Patton electronics 3092 Administrator's Reference Manual
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Patton electronics 3092 Administrator's Reference Manual

Idsl digital access and cross-connect system (dacs)
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iDSL Digital Access and
iDSL Digital Access and
iDSL Digital Access and
iDSL Digital Access and
Cross-Connect System (DACS)
Cross-Connect System (DACS)
Cross-Connect System (DACS)
Cross-Connect System (DACS)
Administrator's Reference Guide
Administrator's Reference Guide
Administrator's Reference Guide
Administrator's Reference Guide
+1 (301) 975-1000
+1 (301) 975-1007
support@patton.com
www.patton.com
110011UA Rev. A
O7MDDACS-ARG-A
August 8, 2001

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  • Page 1 iDSL Digital Access and iDSL Digital Access and iDSL Digital Access and iDSL Digital Access and Cross-Connect System (DACS) Cross-Connect System (DACS) Cross-Connect System (DACS) Cross-Connect System (DACS) Administrator’s Reference Guide Administrator’s Reference Guide Administrator’s Reference Guide Administrator’s Reference Guide +1 (301) 975-1000 +1 (301) 975-1007 support@patton.com...
  • Page 2 Patton Electronics Company, Inc. 7622 Rickenbacker Drive Gaithersburg, MD 20879 USA Voice: +1 (301) 975-1000 Fax: +1 (301) 869-9293 Technical Support: +1 (301) 975-1007 Technical Support e-mail: support@patton.com WWW: www.patton.com Copyright © 2001, Patton Electronics Company. All rights reserved. The information in this document is subject to change without notice. Patton Electronics assumes no liability for errors that may appear in this document.

  • Page 3: Table Of Contents

    Contents Contents Contents Contents About this guide..............................13 Audience................................13 Structure................................13 Typographical conventions used in this document....................14 General conventions ............................14 Mouse conventions ............................15 1 Introduction ..............................17 Introduction ................................18 Logging into the HTTP/HTML Administration Pages ..................18 HTTP/HTML and SNMP Object Format ......................18 Saving HTTP/HTML Object Changes .........................19 2 Home................................
  • Page 4 Contents Current Box Temperature .........................32 Clear All Alarms ............................32 Alarms ................................32 Alarm ID ..............................32 Alarm Name .............................32 Alarm Time ...............................33 Alarm Count .............................33 Generate Alarm ............................33 Clear Alarm ...............................33 Alarm Parameters ............................33 Types of Alarms ..............................34 Modify Response—Configuring the alarm response system...................34 Relay Response ...............................34 Minor Alarm Syslog Priority &...
  • Page 5 Contents 8 Ethernet................................. 55 Introduction ................................56 Ethernet statistics..............................56 Alignment Errors (dot3StatsAlignmentErrors) ....................56 FCS Errors (dot3StatsFCSErrors) ........................56 Single Collision Frames (dot3StatsSingleCollision Frames) ................56 Multiple Collision Frames (dot3StatsMultipleCollisionFrames) ..............57 SQE Test Errors (dot3StatsSQETestErrors) ....................57 Deferred Transmissions (dot3StatsDeferredTransmissions) ................57 Late Collisions (dot3StatsLateCollisions) ......................57 Excessive Collisions (dot3StatsExcessiveCollisions) ..................57 Other Errors (dot3StatsInternalMacTransmitErrors) ..................57 Carrier Sense Errors (dot3StatsCarrierSenseErrors) ..................57...
  • Page 6 Contents Source Quenchs (icmpInSrcQuenchs, icmpOutSrcQuenchs) .................67 Redirects (icmpInRedirects, icmpOutRedirects) .....................68 Echos (icmpInEchos, icmpOutEchos) ......................68 Echo Replys (icmpInReps, icmpOutReps) ......................68 Time Stamps (icmpInTimestamps, icmpInTimestamps) .................68 Time Stamp Replys (icmpInTimestampsReps) (icmpOutTimestampsReps) ...........68 Address Mask Requests (icmpInAddrMasks) (icmpOutAddrMasks) ...............68 Address Mask Replys (icmpInAddrMasksReps) (icmpOutAddrMasksReps) ............68 11 IP...................................
  • Page 7 Contents Gateway (RouteGateway) ..........................77 Cost (RouteCost) ............................77 Interface (ipRouteIfIndex) ..........................77 State (RouteState) ............................77 Add a route: ..............................77 Advanced… ..............................77 O/S forwarding table window..........................78 Destination (ipRouteDest) ..........................78 Mask (ipRouteMask) ............................78 Next Hop (ipRouteNextHop) .........................78 Interface (ipRouteIfIndex) ..........................78 Type (ipRouteType) ............................78 Protocol (ipRouteProto) ..........................79 Info (ipRouteInfo) ............................79 IP Routing Destination window..........................80 Route Destination (ipRouteDest) ........................80...
  • Page 8 Contents Total Retransmitted (tcpRetransSegs) ......................85 Total Received in Error (tcpInErrs) .........................85 Total Sent w/RST Flag (tcpOutRsts) ......................85 TCP (Details)................................86 Local Port (tcpConnLocalPort) ........................86 Remote Address (tcpConnRemAddress) ......................86 Remote Port (tcpConnRemPort) ........................86 State (tcpConnState) ............................86 13 UDP ................................89 Introduction ................................90 Handling of NETBIOS UDP Broadcasts (boxNetbiosUdpBridging) ..............90 Received (udpInDatagrams) ..........................90 Received With No Ports (udpNoPorts) ......................90...
  • Page 9 Contents Packets (snmpInPkts) ............................100 Bad Version (snmpInBadVersions) .......................100 Bad Community Names (snmpInBadCommunityNames) ................101 Bad Community Uses (snmpInBadCommunity) ..................101 ASN ParseErrors (snmpInASNParseErrs) ......................101 Error Status “Too Big” (snmpInTooBigs) .....................101 No Such Names (snmpInNoSuchNames) .....................101 Bad Values (snmpInBadValues) ........................101 Error Status “Read Only” (snmpInReadOnlys) .....................101 Generated Errors (snmpInGenErrs) ......................101 Get/Get Next Variables (snmpInTotalReqVars) ...................101 Set Variables (snmpInTotalSetVars) ......................101...
  • Page 10 Contents Mask(boxIPMask) ...........................109 Manufacturer ..............................109 Serial Number (boxManufactureDatecode) .....................109 PCB Revision (boxManufacturePcbRevision) ..................109 General Information (boxManufactureGeneralInfo) ................109 Message Blocks .............................109 Packet Holding Message Blocks......................109 Total (boxMsgBlksConfigured) .......................109 Free (boxMsgBlksFree) ..........................109 Total Time Waited (boxCountMsgBlkTaskWait) ...................109 Total Times Unavailable (boxCountMsgBlkUnavailable) ................110 Operating System Heap Memory ........................110 Total Size (boxHeapSize) ........................110 Free (boxHeapFreeSpace) ........................110...
  • Page 11 Contents Web Settings (boxBackgroundFlag) ......................114 Monitor Privilege (boxMonitorPrivilege) ....................114 System—Packet Holding Message Blocks......................115 Buffer Size (boxbuffersize) ..........................115 No. of Buffers (boxbuffercount) ........................115 No. Free (boxbuffersfree) ..........................115 No. of Tasks Waited (boxCountBufferTaskWait) ..................115 No. of Times Unavailable(boxCountBufferUnavailable) ................115 17 System Log ..............................117 Introduction ................................118 System Log Main Window ..........................118 System Log—Modify ............................119...
  • Page 12 Contents Loopback Pseudo-Failure ........................131 TS16 Alarm Indication Signal Failure .....................131 Loss Of MultiFrame Failure ........................131 Far End Loss Of Multiframe Failure .......................131 Line Status—Configuration ..........................132 Time Elapsed (dsx1TimeElapsed) .........................132 Valid Intervals (dsx1ValidIntervals) ......................132 WAN Circuit Configuration—Modify........................133 Line Interface Settings ...........................133 Circuit ID (dsx1CircuitIdentifier) ......................133 Line Type (dsx1LineType) Type (dsx1LineType) ...................133 Line Coding (dsx1LineCoding) .......................134...
  • Page 13 Contents Degraded Minutes (dsx1IntervalDMs) ......................139 Line Code Violations (dsx1IntervalLCVs) .....................139 Near End Line Statistics—Totals.........................140 Errored Seconds (dsx1TotalESs) ........................140 Severely Errored Seconds (dsx1TotalSESs) ....................140 Severely Errored Frame Seconds (dsx1TotalSEFSs) ..................140 Unavailable Seconds (dsx1TotalUASs) ......................140 Controlled Slip Seconds (dsx1TotalCSSs) .....................140 Path Code Violations (dsx1TotalPCVs) ......................140 Line Errored Seconds (dsx1TotalLESs) ......................140 Bursty ErroredSeconds (dsx1TotalBESs) .......................140 Degraded Minutes (dsx1TotalDMs) ......................141...
  • Page 14 Contents Degraded Minutes (dsx1FarEndTotalDMs) ....................145 19 T1/E1 Assignment ............................147 Introduction ................................148 Displaying the T1/E1 Assignment window......................148 Slot ................................149 Device ................................149 Port # ................................149 Slot # ................................149 20 About................................151 Introduction ................................152 Patton Electronics Company contact information ....................152 21 License................................. 153 Introduction ................................154 End User License Agreement ..........................154 1.

