Home

Prism 8100A user manual

1. Name in relation to the first column Figure A 1 Index by Community Name of Indexing by Either Community or Interface see Table A 1 on page 40 for an example of this type of indexing This index method looks at the 8100A network as a single node 8100A concentrator with a single community string allowing access to managed units asa single device with multiple 3001 3001 3001 3030 interfaces Using this method a 2 3 456 7 8 9101112 single unit can access all managed units collectively through the 8100A IP address and 8100A community Figure A 2 Index by Interface strings The community string public is the default Refer to Index by Interface in relation to the second column of Indexing by Either Community or Interface see Table A 1 on page 40 for an example of this type of indexing 40 APPENDIX A MIB REFERENCE Table A 1 Indexing by Either Community or Interface Indexed by Indexed by Admin Oper Community Interface Description Type Speed Status Status Specific 1 TXPORT SC8100A ethernet csmacd 10000000 up up 0 0 Ethernet PRISM 3001 1 2 T1 Network Interface dsl 1544000 up up mib 2 2 3 Data Port 1 propPointToPointSerial 1536000 up up 0 0 PRISM 3001 1 4 T1 Network Interface dsl 1544000 up up mib 2 2 5 T1 DTE Port ds1 1544000 up up 0 0 3 6 Data Port 1 propPointToPointSeria
2. dsxlIntervalIndex dsxlIntervalEntry 1 read only The index value which uniquely Returns the ifIndex of the identifies the DS1 interface to which specified DS1 interface this entry is applicable The interface identified by a particular value of this index is the same interface as identified by the same value as a dsx1LineIndex object instance dsxlIntervalNumber dsxlIntervalEntry 2 read only A number between 1 and 96 where 1 Returns the interval number for is the most recently completed 15 the interval requested a minute interval and 96 is the least number from 1 to 96 recently completed 15 minutes interval assuming that all 96 intervals are valid dsxlIntervalESs dsxlIntervalEntry 3 read only The number of Errored Seconds Returns the number of Errored encountered by a DS1 interface in one Seconds per TR 54016 in the of the previous 96 individual 15 specified 15 minute interval minute intervals dsx 1IntervalSESs dsxlIntervalEntry 4 read only The number of Severely Errored Returns the number of Seconds encountered by a DS1 Severely Errored Seconds per interface in one of the previous 96 TR 54016 in the specified individual 15 minute intervals 15 minute interval dsxlIntervalSEFSs dsxlIntervalEntry 5 read only The number of Severely Errored Returns the number of Loss Of Framing Seconds encountered by a Frame Seconds per TR 54016 DS1 interface in one of the previous in
3. 18 Power Connection llle 18 Standalone Unit llllllles eee 18 Chassis nmt 4 o RS LED CAES hat sae 18 Redundant Power Source 18 Single Power Source 19 Controls and Indicators 000000 eee 19 3 Configuration Jule Eae be NER REV To S 21 Dic arce LAE KE M e 21 Accessing Jl and 1 0000 0 21 Termolas ek at ee these Mie etit Me chat E s 22 TE GRID esce s cR UR CN ON ect E arret RS 23 NMS Bit R ate sss ius Rb eps 23 Forced Download 0 000 cece eee 23 Maintenance Reset 0 0 00 eeeeee 23 Firmware Requirements 04 24 Modem Settings pe ooe isro osai eiei 24 Communication Parameters n on annuau 24 Interface Startup 0 000000 2 eee 25 Screen Components elles 26 Device Type Revision 26 Date Time oO SPRE PR RES 26 Menu Title e a E A s E 26 MESSA SCS c eee tee Dae cab eee 26 Cursor Controls 0 0 0 c cece eee 26 Active Element List 00 0000 0 cee 27 IP ERR EDEN EE el te eet 27 Circuit ID cec Ie arrests 27 Alarm Status 0 0 0 0 0c cece eee eee 27 OK 27 TEGGalet ss tes at le tss 28 Remote sce ii eei NEAN Cei 28 Local Remote 0 00 c eee eee 28 Alarm Group Configuration 28 ATO IDS Pam etd rbo sme AN de cl ae beak Ud Bos m 29 NORM SNMP 00 000 ee 29 NORM
4. 9 1001 016 X 8 pin DB 25 to Terminal 6 pin to TERM 1 TERM 2 Cable Diagrams 79 9 1001 029 2 DTE adapter and cable kit DB 9 female to 6 pin modular TXPORT 9 1001 025 2 9 1001 023 010 um 6 pin red to TERM 1 TERM 2 DB 9 female to Terminal 9 1001 042 X DCE Y adapter and cable kit Pin NMS IN NMS OUT TXPORT 9 1001 041 X DB 25 to Terminal IN OUT 8 pin DB 25 male to dual 6 pin modular X 1 DB 25 female to dual 6 pin modular X 22 Not Used Not Used 2 Signal Ground Signal Ground 3 Not Used Data Out 4 Data In Not Used 5 Signal Ground Signal Ground 6 Not Used Not Used 9 1001 023 010 erm el 9 1001 023 010 8 pin in To NMS IN OUT 80 CHAPTER B ORDERING NUMBERS AND OPTIONAL EQUIPMENT 9 1001 048 X DTE Y adapter and cable kit DB 25 male to dual 6 pin modular X 1 DB 25 female to dual 6 pin modular X 2 TXPORT 9 1001 041 X DB 25 to Terminal 9 8100 019 1 TXPORT 9 8100 018 1 DB 25 to Terminal OUT Pin N Pin TERM 1 TERM2 II Nd Control Out 2 Si 2 Signal Ground 3 N 3 Data Out 4 D 4 Data In 5 Si 5 Signal Ground 6 N 6 Control In 9 1001 023 010 9 1001 023
5. For keyboards that do not have these standard keys or have only some of them an alternate set of cursor control commands is provided Table 3 5 Each command is performed by pressing a letter key while holding down the Control key Alternate and keyboard commands may be freely mixed Table 3 5 Cursor Commands Keyboard Command Alternate Command left arrow Control S right arrow Control D up arrow Control E down arrow Control X backspace Control H delete Control Z Active Element List Circuit ID Alarm Status Active Element List 27 The Active Element List Figure 3 4 displays the list of active elements which the Site Controller recognizes on the NMS bus This screen displays up to ten elements but as many as 50 elements can be recognized If more than ten entries are recognized the NEXT PAGE field appears Press the Enter key on this field to view the next page Once NEXT PAGE is activated previous pages may then be viewed by selecting PREV PAGE amp This manual covers the configuration of the 8100A Site Controller only When accessing any one of the active elements through the Active Elements List screen you are accessing that physical unit Refer to the reference manual for that particular unit for configuration instructions 6100A S C Time HH MM SS Element Rev x xx x xx Date MM DD YY NEXT PAGE PREV PAGE Total Active Units 4 ID Circuit ID Alarm Status 1 Far Circuit 63 OK 18 Circu
6. FORCE DOWN LOAD S7 CLOSED DOWN LOAD OPEN NORMAL OPEN NORM Figure 3 2 8100A Card Showing the Location of J1 S1 and the Silkscreen for S1 Term 1 Term 1 provides an interface to the 8100A and also sends ASCII alarm messages This interface is a serial RS 232 DCE port configured for 8 bits no parity and one stop bit The bit rate is set through S1 1 and S1 2 as listed in Table 3 1 Table 3 1 Term 1 Bit Rate S1 1 S1 2 Term 1 Bit Rate Open Open 38400 bps Closed Open 19200 bps Open Closed 9600 bps Closed Closed 2400 bps Term 2 NMS Bit Rate Forced Download Maintenance Reset Term 2 23 Term 2 provides an interface to the 8100A and also sends ASCII alarm messages This interface is a serial RS 232 DCE port configured for 8 bits no parity and one stop bit The bit rate is set through S1 3 and S1 4 as listed in Table 3 2 Term 2 may have an optional factory installed internal modem and be configured for SLIP Table 3 2 Term 2 Bit Rate S1 3 S1 4 Term 2 Bit Rate Open Open 38400 bps Closed Open 19200 bps Open Closed 9600 bps Closed Closed 2400 bps The NMS Bus is a serial RS 232 DCE port configured for 8 bits no parity and one stop bit The bit rate is set through S1 5 and S1 6 as listed in Table 3 3 Table 3 3 NMS Bit Rate S1 5 S1 6 NMS Bit Rate Open Open 19200 bps Closed Open 9600 bps Open Closed 2400 bps Closed Closed 1200 bps Position S1 7 forces a Flash download for the
7. 0 which is a syntatically valid object identifier and any conformant implementation of ASN 1 and BER must be able to generate and recognize this value 1 3 6 1 4 1 425 2 2 1 ddsNetConfigTable DDS DTE RS 232 V 35 Port 1 3 6 1 4 1 425 2 2 2 ddsDteConfigTable DDS Dial Back Up Port 1 3 6 1 425 2 2 3 ddsDbuConfigTable T1 Network Interface 1 3 6 1 2 1 10 18 ds1 E1 Network Interface 1 3 6 1 2 1 10 18 ds1 All others 0 0 46 APPENDIX A MIB REFERENCE RFC 1406 This RFC was published in January 1993 and supersedes RFC 1232 RFC 1406 is DS1 E1 MIB used to manage DS1 interfaces and in this case a T1 interface The following lists the objects contained within this RFC and how the unit responds to them dsxiConfigTable OID 1 3 6 1 2 1 10 18 6 Table A 4 dsx1ConfigTable OID Object Name Object ID User Access Object Description Get Set dsxlLineIndex dsx1Config read only This object is the Returns the ifIndex of the Entry 1 identifier of a DS1 specified DS1 interface Interface on a managed device If there is an ifEntry that is directly associated with this and only this DS1 interface it should have the same value as ifIndex Otherwise the value exceeds ifNumber and is a unique identifier following this rule inside interfaces e g equipment side with even numbers and outside interfaces e g network side with odd numbers dsx1IfIndex dsx1Config
8. 10 alarmGroupsIpAddress3 11 alarmGroupsIpAddress4 12 alarmGroupsIpAddress5 13 alarmGroupsIpAddress6 14 alarmGroupsIpAddress7 15 alarmGroupsIpAddress8 16 activeElementsFarType 4 activeElementsFarCircuitID 5 activeElementsFarStatus 6 70 APPENDIX A MIB REFERENCE new mib Object Identifier Tree iso 1 org 3 dod 6 internet 1 private 4 enterprises 1 txport 425 companyinfo 1 products 2 temporary 3 traps 4 revision 5 pdc 6 utilities 7 The above are pre existing That is created before August 1998 Those beginning in the upper right were created after August 1998 and are intended to be generic so they can be used with multiple products to define and manage technologies Each generic group is optional so a given device need not support all technologies mgmtPorts 1 page 71 dbu 2 page 71 tlel 3 page 71 po ddsNet 4 page 72 pc tinterfaces 8 serialDte 5 page 72 analogDte 6 page 72 connection 7 page 72 maintenance 8 page 73 performance 8 page 73 itable 10 page 73 traplog 11 page 73 unitUtilities 12 page 73 dbuConfigTable 1 dbuConfigTableEntry 1 dbuNearIndex 1 dbuFarIndex 2 dbuConfigTableIndex 3 dbuDescription 4 dbuRate 5 dbuMode 6 dbuFormat 7 dbuNumber 8 dbuStatus 9 dbuCommand 10 dbuActivatorl 11 dbuActivator2 12 dbuDialStr 13 dbulnitStr 14 dbuHangupStr 15 dbuPassw
9. WB E E 4 1 EXT CLK 1 48V RTN B H 48V CA E TB1 2 EXT CLK 5 Mes E do TB2 2 FRAME GND SIG 3 ae o Oi P g y d 5 TB2 3 ALARM RING 3 48V IN B HE SET E A e e 24 AMPS Figure 2 4 Model 1051 3 Chassis Rear Panel with Term Adapters 12 CHAPTER 2 INSTALLATION SUPV The supervisory port on the front panel is a general purpose serial port It allows Term 1 Term 2 interface access with the 8100A and also alarm reporting functions This port is identical to Term 1 on the rear of the unit You can only use one port SUPV or Term 1 at a time SUPV is a serial RS 232 DCE port configured for 8 bits no parity and 1 stop bit Table 2 1 lists the pinout assignments Term 1 labeled Port 1 on the standalone unit is a general purpose serial port It allows interface access with the 8100A and also alarm reporting functions y This port is identical to the supervisory port on the front of the unit You can only use one port SUPV or Term 1 at a time For the rackmount model Term 1 is located on the Slot 1 adapter at the rear of the 1051 chassis You must attach one of the following adapter kits to access Term 1 or Term 2 Refer to page 78 for specific adapter and cable information 1051 2 DB 25 to Dual 6 pin Modular Adapter part number 9 1001 041 X 1051 3 V335 Alarm Kit part number 9 8100 025 1 Term 1 is a serial RS 232 DCE port configured for 8 bits no parity and 1 stop bit This port can be use
10. Element Configuration Screen 50 APPENDIX A MIB REFERENCE Table A 4 dsx1ConfigTable OID Object Name Object ID User Access Object Description Get Set dsxlLoopback dsx1Config read write This variable represents dsxINoLoop 1 the unit dsx1NoLoop 1 the unit Config Entry 9 the loopback does not have any loops will take down any active configuration of the DS1 interface Agents supporting read write access should return badValue in response to a requested loopback state that the interface does not support The values mean dsx1NoLoop Not in the loopback state A device that is not capable of performing a loopback on the interface shall always return this as it s value dsx1PayloadLoop The received signal at this interface is looped through the device Typically the received signal is looped back for retransmission after it has passed through the device s framing function dsx1LineLoop The received signal at this interface does not go through the device minimum penetration but is looped back out dsx1OtherLoop Loopbacks that are not defined here active dsx1PayloadLoop 2 the unit has a NET PLB active dsx1LineLoop 3 the unit has a NET LLB active dsx1OtherLoop 4 the unit has a Port Loop active loops dsx1PayloadLoop 2 the unit will initiate a NET PLB dsx1LineLoop 3 the unit will initiate a NET LLB dsx1OtherLoop 4 the unit will initiate a Port Loop on
11. Returns the number of Errored Seconds Errored Seconds per TR encountered by a DS1 54016 in the current interface in the current 15 15 minute interval for the minute interval far end dsxlFarEndCurrentSESs dsx1FarEndCurrentEntry 5 read only The number of Far End Returns the number of Severely Errored Seconds Severely Errored Seconds encountered by a DS1 per TR 54016 in the interface in the current 15 current 15 minute minute interval interval for the far end dsxlFarEndCurrentSEFSs dsx1FarEndCurrentEntry 6 read only The number of Far End Returns the number of Severely Errored Framing Loss Of Frame Seconds Seconds encountered by a per TR 54016 in the DS1 interface in the current current 15 minute 15 minute interval interval for the far end dsxlFarEndCurrentUASs dsx1FarEndCurrentEntry 7 read only The number of Unavailable Returns the number of Seconds encountered bya Unavailable Seconds per DS1 interface in the current TR 54016 in the current 15 minute interval 15 minute interval for the far end dsxlFarEndCurrentCSSs dsx1FarEndCurrentEntry 8 read only The number of Far End Returns the number of Controlled Slip Seconds encountered by a DS1 interface in the current 15 minute interval Controlled Slip Seconds per TR 54016 in the current 15 minute interval for the far end Table A 8 dsx1FarEndCurrent Table OID Object Name Object ID RFC 1406 DS1 E1 MIB 57 User Access Object Descr
12. The number of Line Code Returns 0 Violations LCVs encountered by a DS1 interface in the current 15 minute interval 56 APPENDIX A MIB REFERENCE dsx1FarEndCurrent Table OID 1 3 6 1 2 1 10 18 10 Table A 8 dsx1FarEndCurrent Table OID Object Name Object ID User Access Object Description Get dsxlFarEndCurrentIndex dsx1FarEndCurrentEntry 1 read only The index value which Returns the ifIndex of the uniquely identifies the DS1 specified DS1 interface interface to which this entry is applicable The interface identified by a particular value of this index is the same interface as identified by the same value an dsx1LineIndex object instance dsxlFarEndTimeElapsed dsx1FarEndCurrentEntry 2 read only The number of seconds that Returns the number of have elapsed since the seconds in the current beginning of the far end interval for the far end current error measurement period dsx1FarEndValidIntervals dsx1FarEndCurrentEntry 3 read only The number of previous far Returns a number from 1 end intervals for which valid to 96 of completed data was collected The intervals for the far end value will be 96 unless the interface was brought online within the last 24 hours in which case the value will be the number of complete 15 minute far end intervals since the interface has been online dsx1FarEndCurrentESs dsx1FarEndCurrentEntry 4 read only The number of Far End
13. before making connection with the intended recipient of the messages The queue ensures that alarms occurring during the connection period are not lost Up to 16 recipients may be assigned for outgoing alarm messages For an element to report its alarms it is assigned to an alarm group which specifies the recipient and the method of getting the messages to that recipient In addition to handling alarm reporting for elements assigned to it each alarm group can also be specified to report 8100A Site Controller alarms ions Suo Time HH MM SS Element Rev x xx Xx xx Date MM DD YY ADD 2 DEL 0 1 NORM NAME Alarm Group 4 INCLUDE SITE ALARMS YES PRIMARY Dial 1 ASCII NUMBER 9 1 205 772 3770 3056 SECONDARY Disabled ASCII 2 SNMP NAME John St Alarm Group INCLUDE SITE ALARMS NO Trap IP 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 SE 2 Figure 3 5 Alarm Group Configuration Screen ADD Alarm Group Configuration 29 An alarm group is added by entering a group identification number from 1 16 and pressing the Enter key The added field defaults to Group x where x is the number selected If more than four alarm groups have been created the PREV PAGE and or NEXT PAGE fields appears NORM SNMP There are two alarm reporting group types Normal and SNMP Press the spacebar with the curso
14. by a particular value of this index is the same interface as identified by the same value as a dsx1LineIndex object instance dsx1FarEndIntervalNumber dsx1FarEndIntervalEntry 2 read only A number between 1 and Returns the interval 96 where is the most number for the interval recently completed 15 requested a number minute interval and 96 is the from 1 to 96 least recently completed 15 minutes interval assuming that all 96 intervals are valid dsx1FarEndIntervalESs dsx1FarEndIntervalEntry 3 read only The number of Far End Returns the number of Errored Seconds encountered Errored Seconds per by a DS1 interface in one of TR 54016 in the the previous 96 individual specified 15 minute 15 minute intervals interval for the far end dsx1FarEndIntervalSESs dsx1FarEndIntervalEntry 4 read only The number of Far End Returns the number of Severely Errored Seconds Severely Errored encountered by a DS1 Seconds per TR interface in one of the 54016 in the specified previous 96 individual 15 15 minute interval for minute intervals the far end dsxlFarEndIntervalSEFSs dsx1FarEndIntervalEntry 5 read only The number of Far End Returns the number of Severely Errored Framing Loss Of Frame Seconds encountered bya Seconds per TR DS1 interface in one of the 54016 in the specified previous 96 individual 15 15 minute interval for minute intervals the far end dsx1FarEndIntervalUASs dsx1FarEndIntervalEn
