache On the Cache page click on Clear Memory Cache then click on Clear Disk Cache 4 If you upgrade an 8965 or 8968 line card from a firmware level prior to 3 01 06 you must reset the card See Restarting the Line Card below Restarting the Line Card The System Restart screen allows you to reset a line card or SCP card and clear its statistics This is a software reset that does not power down the unit However all links are dropped and the restarted line card retrains with its DSL endpoint p Procedure To restart a card 1 Select a Slot from the drop down list and click on Select 2 Click on the Restart button 8900 A2 GB20 50 August 2005 6 5 6 Maintenance Procedures 6 6 August 2005 8900 A2 GB20 50 Connector Pin Assignments 8620 and
25. e ADSL type supported m MultiMode The port uses the line code of its partner modem m ANSI T1 413 The port uses DMT modulation m ITU G dmt Annex A The port uses G 992 1 Annex A modulation m ITU G dmt Annex B The port uses G 992 1 Annex B modulation m ITU G lite The port uses G 992 2 modulation The Line Code parameter has no effect on a Model 8955 ReachDSL card DSL Line Profile Name Enter the name of a DSL line profile to set rates for the port DSL Alarm Profile Name Enter the name of a DSL alarm profile to set alarm thresholds for the port 3 2 August 2005 8900 A2 GB20 50 3 Configuration Using the Web Interface Field Description Max Tx Power Specify the maximum transmit power setting for the ATU C The allowable Maximum Transmit Power range may be limited according to local spectrum management guidlines The actual transmit power level will be based upon the symbol rate selected to maximize the transmit data rate and may be lower than the Maximum Transmit Power level configured Far End Max Tx Power Specify the maximum transmit power setting for the ATU R The allowable Maximum Transmit Power range may be limited according to local spectrum management guidlines The actual transmit power level will be based upon the symbol rate selected to maximize the transmit data rate and may be lower than the Maximum Transmit Power level configured Port Status Select Enabled Dis
26. ector Connector 1 services ports 1 24 and the top connector Connector 2 services ports 25 48 Pin Number 1 00 16714 Connector 1 Connector 2 Connector Pins Connector 1 Connector 2 Connector Pins Port Port Ring Tip Port Port Ring Tip Port 1 Port 25 1 26 Port 13 Port 37 13 38 Port 2 Port 26 2 27 Port 14 Port 38 14 39 Port 3 Port 27 3 28 Port 15 Port 39 15 40 Port 4 Port 28 4 29 Port 16 Port 40 16 41 Port 5 Port 29 5 30 Port 17 Port 41 17 42 Port 6 Port 30 6 31 Port 18 Port 42 18 43 Port 7 Port 31 7 32 Port 19 Port 43 19 44 Port 8 Port 32 8 33 Port 20 Port 44 20 45 Port 9 Port 33 9 34 Port 21 Port 45 21 46 Port 10 Port 34 10 35 Port 22 Port 46 22 47 Port 11 Port 35 11 36 Port 23 Port 47 23 48 Port 12 Port 36 12 37 Port 24 Port 48 24 49 Pins 25 and 50 are not used August 2005 8900 A2 GB20 50 8900 A2 GB20 50 Technical Specifications Table B 1 ATM Line Card Technical Specifications 1 of 2 Specifications Criteria Size Length 25 4 cm 10 in Height 31 1 cm 12 3 in Width 2 0 cm 0 8 in Weight Model 8955 0 9 kg 2 0 Ibs Model 8965 0 6 kg 1 4 Ibs Model 8968 0 9 kg 2 0 Ibs Model 8975 0 7 kg 1 5 Ibs Model 8985 0 6 kg 1 4 Ibs Approvals Safety Certifications Refer to the equipment s label for approvals on product Environment Operating temperature Storage t
27. efresh Syslog Table Priority Information Information Information Information Information Information Date and Time Message Aug 10 15 13 39 Aug 10 15 11 37 Aug 10 15 01 18 Aug 9 17 09 06 Aug 9 16 58 32 Aug 4 14 02 59 EE 05s Information Information Aug 4 13 30 14 Aug 4 13 30 14 EE 05s Information Aug 4 13 30 08 Slot Slot A SCP x 10 1 43 3 User SUPERUSER Logged into the web from 135 26 10 37 H Slot A 10 1 43 3 Web time out of User SUPERUSER from 135 26 10 37 Slot A 10 1 43 3 User SUPERUSER Logged into the web from 135 26 10 37 Slot A 0 1 43 3 Web time out of User SUPERUSER from 135 90 24 17 Slot A 0 1 43 3 User SUPERUSER