  • Page 15: About This Guide

    About this guide This guide describes configuring a Patton Electronics digital cross connect (DACS). This section describes the following: • Who should use this guide (see “Audience”) • How this document is organized (see “Structure”) • Typographical conventions and terms used in this guide (see “Typographical conventions used in this docu- ment”...

  • Page 16: Typographical Conventions Used In This Document

    About this guide • Chapter 17 describes configuring the System Log window • Chapter 18 describes configuring the T1/E1Link window • Chapter 19 describes configuring the T1/E1 Assignment window • Chapter 20 describes the contents of the About window • Chapter 21 describes the contents of the License window •...

  • Page 17: Mouse Conventions

    About this guide Mouse conventions The following conventions are used when describing mouse actions: Table 2. Mouse conventions Convention Meaning...
  • Page 18 About this guide...

  • Page 19: Introduction

    Introduction Introduction Introduction Introduction Chapter contents Introduction ................................18 Logging into the HTTP/HTML Administration Pages ..................18 HTTP/HTML and SNMP Object Format ......................18 Saving HTTP/HTML Object Changes .........................19...

  • Page 20: Introduction

    1 • Introduction Introduction You may configure the digital cross connect (DACS) by using its internal HTTP/HTML Administration Pages. However, to enter into the HTTP/HTML pages, you must first define the LAN Address Technique, LAN IP Address, and LAN Subnet Mask for the DACS. If you have not done so, please refer to the Getting Started Guide that came with your DACS.

  • Page 21: Saving Http/Html Object Changes

    1 • Introduction Saving HTTP/HTML Object Changes Sometimes you will need to save changes that you have made in the HTTP/HTML pages. Do the following to make changes to read/write variables: 1. Select the appropriate screen. 2. Make changes to the desired parameter. 6XEPLW 4XHU\ 3.
  • Page 22 1 • Introduction...

  • Page 23: Home

    Home Home Home Home Chapter contents Introduction ................................22 Operating Status Variables ............................23 Total Available iDSL Ports (noAvailUchipIdsl) ....................23 iDSL Ports Activated (noActivUchipIdsl) .......................23 iDSL Ports Connected (noConnectUchipIdsl) ....................23 Total Fail iDSL Ports (noFailUchipIdsl) ......................23 % CPU Idle (boxIdleTime) ..........................23 Running Since Last Boot (sysUpTime) ......................23 Total System Alarms (alarmTotal) ........................23 Immediate Actions ..............................24 Record Current Configuration (storeConfig(1)) .....................24...

  • Page 24: Introduction

    2 • Home Introduction This chapter describes the window—the first that you see after logging into the DACS (see figure 3). From , you can monitor current systems status, save any system configuration changes, or reset the system without power-cycling the DACS. Note Clicking on the link in the...

  • Page 25: Operating Status Variables

    % CPU Idle (boxIdleTime) This is an indication of the amount of system CPU power which is not being utilized by the Model 3092. The return value is a percentage of free CPU cycles since the last time the variable was read.

  • Page 26: Immediate Actions

    2 • Home Immediate Actions There are several immediate actions (see figure 5) in superuser mode which will cause the DACS to operate according to the descriptions in the following sections. Record Current Configuration (storeConfig(1)) This feature saves the current configuration in permanent FLASH memory. In other words, configuration changes made in the subsystem web pages become permanent when you select 5H.RUG &XUUHQW &RQILJXUDWLRQ .

  • Page 27: Import/Export

    Import/Export Import/Export Import/Export Import/Export Chapter contents Introduction ................................26 Export Configuration ............................26 Import Configuration............................28...

  • Page 28: Introduction

    3 • Import/Export Introduction The Import/Export function enables you to make a backup (or export) copy of your DACS’s configuration parameters. By exporting the configurations, the saved files can quickly be loaded, or imported, into a replace- ment DACS—greatly speeding up the installation process should an DACS need replacing. Note All actions for Import/Export require superuser access privileges.
  • Page 29 3 • Import/Export To export the flash configuration, click on the link on the main page. The DACS will display text configuration information resembling that shown in figure 7.

  • Page 30: Import Configuration

    3 • Import/Export 6DYH To save the displayed data as a text file, select the option on your browser (see figure 8). For example, )LOH 6DYH $V under Netscape, select . A dialog box will display enabling you to save the contents of the export >...

  • Page 31: Alarms

    Alarms Alarms Alarms Alarms Chapter contents Introduction ................................30 Displaying the alarms window..........................30 Alarm Response Outputs ..........................32 Relay Response ............................32 Minor Alarm SYSLOG Priority (minSyslogPriority) .................32 Major Alarm SYSLOG Priority (majorSyslogPriority) ................32 Minor Alarm SNMP Trap IP [address] (minorTrapIp) ................32 Major Alarm SNMP Trap IP [address] (majorTrapIp) ................32 Temperature Threshold ..........................32 Current Box Temperature .........................32 Clear All Alarms ............................32...

  • Page 32: Introduction

    4 • Alarms Introduction The DACS has an extensive alarm reporting system which enables users to configure, monitor, and test major and minor alarms. The alarm system can be set to notify of equipment failures (for example, a power supply failure) or T1/E1 port malfunctions.
  • Page 33 4 • Alarms The iDSL Multiplexer has four methods to notify an alarm condition: 1. Front panel LED—The front panel ALARM LED has three states that indicate the presence and severity of an alarm. The states are: Off—No alarm present Solid—Minor alarm Flashing—Major alarm.