15. for the connected external devices It is activated through the Management Ports screen page 35 by selecting the Term 1 COA type as either ext alarm on closed or ext alarm on open The selection is determined by the contact s relationship to common under a no alarms condition Set the COA type to ext alarm_on open for normally closed operation alarms on open or to ext alarm on closed for normally open operation alarms on closed Refer to page 21 for J1 settings on the circuit board Make connections to the contacts using 20 gauge stranded wire or similar An optional DB 25 part number 9 1001 063 1 or V 35 part number 9 8100 025 1 alarm adapter kit may also be installed on the chassis Refer to Appendix B for diagrams of these kits along with part numbers The kits include the cable to the alarm contacts and adapter to the chassis Slot 1 The standalone and chassis units require a 48 VDC power source capable of supplying 135 mA current Power supplies are available from Verilink and are listed in Appendix B amp Per UL1950 and CSA950 Clause 1 7 2 if the power supply cord is intended to serve as a disconnect device a socket must be installed near the equipment and be easily accessible Ensure that the 48 VDC is properly grounded to earth before applying power to the L unit The power source is connected to pins 1 and 3 of the Power and Alarm terminal as shown in Table 2 8 Be sure to make the following connection
16. group s elements The 8100A also provides an SNMP agent for each element in the group 1051 Shelf m P PE oo E eo on Ere ereo EE eo PE eo 2 oo PE 4 o o KD Ethernet Ethernet LAN T1 NETWORK SNMP Telnet Manager Session Figure 1 4 Operating with Ethernet Interface 4 CHAPTER 1 GENERAL Operating with the When configured with a SLIP interface the 8100A provides an SNMP agent for SLIP Interface each element in the group SLIP Server Router 1051 Shelf 9 eo esu eo ue Ethernet Ti NETWORK Wl Trae a lt SNMP Telnet Manager Session Figure 1 5 Operating with the SLIP Interface Operating Token When configured with a Token Ring interface the 8100A supports Telnet sessions Ring Interface to the site controller allowing access and control of the group s elements The 8100A also provides an SNMP agent for each element in the group p 1051 Shelf T Token Ring I MEI US S USE UC UE E UE Z SNMP Manager Ti NETWORK i Telnet Session Figure 1 6 Optional Token Ring Interface Features 5 Telnet Session from Even when equipped with the Ethernet int
17. is the initialization string sent to the dial backup unit before every connection attempt ddsDbuHangupStr ddsDbuConfigEntry 10 read write This string is the hangup command string sent to the dial backup unit after every successful call ddsDbuPasswordStr ddsDbuConfigEntry 11 read write This string is the prompt character and password string for the dial backup unit in Callback DBU ddsDbuSunStart ddsDbuConfigEntry 12 read write This object is the beginning of an allowable window for Dial Backup Activation on Sundays ddsDbuMonStart ddsDbuConfigEntry 13 read write This object is the beginning of an allowable window for Dial Backup Activation on Mondays ddsDbuTuesStart ddsDbuConfigEntry 14 read write This object is the beginning of an allowable window for Dial Backup Activation on Tuesdays ddsDbuWedStart ddsDbuConfigEntry 15 read write This object is the beginning of an allowable window for Dial Backup Activation on Wednesdays ddsDbuThuS tart ddsDbuConfigEntry 16 read write This object is the beginning of an allowable window for Dial Backup Activation on Thursdays ddsDbuFriStart ddsDbuConfigEntry 17 read write This object is the beginning of an allowable window for Dial Backup Activation on Fridays ddsDbuSatS tart ddsDbuConfigEntry 18 read write This object is the beginning of an allowable window for Dial Backup Activation on Saturdays ddsDbuSunStop ddsDbuConfigEntry 19 read write This objec
18. necessary to configure the 8100A Site Controller for operation Term 1 Term 2 and NMS bit rates must be set through switch S1 All other configuration parameters are set through the software interface y Throughout this manual all default settings are underlined Jumper J1 is used to set the alarm contacts It is located as shown in Figure 3 2 on page 22 J1 can be set to normally open NO or normally closed NC NO Pins 1 and 2 NC Pins 2 and 3 Switch S1 Figure 3 1 is used to set the parameters for Term 1 SUPV Term 2 NMS bit rate forced Mainteriang o6 download and maintenance reset on the 8100A unit It i Forced rmn is located as shown in Figure 3 2 Download NMS Bit Rate S NMS Bit Rate gi Term 2 Bit Rate n Term 2 Bit Rate S Term 1 Bit Rate Term 1 Bit Rate P CLOSED t OPEN Figure 3 1 Switch S1 To access J1 or S1 remove the 8100A from its standalone housing by following this procedure Open the front panel access door Gently pull the plastic cover side strips out away from the metal housing until the four stops are clear of the front panel 22 CHAPTER 3 CONFIGURATION 3 Pull the cover off the front panel 4 Remove the two screws on the front panel 5 Pull the front panel and circuit boards out of the housing Observe proper electrostatic discharge handling procedures while holding the circuit boards
19. the SNMP Read Community This automatic configuration feature allows the 8100A to become a single point user interface to a group of connected units without any configuration required Changes to an existing element s configuration can be made at any time by editing the fields of the selected element When a screen is exited or another element is selected the previously displayed fields are saved to the database 8100A S C Time HH MM SS Element Rev x xx x xx Date MM DD YY ID 1 NON ACTIVE ADD 0 DEL 0 Circuit ID testcircuit Alarm Group 1 Group 1 Alarm Group 2 Group 2 Read Community publici Write Community System Contact System Name System Location Nee Figure 3 6 Element Configuration Screen This field is used to advance to other elements in the database by entering an element s NMS ID identification number and pressing the Enter key or by pressing the spacebar to review the elements in numerical order An element may be added to the database by entering its NMS ID number from 1 to 63 and pressing the Enter key An element may be deleted from the database by entering its NMS ID number and pressing the Enter key This field displays the name of the circuit The default name is Circuit xxx where xxx is the NMS ID number of the near end of the circuit 32 CHAPTER 3 CONFIGURATION Alarm Group Read Community Write Community System Contact System Name
20. the agent was initialized The value is in units of hundredths of a second ifIndex istypically providedin the Variable Binding List The Variable Bindings List contains supplemental implementation information when included in the Trap PDU 66 APPENDIX A MIB REFERENCE Enterprise Specific Traps Interface Traps Table A 17 Cleared Cleared Alarm Alarm Near Near Far Far These traps apply to T1 DTE and E1 DTE Description Equipment Interface Traps T1 DTE and E1 DTE Equipment CRCS threshold exceeded Equipment BPVS threshold exceeded Equipment AISS threshold exceeded Equipment YAS threshold exceeded Equipment UAS threshold exceeded Equipment OOFS threshold exceeded Equipment LOSS threshold exceeded Equipment CSS threshold exceeded Equipment SES threshold exceeded Equipment ES threshold exceeded Network CRCS threshold exceeded Network BPVS threshold exceeded Network AISS threshold exceeded Network Y AS threshold exceeded Network UAS threshold exceeded Network OOFS threshold exceeded Network LOSS threshold exceeded Network CSS threshold exceeded Network SES threshold exceeded Network ES threshold exceeded Network OOS threshold exceeded Port DTR alarm Port ASC alarm Port OOS alarm Port UMC alarm Port TST alarm Port Far NET alarm Port FAR DTE alarm Port FAR Communications alarm Port LOS alarm 4 54 104 154 5 55 105 155 6 56 106 156 7 57 107 157 8 58 108 158
21. the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interference The user will be required to correct the interference at his own expense Ao Shielded cables must be used with this unit to ensure compliance with the Class A FCC limits This device complies with Part 15 of the FCC rules Operation is subject to the following two conditions Under FCC rules No customer is authorized to repair this equipment regardless of warranty status In the event of equipment malfunction all repairs should be performed by our company or an authorized agent It is the responsibility of users requiring service to report the need for service to our company or to one of our authorized agents This digital apparatus does not exceed the Class A limits for radio noise emissions from digital apparatus set out in the Radio Interference Regulations of the Canadian Department of Communications 3 For the DC powered units only end users should use existing battery sources or a CSA certified power supply Le pr sent appareil num rique n met pas de bruits radio lectriques d passant les limites applicables aux appareils num riques de la class A prescrites dans le R glement sur l
22. the first port Table A 4 dsx1ConfigTable OID RFC 1406 DS1 E1 MIB 51 Object Name Object ID User Access Object Description Get Set dx1LineStatus dsx1Config read only This variable indicates Returns a sum of the Entry 10 the Line Status of the following interface It contains loopback failure received alarm and transmitted alarm information The dsx1LineStatus is a bit map represented as a sum therefore it can represent multiple failures alarms and a LoopbackState simultaneously dsx1NoAlarm should be set if and only if no other flag is set If the dsx 1LoopbackState bit is set the loopback in effect can be determined from the dsx 1 LoopbackConfig object The various bit positions are 1 dsxINoAlarm No Alarm Present 2 dsx1RcevFarEndLOF Far end LOF a k a Yellow Alarm 4 dsx1 XmtFarEndLOF Near end sending LOF Indication 8 dsxIRcvAIS Far end sending AIS 16 dsx1XmtAIS Near end sending AIS 32 dsx1LossOfFrame Near end LOF a k a Red Alarm 64 dsx1LossOfSignal Near end Loss Of Signal 128 dsx1LoopbackState Near end is looped 256 dsx1T16AIS El TS16 AIS 512 dsx 1 RcevFarEndLOMF Far End Sending TS16 LOMF 1024 dsx 1 XmtFarEndLOMF Near End Sending TS16 LOMF 2048 dsx1RcvTestCode Near End detects a test code 4096 dsx1OtherFailure any line status not defined here dsx1NoAlarm 1 the unit has no alarms dsxIRcvFarEndLOF the unit is receiving a
23. ue es ees 29 SNMP eB 30 Name s 22 b2 22S BIAIS RATIO IBS Ie 30 Include Site Alarms 3 DEI cene vitam voit EDS 30 Element Configuration 00 31 ID hoes Sess nk a edn E ul PE ES 31 INDD ses sees ines ner teraction E hones 31 IDEE Pees wots uvis re br Eb ENS 31 Circuit Ds soci 53 eatin ot bem pU ret 31 Alarm Group 0 0000 aen 32 Read Community 00 32 Write Community 000000 32 System Contact 00 000000 32 System Name 0 0 0 2 000000 32 System Location 0 0000 32 TCP IP Configuration 000 33 Reset LAN Interface sese esses 33 LAN Connection 000000 33 Unit IP Address 0000 33 Subnet Mask 00 0 0 ce ee eee ee 33 Router IP Address 0 005 33 Filter IP Address esee 33 SNMP Configuration esee 34 Read Community 04 34 Write Community 00000 34 System Contact 0 00 0 0 00008 34 System Names es srg ep RT Ur 34 System Location n e nesunan runerne 34 Trap Indexing piese pande esee 34 Management Ports eese 35 Site Names ox vetus EUN SEN EQUES 35 Mode s xb ebd LUE 35 Dis bled zi ei RR e ERR 35 Dial ex ue EE RUPEE d ed 35 Direct etu he WU PWPHO eh E S 39 Ext Alarm On Open 35 Ext Alarm On Clo
24. x port y if a 2 Wire FXS interface 2Wire FXO xy returned for slot x port y if a 2 Wire FXO interface 4Wire E amp M xy returned for slot x port y if a 4 Wire E amp M interface DSU Data Port x yz x for slot y for DSU z for port if a DSU MP interface DDS Network Interface returned for the DDS Network interface DDS DTE RS 232 V 35 Port returned for the DDS DTE RS 232 V 35 Port interface DDS Dial Back Up Port returned for the DDS Dial Back Up Port interface E1 Network Port returned for the E1 Network Port interface E1 DTE Port returned for the E1 DTE Port interface T1 DTE Port returned for the T1 DTE interface on CSUs T1 D I Port returned for the T1 DTE interface on DSUs 44 Table A 3 ifTable OID Object Name Object ID APPENDIX A MIB REFERENCE User Access Object Description Get Set ifType ifEntry 3 read only The type of interface Returns one of the following integer distinguished according to values the physical link protocol s other 1 returned for voice and immediately below the DDS Network interfaces network layer in the ethernet csmacd 6 returned for protocol stack Ethernet iso88025 tokenRing 9 returned for Token Ring ds1 18 returned for the T1 Network and DTE interface e1 19 returned for the E1 Network and DTE interface propPointToPointSerial 22 returned for V 25 EIA 530 DBU and RS 232 data ports ifMtu ifEntr
25. 010 8 pin Terminal adapter and cable kit DB 25 male to dual 6 pin modular 8 pin 6 pin 6 pin el To NMS IN OUT Pin NMS IN NMS OUT 1 Not Used Not Used 2 Signal Ground Signal Ground 3 Not Used Data Out 4 Data In Not Used 5 Signal Ground Signal Ground 6 Not Used Not Used 6 pin 9 1001 023 010 9 1001 023 010 8 pin 6 pin To NMS IN OUT Cable Diagrams 81 9 1001 063 1 DB 25 Alarm Kit chassis or standalone installation 6 pin modular to dual 6 pin modular adapter fits over TERM 1 connector 9 1001 059 1 NO or NC 6 pin EL 8 pin Alarm Contacts 9 1001 062 1 Fi Fi 9 1001 023 010 E 6 pin Common ALARM TERMI 6 pin mod to dual 6 pin mod adapter Fits on top of TERM 1 connector 9 8100 025 1 V 35 Alarm Kit V 35 chassis installation V 35 male to dual 6 pin modular adapter and cable fits over Slot 1 in the 1051 3 chassis ga 8 pin TERM 1 gaa me NO or NC 8 pin TERM 2 Modem Alarm Contact Alarm Contacts Common Sample Alarm The DB 25 to dual 6 pin modular adapter 9 8100 018 1 fits over Slot 1 in the Configuration standard 1051 2 chassis The Alarm kit 9 1001 063 1 then fits over the TERM 1 connector which is converted to both the ALARM and TERM 1 connectors Pins 1 amp 6 connect to dry c
26. 0a mib Object Identifier Tree iso 1 org 3 dod 6 internet 1 private 4 enterprises 1 txport 425 products 2 siteController mgmtUtilities 5 B mgmtUtilitiesNearIndex 1 d mgmtUtilitiesFarIndex 2 bo switchSummaryTerm1Speed 1 elementConfig 3 switchSummaryTerm2Speed 2 alarmGroups activeElements switchSummaryNMSSpeed 3 a 2 switchSummaryFlashDownload 4 switchSummaryMaintReset 5 elementConfigAddElement 1 elementConfigDelElement 2 alarmGroupsACOstatus 1 price n M RAM AD alarmGroupsTrapIndexing 2 Vi DM BA clenenc ante EDT Enya activeElementsTableEntry 1 elementConfigIndex 1 Bete Groups Add Srouy activeElementsIndex 1 elementConfigNMSId 2 nasa Cc RU activeElementsId 2 elementConfigCircuitId 3 PAANS DAN activeElementsType 3 elementConfigAlarmGroup1 4 a T D activeElementsCircuitId 4 elementConfigAlarmGroup2 5 alarn Groupslndex 1 activeElementsAlarmStatus 5 elementConfigReadCommunity 6 PUDEN Q activeElementsFarDetected 6 elementConfigWriteCommunity 7 alarmGroupsIncludeSiteAlarms 3 activeElementsFarTable 3 eleimeniConfigSystetiContact 8 qua i M 5 activeElementsFarEntry 1 elementConfigSystemName 9 activeElementsNearIndex 1 elementConfigSystemLocation 10 alarmGroupsPrimaryPhoneNumber 6 activeElementsFarIndex 2 alarmGroupsSecondaryType 7 activeElementsNearDescription 3 alarmGroupsSecondaryPhoneNumber 8 alarmGroupsIpAddress1 9 alarmGroupsIpAddress2
27. 1 2 1 10 18 11 58 dsx1FarEndTotal Table OID 1 3 6 1 2 1 10 18 12 60 dsx1FracTable OID 1 3 6 1 2 1 10 18 13 61 ddsNetConfig OID 1 3 6 1 4 1 425 2 2 1 61 ddsDteConfig OID 1 3 6 1 4 1 425 2 2 2 62 ddsDbuConfig OID 1 3 6 1 4 1 425 2 2 3 62 companylInfo OID 1 3 6 1 4 1 425 1 64 productInfo OID 1 3 6 1 4 1 425 2 1 64 Definition of Traps 00 0000005 65 Enterprise Specific Traps 0 66 Interface Traps esee 66 txport mib and dds mib Object Identifier Tree 68 8100a mib Object Identifier Tree 69 new mib Object Identifier Tree 70 B Ordering Numbers and Optional Equipment Ordering Numbers llle esee 75 Optional Equipment 0 75 Interface Comparison 0 0000 TI Cable Diagrams sse 78 9 1001 027 X tk Lotte es 78 9 1001 028 X ee eee 78 9 1001 029 2 sa oo esse s 79 9 1001 042 X iis lp IER MEER 79 9 1001 048 X ee eee 80 9 8100 019 1 veces te ees engem 80 9 1001 063 1 i eem Ret 81 9 8100 025 1 iR DRESSES 81 Sample Alarm Configuration 81 Five Year Hardware Limited War ranty What is a reference guide Where do I go for information ABOUT THIS GUIDE This is a a reference manual It provides information concerning unit configuration cabling and testing troubleshooting on a function by function basis It is not a user s guid
28. 30 read write This string is one of the dial backup units COLD START reprogramming strings 64 APPENDIX A MIB REFERENCE companylInfo OID 1 3 6 1 4 1 425 1 Table A 15 companylnfo OID Object Name Object ID User Access Object Description Get companyName companyinfo 1 read only Displays the company name TXPORT companyStatement companyinfo 2 read only Displays the company vision statement Universal Access to Core Telecom Services companyStreetAddr companyinfo 3 read only Displays the TXPORT street address 127 Jetplex Circle companyCityState companyinfo 4 read only Displays the location of TXPORT Madison AL companyTechService companyinfo 5 read only Displays the Product Support number 1 800 285 2755 companyInHouseSales companyinfo 6 read only Displays number which inside sales 1 800 926 0085 can be reached companyEmailAddr companyinfo 7 read only Displays the information e mail info Gtxport com address productinfo OID This table applies only to the 8100A Site Controller 1 3 6 1 4 1 425 2 1 Table A 16 productinfo OID Object Name Object ID User Access Object Description Get productModelNumber productInfo 1 read only Displays the product model Model 8100A number for the device currently being queried productModelDescr productInfo 2 read only Displays a brief description of Site Control