Logged into the web from 135 90 24 17 Slot A 0 1 43 3 User SUPERUSER Logged into the web from 135 26 20 18 Slot A 10 1 43 3 POST slot 15 0 0 00000000000000000000000000000000 Slot A 0 1 43 3 Received ADD announcement for SHDSL card in slot 15 Slot A 10 1 43 3 BOOTP process completed for slot 15 Slot A 0 1 43 3 POST slot 11 0 0 00000000000000000000000000000000 Slot A 10 1 43 3 1111121 entity successfully attached from 1110001 Slot A l7 Use the online Helps to obtain information about the System and Status displays August 2005 8900 A2 GB20 50 4 Monitoring Front Panel LEDs Models 8955 8965 8975 and 8985 The following table describes the meaning and states of the LEDs on the front
28. emperature Relative humidity Shock and vibration Power The ATM Line Card requires 48 VDC power input The 48 VDC power is distributed through the BLC backplane Maximum Power Dissipation Model 8955 27 watts Model 8965 27 watts Model 8968 61 watts Model 8975 45 watts Model 8985 45 watts Physical 0 to 50 C 32 to 122 F 20 to 70 C 4 to 158 F 5 to 85 noncondensing Withstands normal shipping and handling Technical specifications are subject to change without notice August 2005 B 1 B Technical Specifications B 2 Table B 1 ATM Line Card Technical Specifications 2 of 2 Specifications Criteria Line Code Model 8955 ReachDSL 2 2 Models 8965 and 8968 Model 8975 Model 8985 ANSI ANSI T1 413 1998 G dmt ITU G 992 1 G lite ITU G 992 2 ADSL2 ITU G 992 3 ADSL2 ITU G 992 5 ReachDSL 2 2 ANSI ANSI T1 413 1998 G dmt ITU G 992 1 G lite ITU G 992 2 G shdsl ITU G 991 2 DSL Line Rates Model 8955 Models 8965 and 8968 Model 8975 Model 8985 32 2176 kbps Downstream 32 29000 kbps for ADSL2 32 16000 kbps for ADSL2 32 8000 kbps for G dmt and ANSI 64 3008 kbps for G lite Upstream 32 2200 kbps for ADSL2 32 1056 kbps for ADSL2 32 832 kbps for ADSL2 ADSL2 G dmt and ANSI 32 512 kbps for G lite ReachDSL 32 2176 kbps ADSL Downstream 32 8000 kbps for G dmt and ANSI 64 3008 kbps for G lite ADSL Upstream 32 832 kbp
29. er of LOSWS in a 15 minute interval equals or exceeds this threshold At most one SNMP and one TL1 notification will be sent per interval per device A value of 0 disables event notifications for the condition Unavailable Seconds Specify an Unavailable Seconds threshold of 0 900 seconds An SNMP UAS trap message and a TL1 autonomous message may be sent if the number of UAS events in a 15 minute interval equals or exceeds the selected value At most one SNMP and one TL1 notification will be sent per interval per device A value of 0 disables event notifications for the condition 3 Click on Apply August 2005 3 11 3 Configuration Using the Web Interface Configuring Cross Connections Default Mappings Use the Configuration Cross Connect screen to establish or delete Virtual Channel Connections VCCs by port or by slot Connections may be established between any combination of m Subtended ports m DSL ports m Network interface uplink A DSL port s data VPI VCI is always 0 35 Default VC mappings to the SCP card for data service may be determined so m VPI is 2 for ports 1 24 and 3 for ports 25 48 m VCI is Slot 24 Port number up to 24 7 Port numbers 25 through 48 are reduced by 24 to 1 through 24 respectively in calculating VCI So the VCI for Slot 3 Port 1 is the same as the VCI for Slot 3 Port 25 Slot 3 Port 1 3 24 1 7 80 Slot 3 Port 25 3 24 25 24 7 80 Adding a P
30. ere 0 disables the messages Init Failure Specify whether initialization failure generates InitFailureTrap messages as specified in RFC 2662 W Yes Enable Initialization Failure Trap messages m No Disable Initialization Failure Trap messages 3 Click on Apply 8900 A2 GB20 50 August 2005 3 9 3 Configuration Using the Web Interface Creating Alarm Threshold Profiles for Model 8985 p Procedure To create an alarm threshold profile for an SHDSL line card 1 Click on Create New Profile The Alarm Threshold Profile Create screen appears 2 Enter or select the following fields Field Description Profile Name Specify a name for this alarm profile Loop