  • Page 34: Alarm Response Outputs

    4 • Alarms Alarm Response Outputs Alarm Response Outputs display the current setting for handling alarm notification via the different Alarm Response Outputs. To change the Alarm Response Outputs parameters, refer to “Alarm Parameters” on page 33. The relay of the Alarm Port on the rear of the chassis will be activated when a major, minor, or both major and minor alarm is generated.

  • Page 35: Alarm Time

    4 • Alarms column displays the number of seconds the alarm has been activated. column indicates how many times the alarm has occurred and is useful for monitoring self- clearing alarms. For testing purposes, clicking the *HQHUDWH $ODUP button next to each alarm name will cause that alarm con- dition to be activated.

  • Page 36: Relay Response

    4 • Alarms • Clear Alarm—Clearing the alarm resets the alarm, resets Time Since Alarm to 0.00 seconds and resets Alarm Count to 0 (zero). Types of Alarms • Box Alarm Group Box: Over Temperature—When the internal box temperature exceeds the temperature threshold under , an alarm will be generated.

  • Page 37: Major Alarm Snmp Trap Ip [Address] (Majorsyslogpriority)

    4 • Alarms Major Alarm SNMP Trap IP [address] (majorSyslogPriority) This parameter functions in the same manner as the Minor Alarm SNMP Trap IP [address] except it applies to major alarms. Upon the occurrence of a major alarm, an SNMP Trap message is sent to a host system (or a management station).
  • Page 38 4 • Alarms There are 83 alarms that can be independently configured to generate alarm messages. Each alarm item can be set for one of the following severity levels: • Ignore(0)—Do not generate an alarm. • Minor(1)—Generate a minor alarm that will not reset until the administrator manually clears it. •...

  • Page 39: Ds0 Mapping

    DS0 Mapping DS0 Mapping DS0 Mapping DS0 Mapping Chapter contents Introduction ................................38 Displaying the DS0 Mapping window........................38 DACS Display Type ............................38 Help (DACS help information) ........................39 Static Connection ............................39 ID ................................39 Device Type ..............................39 Device Number ............................39 Device Slots ..............................40 Configuration ..............................40...

  • Page 40: Introduction

    5 • DS0 Mapping Introduction One of the remote locations is the CPE’s iDSL modem. The second remote location is typically connected through some WAN port’s time slots. For communication between these remote locations they shall be con- nected together within the DACS. These connections are configured in the DS0 mapping window. The following types of internal connections are available: •...

  • Page 41: Help (Dacs Help Information)

    Note that there are only four t1-e1 ports so you may not select t1-e1 ports 5 - 24. This will generate an error in the system. Since there are 24 iDSL modems within the 3092, you may choose any of the 24 ports.

  • Page 42: Device Slots

    5 • DS0 Mapping The "slots" input identifies the DS0 channels—each DS0 channel is 64 kbps—that you would like to con- nect. Each iDSL modem has up to 2 DS0 channels and 1 16 kbps channel. Each time slot in a T1 or E1 WAN port has 24 or 31 DS0 channels, respectively.
  • Page 43 5 • DS0 Mapping Example #3: To connect two iDSL modems together, such as iDSL modem #6, timeslots 1 – 2, to iDSL modem #20, timeslots 1 – 2, input the following string: iDSL:6:1-2/iDSL:20:1-2...
  • Page 44 5 • DS0 Mapping...

  • Page 45: Clocking

    Clocking Clocking Clocking Clocking Chapter contents Introduction ................................44 Configuring the System Clock Settings........................44 Main Reference (daxClockMainRef) .......................44 Fallback Reference (daxClockFallbackRef) ......................45 Clock Status (daxClockFailure) ........................45...

  • Page 46: Introduction

    6 • Clocking Introduction Click on in the Configuration Menu to display the main window (see figure 15). The Clocking window is where the primary and secondary clocking sources that synchronize all DS0 channels are configured. The DACS uses a single clock source for all DS0 channels. You select the clock for the DS0 channels from the following clock sources: •...

  • Page 47: Fallback Reference (Daxclockfallbackref)

    • external(300)—The external clock source connected to the 3-position terminal block on the rear of the 3092 Multiplexer is the clock source Fallback Reference (daxClockFallbackRef) The fallback reference enables the configuration of a back-up clock reference should the main reference fail.
  • Page 48 6 • Clocking...

  • Page 49: Idsl Port Configuration

    iDSL Port Configuration Chapter contents Introduction ................................48 Displaying the iDSL Port Configuration window....................48 iDSL Port Information Page window ........................50 iDSL Port Status .............................50 iDSL Port Error Statistics ..........................51 Port Identification Information ........................52...

  • Page 50: Introduction

    7 • iDSL Port Configuration Introduction subsystem in the shows the status of all 24 iDSL ports and displays their corre- sponding connection to either the WAN ports or to other iDSL ports. The information may be display-only fields or user-entry fields. The first summary shows how many iDSL modems are available, have failed, are activated, and how many are connected.
  • Page 51 • —The number of internal iDSL ports currently available to user. The sum of iDSL available and iDSL Failed equals 24, the number of iDSL ports (iDSL modems) in the 3092. • —The number of ports that have a hardware failure. To repeat, the sum of iDSL Available and iDSL Failed should be always 24.

  • Page 52: Idsl Port Information Page Window

    7 • iDSL Port Configuration iDSL Port Information Page window Clicking on any port number in the shows port information for a single port (see Figure 17). The window is divided into , and sections. iDSL Port Status The iDSL port status section displays configuration and current status information for the specified port. •...

  • Page 53: Idsl Port Error Statistics

    3092 and the CPE's remote modem. iDSL flap counter is a counter counting how many times the port has been connected to the far end unit.

  • Page 54: Port Identification Information

    3.Once the port gains link status, the 3092 begins looking for ES and SES. 4.Upon receiving 10 consecutive SES or a line down indication, the 3092 will begin reporting UAS. The 3092 will not increment ES or SES during the UAS count.
  • Page 55 7 • iDSL Port Configuration • - Circuit ID is the user-defined field that allow the user to enter an ASCII Identifica- tion Name to represent the iDSL port. The name may include up to 40 ASCII characters.
  • Page 56 7 • iDSL Port Configuration...

  • Page 57: Ethernet

    Ethernet Ethernet Ethernet Ethernet Chapter contents Introduction ................................56 Ethernet statistics..............................56 Alignment Errors (dot3StatsAlignmentErrors) ....................56 FCS Errors (dot3StatsFCSErrors) ........................56 Single Collision Frames (dot3StatsSingleCollision Frames) ................56 Multiple Collision Frames (dot3StatsMultipleCollisionFrames) ..............57 SQE Test Errors (dot3StatsSQETestErrors) ....................57 Deferred Transmissions (dot3StatsDeferredTransmissions) ................57 Late Collisions (dot3StatsLateCollisions) ......................57 Excessive Collisions (dot3StatsExcessiveCollisions) ..................57 Other Errors (dot3StatsInternalMacTransmitErrors) ..................57 Carrier Sense Errors (dot3StatsCarrierSenseErrors) ..................57...

  • Page 58: Introduction

    8 • Ethernet Introduction The DACS provides management and statistical information in the window (see figure 19). Most of the descriptions for these MIB variables are from RFC 1643. Detailed information regarding the SNMP MIB II variables may be downloaded from RFC 1643, Definitions of Managed Objects for the Ethernet-like Interface Types.