29. 8100A Site Controller VERILINK 34 00237 D Copyright Notice Trademarks Acknowledgment Copyright 2001 Verilink Corporation All rights reserved This document does not create any express or implied warranty about Verilink or about its products or services Verilink s sole warranty is contained in its product warranty The end user documentation is shipped with Verilink s products and constitutes the sole specifications referred to in the product warranty Verilink has made reasonable efforts to verify that the information contained herein is accurate but Verilink assumes no responsibility for its use or for any infringement of patents or other rights of third parties that may result The customer is solely responsible for verifying the suitability of Verilink s products for its use Specifications are subject to change without notice Manual reorder 34 00237 Revision D August 2001 Verilink is a registered trademark Verilink Corporation Any named products herein are trademarks of their respective companies The software used in the SNMP function of this product contains material derived from the following source Copyright 1989 by the Regents of the University of California All rights reserved Redistributions in binary form must reproduce the above copyright notice this list of conditions and the following disclaimer in the documentation and or other materials provided with the distribution All adv
30. 9 59 109 159 10 60 110 160 11 61 111 161 12 62 112 162 13 63 113 163 Network Interface Traps T1 El and DDS 14 64 114 164 15 65 115 165 16 66 116 166 17 67 117 167 18 68 118 168 19 69 119 169 20 70 120 170 21 71 121 171 22 72 122 172 23 73 123 173 25 75 125 175 28 78 128 178 29 79 129 179 30 80 130 180 31 81 131 181 32 82 132 182 33 83 133 183 34 84 134 184 35 85 135 185 36 86 136 186 37 87 137 187 Port FDL alarm Enterprise Specific Traps 67 Table A 17 Cleared Cleared Alarm Alarm Near Far Near Far Description Data Port Interface Traps 201 401 601 801 Data Port 2A DTR Alarm Port 1 on some units 202 402 602 802 Data Port 2B DTR Alarm Port 2 on some units 203 403 603 803 Data Port 3A DTR Alarm Port 3 on some units 204 404 604 804 Data Port 3B DTR Alarm Port 3 on some units 205 405 605 805 Data Port 4A DTR Alarm 206 406 606 806 Data Port 4B DTR Alarm 207 407 607 807 Data Port 5A DTR Alarm 208 408 608 808 Data Port 5B DTR Alarm 209 409 609 809 Data Port 6A DTR Alarm 210 410 610 810 Data Port 6B DTR Alarm Other Traps n a n a 101 151 Power Failure 2 n a n a n a External Alarm 3 n a 103 n a Communications Error 8100 specific trap 26 76 126 176 Dial Backup Unit Active 27 T 127 177 Dial Backup Unit Failed 68 APPENDIX A MIB REFERENCE txport mib and dds mib Object Identifier Tree iso 1 org 3 dod 6 internet 1 private 4 enterprises 1 txport 245 companyInfo 1 prod
31. A MIB REFERENCE ddsDteConfig OID 1 3 6 1 4 1 425 2 2 2 Table A 13 ddsDteConfig OID Object Name Object ID User Access Object Description ddsDteIndex ddsDteConfigEntry 1 read only This object is the identifier for the DTE interfaces on a managed device ddsDteRate ddsDteConfigEntry 2 read write Allows verifying or selecting the DTE data rate ddsDteFormat ddsDteConfigEntry 3 read write This variable describes the current operations format of the DTE interface ddsDteParity ddsDteConfigEntry 4 read write Allows verifying or selecting parity when operating in ASYNC mode ddsDteStopBit ddsDteConfigEntry 5 read write Allows verifying or setting the Stop Bit setting when in async mode ddsDteSendCode ddsDteConfigEntry 6 read write Allows starting a DTE BERT or verifying the setting of the DTE BERT ddsDteLoopConfig ddsDteConfigEntry 7 read write Allows setting a DTE loop or verifying the status of a DTE loop ddsDteStatus ddsDteConfigEntry 8 read only Reports the operations status of the DTE interface ddsDteInterfaceType ddsDteConfigEntry 9 read only Reports the DTE interface type being used ddsDte V54Loop ddsDteConfigEntry 10 read write Allows selecting or verifying the operational state of the V 54 option ddsDteRtsCtsDelay ddsDteConfigEntry 11 read write Allows verifying or selecting setting of the RTS to CTS delay op
32. AND OPTIONAL EQUIPMENT Table B 2 Optional Equipment for the 8100A Adapters 9 1001 015 X 9 1001 016 X 9 1001 025 2 9 1001 041 X 9 8100 018 1 9 8100A 024 1 Kits 9 1001 027 X 9 1001 028 X 9 1001 029 2 9 1001 042 X 9 1001 048 X 9 1001 063 1 9 1001 072 1 9 8100 019 1 9 8100 025 1 DCE DB 25 to DCE 8 pin modular adapter DTE DB 25 to DCE 8 pin modular adapter DB 9 female to 8 pin modular adapter DB 25 to dual 6 pin modular adapter DB 25 male to dual 6 pin mod adapter chassis Slot 1 Ethernet Token 15 to 8 pin adapter w slide lock post DCE DB 25 adapter and cable kit modem to modem DTE DB 25 adapter and cable kit terminal to terminal DTE DB 9 adapter and cable kit terminal to TERM DCE Y adapter amp cable kit modem to NMS DTE Y adapter amp cable kit terminal to NMS DB 25 alarm kit adapter and cables not for the standalone version IBM Type 3 to IBM Type 1 adapter kit for Token Ring DB 25 Terminal adapter and cable kit terminal to NMS V 35 alarm kit adapter and cable 1051 chassis slot 1 X is a variable where the value 1 is a male and 2 is a female Interface Comparison Table B 3 Interface Comparison Chart Interface Comparison 77 CCITT RS 232 V 35 RS 449 EIA 530 EIA 530 Common Name Circuit 25 pin 34 Pin 37 pin Circuit 25 Pin Frame Ground 101 1 A 1 Shield 1 Signal Ground 102 7 B 19 AB 7 Transmit Data A 103 A P 4 BA A 2 Transmit Data B 103 B 2 S 22 BA B 14 Receive Da
33. BE UNINTERRUPTED SECURE OR ERROR FREE Buyer agrees that no oral or written repre sentation advice advertisement or other statement by Verilink its reseller agent employee or representative constitutes any warranty guaran tee or modification of the foregoing disclaimer and Limited Warranty and Buyer acknowledges that no person including resellers agents employees or representatives of Verilink is authorized to assume for Verilink any other liability on its behalf except as set forth in this para graph LIMITATION ON LIABILITY IN NO EVENT SHALL VERILINK ITS OFFICERS DIRECTORS EMPLOYEES OR SUPPLIERS BE LIABLE FOR SPECIAL CONSEQUENTIAL EXEMPLARY INCIDENTAL OR PUNITIVE DAMAGES INCLUDING WITHOUT LIM ITATION DAMAGES FOR LOSS OF PROFITS BUSINESS INTERRUPTION DATA LOSS DAMAGE TO EQUIPMENT OR THE LIKE REGARDLESS OF WHETHER THE CLAIM IS BASED ON BREACH OF WARRANTY BREACH OF CONTRACT STRICT LIABILITY OR OTHER LEGAL THEORY EVEN IF VERILINK OR ITS AGENT WAS ADVISED OF THE POSSIBILITY OF SUCH DAMAGES IN NO EVENT WILL VERILINK S LIABILITY TO BUYER OR ANY SUCCESSOR TO BUYER EXCEED THE PRICE PAID FOR THE APPLICABLE GOODS LIMITED WARRANTY CONDITIONS The Limited Warranty shall be void i with respect to any Goods that have been repaired or altered outside Verilink s factory unless Verilink specifically authorized such repairs or alterations ii in the event parts not made or recommended by Verilink are used by Buyer in th
34. C 1213 43 Get Set ifNumber interfaces 1 read only The number of network Returns the number of interfaces interfaces regardless of present on the accessed unit their current state present on this system ifIndex ifEntry 1 read only A unique value for each Returns the indexed values of the interface Its value ranges unit s interfaces Refer to Introduction between 1 and the value of on page 39 for instructions on how ifNumber The value for interfaces may be accessed each interface must remain constant at least from one re initialization of the entity s network management system to the next re initialization ifDescr ifEntry 2 read only A textual string containing Returns one of the following textual information about the interface This string should include the name of the manufacturer the product name and the version of the hardware interface descriptions SLIP returned for the SLIP interface Ethernet returned for the E TR for Ethernet interface Token Ring returned for the E TR for Token Ring T1 Network Interface returned for the DS1 interface V 35 Data Port xy returned for slot x port y if a V 35 interface 530 Data Port xy returned for slot x port y if an EIA 530 interface RS232 Data Port xy returned for slot x port y if an RS 232 interface DSX Data Port xy returned for slot x port y if a DSX Data Port 2Wire FXS xy returned for slot
35. Group of Elements 2 Operation Using Two Modems 3 Operating with Ethernet Interface 3 Operating with the SLIP Interface 4 Operating Token Ring Interface 4 Telnet Session from a Remote LAN 5 Features 4 2 e sig shes pits palit anys 2 Specifications 0 0 0 o eee eee eee eee 6 SLIP Interface co RR Rr R 6 Ethernet LAN Interface 6 Token Ring LAN Interface 6 SNMP MIBs 0 00202 e eee eee 6 Access Ports sse p RES 6 POW t 2 lelesenis tburkb dA teed 6 Mechanical 2p RE ER 7 Environmental eese esses 7 Industry Listings 0 0 0 cee eee eee 7 2 Installation Unpacking and Inspection 9 Supplied Materials llle eane 9 Mounting sd voe prp UV EE bi 10 Chassis Installation 0000000 10 Interface Connections 000 cece eee 11 SURV ARCEM PE N Oa 12 Term T ea breue E E E EEA 12 TE 2 sprti uet EE e Ee AAOS 12 Internal Modem 0 0000 eee 13 SLIB iuge Rie coped be depo oes he 13 NMS este eel ice aed E ES 14 LAN Connection 0 0 00 c eee eee 15 SLIP RII EDPECPEEE DP UPRET RES 15 Bthernet mesei aane RUE REF GAAN 16 Token Ring inue EE eee eee 17 Alarm Relay Contacts 0 00 17 Standalone Unit 0 0 0 0 00 0c ee eee 17 Ch assis Unites c se eR REA IE 17 External Alarm Monitoring
36. RC dsxE1 MF 6 the Network Framing is set to EI MF dsx1E1 CRC MEF 7 the Network Framing is set to E1 CRC MF 48 APPENDIX A MIB REFERENCE Table A 4 dsx1ConfigTable OID Object Name Object ID User Access Object Description Get Set dsxlLineCoding dsx1Config read write This variable describes dsx1B8ZS 2 the dsx1B8ZS 2 the Entry 6 the variety of Zero Code Network Coding is set to Network Coding is set to Suppression used on the B8ZS B8ZS a which e fi dsx1AMI 5 the Network dsx1AMI 5 the Network abel AMORE OFIS Coding is set to AMI Coding is set to AMI characteristics dsx1JBZS refers the Jammed Bit dsx1HDB3 3 Network dsx1HDB3 3 Network Zero Suppression in coding is set to HDB3 coding is set to HDB3 which the AT amp T specification of at least one pulse every 8 bit periods is literally implemented by forcing a pulse in bit 8 of each channel Thus only seven bits per channel or 1 344 Mbps is available for data dsx1B8ZS refers to the use of a specified pattern of normal bits and bipolar violations which are used to replace a sequence of eight zero bits ANSI Clear Channels may use dsx1ZBTSI or Zero Byte Time Slot Interchange EI links with or without CRC use dsx1HDB3 or dsx1 AMI dsx1AMI refers to a mode wherein no zero code suppression is present and the line encoding does not solve the problem directly In this application the higher layer must provide data which m
37. System Location These fields display the name of the selected alarm group Pressing the spacebar reviews the names of the alarm groups specified in the Alarm Group Configuration screen Two alarm groups can be specified for each element SNMP allows for the entry of those parameters required for proper operation with an Ethernet based LAN manager This field accepts a string up to 58 characters identifying the group authorized to perform read operations The default is publicxxx where xxx is the element ID The default is displayed unless the user renames it This field accepts a string up to 58 characters identifying the group authorized for write operations This field accepts a string up to 58 characters identifying the person responsible for a network device This field accepts a string up to 58 characters identifying the functionality of the network device This field accepts a string up to 58 characters identifying the physical location of network device TCP IP Configuration Reset LAN Interface LAN Connection Unit IP Address Subnet Mask Router IP Address Filter IP Address TCP IP Configuration 33 The TCP IP Configuration screen Figure 3 7 sets the unit router and filter IP addresses for each element along with the subnet mask 6100a S C Time 03 16 49N Element Rev 12 23 1 30 Date 03 01 00 I d TCP IP Configuration RESET LAN INTERFACE Lan Conn
38. a terminal or printer The 8100A MECA Modular Embedded Community Agent is the management solution for sites with a concentration of CSUs and CSU DSUs The 8100A incorporates a tightly integrated MECA providing an d SNMP Telnet agent to units under its control This capability can be added to existing CSUs and CSU DSUs The result is a significant improvement in the management of these products and a reduction in overall equipment cost Network Figure 1 1 8100A Site Controller 2 CHAPTER 1 GENERAL 8100A Applications Operation for a Group of Elements administrators can manage multiple network connections through a single Ethernet or Token Ring interface thus enjoying the performance benefits of an embedded agent with the economy of a shared management connection For SNMP management capability the 8100A may be optioned with an Ethernet Token Ring or SLIP interface This card provides access to the SNMP agent for any unit attached to the Site Controller s NMS bus The 8100A also allows establishing a Telnet session to interface with any unit under its control The Ethernet interface can be optioned with a standard attachment unit interface AUD 15 pin connector to use with all Ethernet media types for the appropriate media attachment unit or with IOBASE T media without an AUI interface The following subsections depict a few of the various operating modes available for the 8100A Site Controller The 8100A is a si
39. ackmount model Ordering options are listed in Table B 1 using the following format F 8100 100 11ABO with F 8100 100 11010 being the default Ordering Numbers Table B 1 Description A Modem B LAN Optional Equipment 8100A Part Numbers Option 0 Without modem 1 With modem 1 NMS standard 2 IOBASE T Ethernet 3 Token Ring 4 AUI Ethernet You may also require optional equipment for the installation and operation of the unit Table B 2 lists the available option for the 8100A Table B 2 Optional Equipment for the 8100A Mounting Equipment F 1051 000 112 9 2000 001 1 9 2000 001 2 9 2000 002 1 9 2000 002 2 Power Supplies 30 00087 F 1040 000 111 F 1040 000 112 F 1041 000 110 9 1000 48V 1 MIBs 9 1000 1000 1 9 1000 4000 1 Cables 9 1001 023 010 9 1001 040 1 9 1001 062 1 1051 12 slot chassis RJ 48C 19 single unit rack mount bracket standalone 19 dual rack mount bracket standalone 23 single unit rack mount bracket standalone 23 dual rack mount bracket standalone 200 mA standalone wall mount 48 V power supply 1040 single 2 A 48 VDC power supply 1040 redundant 2 A 48 VDC power supply 1041 redundant power shelf w o supplies Spare 48 VDC power supply the 1041 holds 2 TXPORT MIB DDS MIB 8 pin mod to 6 pin mod straight through 10 6 pin to 6 pin rolled over cable NMS to NMS 6 Alarm cable 6 pin mod to alarm contacts 76 CHAPTER B ORDERING NUMBERS
40. ance24BPVS 16 iTableNearIndex 1 iTableFarIndex 2 iTableIndex 3 iDescription 4 iType 5 iSlot 6 iPort 7 iStatus 8 traplogTable 1 traplogEntry 1 bertInterfaceIndex 4 bertInterfaceSetting 5 testTable 3 performance30NearIndex 1 performance30Table 2 traplogIndex 1 performance30TableEntry 1 traplogNearIndex 2 testTableEntry 1 testNearIndex 1 testFarIndex 2 testTableIndex 3 testType 4 testLoopDirection 5 testFarLLBFraming 6 performance30FarIndex 2 performance30InterfaceIndex 3 performance30Index 4 performance30ES 5 performance30BES 6 performance30SES 7 performance30UAS 8 performance30LOFC 9 performance30CSS 10 performance30CRCES 11 performance3000FsS 12 performance30LOSS 13 performance30AISS 14 performance30RAS 15 performance30BPVS 16 traplogFarIndex 3 traplogInterfaceIndex 4 traplogTrapNum 5 traplogTimeStamp 6 traplogDeviceType 7 traplogDeleteEntry 2 traplogSortOption 3 traplogLastTimeStamp 4 unitUtilitiesTable 1 unitUtilitiesTableEntry 1 unitUtilitiesNearIndex 1 unitUtilitiesFarIndex 2 unitUtilitiesLocalPassword 3 unitUtilitiesTime 4 unitUtilitiesDate 5 unitUtilitiesMaintenanceReset 6 unitUtilitiesAlarmResetTimer 7 unitUtilitiesAlarmClear 8 74 APPENDIX A MIB REFERENCE B ORDERING NUMBERS AND OPTIONAL EQUIPMENT The 8100A Site Controller is available as a standalone or r
41. ates that no signify the operational packets can be interface is passed active and does not have a testing status down 2 user sets to signify the interface is not enabled or in an alarm condition testing 3 user sets to signify the interface has a test loop or BERT active ifOperStatus ifEntry 8 read only The current operational up 1 returned if the interface is state of the interface The active and does not have a testing testing 3 state indicates status that no operational packets down 2 returned if the interface is can be passed not enabled or in an alarm condition testing 3 returned if the interface has a test loop or BERT active ifLastChange ifEntry 9 read only The value of sysUpTime Returns the time in hundredths of a at the time the interface second when the interface was entered its current changed or reset operational state If the current state was entered prior to the last re initialization of the local network management subsystem then this object contains a zero value ifSpecific ifEntry 22 read only A reference to MIB DDS Network Interface definitions specific to the particular media being used to realize the interface For example if the interface is realized by an ethernet then the value of this object refers to a document defining objects specific to ethernet If thisinformation is not present its value should be set to the OBJECT IDENTIFIER 0