Attenuation Threshold Specify a loop attenuation alarm threshold of 0 127 dB An SNMP Loop Attenuation crossing trap message and a TL1 autonomous message may be sent if the current loop attenuation reaches or exceeds this threshold A Loop Attenuation alarm will also be declared when the current Loop Attenuation exceeds this value A value of 0 disables event notifications for the condition SNR Margin Specify an SNR Margin alarm threshold of 0 15 dB An SNMP Margin crossing trap message and a TL1 autonomous message may be sent if the current SNR Margin reaches or drops below this threshold An SNR Margin alarm will also be declared when the current SNR Margin has dropped below this value A value of 0 disables event n
31. he selected value 0 900 seconds where 0 disables the messages Errored Seconds SNMP trap and TL1 autonomous message are sent if the number of ES events in a 15 minute interval meets or exceeds the selected value 0 900 seconds where 0 disables the messages Severely Errored Seconds SNMP trap and TL1 autonomous message are sent if the number of SES events in a 15 minute interval meets or exceeds the selected value 0 900 seconds where 0 disables the messages Unavailable Seconds SNMP trap and TL1 autonomous message are sent if the number of UAS events in a 15 minute interval meets or exceeds the selected value 0 900 seconds where 0 disables the messages Increasing Rate SNMP rate change trap and TL1 autonomous message are sent if the current rate is greater than or equal to the previous rate plus this threshold 065535 kbps where 0 disables the messages Decreasing Rate SNMP rate change trap and TL1 autonomous message are sent if the current rate is less than or equal to the previous rate minus this threshold 065535 kbps where 0 disables the messages 3 8 August 2005 8900 A2 GB20 50 3 Configuration Using the Web Interface Field Description Upstream Far End Alarm Pro file Loss of Frame Seconds SNMP trap and TL1 autonomous message are sent if the number of LOFS events in a 15 minute interval meets or exceeds the selected value 0 900 seconds where 0 dis
32. ining distributor locations or Paradyne worldwide 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 1 800 795 8004 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 iMarc Jetstream MVL NextEDGE Net to Net Technologies OpenLane Paradyne the Paradyne logo Paradyne Credit Corp the Paradyne Credit Corp logo Performance Wizard ReachDSL StormPort TruePut are registered trademarks of Paradyne Corporation Connect to Success Hotwire Connected JetFusion JetVision MicroBurst PacketSurfer Quick Channel Reverse Gateway Spectrum Manager and StormTracker are trademarks of Paradyne Corporation All other products or service
33. ng is allowed for this profile Traffic Policing Select Yes or No from the drop down list to determine if traffic policing is allowed for this profile Packet Discard Select Yes or No from the drop down list to determine if partial packet discards are allowed for this profile Shaping Select Yes or No from the drop down list to determine if shaping is allowed for this profile 4 Click on Apply 8900 A2 GB20 50 August 2005 3 17 3 Configuration Using the Web Interface 3 18 August 2005 8900 A2 GB20 50 Monitoring What to Monitor 8900 A2 GB20 50 This chapter presents information on how to monitor unit status and assess performance Table 4 1 Location of ATM Line Card Information shows on which web interface screens you can find information useful in reporting and diagnosing problems Table 4 1 Location of ATM Line Card Information 1 of 2 Field Screen Code Violation alarm Status DSL or SHDSL Performance DC Continuity Fault alarm Status DSL or SHDSL Performance Errored Second alarm Status DSL or SHDSL Performance Errored Seconds Status DSL or SHDSL Statistics Firmware Revision System Firmware or System Slot Information Hardware Revision System Slot Information Loop Attenuation Status DSL or SHDSL Performance Loss of Synchronization Word alarm Status DSL or SHDSL Performance Loss of Synchronization