  • Page 59: Multiple Collision Frames (Dot3Statsmultiplecollisionframes)

    8 • Ethernet ifOutUcastPkts, ifOutMulticastPkts, or ifOutBroadcastPkts, and is not counted by the corresponding instance of the dot3StatsMultipleCollisionFrames object." Multiple Collision Frames (dot3StatsMultipleCollisionFrames) The number of successfully transmitted frames for which transmission is inhibited by more than one colli- sion. A frame that is counted by an instance of this object is also counted by the corresponding instance of either the ifOutUcastPkts, ifOutMulticastPkts, or ifOutBroadcastPkts, and is not counted by the correspond- ing instance of the dot3StatsSingleCollisionFrames object."...

  • Page 60: Other Received Errors (Dot3Statsinternalmacreceiveerrors)

    8 • Ethernet Other Received Errors (dot3StatsInternalMacReceiveErrors) The number of frames in which reception fails due to an internal MAC sublayer receive error. A frame is only counted if it is not counted by either the dot3StatsFrameTooLongs object, the dot3StatsAlignmentErrors object, or the dot3StatsFCSErrors object.

  • Page 61: Filter Ip

    Filter IP Filter IP Filter IP Filter IP Chapter contents Introduction ................................60 Defining a filter ..............................60 Name (filterIpName) ............................62 Direction (filterIpDirection) ...........................62 Action (filterIpAction) ............................62 Source IP (filterIpSourceIp) ..........................62 Source IP Mask (filterIpSourceMask) ......................62 Destination IP (filterIpDestinationIp) ......................62 Destination Mask (filterIpDestinationMask) ....................63 Source Port (FilterIpSourcePort) ........................63 Action (filterIpSourcePortCmp) ........................63 Destination Port (filterIpDestinationPort) ......................63...

  • Page 62: Introduction

    The DACS enables 20 separate filters to be defined, of which up to 10 can be used during a single user connec- tion. Since the IP connections in the 3092 are only for the superuser and the monitor user, these will be the only two users.
  • Page 63 9 • Filter IP After entering an ID number and name, click on the name of the filter to display the filter parameters window (see figure 21). The configurable filter parameters are : • Name (filterIpName) • Direction (filterIpDirection) • Action (filterIpAction) •...

  • Page 64: Name (Filteripname)

    9 • Filter IP The following sections provide detailed descriptions of the configurable filter IP parameters. Name (filterIpName) This is the name of the filter Direction (filterIpDirection) Specifies the direction of the filter (that is, whether it applies to data packets inbound or outbound from the DACS).

  • Page 65: Destination Mask (Filteripdestinationmask)

    9 • Filter IP Destination Mask (filterIpDestinationMask) This is the destination mask used when comparing a packet’s destination address. Bit positions that are set to 1 will be compared and 0’s will be ignored. Thus, a setting of 0.0.0.0 will have the effect of disabling destination IP address comparison.
  • Page 66 9 • Filter IP...

  • Page 67: Icmp

    ICMP ICMP ICMP ICMP Chapter contents Introduction ................................66 Block ICMP redirects (boxBLockIcmpRedirects) ....................66 ICMP Receive/Send Messages window........................66 Total Received (icmpInMsgs) .........................66 Total Sent [imcpOutMsgs] ..........................67 w/Errors (icmpInErrors, icmpOutErrors) ......................67 wo/Errors [icmpOutErrors] ..........................67 Destinations Unreachable (IcmpInDestUnreachs, IcmpOutDestUnreachs) ............67 Times Exceeded (icmpInTimeExcds, icmpOutTimeExcds) ................67 Parameter Problems (icmpInParmProbs, icmpOutParmProbs) ...............67 Source Quenchs (icmpInSrcQuenchs, icmpOutSrcQuenchs) .................67 Redirects (icmpInRedirects, icmpOutRedirects) .....................68...

  • Page 68: Introduction

    Both gateways (routers) and hosts can send ICMP messages. Total Received (icmpInMsgs) The total number of ICMP messages which the 3092 Multiplexer has received. Note that this counter includes all those counted by icmpInErrors (see “w/Errors (icmpInErrors, icmpOutErrors)” on page 67).

  • Page 69: Total Sent [Imcpoutmsgs]

    [icmpOutErrors] The number of ICMP messages which the Model 3092 did not send due to problems discovered within ICMP such as a lack of buffers. It does not include errors discovered outside the ICMP layer like the inability of IP to route the resultant datagram.

  • Page 70: Redirects (Icmpinredirects, Icmpoutredirects)

    10 • ICMP ICMP source quench message back to the sending device. A host may send this messages if packets arrive too fast to be processed or if there is network congestion. The source quench message is a request to reduce the rate at which the source is sending traffic.
  • Page 71 Chapter contents Introduction ................................71 IP main window ..............................71 Forwarding (ipForwarding) ..........................72 Default Time-To-Live (ipDefaultTTL) ......................72 Total Datagrams Received (ipInReceives) .......................72 Discarded for Header Errors (ipInHdrErrors) ....................72 Discarded for Address Errors (ipInAddrErrors) ....................72 Forwarded Datagrams (ipForwDatagrams) .....................72 Discarded for Unknown Protos (ipInUnknownProtos) ...................72 Discarded w/No Errors (ipInDiscards) ......................72 Total Deliveries (ipInDelivers) ........................73 Out Requests (ipOutRequests) ........................73...
  • Page 72 11 • IP Advanced… ..............................77 O/S forwarding table window..........................78 Destination (ipRouteDest) ..........................78 Mask (ipRouteMask) ............................78 Next Hop (ipRouteNextHop) .........................78 Interface (ipRouteIfIndex) ..........................78 Type (ipRouteType) ............................78 Protocol (ipRouteProto) ..........................79 Info (ipRouteInfo) ............................79 IP Routing Destination window..........................80 Route Destination (ipRouteDest) ........................80 Mask (ipRouteMask) ............................80 Interface (ipRouteIfIndex) ..........................80 Protocol (ipRouteProto) ..........................80 Seconds Since Updated (ipRouteAge) ......................81...

  • Page 73: Introduction

    11 • IP Introduction The IP (Internet Protocol) window lists IP statistics and parameters, and enables you to modify IP settings. Click on under the to display the window. IP main window All items described in this chapter are defined in RFC 1213: Management Information Base for Network Man- agement of TCP/IP-based internets: MIB-II.

  • Page 74: Forwarding (Ipforwarding)

    11 • IP Forwarding (ipForwarding) The indication of whether this entity is acting as an IP gateway in respect to the forwarding of datagrams received by, but not addressed to, this entity. IP gateways forward datagrams, IP hosts do not (except those source-routed via the host).

  • Page 75: Total Deliveries (Ipindelivers)

    11 • IP Note The Discarded w/No Errors counter does not include any datagrams discarded while awaiting re-assembly. Total Deliveries (ipInDelivers) The total number of input datagrams successfully delivered to IP user-protocols (including ICMP). Out Requests (ipOutRequests) The total number of IP datagrams which local IP user-protocols (including ICMP) supplied to IP in requests for transmission.

  • Page 76: Fragmented Ok (Ipfragoks)

    11 • IP # Fragmented OK (ipFragOKs) The number of IP datagrams that have been successfully fragmented at this entity. # Fragmented Failed (ipFragFails) The number of IP datagrams that have been discarded because they required fragmenting at this entity, but were not fragmented because their Don’t Fragment option was set.

  • Page 77: Addressing Information

    11 • IP Addressing Information The IP addressing Information window (see figure 25) is where you can view the default address for outgoing IP datagrams, the local or loopback address of the box, and the IP address of the box as defined in Chapter 16, “System”.