42. condary number If the secondary number fails the 8100A waits five minutes and then attempts to communicate with the primary number again When a connection is detected the 8100A outputs a notification message and then disconnects Term 2 only Allows the 8100A to enable or disable SLIP compression depending on the type of connection Options are auto enable and disable When the 8100A is equipped with an internal modem this field appears in the Management Ports screen The internal modem can be enabled or disabled Utilities Set Time Set Date New Password Utilities 37 The Utilities screen Figure 3 10 allows setting the time date and password for the 8100A It also displays the current setting for S1 6100a S C Time 03 31 49N Element Rev 12 23 1 30 Date 03 01 00 Set Time 01 73H03 25 44 Set Date 03 01 00 New Password Term 1 Baud Rate 19200 Term 2 Baud Rate 19200 NMS Baud Rate 19200 Forced DownLoad On Power Up OFF Maintenance Reset On Power Up OFF MAINTENANCE RESET ROUTE TO TERM2 Figure 3 10 Utilities Screen The current time may be entered in this field using the HH MM SS format For example 3 45 AM is entered as 0345 and 3 45 PM is entered as 1545 The current date may be entered in this field using the MM DD YY format For example July 4 1997 is entered as 070497 This field allows entry of a password of up to 10 characters An empty string carriage return
43. control board on power up Set this switch when using the Verilink Flash PROM Loader part number 9 201 1000 1 to upgrade the 8100A Flash PROM Refer to the Verilink Flash PROM Download Procedures 45 00089 for specific information concerning this procedure Open Normal Closed Forced download Immediately following a forced download S1 7 must be placed back to the Open position You can save the current 8100A configuration to a file by accessing the Utilities option in the Flash PROM Loader Once the configuration is saved you can restore that configuration by selecting the Load Configuration option and supplying the saved file name Position S1 8 forces a maintenance reset during power up This procedure deletes all the defined groups and elements and resets the 8100A database to the default values by reloading the start up default configuration parameters stored in ROM Although S1 8 is offered as an additional feature to the unit the Maintenance Reset option located on the Utilities screen is the preferred reset method Open Normal Closed Maintenance reset If the 8100A is to retain the customized configuration parameters on power up option Z i X switch S1 8 must be set to Open Once the unit is active its configuration may be changed through the terminal interface regardless of the switch settings 24 CHAPTER 3 CONFIGURATION Firmware Requirements Modem Settings Communication Parameters The terminal may be conne
44. cted to either serial port Term 1 or Term 2 on the 8100A For Verilink products to communicate with the 8100A each individual unit s NMS address must be set between and 63 Table 3 4 shows the minimum firmware revision levels required by the units Table 3 4 Firmware Requirements for Various Verilink Products Product Description Minimum Revision 1061 Multicast Revision 1 10 or later 2000 CSU Revision 2 20 or later 2048 PMU Revision 2 29 or later 3000 CSU DSU Revision 2 00 or later 3001 CSU DSU Revision 2 00 or later 3021 E1 CSU DSU Revision 1 14 or later 3030 CSU DSU Revision 2 45 or later 3060 CSU DSU Revision 2 45 or later 3101 CSU DSU Revision 2 21 or later 3102 CSU DSU Revision 2 21 or later 3111 CSU DSU Revision 2 21 or later 3112 CSU DSU Revision 2 21 or later 3131 CSU DSU Revision 2 21 or later 4001 DDS CSU DSU Revision 1 07 or later 4101 DDS CSU DSU Revision 1 01 or later 4051 CSU DSU Revision 2 21 or later 4151 CSU DSU Revision 2 21 or later 4ITDM DDS CSU DSU Revision 1 03 or later The terminal interface supports any AT command set compatible modem set to the following parameters ignore DTR enable auto answer inhibit command echo and return verbal result codes Serial bit rates of 2400 9600 19200 or 38 400 bps may be selected using option Switch S1 see page 21 When a port is to be used for a local or direct connection it should be configured as DIRECT to avoid the modem string output when the termina
45. d Minutes Returns 0 DMs encountered by a DS1 interface in one of the previous 96 individual 15 minute intervals dsxlIntervalLCVs dsxlIntervalEntry 12 read only The number of Line Code Violations Returns 0 LCVs encountered by a DS1 interface in the current 15 minute interval dsx1TotalTable OID 1 3 6 1 2 1 10 18 9 Table A 7 dsx1TotalTable OID RFC 1406 DS1 E1 MIB 55 Object ID Object Name User Access Object Description Get dsx1TotalEntry 1 dsx1TotalIndex read only The index value which uniquely Returns the ifIndex of the specified identifies the DS1 interface to which DS1 interface this entry is applicable The interface identified by a particular value of this index is the same interface as identified by the same value as a dsx1LineIndex object instance dsx1TotalEntry 2 dsx1TotalESs read only The number of Errored Seconds Returns the number of Errored encountered by a DS1 interface in Seconds per TR 54016 in the the previous 24 hour interval previous 24 hour period dsx1TotalEntry 3 dsx1TotalSESs read only The number of Severely Errored Returns the number of Severely Seconds encountered by a DS1 Errored Seconds per TR 54016 in interface in the previous 24 hour the previous 24 hour period interval dsx1TotalEntry 4 dsx1TotalSEFSs_ read only The number of Severely Errored Returns the number of Loss Of Framing Seconds encountered by a Fra
46. d in either a standalone housing or in Slot 1 of a Verilink 1051 chassis In a standalone housing these units are designed for desktop or wall mounting in either a vertical or horizontal orientation When the Verilink 8100A Site Controller is used in a 1051 chassis it must occupy Slot 1 Figure 2 1 IXPORT IXP RT IXrF RT IXr RT IXrF RT IXF RT IXrF RT IXPORT O eame we 90 5 90 90 OO x psi osm RUE ea N fn Tons Sus L a m o m o enn i uf L p LD nemus nee zie CIGAL E JEE EA eX emm cue 0 ame a C0 00 m E EIE c CEC E JEEE E JEEE E JE ST T E v A i NE NC NT NN i E Res EE E R NN i E B NN Ec E BS F Figure 2 1 Model 1051 Chassis Front View Rack mounting brackets are included with every standalone unit for mounting a standalone unit on a rack without including it in a shelf assembly Figure 2 2 Ml amp Figure 2 2 Standalone Unit with Mounting Brackets Interface Connections Six interface connections are available from the rear of the standalone or chassis units Figure 2 3 and Figure 2 4 show the rear panel connections for the standalone and a rackmount model 1051 3 respectively When an 8100A is shipped for use in the chassis sp
47. d in the entity This value is allocated within the SMI enterprises subtree 1 3 6 1 4 1 and provides an easy and unambiguous means for determining what kind of box is being managed For example if vendor Flintstones Inc was assigned the subtree 1 3 6 1 4 1 4242 it could assign the identifier 1 3 6 1 4 1 4242 1 1 to its Fred 299 Router Returns the Object Identifier for the accessed device 1 3 6 1 4 1 425 2 3 tICsuDsu 1 3 6 1 4 1 425 2 2 ddsCsuDsu 1 3 6 1 4 1 425 2 4 ceptCsuDsu 1 3 6 1 4 1 425 2 8 e1 Multicast sysUpTime system 3 read only The time in hundredths of a second since the network management portion of the system was last re initialized Returns the time in hundredths of a second since the network interface was reset sysContact system 4 read write The textual identification of the contact person for this managed node together with information on how to contact this person Returns the System Contact string for the accessed unit defaults to no system contact Sets the System Contact string for the accessed unit sysName system 5 read write An administratively assigned name for this managed node By convention this is the node s fully qualified domain name Returns the System Name string for the accessed unit defaults to no system name Sets the System Name string for the accessed unit sysLocation syst
48. d reporting of network alarms When an alarm occurs the SNMP agent sends a trap message formatted per RFC 1157 to multiple destinations on the user s network The generic trap type is enterpriseSpecific generic trap 7 Network problems often cause more than one alarm type In this case multiple trap messages are generated each with a different specific trap type Some alarm types do not apply to certain products The Trap PDU has six mandatory fields as shown in the lower level of Figure A 3 PDU Tag PDU Length PDU Field Value Enterprise Agent Address Generic Trap Specific Trap Time Stamp VarBindList Figure A 3 Trap PDU Format The Enterprise field is composed of the Object Identifier of the MIB branch containing the trap definitions Returns 1 3 6 1 4 1 425 4 txport traps The Agent Address Field is the agent s IP address unit This further identifies the trap sender to the NMS receiving the trap The Generic Trap field contains an integer value that represents one of the standard predefined traps for SNMP The Specific Trap field contains trap values defined for a particular enterprise The values in this field are defined in the txport mib and the following tables The list is broken down in specific sections to group trap definitions by use The Time Stamp field contains the time the trap was generated in the form of time ticks that have elapsed since
49. d to monitor external alarms form other collocated devices It provides alarm and SNMP trap notification for these external alarms see External Alarm Monitoring on page 18 for more information Table 2 1 lists the pinout assignments Table 2 1 SUPV and Term 1 Pinout Assignments Pin Assignment Signal Ground 1 External Alarm Lead A 2 Signal Ground 3 Data Out 4 Data In 5 6 External Alarm Lead B Term 2 labeled Port 1 on the standalone unit is a general purpose serial port It allows interface access with the 8100A and also alarm reporting functions It is accessible from the rear panel of a standalone model For the rackmount model Term 2 is located on the Slot 1 adapter at the rear of the 1051 chassis You must attach one of the following adapter kits to allow this port full functionality Refer to Appendix B for specific adapter and cable information 1051 2 DB 25 to Dual 6 pin Modular Adapter part number 9 1001 041 X 1051 3 V 35 Alarm Kit part number 9 8100 025 1 Interface Connections 13 Term 2 is a serial RS 232 DCE port configured for 8 bits no parity and 1 stop bit Table 2 2 lists the pinout assignments Table 2 2 Term 2 Pinout Assignments Pin Assignment Not Used Signal Ground Data Out Data In Signal Ground Not Used QV UA FW N Internal Modem If Term 2 is equipped and configured with an internal modem the modem pinout assignments in Table 2 3 are valid Table 2 3 Interna
50. d to the factory shipping prepaid and packaged to the best commercial standard for electronic equipment Verilink will pay shipping charges for delivery on return The Buyer is responsible for mode and cost of shipment to Verilink The Buyer must have a Return Material Authorization RMA number marked on the shipping package Products sent to Verilink without RMA numbers will be returned to the sender unopened at the sender s expense A product sent directly to Verilink for repair must first be assigned a Return Material Authorization RMA number The Buyer may obtain an RMA num ber by calling the Verilink Customer Service Center at 1 800 926 0085 extension 2282 or 2322 When calling Verilink for an RMA the Buyer should have the following information available Model number and serial number for each unit Reason for return and symptoms of problem Purchase order number to cover charges for out of warranty items Name and phone number of person to contact if Verilink has questions about the unit s A return address will be provided at the time the RMA number is issued The standard delivery method for return shipments is Standard Ground for domestic returns and International Economy for international returns unless otherwise specified GOVERNING LAW This Agreement is governed by the laws of the State of Alabama U S A without reference to its conflicts of law provi sions The provisions of the UN Convention on Contracts for the In
51. describes the mode inwhich data is being sent from the ddsDbuConfig OID 1 3 6 1 4 1 425 2 2 3 Table A 14 ddsDbuConfig OID Object Name Object ID DDS unit back towards the network User Access Object Description ddsDbuIndex ddsDbuConfigEntry 1 read only This object is the identifier of the Dial Backup interface on a managed device ddsDbuRate ddsDbuConfigEntry 2 read write Allows selecting or verifying the Dial Backup rate ddsDbuCallMode ddsDbuConfigEntry 3 read write Allows selecting or verify the call response mode ddsDbuDataMode ddsDbuConfigEntry 4 read write Allows user to select or verify data mode for dial backup sync or async Table A 14 ddsDbuConfig OID Object Name Object ID RFC 1406 DS1 E1 MIB 63 User Access Object Description ddsDbuNumber ddsDbuConfigEntry 4 read write Displays the string that allows verifying or setting the dial backup number ddsDbuStatus ddsDbuConfigEntry 6 read only Reports the current status of the dial backup unit ddsDbuCommand ddsDbuConfigEntry 7 read write This object is the identifier of the current setting that the Dial Backup Unit is operating in ddsDbuActivator ddsDbuConfigEntry 8 read write This object is the identifier of the current trigger that will activate the Dial Backup Unit ddsDbulnitStr ddsDbuConfigEntry 9 read write This string
52. ds for the 8100A y The password is case sensitive Time HH MM SS Date MM DD YY Enter Password Xo eee x Start Date MM DD YY Start Time HH MM SS Me RS MEI DM aS ee MESSAGE S SSSR SS SS eS ee Ei Figure 3 3 Password Screen 26 CHAPTER 3 CONFIGURATION Screen Components Cursor Controls Terminal Interface screens have several common components Device Type Revision The device type such as 8100A S C and the hardware software revision control numbers are shown in the upper left corner of the screen hardware revision is first and software revision is second Refer to these numbers when contacting the factory with inquiries Date Time The top right corner of the terminal screen displays the current date and time The setting of these functions is described in Utilities on page 37 Menu Title The menu title third line center denotes the general classification of accessible functions such as SITE CONTROLLER Messages The bottom line may display various diagnostic or warning messages The terminal interface uses a highlighted cursor to make selections from menus and select fields within screens to be operated on The cursor is moved in different ways depending on the terminal emulation program used Most programs allow using the Tab and Shift Tab keys Others allow using the arrow keys Once a field is highlighted press the spacebar to review the choices and the Enter key to make a selection
53. e 5 analogDteMode 6 analogDteState 7 analogDteElementID 8 analogDteSignalling 9 analogDteDNISDelay 10 analogDteTxGain 11 analogDteRxGain 12 connectionTable 1 connectionTableEntry 1 connectionNearIndex 1 connectionFarIndex 2 connectionTableIndex 3 connectionTableDescription 4 connectionChannelTable 2 connectionChannelEntry 1 connectionChannelNearIndex 1 connectionChannelFarIndex 2 connectionChannelLineIndex 3 connectionChannelIndex 4 channelInterfaceAssignment 5 channelInterfaceDescription 6 channelInterfaceChannel 7 channelSignalling 8 new mib Object Identifier Tree 73 bertTable 1 performance24Table 1 iTable 1 bertTableEntry 1 performance24TableEntry 1 iTableEntry 1 bertNearIndex 1 bertFarIndex 2 bertIndex 3 bertPattern 4 bertLength 5 bertPatternSync 6 bertElapsedTime 7 bertBitErrors 8 bertErroredSeconds 9 bertPercentEFS 10 bertCommand 11 bertInterfaceTable 2 bertInterfaceTableEntry 1 bertInterfaceNearIndex 1 bertInterfaceFarIndex 2 bertChipIndex 3 performance24NearIndex 1 performance24FarIndex 2 performance24InterfaceIndex 3 performance24Index 4 performance24ES 5 performance24BES 6 performance24SES 7 performance24UAS 8 performance24LOFC 9 performance24CSS 10 performance24CRCES 11 performance240OFS 12 performance24LOSS 13 performance24AISS 14 performance24RAS 15 perform
54. e Goods or iii if the Goods are used by Buyer other than in the manner intended by Verilink or other than in conformance with operating instructions and specifications provided by Verilink MODIFICATIONS BY VERILINK Minor deviations from specifications that do not materially affect performance of the Goods covered hereby as mutually agreed upon by Verilink and Buyer shall not be deemed to constitute a breach of the Limited Warranty Verilink also reserves the right to discontinue Goods and change specifications for Goods without notice provided such changes do not adversely affect the performance of the Goods manufactured by Verilink or do not reduce performance below any applicable contract specifications between Ver ilink and the Buyer Verilink also reserves the right to make product improvements without incurring any obligations or liability to make the same changes in Goods previously manufactured or purchased Non payment of any invoice rendered within the stated payment terms automat ically suspends the application of but not the running of the Limited Warranty for the duration of the non payment AMENDMENT OF WARRANTY TERMS These terms and conditions of this Hardware Limited Warranty may be revised by Verilink from time to time in its sole discretion The terms and conditions in effect at the time of purchase will apply to such Goods RETURN OF GOODS If for any reason the Buyer must return a Verilink product it must be returne