34. nnection Start VCI Enter the first VCI for the user side of the cross connection End VCI Enter the last VCI for the user side of the cross connection Segment End Point Select True or False from the drop down list to signify whether this connection is the segment endpoint This field determines if the port card will function as an endpoint for ATM OAM loopbacks If False the port card will loop back a cell only if its location ID matches the preconfigured location ID See Configuring ATM Ports on page 3 16 All other loopback cells are passed to the next segment Profiles Port B to Port A Profile Select a profile for upstream traffic Port A to Port B Profile Select a profile for downstream traffic 3 Click on Apply August 2005 3 13 3 Configuration Using the Web Interface Adding a Slot to Slot Cross Connection p Procedure To create a range of VCCs between specified slots and the SCP card 1 On the Configuration Cross Connect screen click on Create Cross Connect by Slot The Configuration Cross Connect Slot screen appears 2 Enter or select the following fields Field Description Start Slot Select from the drop down list the first slot in a range to have connections established to the SCP card End Slot Select from the drop down list the last slot in a range to have connections established to the SCP card It may be the same as the Start Slot Start
35. ns B 1 documents related iv downloading a configuration 6 2 firmware 6 4 DSL ports ADSL 3 2 ReachDSL 3 2 SHDSL 3 5 E ending a session 2 2 endpoint support 1 2 environment requirements B 1 Equivalent Working Length 3 5 Errored Second alarm 4 1 Errored Seconds 4 1 example network 1 3 August 2005 IN 1 Index F features 1 2 firmware download 6 4 revision number 4 1 fornt panel LEDs 4 3 G glossary iv GrandVIEW 1 4 H Hardware Revision 4 1 Help 2 2 L lamp test 5 1 LEDs 4 3 line profiles ADSL 3 6 ReachDSL 3 6 SHDSL 3 7 login 2 1 logout 2 2 Loop Attenuation 4 1 loopback test 5 2 Loss of Synchronization Word alarm 4 1 Loss of Synchronization Word Seconds 4 1 M maintenance procedures 6 1 menus 2 2 described 2 1 MIBs list of supported 1 4 Model 8620 and 8820 connectors A 1 Model 8968 connectors A 2 Model Number 4 1 monitoring 4 1 N network example 1 3 No Neighbor Present alarm 4 1 O online Help 2 2 IN 2 overview ADSL 1 1 ATM line cards 1 1 card features 1 2 device features 1 2 maintenance procedures 6 1 ReachDSL 1 1 SHDSL 1 1 tests 5 1 user interfaces 2 1 3 1 user s guide iii P performance 4 1 physical environment requirements B 1 pin assignments A 1 A 2 port to port cross connections 3 12 Power Management ADSL2 3 4 power requirements B 1 product related documents iv profiles alarm threshold 3 8
36. oading or downloading a configuration downloading firmware and resetting the card Appendix A Connector Pin Assignments Lists the pin assignments for the Broadband Loop Carrier BLC Telco connectors Appendix B Technical Specifications Contains physical and regulatory specifications and power consumption values Index Lists key terms acronyms concepts and sections in alphabetical order August 2005 iii About This Guide A master glossary of terms and acronyms used in Paradyne documents is available on the World Wide Web at www paradyne com Select Support gt Technical Manuals Technical Glossary Product Related Documents Complete documentation for this product is available online at www paradyne com Select Support gt Technical Manuals Document Number Document Title 6381 A2 GN10 Hotwire ReachDSL Modem Model 6381 with Inline Phone Filter Installation Instructions 6390 A2 GK40 Hotwire ReachDSL Modem Model 6390 with Inline Phone Filter Installation and Operation Supplement 6390 A2 GN10 Hotwire ReachDSL Modem Model 6390 with Inline Phone Filter Installation Instructions 7890 A2 GB22 GranaVIEW EMS User s Guide 8000 A2 GB30 8620 and 8820 Broadband Loop Carrier SNMP Reference 8400 A2 GB20 Shelf Concentration and Processing SCP Card with ATM Uplink User s Guide 8400 A2 GB21 Shelf Concentration and Processing SCP Card wi