  • Page 78: Routing Information

    11 • IP Routing Information The IP Routing Information window (see figure 27) displays information required to route IP datagrams, including the IP address, subnet mask, next-hop router, and interface for each network interface defined in the DACS. The IP Routing Information window also has a link to the O/S forwarding table where the forwarding param- eters are displayed (“O/S forwarding table window”...

  • Page 79: Mask (Iproutemask)

    11 • IP Mask (ipRouteMask) Indicates the mask to be logical-ANDed with the destination address before being compared to the value in the ipRouteDest field. For those systems that do not support arbitrary subnet masks, an agent constructs the value of the ipRouteMask by determining whether the value of the corresponding ipRouteDest field belongs to a Class A, B, or C network, and then using the appropriate mask from table 3.

  • Page 80: O/S Forwarding Table Window

    11 • IP O/S forwarding table window The O/S forwarding table window lists forwarding information for all routes. Destination (ipRouteDest) The destination IP address of this route. An entry with a value of 0.0.0.0 is considered a default route. Multiple routes to a single destination can appear in the table, but access to such multiple entries is dependent on the table-access mechanisms defined by the network management protocol in use.

  • Page 81: Protocol (Iprouteproto)

    11 • IP • direct(3)—route to directly connected (sub-)network • indirect(4)—route to a non-local host/network/sub-network Note The values direct(3) and indirect(4) refer to the notion of direct and indirect routing in the IP architecture. Setting this object to the value invalid(2) has the effect of invalidating the corresponding entry in the ipRouteTable object.

  • Page 82: Ip Routing Destination Window

    11 • IP IP Routing Destination window The IP Routing Destination window (see figure 29) shows next-hop routing information. Route Destination (ipRouteDest) The destination IP address of this route. An entry with a value of 0.0.0.0 is considered a default route. Multiple routes to a single destination can appear in the table, but access to such multiple entries is dependent on the table-access mechanisms defined by the network management protocol in use.

  • Page 83: Seconds Since Updated (Iprouteage)

    11 • IP Seconds Since Updated (ipRouteAge) The number of seconds since this route was last updated or otherwise determined to be correct. Tag (RouteTag) An identifier associated with the route. This can have different meanings depending on the protocol. For exam- ple, this gives the tag that was passed with a learned RIP route.

  • Page 84: Net Address (Ipnettomedianetaddress)

    11 • IP Net Address (ipNetToMediaNetAddress) The IP address corresponding to the media-dependent physical address. Physical (ipNetToMediaPhysAddress) The media-dependent physical address. Type (ipNetToMediaType) The type of mapping. Setting this object to the value invalid(2) has the effect of invalidating the corresponding entry in the ipNetToMediaTable.

  • Page 85: Tcp

    Chapter contents Introduction ................................84 TCP main window ..............................84 Retransmit-Timeout Algorithm (tcpRtoAlgorithm) ..................84 Retransmit-Timeout Minimum (tcpRtoMin) ....................84 Retransmit-Timeout Maximum (tcpRtoMax) ....................84 Maximum Connections (tcpMaxConn) ......................85 Active Opens (tcpActiveOpens) ........................85 Passive Opens (tcpPassiveOpens) ........................85 Attempt/Fails (tcpAttemptFails) ........................85 ESTABLISHED Resets (tcpEstabResets) ......................85 Current ESTABLISHED (tcpCurrEstab) .......................85 Total Received (tcpInSegs) ..........................85 Total Sent (tcpOutSegs) ..........................85 Total Retransmitted (tcpRetransSegs) ......................85...

  • Page 86: Introduction

    Transmission Control Protocol (TCP) is in the Transport layer of the OSI model and sits on top of IP. It is one of the more widely used protocols among the TCP/IP suite. The TCP subsystem web pages of the 3092 DACS provides management and statistical information on TCP.

  • Page 87: Maximum Connections (Tcpmaxconn)

    12 • TCP Maximum Connections (tcpMaxConn) The limit on the total number of TCP connections the entity can support. In entities where the maximum number of connections is dynamic, this object should contain the value -1. Active Opens (tcpActiveOpens) The number of times TCP connections have made a direct transition to the SYN-SENT state from the CLOSED state.

  • Page 88: Tcp (Details)

    12 • TCP TCP (Details) From this screen you can view port details for remote and local TCP connections (see figure 32). Local Port (tcpConnLocalPort) The local port number for this TCP connection. Remote Address (tcpConnRemAddress) The remote IP address for this TCP connection. Remote Port (tcpConnRemPort) The remote port number for this TCP connection.
  • Page 89 12 • TCP • finWait1(6) • finWait2(7) • closeWait(8) • lastAck(9) • closing(10) • timeWait(11) • deleteTCB(12)
  • Page 90 12 • TCP...

  • Page 91: Udp

    Chapter contents Introduction ................................90 Handling of NETBIOS UDP Broadcasts (boxNetbiosUdpBridging) ..............90 Received (udpInDatagrams) ..........................90 Received With No Ports (udpNoPorts) ......................90 Others Received with No Delivery (udpInErrors) ...................90 Sent (udpOutDatagrams) ..........................90 Listener Table (udpTable) ..........................91 Local Address (udpLocalAddress) ........................91 Local Port (udpLocalPort) ..........................91...

  • Page 92: Introduction

    13 • UDP Introduction User Datagram Protocol (UDP) is supported by the DACS. Detailed information regarding the SNMP man- agement information base (MIB) variables can be found in RFC1213: Management Information Base for Network Management of TCP/IP-based internets: MIB-II. To manage and collect statistics on UDP, click on under the to display the win-...

  • Page 93: Listener Table (Udptable)

    13 • UDP Listener Table (udpTable) A table containing UDP listener information. Local Address (udpLocalAddress) The local IP address for this UDP listener. In the case of a UDP listener that is willing to accept datagrams for any IP interface associated with the node, the value 0.0.0.0 is used. Local Port (udpLocalPort) The local port number for this UDP listener.
  • Page 94 13 • UDP...

  • Page 95: Rip Version 2

    RIP Version 2 Chapter contents Introduction ................................94 RIP Version 2 main window ..........................94 Route Changes Made (rip2GlobalRouteChanges) ...................94 Responses Sent (rip2GlobalQueries) .......................94 Adding a RIP address ............................94 RIP Version 2—Configuration..........................95 Address (rip2IfConfAddress) ...........................95 Domain (rip2IfConfDomain) .........................96 Authentication Type (rip2IfConfAuthType) ....................96 Authentication Key (rip2IfConfAuthKey) .......................96 Send (rip2IfConfSend) ...........................96 Receive (rip2IfConfReceive) ...........................96...

  • Page 96: Introduction

    1. Enter the IP network address of the interface on the 3092 DACS that you want to enable RIP. This will be the LAN IP address, in other words, the IP address of the 3092. This is not the IP address of the device...

  • Page 97: Rip Version 2-Configuration

    14 • RIP Version 2 2. Enter the protocol version to be used for sending RIP packets. The following choices are available: – —ripVersion 1 implies sending RIP updates compliant with RFC 1058 – —rip1Compatible implies broadcasting RIP-2 updates using RFC 1058 route sub- sumption rules –...

  • Page 98: Domain (Rip2Ifconfdomain)

    14 • RIP Version 2 Domain (rip2IfConfDomain) Value inserted into the field of all RIP packets sent on this interface. Authentication Type (rip2IfConfAuthType) The type of Authentication used on this interface. • noAuthentication (1) • simplePassword (2) Authentication Key (rip2IfConfAuthKey) This value is used as the Authentication Key whenever has a value other than noAuthentication(1).