55. e brouillage radio lectrique edict par le minist re des Communications du Canada Verilink offers the following services Technical Assistance Center for free 24x7 telephone support for installation maintenance and troubleshooting at 800 285 2755 and support G verilink com Return Materials Authorization RMA 800 926 0085 ext 2282 Maintenance contracts and leasing plans 866 665 1515 Web site at www verilink com Verilink s policy for product returns is provided in the warranty statement at the I back of this document iv Safety Precautions When handling this equipment follow these basic safety precautions to reduce the risk of electric shock and injury Follow all warnings and instructions marked on the product and in the manual Unplug the hardware from the wall outlet before cleaning Do not use liquid cleaners or aerosol cleaners Use a slightly damp cloth for cleaning Do not place this product on an unstable cart stand or table It may fall causing serious damage to the product Slots in the unit are provided for ventilation to protect it from overheating These openings must not be blocked or covered Never place this product near a radiator or heat register This product should be operated only from the type of power source indicated on the marking label and manual If you are unsure of the type of power supply you are using consult your dealer or local power company Do not allow anything to rest o
56. e containing step by step procedures This manual is designed to be used for specific information about a command menu field port etc Unless otherwise noted the information in this manual applies only to the 8100A Site Controller also referred to as the unit The chapters and appendices in this manual are arranged for quick reference You do not have to read previous chapters to understand the subsequent chapters General Describes product features and specifications Installation Describes unit port connections and powering information Configuration This chapter describes the menu screens and conventions accessed through the VT100 interface Management Information Base MIB Reference This appendix provides the menutrees for TXPORT and DDS MIBs Ordering Numbers and Optional Equipment This appendix lists ordering numbers optional equipment part numbers and applicable cable diagrams viii ABOUT THIS GUIDE Conventions Convention The following table lists the conventions that are used throughout this guide Description gt eB Enter versus Type Syntax vs Command Text represented as screen display Text represented as commands Keys Italics underline A notice calls attention to important features or instructions A caution alerts you to serious risk of data loss or other results that may cause you or the unit trouble if the warning is not heeded A warning alerts you to the ri
57. e pinout assignments for the Token Ring card Table 2 7 Token Ring Pinout Assignments with Adapter p n 9 8100 024 1 Pin Token Ring Interface 3 Data Out 4 Data In 5 Data In 6 Data Out 4 The standalone unit and the chassis unit provide rear panel alarm relay contacts These dry isolated alarm contacts allow connection to a remote indicating device The rating for the contacts is 30 volts and 1 ampere maximum The alarm connection is made on pins 5 and 6 of the Alarm Power connector as shown in Table 2 8 Table 2 8 Alarm Power Pinout Assignments Pin Function 48 VDC Return Signal Ground 48 VDC Frame Ground Alarm Contact QV UA fF WN e Alarm Common Alarm conditions from all modules in the chassis are bused together in parallel and are presented on a single set of alarm relay contacts TB1 pins 3 Alarm Tip and 4 Alarm Ring allowing connection to a remote indicating device All modules in a common chassis must operate in the normally open NO mode Connections to the contacts should use 20 gauge stranded wire or similar Contacts are rated at 120 mA AC or DC 18 CHAPTER 2 INSTALLATION External Alarm Monitoring Power Connection Standalone Unit Chassis Unit The 8100A can monitor an external device through Term 1 by using the external alarm connections pins 1 and 6 defined in Table 2 1 on page 12 This feature provides alarm and SNMP trap reporting
58. e ready to manage the TXPORT products If you have any questions please call TXPORT Product Support The 8100A Site Controller which conforms to RFC 1213 for MIB II and RFC 1406 for DS1 also supports txport mib and DDS mib RFC 1213 41 This appendix describes in detail how the 8100A Site Controller embedded SNMP agent conforms to the RFCs and enterpriseSpecific MIBs RFC 1213 RFC 1213 defines the objects in the system and interface tables of the MIB II specification The remaining sections of MIB II are supported but not specified here system OID 1 3 6 1 2 1 1 Table A 2 system OID Object User Name Object ID Access Object Description Get Set sysDescr system 1 read only A textual description of the entity This Returns the string for the accessed value should include the full name and device version identification of the system s hardware type software operating system and networking software It is mandatory that this only contain printable ASCII characters TXPORT 2000 T1 CSU TXPORT 2048 E1 PMU TXPORT 3000 T1 CSU DSU TXPORT 3001 CSU DSU TXPORT 3002 CSU DSU TXPORT 3021 El CSU DSU TXPORT 3030 T1 CSU DSU TXPORT 3060 T1 CSU DSU TXPORT 1061 E1 MULTICAST TXPORT 4001 DDS CSU DSU TXPORT 4051 CSU DSU TXPORT 4101 DDS CSU DSU TXPORT 4151 CSU DSU TXPORT 8100A w SNMP Agent sysObjectID system 2 read only The vendor s authoritative identification of the network management subsystem containe
59. eA athe TE Ram red localTiming 2 the localTiming 2 the receive clock js used s de is set to Ae a is set to the t taod nternal Clock nternal Clock ua e 3 throughTiming 3 the throughTiming 3 the localTiming indicates Network Timing is set to Network Timing is set to that a local clock source some other source than Port 1 Timing is used Network or Interval throughTiming indicates that recovered receive clock from another interface is used as the transmit clock dsx1Fdl dsx1Config read write This bitmap describes Returns a sum of the No action this parameter Entry 13 the use of the facilities data link and is the sum of the capabilities other indicates that a protocol other than one following is used dsx1Ansi T 1 403 refers to the FDL exchange recommended by ANSI dsx1Att 54016 refers to ESF FDL exchanges dsx1Fdl none indicates that the device does not use the FDL following other 1 Rem Comm Channel is active dsx1Ansi T1 403 2 the Network Framing is ESF and PRM Enable is Enabled dsx1Att 54016 4 the Network Framing is ESF or Rem Comm Channel is active therefore TR 54016 messaging is active dsx1Fdl none 8 the Network Framing is D4 and there is no active Rem Comm Channel may not be changed dsx1CurrentTable OID 1 3 6 1 2 1 10 18 7 Table A 5 dsx1iCurrentTable OID Object Name Object ID User Access Object Descrip
60. eIUASAlarm 21 tle1CSSStatus 22 tlelCSSCount 23 tle CSSThreshold 24 tle1CSSAlarm 25 tle I BPVSStatus 26 tlelBPVSCount 27 tle BPVSThreshold 28 tlel BPVSAlarm 29 tlelOOFSStatus 30 tlelOOFSCount 31 tleIOOFSThreshold 32 tleIOOFSAlarm 33 tlelAISStatus 34 tle1 AlSCount 35 tlel AISThreshold 36 tle1AlISAlarm 37 tle1RASStatus 38 tlel1RASCount 39 tlelRASThreshold 40 tlelRASAlarm 41 tlel AlarmResetTimer 42 tlel AlarmReset 43 mgmtPortsTable 1 mgmtPortsTableEntry 1 mgmtPortsTableIndex 1 mgmtPortsDescription 2 mgmtPortsElementID 3 mgmtPortsMode 4 mgmtPortsDialPrefix 5 mgmtPortsPrimaryDialString 6 mgmtPortsSecondaryDialString 7 mgmtPortsExtInitString 8 mgmtPortsCompressedSlip 9 mgmtPortsInternalModem 10 72 APPENDIX A MIB REFERENCE ddsNetConfigTable 1 ddsNetConfigTableEntry 1 ddsNetConfigNearIndex 1 ddsNetConfigFarIndex 2 ddsNetConfigIndex 3 ddsNetDescription 4 ddsNetRate 5 ddsNetMode 6 ddsNetTimingSource 7 ddsNetRemComm 8 ddsNetCircuitAssur 9 ddsNetAntiStrTimer 10 ddsNetAlarmTable 2 ddsNetAlarmTableEntry 1 ddsNetAlarmNearIndex 1 ddsNetAlarmFarIndex 2 ddsNetAlarmIndex 3 ddsNetStatusSummary 4 ddsNetAlarmSummary 5 ddsNetLOSStatus 6 ddsNetLOSCount 7 ddsNetLOS Threshold 8 ddsNetLOSAlarm 9 ddsNetOOFStatus 10 ddsNetOOFCount 11 ddsNetOOFThreshold 12 ddsNetOOFAlarm 13 ddsNetOOSStatus 14 ddsNetOOSCo
61. ecial adapters are available that convert the high speed Interface Connections 11 Rd T NMS IN port DB 25 or 34 pin connector in 1 Slot 1 to two 6 pin modular jacks for ime Gu interface to the 8100A s user serial ports see page 75 The 8100A does PORT 1 r 1 not have a V 35 or EIA 530 interface 6 It uses the connector on the chassis pong along with an adapter to provide Term p 1 and Term 2 connections on the rear x y ERU i 3 48V DC of the chassis as well as an external c eles alarm 5 ALM RING q 6 ALM TIP I The 1051 2 chassis option uses a 6 DB 25 connector and requires an appropriate adapter part number 9 8100 018 1 and kit part number 48VDC O Figure 2 3 8100A Standalone Rear Panel 9 1001 063 1 to connect to devices that use the standard 25 pin EIA 530 interface The pin interface comparisons are detailed on page 77 The 1051 3 chassis uses a V 35 connector and requires an appropriate adapter cable part number 9 8100 025 1 to connect to devices that use the standard 34 pin V 35 interface The pin interface comparisons are detailed on page 77 p NMS A amp NMS B IN AND OUT ARE NON TELECOM T1 CONNECTORS Mis rill our Les portes d entree sortie NMS A amp NMS B sont des connecteurs non telecommunication T1 our Ti NET o 12 NET nET nET NET NET NET NET NET nET NET t ie E E ma j E E E E E
62. econds per TR interface in one of the 54016 in the specified previous 96 individual 15 15 minute interval for minute intervals the far end dsx1FarEndIntervalDMs dsx1FarEndIntervalEntry 11 read only The number of Degraded Returns 0 Minutes DMs encountered by a DS1 interface in one of the previous 96 individual 15 minute intervals 60 APPENDIX A MIB REFERENCE dsx1FarEndTotal Table OID 1 3 6 1 2 1 10 18 12 Table A 10 dsx1FarEndTotal Table OID Object Name Object ID User Access Object Description Get dsxlFarEndTotallndex dsx1FarEndTotalEntry 1 read only The index value which uniquely Returns the ifIndex of the identifies the DS1 interface to specified DS1 interface which this entry is applicable The interface identified by a particular value of this index is the same interface as identified by the same value an dsx1LineIndex object instance dsxlFarEndTotalESs dsx1FarEndTotalEntry 2 read only The number of Far End Errored Returns the number of Errored Seconds encountered by a DS1 Seconds per TR 54016 in the interface in the previous 24 hour previous 24 hour period for interval the far end dsx1FarEndTotalSESs dsx1FarEndTotalEntry 3 read only The number of Far End Returns the number of Severely Errored Seconds Severely Errored Seconds per encountered by a DS1 interface TR 54016 in the previous in the previous 24 hour interval 24 hour period f
63. ection None Unit I P Address 000 000 000 000 Subnet Mask 000 000 000 000 Router I P Address 000 000 000 000 Filter I P Address 000 000 000 000 Filter I P Address 000 000 000 000 Filter I P Address 000 000 000 000 Filter I P Address 000 000 000 000 Filter I P Address 000 000 000 000 Filter I P Address 000 000 000 000 Filter I P Address 000 000 000 000 Filter P Address 000 000 000 000 RESTS SRT SSR SRE AA Messages Sanon Sa Sr RSS Sa Rte Re SS ana Figure 3 7 TCP IP Configuration Screen For changes to take effect restart the unit Selecting this field brings up a confirmation prompt asking whether to proceed with the reset or not Displays the type of interface installed and if applicable the connection rate SLIP Ethernet and Token Ring This field accepts IP addresses Each device connected to the LAN is required to have a unique IP address identifier This field requires a numeric entry consisting of four octets with a value of 0 to 255 Each octet is separated by a period This field is provided to manually enter the subnet mask setting This field requires a numeric entry consisting of four octets with a value of 0 to 255 Each octet is separated by a period This field accepts the IP address of the default router This field requires a numeric entry consisting of four octets with a value of 0 to 255 Each octet is separated by a period These eight fields accept the IP addr
64. eets or exceeds the pulse density requirements such as inverting HDLC data Table A 4 dsx1ConfigTable OID RFC 1406 DS1 E1 MIB 49 Object Name Object ID User Access Object Description Get Set dsxlSendCode dsx1Config read write This variable indicates dsx1SendNoCode 1 the dsx1SendNoCode 1 Entry 7 what type of code is unit is not ina BERT Test disable near end BERT being sent across the and not sending a PLB or tests DS1 interface by the LLB loopup loopdown dsx1SendLineCode device The values mean request to the far end 2 the unit will transmit dsx 1SendNoCode dsx1SendLineCode an in band LLB loopup sending looped or 2 the unit is signal normal data transmitting an in band dsx1SendPayload LLB loopup signal Since Code 3 the unit will dsxl SendLineCode this occurs so quickly this send an out of band PLB sending a request for a response probably will not loopup request to the far line loopback be seen end dsxlSendPayloadCode dsx1SendPayload dsx1SendResetCode 4 sending a request for a Code 3 the unit is the unit will send either an payload loopback sending an out of band in band LLB Mcr PLB loopup request to the signal or an out of ban aee endResetCode far end d since this PLB loopdown request sending 4 loopback occurs so quickly this dsx1SendQRS 5 the termination request response probably will not unit will initiate a Network dsx 1SendQRS be seen BERT transmitting QRSS sending a Quasi Rando
65. eld accepts the telephone number used with the DIAL reporting method The dial string prefix is entered in the Management Ports screen page 35 Name The name given to the alarm group is typed in this field The default name is Group x where x is the number from 1 to 16 entered in the ADD field This name may be changed but the field cannot be left empty If a name is deleted from this field and the screen is exited without entering a new name the alarm group is deleted from the database If any group is deleted later all empty groups are also deleted Include Site Alarms This Yes or No field determines whether site controller alarms are reported in the group 8100A alarms can include Communication Failure There is a failure on the NMS bus External Alarm There is a failure on an external device Device Reset The 8100A is in a power cycle reboot Power Failure A power failure has occurred An alarm group is deleted from this field by entering the group s identification number and pressing the Enter key A prompt appears in the message area to confirm the deletion Element Configuration ADD DEL Circuit ID Element Configuration 31 The Element Configuration screen Figure 3 6 sets the configuration parameters for the network elements When an unconfigured element is detected on the network the 8100A automatically creates a record in the database for that element Default values are given for the Element Name and
66. em 6 read write The physical location of this node e g telephone closet 3rd floor Returns the System Location string for the accessed unit defaults to no system location Sets the System Location string for the accessed unit 42 APPENDIX A MIB REFERENCE Table A 2 system OID Object User Name Object ID Access Object Description Get Set sysServices system 7 read only A value which indicates the set of Returns a value of 72 which services that this entity primarily offers represents a host offering The value is a sum This sum initially application services takes the value zero Then for each layer L in the range 1 through 7 that this node performs transactions for 2 raised to L 1 is added to the sum For example a node which performs primarily routing functions would have a value of 4 2375 In contrast a node which is a host offering application services would have a value of 72 Q 27b Note that in the context of the Internet suite of protocols values should be calculated accordingly layer functionality physical e g repeaters 2 datalink subnetwork e g bridges 3 internet e g IP gateways 4 end to end e g IP hosts 7 applications e g mail relays For systems including OSI protocols layers 5 and 6 may also be counted ifTable OID 1 3 6 1 2 1 2 Table A 3 ifTable OID Object Name Object ID User Access Object Description RF
67. erface the 8100A supports terminal a Remote LAN access locally or remotely A Telnet session may be established from any remote LAN segment to the site controller An SNMP management station may also access remote elements via the Site Controller Bridge Router 1051 Shelf A Ethernet eene gt Se LAN ee S La eB Telnet SNMP Tu Session Manager m Se Eri Db a 7 aE MAN NETWORK via modem 3100 Series Bridge Router CDU DSU Ethernet LAN Figure 1 7 Telnet Session from a Remote LAN Features Two serial ports support connections for terminal interfaces external modems or alarm reporting Optional internal modem on Port 2 Allows SNMP management of all intelligent Verilink network access products A single LAN interface with one IP address serves as an SNMP agent for multiple elements SNMP management of remote elements under 8100A control from a LAN interface Integral SLIP interface with optional Ethernet or Token Ring NIC CHAPTER 1 GENERAL Specifications SLIP Interface Ethernet LAN Interface Token Ring LAN Interface SNMP MIBs Access Ports Power Connection Data Rate Compression Network Protocol Access Method Data Rate Encoding Connection Compatibility Network Protocol Data Rate Co