37. ort to Port Cross Connection p Procedure 3 12 To create a cross connection between specified ports 1 On the Configuration Cross Connect screen click on Create New Cross Connect The Configuration Cross Connect Create screen appears 2 Enter or select the following fields Field Description Port A Slot Select from the drop down list the slot where the card associated with this port resides Port Select the port for the cross connection VPI Enter the VPI for this side of the cross connection Start VCI Enter the first VCI for this side of the cross connection August 2005 8900 A2 GB20 50 8900 A2 GB20 50 3 Configuration Using the Web Interface Field Description End VCI Enter the last VCI for this side of the cross connection Segment End Point Select True or False from the drop down list to signify whether this connection is the segment endpoint This field determines if the port card will function as an endpoint for ATM OAM loopbacks If False the port card will loop back a cell only if its location ID matches the preconfigured location ID See Configuring ATM Ports on page 3 16 All other loopback cells are passed to the next segment Port B Slot Select from the drop down list the slot where the card associated with this port resides Port Select the user port for the cross connection VPI Enter the VPI for the user side of the cross co
38. otifications for the condition Errored Seconds Specify an ES threshold of 0 900 seconds An SNMP ES trap message and a TL1 autonomous message may be sent if the number of ES events in a 15 minute interval equals or exceeds the selected value At most one SNMP and one TL1 notification will be sent per interval per device A value of 0 disables event notifications for the condition Severely Errored Seconds Specify an SES threshold of 0 900 seconds An SNMP SES trap message and a TL1 autonomous message may be sent if the number of SES events in a 15 minute interval equals or exceeds the selected value At most one SNMP and one TL1 notification will be sent per interval per device A value of 0 disables event notifications for the condition Code Violations Specify a Code Violations threshold of 0 900 seconds An SNMP code violations trap message and a TL1 autonomous message may be sent if the number of Code Violations in a 15 minute interval equals or exceeds this threshold At most one SNMP and one TL 1 notification will be sent per interval per device A value of 0 disables event notifications for the condition 3 10 August 2005 8900 A2 GB20 50 8900 A2 GB20 50 3 Configuration Using the Web Interface Field Description Loss of Sync Word Seconds Specify a Loss of Sync Word Seconds threshold of 0 900 seconds An SNMP LOSWS trap message and a TL1 autonomous message may be sent if the numb
39. r downloaded from For example 137 90 128 10 User Name Specify a user name accepted by the FTP server For example admin Password Specify a password accepted by the FTP server For example admnpass Filename Specify the name or pathname of the configuration file For example configs may_2003_backup cfg Click on the Download button to copy a configuration file to the SCP card Upload button to back up the configuration file to a server A Configuration Transfer Status frame is displayed showing the filename server address number of bytes transferred and the Transfer Status When the download or upload is complete Transfer Status changes to Transfer completed successfully August 2005 8900 A2 GB20 50 6 Maintenance Procedures Resetting the Configuration to Default Settings p Procedure To reset the running configuration to the default settings 1 In the Configuration Reset box click on Reset to Factory Defaults Any configuration options you have modifed are replaced with default values Resetting the Configuration to Downloaded Settings p Procedure To reset the running configuration to the settings in the downloaded file 1 In the Configuration Reset box click on Reset to Downloaded file Any configuration options you have modifed are replaced with the values in the downloaded file 8900 A2 GB20 50 August 2005 6 3 6 Maintenance Procedures Downloading and Switching Fi