  • Page 99: Status (Rip2Ifconfstatus)

    14 • RIP Version 2 Status (rip2IfConfStatus) Writing invalid has the effect of deleting this interface. • valid (1) • invalid (2) RIP Version 2 (Statistics) By clicking on in the main window, you enter the win- dow (see figure 36)It displays routing and update information for each subnet address. Subnet IP Address (rip2IfStatAddress) The IP Address of this system on the indicated subnet.
  • Page 100 14 • RIP Version 2...

  • Page 101: Snmp

    SNMP Chapter contents Introduction ................................100 SNMP window..............................100 In ..................................100 Packets (snmpInPkts) ............................100 Bad Version (snmpInBadVersions) .......................100 Bad Community Names (snmpInBadCommunityNames) ................101 Bad Community Uses (snmpInBadCommunity) ..................101 ASN ParseErrors (snmpInASNParseErrs) ......................101 Error Status “Too Big” (snmpInTooBigs) .....................101 No Such Names (snmpInNoSuchNames) .....................101 Bad Values (snmpInBadValues) ........................101 Error Status “Read Only”...

  • Page 102: Introduction

    15 • SNMP Introduction The DACS provides management and statistical information on SNMP. Detailed information on the SNMP MIB variables may be downloaded from the RFC. Click on under the to dis- play the SNMP window (see figure 37). SNMP window window displays incoming and outgoing SNMP statistics, and has links for downloading and dis- playing the following MIB documents: •...

  • Page 103: Bad Community Names (Snmpinbadcommunitynames)

    15 • SNMP Bad Community Names (snmpInBadCommunityNames) The total number of SNMP Messages delivered to the SNMP protocol entity which used a SNMP community name not known to said entity. Bad Community Uses (snmpInBadCommunity) The total number of SNMP messages delivered to the SNMP protocol entity which represented an SNMP operation which was not allowed by the SNMP community named in the message.

  • Page 104: Get Next Requests (Snmpingetnexts)

    15 • SNMP Get Next Requests (snmpInGetNexts) The total number of SNMP Get-Next PDUs that have been accepted and processed by the SNMP protocol entity. Set Requests (snmpInSetRequests) The total number of SNMP Set-Request PDUs that have been accepted and processed by the SNMP protocol entity.

  • Page 105: Get Responses (Snmpoutgetresponses)

    5H.RUG &XUUHQW &RQILJXUDWLRQ under on the Home page of the 3092 DACS. If the network management system is re-initialized (implying power cycling) while assuming the current configuration has been recorded, the current configuration will not be lost.
  • Page 106 15 • SNMP...

  • Page 107: System

    System Chapter contents Introduction ................................107 System main window............................108 CPU ................................108 Percentage CPU Idle (boxidletime) ......................108 Time Slices Fully Utilized (boxCPUcritical) ....................108 Time Slices 90% Utilized (boxCPUWarning) ..................108 SNMP and HTTP ............................108 Version (boxSnmpVersion) ........................108 Super User Password (boxSnmpMasterPassword) ..................108 User Password (boxSnmpMonitorPassword) ...................108 LAN IP .................................108 How to Obtain Address (boxIPAddressTechnique) .................109 Address(boxIPAddress) ..........................109...
  • Page 108 16 • System Physical Location (sysLocation) .......................111 Web Settings (boxBackgroundFlag) ......................111 Monitor Privilege (boxMonitorPrivilege) ....................111 System—Modify window............................112 SNMP and HTTP ............................112 Version (boxSnmpVersion) ........................112 Super User Password (boxSnmpMasterPassword) ..................112 User Password (boxSnmpMonitorPassword) ...................113 LAN IP .................................113 Method to Obtain Address (boxIPAddressTechnique) ................113 Address (boxIPAddress) ...........................113 Mask (boxIPMask) ..........................113 Installation ..............................113...

  • Page 109: Introduction

    16 • System Introduction main window (see figure 38) contains general setup information about the DACS. System param- eters are Patton Enterprise MIB object identifiers, though some are contained in RFC 1213, Management Information Base for Network Management of TCP/IP-based internets: MIB-II. Click on under the to display the main window.

  • Page 110: System Main Window

    16 • System System main window From this window you can view information for the CPU, SNMP and HTTP, LAN IP, Manufacturer, Mes- sage Blocks, Operating System Heap Memory, Enclosure System, Installation, and Other. The main window also has the following links: •...

  • Page 111: How To Obtain Address (Boxipaddresstechnique)

    16 • System This displays the current method for obtaining the LAN IP address (see figure 38 on page 107). If the address technique in use above is static, then the value displayed in the field is the LAN IP address (see figure 38 on page 107).

  • Page 112: Total Times Unavailable (Boxcountmsgblkunavailable)

    16 • System The total number of times that the proper size message block was not available to hold a packet, and the CPU task dumped the packet. The difference between is whether the CPU task goes to sleep or simply dumps the packet to continue on. (see figure 38 on page 107). Operating System Heap Memory This portion of the main window contains information about the memory used by the CPU and its...

  • Page 113: Running Since Last Boot (Sysuptime)

    16 • System This SNMP variable represents the time since the network management portion of the system was last re-ini- tialized (see figure 38 on page 107). This SNMP variable represents the textual identification of the contact person for this managed node, which may include information on how to contact this person as defined by specification RFC1213.MIB (see figure 38 on page 107).

  • Page 114: System-Modify Window

    16 • System System—Modify window window (see figure 39) is where you can change SNMP and HTTP, LAN IP, Installation, and Other. SNMP and HTTP This portion of the window provides information about the SNMP version and the HTTP accessibility. This parameter selects the SNMP version number supported by this unit (see figure 39).

  • Page 115: User Password (Boxsnmpmonitorpassword)

    16 • System This accesses the user monitoring password for read only access of certain selected information. Not all param- eters shown using the superuser password are displayed under the user password. (see figure 39 on page 112). LAN IP This portion of the window contains configurable information for the IP addressing of the Ethernet LAN port.

  • Page 116: Other

    16 • System • france(5) • germany(6) Other This portion of the window contains information described in the following sections. This SNMP variable represents the textual identification of the contact person for this managed node, together with information on how to contact this person as defined by specification RFC1213.MIB. This is “An administratively assigned name for this managed node.

  • Page 117: System-Packet Holding Message Blocks

    16 • System • writeUserlpWanSystemUpload(498)—The monitor user can change all parameters—except passwords— under authentication, drop-and-insert, dial-in, IP, T1/E1, Frame Relay, System, and System Log links. The monitor user can also load firmware updates into the DACS. System—Packet Holding Message Blocks... The DACS system manages the i960 processor utilization by allocating message blocks for packet manage- ment.
  • Page 118 16 • System...

  • Page 119: System Log

    System Log Chapter contents Introduction ................................118 System Log Main Window ..........................118 System Log—Modify ............................119 Daemons ..............................119 SysLog Daemon IP Address(syslogDaemonIP) ..................119 SNMP Trap Daemon IP Address (syslogTrapIP) ..................119 Priority .................................119 Min Priority for SysLog Daemon (syslogDaemonPriority) ..............120 Min Priority for Console RS-232 (syslogConsolePriority) ...............120 Min Priority for Flash Storage (syslogFlashPriority) ................120 Min Priority for SNMP Trap Daemon (syslogTrapPriority) ..............120 Min Priority for RAM (SyslogTablePriority) ...................121...