68. ertising materials mentioning features or use of this software must display the following acknowledgment This product includes software developed by the University of California Berkeley and its contributors Neither the name of the University nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission This software is provided by the regents and contributors as is and any express or implied warranties including but not limited to the implied warranties of merchantability and fitness for a particular purpose are disclaimed In no event shall the regents or contributors be liable for any direct indirect incidental special exemplary or consequential damages including but not limited to procurement of substitute goods or services loss of use data or profits or business interruption however caused and on any theory of liability whether in contract strict liability or tort including negligence or otherwise arising in any way out of the use of this software even if advised of the possibility of such damage FCC Requirements Canadian Emissions Requirements Customer Service a ik aa min fl AER SE E E E E i d Do This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of FCC Rules These limits are designed to provide reasonable protection against harmful interference when
69. ess of the source packet filter If any of these fields are set access is allowed only by the specified IP addresses This field requires a numeric entry consisting of four octets with a value of 0 to 255 Each octet is separated by a period 34 CHAPTER 3 CONFIGURATION SNMP Configuration Read Community Write Community System Contact System Name System Location Trap Indexing The SNMP Configuration screen Figure 3 8 allows setting the parameters required to operate with an Ethernet Token Ring based LAN manager The SNMP fields consist of alphanumeric entries only no selectable parameters 8100A S C Time 03 18 28 Element Rev 12 23 1 30 Date 03 01 00 Read Community public Write Community System Contact no system contact System Name no system name System Location no system location BOTH Trap Indexing Figure 3 8 SNMP Configuration Screen The following five menu items require an entry of up to 58 characters identifying the appropriate group person device function or unit location This field accepts a character string identifying the group authorized to perform read operations The default is public it is renamed This field accepts a string identifying the group authorized for write operations This field accepts a string identifying the person responsible for a network device This field accepts a string identifying the functionality of the network device This field accepts a string ident
70. ifying the physical location of network device This field is used to select the method of indexing for SNMP trap reporting Management Ports Site Name Mode Management Ports 35 The Management Ports screen Figure 3 9 allows establishing the port connection parameters for each element 6100A S C Time 03 20 1N Element Rev 12 23 1 30 Date 03 01 00 Mode COA DIRECT Dial String Prefix ATDT Ext Modem Init String ATEMQV1S10 1S0 1 amp S0 Sess S Ss SSS se SS Se SS SSS SSS Naa a e pei Mode COA DIRECT Slip Primary Dial String Slip Secondary Dial String Dial String Prefix ATDT Ext Modem Init String ATEMQV1S10 1S0 1 amp S0 Compressed Slip AUTO RESTS SRP SSR SRE A Messages Sanon im Sr memorem Figure 3 9 Management Ports Screen Up to 27 characters may be typed in this field to signify the name of the site controller This field displays the method used by this port to report alarms COA Press the spacebar to make one of the selections shown below Disabled Alarm reporting is disabled for this port Dial Sends reports to a remote modem through an AT command set compatible modem connected to the element s serial port This is the default setting for Term 2 if the optional internal modem has been selected Direct Sends reports to a device such as a printer or a terminal which is connected directly to the element This is the default setting for Term 1 Ext Ala
71. in Table 2 9 ACO ea y Table 2 9 8100A Controls and Indicators 785 Control Indicator Description Wen Tiz he STATUS The unit has two LED indicators beneath the front panel bezel that are exposed whether the access door is open or closed These general status LEDs provide a quick check of the unit s LJ H operating condition Go or No Go If neither LED is lit the unit is not powered If the green LED is lit the unit is powered and functioning normally If the red LED is lit there are alarm messages waiting to be reported ACO This yellow LED lights whenever the alarm cut off switch is placed in the left or On position It indicates that the alarm relay contacts are disabled Call on alarms are still active ACO SW The alarm cut off switch controls the alarm relay circuitry If the switch is placed in the left or On position this circuitry is deactivated The call on alarms are still active uco Figure 2 6 8100A Front Panel Activity These two small recessed LEDs are Indicators provided to indicate activity on the SUPV port Tx Rx SUPV This 6 pin modular jack provides direct terminal access for controlling the unit and gathering performance data Dial access to the unit is done by connecting an external modem to this port and setting Term 1 to the appropriate bit rate page 22 20 CHAPTER 2 INSTALLATION J1 S1 Accessing J1 and S1 CONFIGURATION This chapter covers the information
72. iption Get dsxlFarEndCurrentLESs dsx1FarEndCurrentEntry 9 read only The number of Far End Returns the number of Line Errored Seconds Bipolar Violation encountered by a DS1 Seconds per TR 54016 interface in the current 15 in the current 15 minute minute interval interval for the far end dsxlFarEndCurrentPCVs dsx1FarEndCurrentEntry 10 read only The number of Far End Returns 0 Path Coding Violations reported via the far end block error count encountered by a DS1 interface in the current 15 minute interval dsxlFarEndCurrentBESs dsx1FarEndCurrentEntry 11 read only The number of Bursty Returns the number of Errored Seconds BESs Bursty Errored Seconds encountered by a DS1 per TR 54016 in the interface in the current 15 current 15 minute minute interval interval for the far end dsx1CurrentDMs dsx1FarEndCurrentEntry 12 read only The number of Degraded Returns 0 Minutes DMs encountered by a DS1 interface in the current 15 minute interval 58 APPENDIX A MIB REFERENCE dsx1FarEndinterval Table OID 1 3 6 1 2 1 10 18 11 Table A 9 dsx1FarEndInterval Table OID Object Name Object ID User Access Object Description Get dsx1FarEndIntervalIndex dsx1FarEndIntervalEntry 1 read only The index value which Returns the ifIndex of uniquely identifies the DS1 the specified DS1 interface to which this entry interface is applicable The interface identified
73. it 42 Local Remote 28 Far Circuit 16 Remote 63 Circurt 23 Local m ene Sa A esie pesti eism iE Messages come ies tere a A iust etae s E Figure 3 4 Active Element List Screen This column lists the NMS Bus numter 1 to 63 to the left and indicates if a far end unit is connected on the right DSU MP Far shows a selectable field in a Slot 2 to 5 DSU 1A to 6A format If a far end unit is detected a Far selection appears beside the element ID which represents the far end unit If the Enter key is pressed with the highlighted cursor on one of these ID fields that element s configuration screen appears displaying the menu items for that element This column lists the names of all circuits associated with the units which the Site Controller recognizes This column displays the current status of an element OK No alarm thresholds have been exceeded 28 CHAPTER 3 CONFIGURATION Alarm Group Configuration Local Element is in an alarm condition Remote Far end unit is in alarm condition Local Remote Both units are in alarm condition The Alarm Group Configuration screen Figure 3 5 allows configuring the alarm groups The 8100A continually polls the elements connected to the NMS bus for changes in alarm status When a change is detected the information is stored in an alarm queue to be reported to an external device This queue has enough storage capacity to allow a significant amount of time to elapse
74. l 1536000 up up 0 0 PRISM 3021 1 of E1 Network Port el 2048000 up UNK mib 2 2 8 E1 DTE Port dsl 2048000 up up 0 0 PRISM 3030 1 9 T1 Network Interface dsl 1544000 up up mib 2 2 10 T1 D I Port dsl 768000 up up 0 0 3 11 530 Data Port 3A propPointToPointSerial 280000 up up 0 0 4 12 530 Data Port 3B propPointToPointSerial 0 up down 0 0 TXPORT and DDS MIBs Generic MIB The MIBs were written using the standard ASN 1 notation Any standard SNMP Loading manager should be able to compile the MIBs Although the exact procedure for loading Instructions MIBs may vary from one platform to another the following basic steps are the same The SNMP manager has a directory for MIBs Copy the files DDS MIB and TXPORT MIB into this directory The MIBs are sent out on a DOS formatted diskette therefore a DOS2UNIX command may have to be used for UNIX workstations typical directories are snmp mibs for OpenView bin for SunNet Manager and mibfiles for Castle Rock SNMPc Start the SNMP manager if it is not already running Select one of the menu selections or selection subheadings that contains the SNMP MIB operations this is Options subheading for HP OpenView and Config subheading for SNMPc Choose the option for LOADING or COMPILING MIBs You must specify which MIBs to load If the manager only allows one MIB to be loaded at a time load the file TXPORT MIB before loading the DDS mib Once the manager has successfully loaded the MIBs you ar
75. l Modem Pinout Assignments Pin Assignment 1 Not Used 2 Not Used 3 Telco Tip 4 Telco Ring 5 Not Used 6 Not Used y The 8100A unit is not connected directly to the telecommunications network and is not subject to the restrictions necessary for network connection However if used with a modem the modem can be connected to the telecommunications network The modem option provided by Verilink is FCC Part 68 certified Verilink can supply the cable type which must be used when the unit is set for the internal modem mode Refer to Appendix B for modem kit ordering information SLIP The SLIP connection connects to Term 2 only Table 2 4 SLIP Pinout Assignments It allows dial or direct access to the SLIP protocol SLIP is a serial RS 232 DCE port configured for 8 bits no parity and 1 stop bit Table 2 4 lists the pinout assignments 7 m Assignment Control Out Signal Ground Data Out Data In Signal Ground Control In 14 CHAPTER 2 INSTALLATION NMS The NMS port allows multiple units to be connected in a daisy chain bus arrangement as shown in Figure 2 5 This allows centralized menu access and alarm reporting for any Verilink unit in the chain The OUT port of one unit is connected to the IN port of the next unit to form a complete chain among the group of units E NMS A amp NMS B IN AND OUT ARE NON TELECOM T1 CONNECTORS Les portes d entree sortie NMS A amp NMS B sont des connecteurs no
76. l is connected see page 35 For remote access from a terminal Term 1 and or Term 2 may be configured to operate with an AT command set modem When a port is set to DIAL it outputs a modem configuration string before placing each call The terminal interface requires an ANSI compatible VT100 terminal ASCII or an VT100 terminal emulation program such as PROCOMM PLUS The terminal interface uses ASCII break and escape commands y Refer to your terminal emulation program reference manual for specific information concerning the use of break and escape commands and also setting the communication parameters Interface Startup Interface Startup 25 The proper communication parameters must also be set on the terminal Bit Rate Refer to the S1 settings page 21 Parity None Data Bits 8 Stop Bits 1 Once a correctly configured terminal is connected to the 8100A you may access the terminal interface by sending either a Break command or pressing the Enter key four consecutive times to the unit The 8100A Site Controller Main Menu screen appears amp Make sure the connect string has been sent by the modem before sending a Break Otherwise the modem hangs up If a password has been established the Password screen appears before accessing the Main Menu Figure 3 3 You must enter the correct password to access the 8100A Main Menu Refer to the Utilities screen page 37 for information on establishing and maintaining passwor
77. lement s alarms are then reported as defined by the alarm group ASCII or NMS to which it belongs ASCII An ASCII text message is typically sent to a connected device such as a printer or terminal The format of an ASCII text message for the Site Controller is Status Update 03 25 94 14 32 55 Site Name Test Center Group Name Group 3 SC8100A Alarms COM FAILURE 30 CHAPTER 3 CONFIGURATION DEL The format of an ASCII text message for an element is Status Update 03 25 94 14 32 55 Site Name Test Center Group Name Group 4 Circuit IDs Circuit 130 Far End etwork Alarms ES Equipment Alarms Los Other Alarms COM FAILURE Alarms may consist of OK ES SES CSLIP LOS OOF UAS RAS AIS BPV and CRC SNMP Another type of alarm reporting is SNMP traps When a network alarm occurs the 8100A sends a trap message to as many as eight different IP addresses The trap message is formatted per RFC 1157 The generic trap type is enterprise Specific generic trap 7 When an alarm group is defined to report via SNMP up to eight TRAP IP addresses can be assigned The 8100A reports each alarm by transmitting an SNMP Trap to each TRAP IP address T1 and DDS network problems often cause more than one alarm type Multiple trap messages may be generated each with a different specific trap type The specific trap field of each trap message is set to one of the values shown in Appendix A Number This fi
78. ler the product productElementId productInfo 3 read only Displays the element ID of the Returns the Site Controller unit description productSoftwareRev productInfo 4 read only Displays the software revision of Returns the Site Controller the unit software revision productHardwareRev productInfo 5 read only Displays the hardware revision Returns the Site Controller of the unit hardware revision productSerialNum productInfo 6 read only Displays the unit s serial Returns the Site Controller serial number number productPhysicalAddress productInfo 7 read only Displays the unit s physical Returns the MAC for Ethernet or Ethernet address Token Ring productNmsAddress productInfo 8 read only Displays the unit s NMS Returns 1 address optionCardDescr productOption read only Displays a brief description of Ethernet option NIC Token Ring CardEntry 2 the option card option NIC Internal Modem optionCardSoftwareRev productOption read only Displays the software revision of Not applicable CardEntry 3 the option card optionCardHardwareRev productOption read only Displays the hardware revision Not applicable CardEntry 4 of the option card optionCardPhysicalAddress productOption read only Displays the physical address Not applicable CardEntry 5 tied to the option card Definition of Traps Definition of Traps 65 Verilink formerly TxPORT products with SNMP support provide for the detection an
79. m dsx1SendResetCode 4 pattern Signal QRS test pattern the unit is sending either dsx1Send511Pattern 6 an in band LLB loopdown the unit will initiate a en eed signal or an out of band Network BERT test pattern PLB loopdown request but transmitting 511 pattern since these occur so dsx1Send3in24 dsx1Send3in24Pattern quickly this response Pattern 7 the unit will sending a fixed test probably will not be seen initiate a Network BERT pattern of 3 bits set in 24 dsx1SendQRS 5 the transmitting 3 24 pattern dsx 1 SendOtherTest unit is in a Network BERT dsx1SendOtherTest Pattern transmitting QRSS pattern Pattern 8 the unit will sending a test pattern dsx1Send511Pattern 6 initiate a BERT and is other than those the unit is in a Network X transmitting a pattern other described by this object BERT transmitting 511 than QRSS 511 or 3 24 pattern dsx1Send3in24 Pattern 7 the unit is in a Network BERT transmitting 3 24 pattern dsx1SendOtherTest Pattern 8 the unit is in a Network BERT and is transmitting a pattern other than QRSS 511 or 3 24 dsx1Circuit dsx1Config read write This variable contains Returns the value of the Sets the value of the Identifier Entry 8 the transmission vendor s Circuit Identifier for the Circuit Identifier for the circuit identifier for the purpose of facilitating troubleshooting unit this is selectable in the Element Configuration Screen unit this is selectable in the
80. me Seconds per TR 54016 in DS1 interface in the previous 24 the previous 24 hour period hour interval dsx1TotalEntry 5 dsx1TotalUASs read only The number of Unavailable Returns the number of Unavailable Seconds encountered by a DS1 Seconds per TR 54016 in the interface in the previous 24 hour previous 24 hour period interval dsx1TotalEntry 6 dsx1TotalCSSs read only The number of Controlled Slip Returns the number of Controlled Seconds encountered by a DS1 Slip Seconds per TR 54016 in the interface in the previous 24 hour previous 24 hour period interval dsx1TotalEntry 7 dsx1TotalPCVs read only The number of Path Coding Returns 0 Violations encountered by a DS1 interface in the previous 24 hour interval dsx1TotalEntry 8 dsx1TotalLESs read only The number of Line Errored Returns the number of Bipolar Seconds encountered by a DS1 Violation Seconds per TR 54016 in interface in the previous 24 hour the previous 24 hour period interval dsx1TotalEntry 9 dsx1TotalBESs read only The number of Bursty Errored Returns the number of Bursty Seconds BESs encountered by a Errored Seconds per TR 54016 in DS1 interface in the previous 24 the previous 24 hour period hour interval dsx1TotalEntry 10 dsxITotalDMs read only The number of Degraded Minutes Returns 0 DMs encountered by a DS1 interface in the previous 24 hour interval dsx1TotalEntry 11 dsx1TotalLCVs read only