40. rmware Use the System Firmware screen to upgrade firmware or switch versions of firmware in the chassis The SCP card has two banks of firmware the running firmware and alternate firmware When firmware is downloaded it is downloaded to the alternate firmware bank Switching firmware versions changes the running firmware to the dormant alternate firmware and the alternate firmware to the active running firmware Downloading Firmware p Procedure To download new firmware from an FTP server to the SCP card 1 Enter or select the appropriate parameters in the Firmware Download box as shown in the following table Firmware Download Parameters FTP Server IP Address Specify the network address of the FTP server where the firmware is to be downloaded from For example 137 90 128 10 User Name Specify a user name accepted by the FTP server For example admin Password Specify a password accepted by the FTP server For example admnpass Filename Specify the name or pathname of the firmware file For example scp_030145 fpi 2 Click on Download The firmware is downloaded A Firmware Download Status frame is displayed showing the filename server address number of bytes transferred and the Transfer Status When the download is complete Transfer Status changes to Transfer completed successfully 6 4 August 2005 8900 A2 GB20 50 6 Maintenance Procedures Switching Firmware p Procedur
41. s 8955 and 8975 3 2 m Configuring ADSL Ports 8965 8968 00 0000s 3 3 m Configuring SHDSL Ports 8985 0000 e eee eee 3 5 m Configuring Line Profiles 8955 8965 8975 8968 3 6 m Creating Line Profiles for Ports 8985 2 00 00 eee 3 7 m Configuring Alarm Threshold Profiles 8955 8965 8968 8975 3 8 m Creating Alarm Threshold Profiles for Model 8985 3 10 m Configuring Cross Connections 0 00 lesen 3 12 Default Mappings sse 3 12 8900 A2 GB20 50 August 2005 Contents ii Adding a Port to Port Cross Connection 006 3 12 Adding a Slot to Slot Cross Connection 44 3 14 Configuring ATM Ports auauua 00 00 cece 3 16 Configuring Traffic Profiles llle 3 17 Monitoring Whatto Monitor 200b ob eric rines eas E us babe es 4 1 Front Panel LEDs Models 8955 8965 8975 and 8985 4 3 Front Panel LEDs Model 8968 000 e eee eee 4 4 Diagnostics Oye riS W a a deserere hs deo ua yn eet heated ek x 5 1 Lamp Test ico etae ene Rut tex ee ae eed 5 1 Loopback Test Model 8985 Only 60020 cee ee eeeae 5 2 Maintenance Procedures WB Overview siie arrg teens 6 1 m Uploading and Downloading a Configuration 6 2 Resetting the Configuration to Default Settings 6 3 Resetting the Configuration to Downloaded Settings
42. s for G dmt and ANSI 32 512 kbps for G lite 192 2304 kbps 384 4608 kbps with two wire pairs Technical specifications are subject to change without notice August 2005 8900 A2 GB20 50 Index Numerics 8955 alarm threshold profiles 3 8 configuring ports 3 2 description 1 1 LEDs 4 3 line profiles 3 6 8965 alarm threshold profiles 3 8 configuring ports 3 3 description 1 1 LEDs 4 3 line profiles 3 6 8968 alarm threshold profiles 3 8 configuring ports 3 3 connectors A 2 description 1 1 LEDs 4 4 line profiles 3 6 8975 alarm threshold profiles 3 8 configuring ports 3 2 description 1 1 LEDs 4 3 line profiles 3 6 8985 alarm threshold profiles 3 10 configuring ports 3 5 description 1 1 LEDs 4 3 line profiles 3 7 loopback tests 5 2 A ADSL configuring ports 3 3 line profiles 3 6 alarms threshold profiles 3 8 3 10 where displayed 4 1 applications multiple protocols 1 3 voice over DSL 1 3 8900 A2 GB20 50 ATM ports configuring 3 16 statistics 1 2 C classes of service 1 2 Code Violation alarm 4 1 configuration 3 1 ADSL ports 3 3 alarm threshold profiles 3 8 3 10 ATM ports 3 16 cross connections 3 12 example of network 1 3 line profiles 3 6 ReachDSL ports 3 2 saving 6 2 SHDSL ports 3 5 tab 2 2 traffic profiles 3 17 upload and download 6 2 cross connections 3 12 D data rate adaptation 1 3 DC Continuity Fault alarm 4 1 dimensio