  • Page 120: Introduction

    17 • System Log Introduction window (see figure 41) displays the results from the system-wide error reporting subsystem. The object parameters in the system log are all Patton Enterprise MIB object identifiers. System Log Main Window Besides displaying the results from the system-wide error reporting utility, the main window also contains links to the following: •...

  • Page 121: System Log-Modify

    17 • System Log System Log—Modify window (see figure 42) displays loca- tions, message priorities for the offered SysLog destinations, priority and maintenance information. Daemons This portion of the window contains information about the SysLog Daemon and SNMP Trap Daemon IP Addresses. The IP address of a host system which is running a syslog daemon.

  • Page 122: Min Priority For Syslog Daemon (Syslogdaemonpriority)

    System messages which have a priority equal to or greater than this setting will be sent directly to the RS-232 Config Port on the rear of the 3092. Messages will be sent regardless of the current operating state of the RS- 232 configuration port.

  • Page 123: Min Priority For Ram (Syslogtablepriority)

    17 • System Log • prioritySystem(80) • priorityDisable(1000) System messages which have a priority equal to or greater than this setting will appear in System Log—Volatile Memory. The lower the number next to the priority listed below, the more details system logging will provide. will generate the most messages, while will turn off all messages.

  • Page 124: Call Trace (Syslogcalltrace)

    To empty the flash memory, see option syslogFlashClear(2). • syslogFlashClear(2)—Erase system messages stored in Flash. Be sure to return to the 3092’s Home page and click on 5H.RUG &XUUHQW &RQILJXUDWLRQ to store this change in permanent memory.

  • Page 125: System Log-Volatile Memory

    (see figure 43) displays timestamp and stored system log message information. Time (slTick) Time stamps are generated every 10 ms. Message (slMessage) This is the message stored in RAM. If the 3092 DACS loses power, the messages in RAM will be lost.

  • Page 126: System Log-Non-Volatile Memory

    (see figure 44) displays the time stamp and the messages kept in the non-volatile Flash memory. Time (slfTick) Time stamps are generated every 10 ms. Message (slfMessage) This is the message stored in Flash memory. If the 3092 DACS loses power, the messages will not be lost.

  • Page 127: T1/E1 Link

    T1/E1 Link Chapter contents Introduction ................................128 T1/E1 Link Activity main window ........................129 Link (dsx1LineIndex) ............................129 Type (dsx1LineType) ............................129 Circuit ID (dsx1CircuitIdentifier) .........................129 Line Status (dsx1LineStatus)..........................130 Failure States ..............................130 Far End Alarm Failure ..........................130 Alarm Indication Signal (AIS) Failure .....................131 Loss Of Frame Failure ..........................131 Loss Of Signal Failure ..........................131 Loopback Pseudo-Failure ........................131 TS16 Alarm Indication Signal Failure .....................131...
  • Page 128 18 • T1/E1 Link Controlled Slip Seconds (dsx1CurrentCSSs) ....................137 Path Code Violations (dsx1CurrentPCVs) ....................137 Line Errored Seconds (dsx1CurrentLESs) .....................137 Bursty ErroredSeconds (dsx1CurrentBESs) ....................137 Degraded Minutes (dsx1CurrentDMs) ......................138 Line Code Violations (dsx1CurrentLCVs) ....................138 Near End Line Statistics—History........................138 Interval (dsx1IntervalNumber) ........................138 Errored Seconds (dsx1intervaless) .........................138 Severely Errored Seconds (dsx1IntervalSESs) ....................138 Severely Errored Frame Seconds (dsx1IntervalSEFSs) ...................139 Unavailable Seconds (dsx1IntervalUASs) ......................139...
  • Page 129 18 • T1/E1 Link Severely Errored Frame Seconds (dsx1FarEndIntervalSEFSs) ................143 Unavailable Seconds (dsx1FarEndIntervalUASs) ...................143 Controlled Slip Seconds (dsx1FarEndIntervalCSSs) ..................143 Line Errored Seconds (dsx1FarEndIntervalLESs) ..................143 Path Code Violations (dsx1FarEndIntervalPCVs) ..................143 Bursty Errored Seconds (dsx1FarEndIntervalBESs) ..................143 Degraded Minutes (dsx1FarEndIntervalDMs) ....................143 Far End Line Statistics—Totals ...........................144 Errored Seconds (dsx1FarEndTotalESs) ......................144 Severly Errored Seconds (dsx1FarEndTotalSESs) ..................144 Severely Errored Frame Seconds (dsx1FarEndTotalSEFSs) ................144...

  • Page 130: Introduction

    18 • T1/E1 Link Introduction window (see figure 45) shows the configuration of the T1/E1 Interface, and reports statistics on the quality of the T1/E1 connection. The statistics listed in this section comprise those contained in RFC 1406—Definitions of Managed Objects for the DS1 and E1 Interface Types. Click on under the to display the...

  • Page 131: T1/E1 Link Activity Main Window

    18 • T1/E1 Link • link—clicking on this link takes you to the page that displays line sta- tistics for the previous 15-minute interval. For more information about this page, refer to “Near End Line Statistics—History” on page 138. • link—clicking on this link takes you to the page that displays the total statistics of errors that occurred during the previous 24-hour period.

  • Page 132: Line Status (Dsx1Linestatus)

    18 • T1/E1 Link Line Status (dsx1LineStatus) This variable indicates interface line status. It contains loopback, failure, received alarm and transmitted alarm information. If any condition other than exists, you can click on the link to view window (see figure 46). The alarms currently present on the line will be indicated by the label next to the alarm type.

  • Page 133: Alarm Indication Signal (Ais) Failure

    18 • T1/E1 Link The Alarm Indication Signal failure is declared when an AIS defect is detected at the input and the AIS defect still exists after the Loss Of Frame failure (which is caused by the unframed nature of the all-ones signal) is declared.

  • Page 134: Line Status-Configuration

    18 • T1/E1 Link Line Status—Configuration Clicking on the link in the T1/E1 Link Activity window displays the window (see figure 47). This window contains general information about the DS1 interface, including the type of line (D4 Superframe or Extended Superframe), and kind of line coding (B8ZS or AMI). To modify the WAN circuit configuration, click on the link.

  • Page 135: Wan Circuit Configuration-Modify

    18 • T1/E1 Link WAN Circuit Configuration—Modify Clicking on the link in the window displays the window (see figure 48). From this window, you can change line interface settings, signalling set- tings, test settings, and change the T1/E1 pulse shapes. Line Interface Settings This portion of the window contains information described in the following...

  • Page 136: Line Coding (Dsx1Linecoding)

    18 • T1/E1 Link • dsx1E1(4)—Based on CCITT/ITU G.704 without CRC • dsx1E1-CRC(5)—Based on CCITT/ITU G.704 with CRC This variable describes the type of Zero Code Suppression used on the link, which in turn affects a number of its characteristics. •...

  • Page 137: Fdl (Dsx1Fdl)

    18 • T1/E1 Link • YellowFormatFrame12FS(3)—FS bit of frame 12 This describes which implementation of FDL is being used, if any. FDL applies only to T1 circuits. • other(1)—Indicates that a protocol other than one following is used. • dsx1Ansi-T1-403(2)—Refers to the FDL exchange recommended by ANSI. •...

  • Page 138: Error Injection (Linkinjecterror)

    18 • T1/E1 Link • dsx1Send511Pattern—Sending a 511 bit fixed test pattern • dsx1Send3in24Pattern—Sending a fixed test pattern of 3 bits set in 24 • dsx1SendOtherTestPattern—Sending a test pattern other than those described by this object. Force an output error to see if the other end detects it •...