81. n telecommunication T1 Ti NET On E NET NET NET nET de Net NET NET 14253145585 AR P ATN B 4 48VIN A TB1 De EXT Gi e AME GND 5 SIG GND 3 ALARM m oun 6 48V RTN A 2 4 AMPS 110 220VAC 50 60HZ 6A 3A FUSE 1 0A 250V SLO BLOW aE 1 T A SLOTS B A_SLOT6 B Ez m a aT E amp EEE 110 220VAC 50 60HZ 6A 3A FUSE 1 0A 250V SLO BLOW FEIN REPLACE WITH SAME FUSE TYPE RATING GRN NO C NC e Figure 2 5 NMS Daisy Chain Arrangement LAN Connection Interface Connections 15 On the rackmount version the 8100A is Table 2 5 NMS Pinout Assignments mounted in Slot 1 of the 1051 chassis and Pin NMS IN NMS OUT is automatically connected into the NMS bus that chains through every element in l Not Used Ae the chassis The NMS bus can be extended 2 Signal Ground Signal Ground beyond the chassis through two 6 pin 3 Not Used Data Out modular jacks on the rear panel of the 4 Data In Not Used chassis labeled NMS IN and NMS OUT 5 Signal Ground Signal Ground Figure 2 4 on page 11 Table 2 5 displays 6 Not Used Not Used the NMS pinout assignments If no other elements outside the chassis are to be accessed NMS IN is simply connected to NMS OUT with a short cable provided with each chassis to complete the NMS loop amp All
82. n the power cord Do not locate this product where the cord interferes with the free movement of people Do not overload wall outlets and extension cords as this can result in fire or electric shock Never push objects of any kind into the unit They may touch dangerous voltage points or short out parts that could result in fire or electric shock Never spill liquid of any kind on this equipment Unplug the equipment from the wall outlet and refer servicing to qualified service personnel under the following conditions e When the power supply cord or plug is damaged or frayed e If liquid has been spilled into the product Ifthe product has been exposed to rain or water If the product has been dropped or if the housing has been damaged Table of Contents Front Matter Copyright Notice issue kl RE RE ek ii Trademarks 5 02 0 hse deed b ies ee deb aa i Acknowledgment 00 0 eee eese ii FCC Requirements esee iii Canadian Emissions Requirements iii Watranty ic Sock esce eee Mein ed en ad iii Customer Service 0 00 00 2 eese eee iii Returning Products 0 0 0 eee eee eee iii Safety Precautions 0 00008 iv About This Guide What is a reference guide Vii Where do I go for information Vii Conventions nik eed ERR RE RR viii 1 General Introduction s is uan pe ere 1 8100A Applications lesse eene 2 Operation for a
83. nnection Compatibility MIB II RFC 1213 RJ 48 RS 232 2 4 9 6 19 2 or 38 4 kbps SLIP compression TCP IP based networks Carrier sense multiple access with collision detection CSMA CD 10 Mbps Manchester Attachment Unit Interface AUI DB 15 female with slide latch or DB 15 female to IOBASE T AUI connects to media attachment units MAU for TOBASE2 IOBASES and IOBASE T 200 mA maximum current TCP IP based networks 4 or 16 Mbps DB 15 adapter to 8 pin RJ 48 Type 3 unshielded twisted pair UTP Device identification and LAN interface performance data All applicable objects are maintained DSI El1 MIB RFC 1406 DS1 E1 network interface configuration and performance objects are maintained per RFC 1406 TXPORT MIB Company information and enterprise traps DDS MIB Serial Ports Modem Port DC Power Connection Alarm Contacts DDS equipment configuration and maintenance objects 2 4 9 6 19 2 or 38 4 kbps 8 data bits 1 stop bit and no parity optional 14 4 kbps V 42 V 42 bis 48 VDC 10 230 mA max 11 watts 38 BTU max The module unit connects to and receives power from a 1051 chassis backplane The standalone unit uses a terminal block 30 volt and 1 ampere maximum Mechanical Environmental Industry Listings Specifications Mounting desktop wall and horizontal or vertical rack Dimensions 1 72 W 6 8 H 10 5 D Weight 2
84. nout assignments Table 2 6 Ethernet Pinout Assignments Contact Circuit Ethernet Interface 3 DO A Data Out Ckt A 10 DO B Data Out Ckt B 11 DO S Data Out Ckt Shield gt DI A Data In Ckt A 12 DI B Data In Ckt B 4 DI S Data In Ckt Shield 2 CI A Control In Ckt A 9 CI B Control In Ckt B 1 CI S Control In Ckt Shield 6 VC Voltage Common 13 VP Voltage Plus 14 VS Voltage Shield Shell PG Protective Gnd conductive shell If necessary you can attach the appropriate MAU media attachment unit for connection to the existing LAN medium MAUs are available for connection to 10BASES5 Thick Net 1OBASE2 Thin Net and IOBASE T twisted pair Connection to IOBASE T media requires a 15 pin to 8 pin connector part number 9 8100A 024 1 TCP IP configuration should be performed prior to connecting the 8100A to the LAN interface Refer to page 34 for TCP IP configuration information Alarm Relay Contacts Standalone Unit Chassis Unit Alarm Relay Contacts 17 Token Ring The Token Ring interface is designed to operate on both 4 and 16 Mbps networks compliant with ISO IEC 8802 5 standards formerly IEEE 802 5 It requires a 15 pin to 8 pin connector part number 9 8100A 024 1 for connection to IBM Type 3 media Connection to an IBM Type 1 unshielded twisted pair cable requires the Verilink adapter kit part number 9 1001 072 1 This kit includes an impedance matching adapter Table 2 7 shows th
85. only may be entered to disable the password feature After the Enter key is pressed the new password is activated and is no longer visible Therefore type carefully when entering a new password and verify before pressing the Enter key When the terminal interface is exited and later reactivated this password must be entered exactly to gain access If the wrong password is entered the following message appears Incorrect Password Please Enter Again Do not exit the terminal interface program until the password procedure is fully Z i understood If a password has been specified it must be typed exactly to reenter the program If a password is programmed and later forgotten a one use backdoor password can be obtained by calling Verilink Technical Support Before you call you must have already submitted to Verilink a written release This release must appear on your company letterhead and can be sent by fax or mail 38 CHAPTER 3 CONFIGURATION Term 1 Baud Rate Term 2 Baud Rate NMS Baud Rate Forced Download On Power Up Maintenance Reset On Power Up Maintenance Reset Route To Term 2 A read only field displaying the Term 1 baud rate as configured through switch S1 1 and S1 2 page 21 A read only field displaying the Term 2 baud rate as configured through switch 1 3 and S1 4 page 23 A read only field displaying the NMS bit rate as configured through switch S1 5 and S1 6 page 23 A read only field di
86. ontacts NO or NC NO or NC EN 9 1001 059 1 To terminal Screw terminal 6 pin u 9 1001 016 1 Alarm Contacts 9 1001 062 1 9 1001 023 010 SEHR ALARM TERM Sspin E screw terminal SS 6 pin mod to dual 6 pin mod adapter 8 pin Fits on top of TERM 1 connector Ei 6 pin 4 i oe 9 1001 023 010 M TERM2 To printer or other 9 8100 018 1 DB 25 to dual 6 pin mod adapter recording device Fits on 1051 Chassis Slot 1 9 1001 016 1 82 CHAPTER B ORDERING NUMBERS AND OPTIONAL EQUIPMENT Il Til IV VI VII VIII VERILINK Five Year Hardware Limited Warranty Limited Warranty Subject to the limitations and disclaimers set forth in this Hardware Limited Warranty Verilink warrants to the original pur chaser Buyer that the Verilink equipment and component parts Goods purchased by Buyer shall be free from defects in material and workmanship under normal use and service for a period of five years from the date of shipment of the Goods to Buyer Limited Warranty Verilink s sole obligation and Buyer s sole remedy under this Limited Warranty shall be to repair or replace any Verilink Goods that Verilink determines to be so defective Any claim by Buyer under this Limited Warranty must be presented to Verilink in writing within five years and fifteen 15 days of the date of shi
87. or the far end dsx1FarEndTotalSEFSs dsx1FarEndTotalEntry 4 read only The number of Far End Returns the number of Loss Severely Errored Framing Of Frame Seconds per TR Seconds encountered by a DS1 54016 in the previous interface in the previous 24 hour 24 hour period for the far end interval dsxlFarEndTotalUASs dsxlFarEndTotalEntry 5 read only The number of Unavailable Returns the number of Seconds encountered by a DS1 Unavailable Seconds per TR interface in the previous 24 hour 54016 in the previous interval 24 hour period for the far end dsxlFarEndTotalCSSs dsx1FarEndTotalEntry 6 read only The number of Far End Returns the number of Controlled Slip Seconds Controlled Slip Seconds per encountered by a DS1 interface TR 54016 in the previous in the previous 24 hour interval 24 hour period for the far end dsxlFarEndTotalLESs dsx1FarEndTotalEntry 7 read only The number of Far End Line Returns the number of Bipolar Errored Seconds encountered by Violation Seconds per TR a DSI interface in the previous 54016 in the previous 24 hour interval 24 hour period for the far end dsxlFarEndTotalPCVs dsxl1FarEndTotalEntry 8 read only The number of Far End Path Returns 0 Coding Violations reported via the far end block error count encountered by a DS1 interface in the previous 24 hour interval dsxlFarEndTotalBESs dsx1FarEndTotalEntry 9 read only The number of Bursty Errored Returns the number of Bur
88. ordStr 16 dbuSecurity 17 dbuDtrDial 18 dbuISDNSwitchType 19 dbuISDNSwitchVersion 20 dbuISDNTEI 21 dbuISDNSPID 22 dbuISDNDDNUM 23 dbuResetStringsTable 2 dbuResetStringsEntry 1 dbuResetNearIndex 1 dbuResetFarIndex 2 dbuResetConfigEntryIndex 3 dbuResetStringsIndex 4 dbuResetString 5 dbuStartStopTable 3 dbuStartStopTableEntry 1 dbuStartStopNearIndex 1 dbuStartStopFarIndex 2 dbuStartStopConfigEntryIndex 3 dbuStartStopDayOfWeek 4 dbuStart 5 dbuStop 6 tlel ConfigTable 1 tlel ConfigTableEntry 1 tlelConfigNearIndex 1 tlelConfigFarIndex 2 tlelConfigIndex 3 tle1Description 4 tlel Mode 5 tlel FrameType 6 tlelLineCode 7 tlelLineBuildOut 8 tlelTiming 9 tlelStationInTiming 10 tlelStationTiming 11 tlel1PRM 12 tlelZeroSuppress 13 tlelNationalBit 14 tlelKeepAlive 15 tlel1CRC4Mode 16 tle1DSXLevel 17 tlel1CRC 18 tle1FDLPassThrough 19 tlel AudibleAlarm 20 tlel AlarmTable 2 tlel AlarmTableEntry 1 tlel AlarmNearIndex 1 tlel AlarmFarIndex 2 tlel AlarmIndex 3 tlelStatusSummary 4 tlel AlarmSummary 5 tle1ESStatus 6 tlel1ESCount 7 tlel1ESThreshold 8 tlelESAlarm 9 tlelSESStatus 10 tlel1SESCount 11 tlel SESThreshold 12 tlelSESAlarm 13 tlel1LOSSStatus 14 new mib Object Identifier Tree 71 tle1LOSSCount 15 tle1LOSSThreshold 16 tleILOSSAlarm 17 tle1UASStatus 18 tle1 UASCount 19 tlel1UASThreshold 20 tl
89. pment of the Goods to Buyer as evidenced by Verilink s packing slip or similar shipment documentation from a Verilink authorized reseller Any replacement Goods may be new or reconditioned Verilink reserves the right to substitute equivalent Goods for defective Goods in its sole discretion As long as Verilink either so repairs or replaces the Goods this Limited Warranty will not be found to have failed its essential purpose If the defect has been caused by accident misuse or abnormal operating conditions including lightning dam age occurring after delivery to Buyer repairs and or replacement will be made at Buyer s expense In such event an estimate of cost will be submitted to Buyer before repair work is started The Limited Warranty will continue to apply to replaced or repaired Goods for whichever is longer the 90 day period after the shipment of such Goods to Buyer or the remainder of the original Limited Warranty period EXCLUSION OF IMPLIED WARRANTIES OR OTHER REPRESENTATION THE GOODS ARE SOLD BY VERILINK AS IS WITH OUT ANY WARRANTY OR GUARANTEE OF ANY KIND OTHER THAN THE LIMITED WARRANTY SET FORTH ABOVE WHICH IS MADE EXPRESSLY IN LIEU OF ALL OTHER WARRANTIES EXPRESS IMPLIED OR STATUTORY AND VERILINK HEREB Y DISCLAIMS ANY IMPLIED WARRANTIES OF MERCHANTABILITY FITNESS FOR A PARTICULAR PURPOSE NONINFRINGE MENT AND ALL OTHER IMPLIED WARRANTIES ON THE PART OF VERILINK VERILINK DOES NOT WARRANT THAT THE BUYER S USE OF THE GOODS WILL
90. pounds y These mechanical specifications apply to the single unit only Refer to the 1051 chassis configuration guide for rackmount specifications Operating Temp 0 to 50 C 32 to 122 F Storage Temp 20 to 85 C 4 to 185 F Humidity 95 max non condensing FCC Compliance Part 15 Subpart B Class A FCC Part 68 Cert DWEUSA 75322 FA E Modem XE1414V NRTL Cert LR 98859 IC CSO3 1653 6223 A Internet Standards RFC 1155 SMI RFC 1157 SNMP RFC 1213 MIB II RFC 1406 DSI E1 MIB RFC 1055 SLIP Ethernet Standards ISO IEC 8802 3 7 CHAPTER 1 GENERAL 2 Unpacking and Inspection Supplied Materials INSTALLATION This chapter contains information and instructions required to prepare the Verilink 8100A Site Controller for use Included are initial inspection procedures mounting instructions connection instructions and powering information This unit is carefully packaged to prevent damage in shipment Upon receipt inspect the shipping container for damage If the shipping container or cushioning material is damaged notify the carrier immediately and make a notation on the delivery receipt that the container was damaged if possible obtain the signature and name of the person making delivery Retain the packaging material until the contents of the shipment have been checked for completeness and the instrument has been checked both mechanically and electrically If the contents of the shipment a
91. r on this field to choose and then the Enter key NORM The 8100A can report alarms through either Term 1 or Term 2 by using a direct method on both the primary and secondary COA numbers You cannot use both ports for COA Dial however you can use Term 1 for COA Dial and Term 2 for SLIP Dial y SLIP Dial can only be used on Term 2 Disabled Alarm reporting is disabled Direct 1 Alarm report is output directly to a connected device on Term 1 This port must have its COA type set to DIRECT in the Management Ports menu page 35 Direct 2 Alarm report is output directly to a connected device on Term 2 This port must have its COA type set to DIRECT in the Management Ports menu page 35 Dial In this reporting method a telephone number is dialed through an external modem connected to one of the serial ports or through the internal modem on Term 2 if equipped The alarm group definition need only specify that the alarm report is by the Dial method The 8100A determines which serial port is set to DIAL in the setup menu and is available Once the alarm group has been defined for dial reporting enter the telephone number of the device that receive the alarm message Both primary and secondary numbers may be entered The secondary number is used only if a connection cannot be established with the primary number If the element s alarms are reported to two locations the element should also be assigned to two alarm reporting groups An e
92. re incomplete or if there is mechanical damage or defect notify Verilink If the shipping container is also damaged or the cushioning material shows signs of stress notify the carrier of the damage as well as Verilink Keep the shipping materials for carrier s inspection Verilink will arrange for repair or replacement without waiting for claim settlement The 8100A Site Controller is shipped with the following standard equipment The Verilink 8100A Site Controller reference manual Ethernet Token Ring 15 pin to 8 pin adapter only units equipped with Ethernet or Token Ring part number 9 8100A 024 1 Serial cable with 8 pin to 6 pin adapter You may also require the following additional materials for the installation and operation of the unit Refer to page 75 for ordering information 48 VDC power source see page 75 20 gauge stranded wire or similar for DC power and alarm connection Serial port adapter for rackmount module part number 9 8100 018 1 for the 1051 2 and 9 8100 025 1 for the 1051 3 IBM Type 3 to IBM Type 1 adapter kit for Token Ring part number 9 1001 072 1 The interface requirements of any Site Controller application may be met by using the appropriate cable Cables and other optional Verilink equipment are listed in Appendix B Contact Verilink for assistance 10 CHAPTER 2 Mounting Chassis Installation INSTALLATION The Verilink 8100A Site Controller is a modular unit that may be mounte
93. read only This value for this Returns the ifIndex of the Entry 2 object is equal to the specified DS1 interface value of ifIndex from the Interfaces table of MIB II RFC 1213 Table A 4 dsx1ConfigTable OID RFC 1406 DS1 E1 MIB 47 Object Name Object ID User Access Object Description Get Set dsx1LineType dsx1Config read write This variable indicates dsx1ESF 2 the Network dsx1ESF 2 the Network Entry 5 the variety of DS1 Line Framing is set to ESF Framing is set to ESF implementing this circuit The type of circuit affects the number of bits per second that the circuit can reasonably carry as well as the interpretation of the usage and error statistics The values in sequence describe dsx1ESF Extended SuperFrame DS1 dsx1D4 AT amp T D4 format DS1 dsx1E1 CCITT Recommendation G 704 Table 4a dsx1E1 CRC CCITT Recommendation G 704 Table 4b dsxE1 MF G 704 Table 4a with TS16 multiframing enabled dsx1E1 CRC MF G 704 Table 4b with TS16 multiframing enabled dsx1D4 3 the Network Framing is set to D4 dsx1E1 4 the Network Framing is set to El dsx1E1 CRC 5 the Network Framing is set to E1 CRC dsxE1 MF 6 the Network Framing is set to EI MF dsx1E1 CRC MEF 7 the Network Framing is set to E1 CRC MF dsx1D4 3 the Network Framing is set to D4 dsx1E1 4 the Network Framing is set to El dsx1E1 CRC 5 the Network Framing is set to E1 C