43. s mentioned herein are the trademarks service marks registered trademarks or registered service marks of their respective owners Regulatory and Safety Information Refer to the appropriate Broadband Loop Carrier BLC installation guide for all regulatory notices and safety information A August 2005 8900 A2 GB20 50 Contents About This Guide m Document Purpose and Intended Audience iii m Document Summary sssssssee es iii m Product Related Documents 00000 cee eee eee iv 1 About the ATM Line Cards m ATMLine Cards n ae c tees 1 1 m ATM Line Card Features 0 0000 eee 1 2 ATM FEeatures bees yes aa a pdb he ERE EE 1 2 Endpoint Support Features 0 000 cece eee 1 2 m Sample Network Configurations 00000 c eee eee eee 1 3 m SNMP Management Capabilities llle 1 4 Management Information Base MIB Support 1 4 SNMP Trap Support 000 cc cece eee 1 4 2 Accessing the SCP Card Web Interface B Introd ction use and eo ada eee en ee 2 1 m Logging Into the Web Interface 0000 0c eee eee 2 1 Rn Heip BURNOM i cee ek cde adwe dee te See AS OO E ewtiens 2 2 mg Ending aSession 00 c eee 2 2 3 Configuration Using the Web Interface B OVErVICW 3 pao iri AR ee ded denies ise dee wns 3 1 m Configuring Spectrum Management 20020 sees 3 1 m Configuring ReachDSL Port
44. screens to define line profiles to be assigned to ports To create a line profile for ReachDSL and ADSL ports 1 Click on Create New Profile The ADSL Profile Create screen appears 2 Enter or select the following fields Field Description Profile Name Specify a name for this line profile Latency Select the channel the following rates are effective for Fast or Interleaved For ADSL S 1 2 encoding is not supported when Latency is set to Fast For ADSL2 S 1 2 is supported in both modes Rate Adaptive Mode Select a rate adaptive mode m Manual Manually selected at startup m Init Automatically selected at startup m Dynamic Automatically selected at run time Downstream Near End Profile Max Rate kbps Enter a maximum rate from O to 65535 Min Rate kbps Enter a minimum rate from O to 65535 Max Interleave Delay Select the maximum delay allowed for the interleaved channel in milliseconds Max Noise Margin Select the maximum additional noise margin Min Noise Margin Select the minimum noise margin Target Noise Margin Select a target noise margin Upstream Far End Profile Max Rate kbps Enter a maximum rate from O to 65535 Min Rate kbps Enter a minimum rate from O to 65535 Max Delay Select the maximum delay allowed for the interleaved channel in milliseconds 1 4 or 16 To obtain the fastest rate downstream for AD
45. t guidelines p Procedure To enable or disable Spectrum Management 1 Select Disable or Enable from the drop down list 2 For the 8985 line card additionally select the Spectrum Management Region ANSI T1417 To select American National Standards Institute T1 417 definitions ANFP ND 1602 To select Access Network Frequency Plan ND1602 definitions 3 Click on Apply 8900 A2 GB20 50 August 2005 3 1 3 Configuration Using the Web Interface Configuring ReachDSL Ports 8955 and 8975 Use the Configuration DSL Port screen to set parameters for a DSL port on the Model 8955 ReachDSL or Model 8975 ReachDSL line card p Procedure To configure a ReachDSL port 1 Select a Port from the drop down list and click on Select Current values for the port are displayed 2 Enter or select the following fields Field Description Line Circuit Name Enter a name from 1 to 255 characters long to indicate to whom the port is assigned The following values are reserved and cannot be used AVAILABLE port is not assigned and FAULTY port is faulty and can not be assigned Line Type For the Model 8975 ReachDSL card specify the line type m ADSL The port supports only ADSL m ReachDSL The port supports only ReachDSL m Dual Mode The port supports both ADSL and ReachDSL This option does not appear for the Model 8955 line card Line Code For the Model 8975 ReachDSL card select th