  • Page 139: Near End Line Statistics-Current

    18 • T1/E1 Link Near End Line Statistics—Current Click on to display line statistics for the current 15-minute interval (see figure 49). Errored Seconds (dsx1CurrentESs) The number of errored seconds, encountered by a DS1 interface in the current 15-minute interval. Severely Errored Seconds (dsx1CurrentSESs) The number of severely errored seconds encountered by a DS1 interface in the current 15-minute interval.

  • Page 140: Degraded Minutes (Dsx1Currentdms)

    A number between 1 and 96, where 1 is the most recently completed 15-minute interval and 96 is the least recently completed 15-minutes interval. When all 96 intervals are visible, then the 3092 has been operating (powered-on) for at least 24 hours. If less than 96 intervals are visible, then it has been less than 24 hours since the 3092 was powered up.

  • Page 141: Severely Errored Frame Seconds (Dsx1Intervalsefss)

    18 • T1/E1 Link Severely Errored Frame Seconds (dsx1IntervalSEFSs) The number of severely errored framing seconds encountered by a DS1 interface in one of the previous 96, individual 15-minute, intervals. Unavailable Seconds (dsx1IntervalUASs) The number of unavailable seconds encountered by a DS1 interface in one of the previous 96, individual 15- minute, intervals.

  • Page 142: Near End Line Statistics-Totals

    18 • T1/E1 Link Near End Line Statistics—Totals Click on to display the total statistics of errors that occurred during the previ- ous 24-hour period, the previous 96 15-minute intervals (see figure 51). Errored Seconds (dsx1TotalESs) The number of errored seconds encountered by a DS1 interface in the previous 24-hour interval. Severely Errored Seconds (dsx1TotalSESs) The number of severely errored seconds encountered by a DS1 interface in the previous 24-hour interval.

  • Page 143: Degraded Minutes (Dsx1Totaldms)

    18 • T1/E1 Link Degraded Minutes (dsx1TotalDMs) The number of degraded minutes (DMs) encountered by a DS1 interface in the previous 24-hour interval. Line Code Violations (dsx1TotalLCVs) The number of line code violations (LCVs) encountered by a DS1 interface in the current 15-minute interval. Far End Line Statistics—Current Click on to display far-end statistics for the current 15-minute interval...

  • Page 144: Controlled Slip Seconds (Dsx1Farendcurrentcsss)

    18 • T1/E1 Link Controlled Slip Seconds (dsx1FarEndCurrentCSSs) The number of far-end controlled slip seconds encountered by a DS1 interface in the current 15-minute inter- val. Line Errored Seconds (dsx1FarEndCurrentLESs) The number of far-end line errored seconds encountered by a DS1 interface in the current 15-minute interval Path Code Violations (dsx1FarEndCurrentPCVs) The number of far-end path coding violations reported via the far-end block error count encountered by a DS1 interface in the current 15-minute interval.

  • Page 145: Interval (Dsx1Farendintervalnumber)

    18 • T1/E1 Link Interval (dsx1FarEndIntervalNumber) A number between 1 and 96, where 1 is the most recently completed 15-minute interval and 96 is the least recently completed 15-minutes interval (assuming that all 96 intervals are valid). Errored Seconds (dsx1FarEndIntervalESs) The number of far-end errored seconds encountered by a DS1 interface in one of the previous 96, individual 15-minute, intervals.

  • Page 146: Far End Line Statistics-Totals

    18 • T1/E1 Link Far End Line Statistics—Totals Click on to display the total statistics of errors that occurred during the previous 24-hour period (see figure 54). This is the sum of the current 15-minute interval and all time prior intervals within the last 24 hours.

  • Page 147: Bursty Errored Seconds (Dsx1Farendtotalbess)

    18 • T1/E1 Link Bursty Errored Seconds (dsx1FarEndTotalBESs) The number of far-end bursty errored seconds (BESs) encountered by a DS1 interface in the previous 24-hour interval. Degraded Minutes (dsx1FarEndTotalDMs) The number of far-end degraded minutes (DMs) encountered by a DS1 interface in the previous 24-hour interval.
  • Page 148 18 • T1/E1 Link...

  • Page 149: T1/E1 Assignment

    T1/E1 Assignment T1/E1 Assignment T1/E1 Assignment T1/E1 Assignment Chapter contents Introduction ................................148 Displaying the T1/E1 Assignment window......................148 Slot ................................149 Device ................................149 Port # ................................149 Slot # ................................149...

  • Page 150: Introduction

    19 • T1/E1 Assignment Introduction The T1/E1 Assignment subsystem displays the WAN Assignment Table giving the DS0 mapping connection for each time slot for all four WAN ports. At the top of the Web page are four hyperlinks showing the status of each WAN Port’s Alarms.

  • Page 151: Slot

    19 • T1/E1 Assignment window consists of four column groups, one for each WAN port. The top of each column group identifies the WAN port by name, e.g., WAN Port 1: Alarms. This is a hyperlink leading to the Line Status Alarms web page. The “Line Status Alarms” page gives the status of the T1/E1 WAN port. This is the same web page seen under the T1/E1 Link Activity page in the T1/E1 Link subsytem.
  • Page 152 19 • T1/E1 Assignment...

  • Page 153: About

    About About About About Chapter contents Introduction ................................152 Patton Electronics Company contact information ....................152...

  • Page 154: Introduction

    20 • About Introduction link displays Patton Electronics Company contact information (see “Patton Electronics Company contact information”). Click on under the to display the main window (see figure 56). Patton Electronics Company contact information Patton Electronics Company 7622 Rickenbacker Drive Gaithersburg, Maryland 20879 U.S.A.

  • Page 155: License

    License License License License Chapter contents Introduction ................................154 End User License Agreement ..........................154 1. Definitions: ...............................154 2. Title: .................................155 3. Term: ................................155 4. Grant of License: ............................155 5. Warranty: ..............................155 6. Termination: .............................155...

  • Page 156: Introduction

    21 • License Introduction link presents the End User License Agreement for the DACS software. Click on under the to display the main window (see figure 57). By opening the DACS, operating the Designated Equipment or downloading the Program(s) electronically, the End User agrees to the conditions in the “End User License Agreement”...

  • Page 157: Title

    21 • License 2. Title: Title to the Program(s), all copies of the Program(s), all patent rights, copyrights, trade secrets and proprietary information in the Program(s), worldwide, remains with Patton Electronics Company or its licensors. 3. Term: The term of this Agreement is from the Effective Date until title of the Designated Equipment is transferred by End User or unless the license is terminated earlier as defined in “6.
  • Page 158 21 • License...

  • Page 159: A Rj-21X Wiring Color Chart

    RJ-21X Wiring Color Chart RJ-21X Wiring Color Chart RJ-21X Wiring Color Chart RJ-21X Wiring Color Chart Chapter contents Introduction ................................158...

  • Page 160: Introduction

    A • RJ-21X Wiring Color Chart Introduction Table 4 contains the band-marked color codes for the RJ-21X connector. The Pair Number matches the port number on the DS0 Mapping Management page. Table 4. Band Marked Color Code Wire/Color Code Tip and Ring Pair Number 50 Pin Positions...
  • Page 161 A • RJ-21X Wiring Color Chart Table 4. Band Marked Color Code (Continued) Wire/Color Code Tip and Ring Pair Number 50 Pin Positions...
  • Page 162 A • RJ-21X Wiring Color Chart...

Table of Contents