46. th IP Uplink User s Guide 8400 A3 GB21 8620 and 8820 Broadband Loop Carrier TL1 Interface Reference 8400 A3 GB22 8620 and 8820 Broadband Loop Carrier Command Line Interface Reference 8620 A2 GN20 8620 Broadband Loop Carrier Installation Guide 8820 A2 GN20 8820 Broadband Loop Carrier Installation Guide 8900 A2 GZ40 ATM Line Cards Models 8955 8965 8968 8975 and 8985 Installation Instructions To order a paper copy of a Paradyne document or to speak with a sales representative please call 1 727 530 2000 August 2005 8900 A2 GB20 50 About the ATM Line Cards ATM Line Cards 8900 A2 GB20 50 The 8955 8965 8968 8975 and 8985 Asynchronous Transfer Mode ATM Line Cards are circuit boards mounted in an 8620 or 8820 Broadband Loop Carrier BLC and used to transport ATM cells at high speeds over a single twisted pair connection or optionally two twisted pair connections 8985 only Model 8955 supports ReachDSL It automatically adjusts to the highest rate the loop can support from 32 to 2176 kbps It has 24 ports Models 8965 and 8968 support Asymmetric Digital Subscriber Line ADSL They can be set to adapt to the line conditions at startup or set to the following fixed rates depending on line code G lite 64 to 3008 kbps downstream and 32 to 512 kbps upstream G dmt ANSI T1 413 ADSL2 and ADSL2 32 to 8000 kbps downstream and 32 to 832 kbps upstream
47. tus Display statistics status performance information and contents of memory System Display system information download firmware back up configurations and reset the SCP card Tests Start and stop tests For more information about any screen click on the D Help button on the screen Help is displayed in a new window Ending a Session To end a session close your web browser This prevents an unauthorized user from accessing the system using your user name and password 2 2 August 2005 8900 A2 GB20 50 Configuration Using the Web Interface Overview This chapter provides instructions on how to configure the ATM line cards using the SCP card s web interface If you would like to configure the card using See the The BLC s TL1 Interface when an SCP 8620 and 8820 Broadband Loop Carrier TL1 card with an ATM uplink is used Interface Reference The BLC s router like command line 8620 and 8820 Broadband Loop Carrier interface when an SCP card with an IP Command Line Interface Reference uplink is used GrandVIEW EMS GrandVIEW EMS User s Guide SNMP using another EMS 8620 and 8820 Broadband Loop Carrier SNMP Reference Configuring Spectrum Management Use the Configuration DSL General screen to enable and disable Spectrum Management When Spectrum Management is enabled the maximum transmit speeds and maximum transmit power are limited to meet local spectrum managemen
48. utive power trims in the low power state Port Status Select Enabled Disabled or Reset from the drop down list to determine the status of the port 3 Click on Apply Configuring SHDSL Ports 8985 Use the Configuration SHDSL Port screen to set parameters for a DSL port on the 8985 line card p Procedure To configure a DSL port 1 Select a Port from the drop down list and click on Select Current values for the port are displayed 2 Enter or select the following fields Field Description Line Circuit Name Enter a name from 1 to 255 characters long to indicate to whom the port is assigned The following values are reserved and cannot be used AVAILABLE port is not assigned and FAULTY port is faulty and can not be assigned SHDSL Line Profile Name Enter the name of a DSL line profile to set rates for the port SHDSL Alarm Profile Name Enter the name of a DSL alarm profile to set alarm thresholds for the port Equivalent Working Length Specify the estimated length of the line The length is used to limit transmit rates according to local spectrum management guidelines Port Status Select Enabled Disabled or Reset from the drop down list to determine the status of the port 3 Click on Apply 8900 A2 GB20 50 August 2005 3 5 3 Configuration Using the Web Interface Configuring Line Profiles 8955 8965 8975 8968 Use the Configuration Line Profiles
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