94. rm On Open An alarm condition occurs when the circuit is opened between Control In and Control Out This option is available only for Term 1 see Table 2 1 on page 12 for the pinout 36 CHAPTER 3 CONFIGURATION Dial String Prefix Ext Modem Init String Slip Primary Dial String Slip Secondary Dial String Compressed Slip Internal Modem Ext Alarm On Closed An alarm condition occurs when the circuit is closed between Control In and Control Out This option is available only for Term 1 Allows entering the dial string prefix AT dial command for example amp The telephone number is entered in the Alarm Group Configuration Screen page 26 Allows entering the initialization string for an external modem Term 2 only This field contains an ASCII string for the primary call on alarm telephone number used in the Dial mode This string must not include the ATDT command prefix The unit makes three attempts to connect using the primary number If all three attempts fail the 8100A uses the secondary number if the field is not blank When a connection is detected the 8100A outputs a notification message and then disconnects Term 2 only This field contains an ASCII string for the secondary call on alarm telephone number used in the Dial mode This string must not include the ATDT command prefix The unit makes three attempts to connect using the primary number If all three attempts fail the 8100A uses this se
95. rrentEntry 6 read only The number of Controlled Slip Returns the number of Seconds encountered by a DS1 Controlled Slip Seconds per interface in the current 15 minute TR 54016 in the current interval 15 minute interval dsxlCurrentPCVs dsx1CurrentEntry 7 read only The number of Path Coding Returns 0 Violations encountered by a DS1 interface in the current 15 minute interval dsx1CurrentLESs dsx1CurrentEntry 8 read only The number of Line Errored Returns the number of Bipolar Seconds encountered by a DS1 Violation Seconds per TR interface in the current 15 minute 54016 in the current interval 15 minute interval dsx1CurrentBESs dsx1CurrentEntry 9 read only The number of Bursty Errored Returns the number of Bursty Seconds BESs encountered by a Errored Seconds per TR DS1 interface in the current 15 54016 in the current minute interval 15 minute interval dsx1CurrentDMs dsx1CurrentEntry 10 read only The number of Degraded Minutes Returns 0 DMs encountered by a DS1 interface in the current 15 minute interval dsxlCurrentLCVs dsx1CurrentEntry 11 read only The number of Line Code Returns 0 Violations LCVs encountered by a DSI interface in the current 15 minute interval 54 APPENDIX A MIB REFERENCE dsx1IntervalTable OID 1 3 6 1 2 1 10 18 8 Table A 6 dsxiIntervalTable OID Object Name Object ID User Access Object Description Get
96. s 18 to 20 gauge wire is recommended for ground connections Chassis ground lead to the Frame Ground terminal pin 4 Other chassis ground lead to an appropriate facility ground 48 VDC lead to the 48 VDC terminal Return lead to the 48 VDC return terminal When power is applied to the unit the front panel Status indicators toggle green and red and the unit beeps five times as it executes a self test function The chassis can have a single power source or a redundant power source system Refer to the 1051 Chassis Configuration Guide for more detailed information Redundant Power Source The power board allows the connection of two independent 48 VDC supplies operated in a redundant mode This is the default configuration All slots are powered from the combined input of the A and B power supplies the A and B buses are in a logical OR arrangement If one supply fails the other powers the entire chassis Controls and Indicators Controls and Indicators 19 Single Power Source Using a single power source is essentially the same as the redundant configuration with power supply B not operational If the redundant power board is not used the A bus and B bus must be connected together with a jumper The front panel Figure 2 6 contains five P indicators which convey status alarm and Don i activity information an alarm cut off switch coim D a STATUS and a supervisory SUPV terminal connector These are described
97. sed 36 Dial String Prefix 0008 36 Ext Modem Init String 36 Slip Primary Dial String 36 Slip Secondary Dial String 36 Compressed Slip 0 000000 36 Internal Modem 000000 36 Utiliti s doo i pee b eb 37 Set Dinie secos CEP I ipto tpe 37 Set Date 3 titel date tte pe eor ede eye 37 New Password eee eee e eee 37 Term 1 Baud Rate 0 00 38 Term 2 Baud Rate eese 38 NMS Baud Rate 00000 38 Forced Download On Power Up 38 Maintenance Reset On Power Up 38 Maintenance Reset eese 38 Route To Term2 eee 38 A MIB Reference Introduction 2 0 2 0 2 eee eee eee eee 39 Community Name 00 39 Interface fing teehee pez obe ee Read 39 TXPORT and DDS MIBs 40 Generic MIB Loading Instructions 40 REC I213 54 xor ne eae Le Eos aes eee 41 system OID 1 3 6 1L 2 1 1 0 00 41 ifTable OID 1 3 6 1 2 1 2 00 43 RFC 1406 DS1 E1 MIB 46 dsx1ConfigTable OID 1 3 6 1 2 1 10 18 6 46 dsx1CurrentTable OID 1 3 6 1 2 1 10 18 7 53 dsx1IntervalTable OID 1 3 6 1 2 1 10 18 8 54 dsx1TotalTable OID 1 3 6 1 2 1 10 18 9 55 dsx1FarEndCurrent Table OID 1 3 6 1 2 1 10 18 10 56 dsx1FarEndInterval Table OID 1 3 6
98. sk of serious damage to the unit or injury and possible death to the user When the word enter is used in this guide it means type something then press the Return or Enter key Do not press the Return or Enter key when an instruction simply says type When the word syntax is used in this guide it indicates that the general form of a command syntax is provided You must evaluate the syntax and supply the appropriate port path value address or string Example Enable RIPIP by using the following syntax SET Default lt port gt RIPIP CONTrol Listen In this example you must supply a port number for lt port gt When the word command is used in this guide it indicates that all variables in the command have been supplied and you can enter the command as shown in text Example Remove the IP address by entering the following command SETDefault 0 IP NETaddr 0 0 0 0 Bn NOTE For consistency and clarity the full form syntax upper and lowercase letters is provided However you can enter the abbreviated form of a command by typing only the uppercase portion You can enter the command in either upper or lowercase letters at the prompt This typeface is used to represent displays that appear on your terminal screen and command syntax for example NetLogin This typeface is used to represent commands that you enter for example SETDefault 0 IP NETaddr 0 0 0 0 When specific keys are referred to in the text the
99. splaying the Flash Download setting as configured through switch S1 7 page 23 A read only field displaying the Maintenance Reset setting as configured through switch S1 8 page 23 This field allows resetting the 8100A database to default values by reloading the start up default configuration parameters stored in ROM Pressing the Enter key brings up a warning prompt To proceed with the reset function move the cursor to YES and press the Enter key All defined groups are deleted All elements are deleted and reentered by the auto configuration feature This redefines the configuration parameters This field allows checking the connection of Term 2 to a modem Once it is correctly configured select this option and enter AT The screen should respond with the message OK A Introduction Community Name Interface MIB REFERENCE The 8100A Site Controller may be indexed by community name where each unit header is accessed by a unique community string or by interface access where the 8100A is viewed as a singel node concentrator A detailed description of each method follows This index method separates the nodes by the string assigned to the 8100A Read Community in the Element Configuration screen page 31 Using this method a single unit can 3001 3001 3021 3030 be accessed through the 8100A IP 12 12 12 1234 address and unique community strings Refer to Index by Community
100. sty Seconds BESs encountered by a DS1 interface in the previous 24 hour interval Errored Seconds per TR 54016 in the previous 24 hour period for the far end dsxlFarEndTotalDMs dsx1FarEndTotalEntry 10 read only The number of Degraded Minutes DMs encountered by a DS1 interface in the previous 24 hour interval Returns 0 dsx1FracTable OID 1 3 6 1 2 1 10 18 13 Table A 11 dsx1FracTable OID Object Name Object ID Object Description RFC 1406 DS1 E1 MIB 61 Get Set dsx 1 FracIndex dsx1FracEntry 1 The index value which uniquely identifies the DS1 interface to which this entry is applicable The interface identified by a particular value of this index is the same interface as identified by the same value an dsx1LineIndex object instance 2 Returns the ifIndex of the DS1 interface dsxlFracNumber dsx1FracEntry 2 The channel number for this entry Returns the channel number 1 to 24 dsxlFraclflndex dsxlFracEntry 3 ddsNetConfig OID 1 3 6 1 4 1 425 2 2 1 Table A 12 ddsNetConfig OID Object Name Object ID An index value that uniquely identifies an interface The interface identified by a particular value of this index is the same interface as identified by the same value an ifIndex object instance If no interface is currently using a channel the value should be zero If a single interface occupies more than one time slot tha
101. t ifIndex value will be found in multiple time slots User Access Object Description Returns the number Can assign the of the interface to channel to an which the specified interface RR NOTE Please be assigned very careful when using this function ddsNetIndex dds NetConfigEntry 1 read only This object is the identifier of the DDS network interfaces on the managed device ddsNetRate dds NetConfigEntry 2 read write Allows verifying or setting the network rate on the near end unit ddsNetMode dds NetConfigEntry 3 read write Allows selecting either standard or proprietary mode of data transfer ddsNetSendCode dds NetConfigEntry 4 read write Allows checking the status of the BERT generator or starting a test ddsNetLoopConfig dds NetConfigEntry 5 read write Allows enabling a loop or checking the status of a loop ddsNetStatus dds NetConfigEntry 6 read only Reports current operational status of the network interface ddsNetTimingSource dds NetConfigEntry 7 read write Allows selecting or verifying the network timing source ddsNetRemComm dds NetConfigEntry 8 read only Reports status of the remote communications link ddsNetCircuitAssur dds NetConfigEntry 9 read write Allows enabling or checking the setting of the circuit assurance option ddsNetAntiStrTimer dds NetConfigEntry 10 read write The object is the identifier of the current unit loop mode 62 APPENDIX
102. t is the end of an allowable window for Dial Backup Activation on Sundays ddsDbuMonStop ddsDbuConfigEntry 20 read write This object is the end of an allowable window for Dial Backup Activation on Mondays ddsDbuTueStop ddsDbuConfigEntry 21 read write This object is the end of an allowable window for Dial Backup Activation on Tuesdays ddsDbuWedStop ddsDbuConfigEntry 22 read write This object is the end of an allowable window for Dial Backup Activation on Wednesdays ddsDbuThuStop ddsDbuConfigEntry 23 read write This object is the end of an allowable window for Dial Backup Activation on Thursdays ddsDbuFriStop ddsDbuConfigEntry 24 read write This object is the end of an allowable window for Dial Backup Activation on Fridays ddsDbuSatStop ddsDbuConfigEntry 25 read write This object is the end of an allowable window for Dial Backup Activation on Saturdays ddsDbuResetStrl ddsDbuConfigEntry 26 read write This string is one of the dial backup unit s COLD START reprogramming strings ddsDbuResetStr2 ddsDbuConfigEntry 27 read write This string is one of the dial backup units COLD START reprogramming strings ddsDbuResetStr3 ddsDbuConfigEntry 28 read write This string is one of the dial backup units COLD START reprogramming strings ddsDbuResetStr4 ddsDbuConfigEntry 29 read write This string is one of the dial backup units COLD START reprogramming strings ddsDbuResetStr5 ddsDbuConfigEntry
103. ta A 104 A R 6 BB A 3 Receive Data B 104 B 3 T 24 BB B 16 Request to Send A 105 7 CA A 4 Request to Send B 105 4 C 25 CA B 19 Clear to Send A 106 9 CB A 5 Clear to Send B 106 5 D 27 CB B 13 Data Set Ready A 107 11 CC A 6 Data Set Ready B 107 6 E 29 CC B 22 Data Term Ready A 108 12 CD A 20 Data Term Ready B 108 20 H 30 CD B 23 Data Carrier Detect A 109 13 CF A 8 Data Carrier Detect B 109 8 31 CF B 10 Transmit Clock A 114 A Y 5 DB A 15 Transmit Clock B 114 B 15 AA 23 DB B 12 Receive Clock A 115 A V 8 DD A 17 Receive Clock B 115 B 17 X 26 DD B 9 Terminal Timing A 113 A U 17 DA A 24 Terminal Timing B 113 B 24 W 35 DA B 11 78 CHAPTER B ORDERING NUMBERS AND OPTIONAL EQUIPMENT Cable Diagrams 9 1001 027 X DCE adapter and cable kit DB 25 male to 6 pin modular X 1 DB 25 female to 6 pin modular X 2 Pin TERM 1 TERM 2 ON tA BW l2 Control Out Signal Ground Data Out Data In Signal Ground Control In TXPORT 9 1001 015 X 9 1001 023 010 8 pin DB 25 to Modem 9 1001 028 X DTE adapter and cable kit DB 25 male to 6 pin modular X 1 DB 25 female to 6 pin modular X 2 TXPORT Pin 6 pin to TERM 1 TERM 2 TERM 1 TERM 2 Nun A WN Control Out Signal Ground Data Out Data In Signal Ground Control In 9 1001 023 010
104. te controller for a group of elements The two serial ports allow connection of ASCII terminals or printers As shown in Figure 1 2 a local terminal connection can access and control any element in the group It also can receive group alarm messages from the 8100A The printer connection allows for the real time printing of group alarms 1051 Shelf ver eo E eo E eo PE wo ttr uo E eo ttr 90 Z eo Poo en t on x Pa o epo KD eo o Serial Ports o eo ASCII Terminal SSH ASCII Printer Figure 1 2 Typical Operation 8100A Applications 3 Operation Using The 8100A functions as the access point to a group of elements from a remote Two Modems ASCII terminal It also collects and reports alarms from the group to remotely located terminals or printers Figure 1 3 depicts TERM 2 equipped with an optional internal modem Serial 1051 Shelf zi Lp 4 ab Remote Alarm Printout ato je jac et jaco ec e ec et en eo eo Modem Ti NETWORK Remote Terminal Access via modem Figure 1 3 Operating with Two Operating with When configured with an Ethernet interface the 8100A supports Telnet sessions to Ethernet Interface the site controller allowing access and control of the
105. ternational Sale of Goods shall not apply
106. the specified 15 minute 96 individual 15 minute intervals interval dsxlIntervalUASs dsxlIntervalEntry 6 read only The number of Unavailable Seconds Returns the number of encountered by a DS1 interface in one Unavailable Seconds per TR of the previous 96 individual 15 54016 in the specified minute intervals 15 minute interval dsxlIntervalCSSs dsxlIntervalEntry 7 read only The number of Controlled Slip Returns the number of Seconds encountered by a DS1 Controlled Slip Seconds per interface in one of the previous 96 TR 54016 in the specified individual 15 minute intervals 15 minute interval dsxlIntervalPCVs dsxlIntervalEntry 8 read only The number of Path Coding Returns 0 Violations encountered by a DS1 interface in one of the previous 96 individual 15 minute intervals dsxlIntervalLESs dsxlIntervalEntry 9 read only The number of Line Errored Seconds Returns the number of Bipolar encountered by a DS1 interface in one Violation Seconds per TR of the previous 96 individual 15 54016 in the specified minute intervals 15 minute interval dsxlIntervalBESs dsxlIntervalEntry 10 read only The number of Bursty Errored Returns the number of Bursty Seconds BESs encountered by a DS1 Errored Seconds per TR interface in one of the previous 96 54016 in the specified individual 15 minute intervals 15 minute interval dsx1IntervalDMs dsx1IntervalEntry 11 read only The number of Degrade
107. tion RFC 1406 DS1 E1 MIB 53 Get dsx1CurrentIndex dsx1CurrentEntry 1 read only The index value which uniquely Returns the ifIndex of the identifies the DS1 interface to specified DS1 interface which this entry is applicable The interface identified by a particular value of this index is the same interface as identified by the same value as a dsx1LineIndex object instance dsx1CurrentESs dsx1CurrentEntry 3 read only The number of Severely Errored Returns the number of Errored Seconds encountered by a DS1 Seconds per TR 54016 in the interface in the current 15 minute current 15 minute interval interval dsx1CurrentSESs dsx1CurrentEntry 3 read only The number of Severely Errored Returns the number of Seconds encountered by a DS1 Severely Errored Seconds per interface in the currnet 15 minute TR 54016 in the current interval 15 minute interval dsx1CurrentSEFSs dsx1CurrentEntry 4 read only The number of Severely Errored Returns the number of Loss Framing Seconds encountered by a Of Frame Seconds per TR DS1 interface in the current 15 54016 in the current minute interval 15 minute interval dsx1CurrentUASs dsx1CurrentEntry 5 read only The number of Unavailable Returns the number of Seconds encountered by a DS1 Unavailable Seconds per TR interface in the current 15 minute 54016 in the current interval 15 minute interval dsx1CurrentCSSs dsx1Cu
108. tion ddsDteRtsStatus ddsDteConfigEntry 12 read only Reports the current status of the RTS control lead ddsDteCtsStatus ddsDteConfigEntry 13 read only Reports the current status of the CTS control lead ddsDteDcdStatus ddsDteConfigEntry 14 read only Reports the current status of the DCD control lead ddsDteDtrStatus ddsDteConfigEntry 15 read only Reports the current status of the DTR control lead ddsDteDsrStatus ddsDteConfigEntry 16 read only Reports the current status of the DSR control lead ddsDteDsrControl ddsDteConfigEntry 17 read write This variable describes the setting for the options on the DTE DSR lead Circuit 107 CC ddsDteDcdControl ddsDteConfigEntry 18 read write This variable describes the setting for the options on the DTE DCD lead Circuit 109 CF ddsDteRtsControl ddsDteConfigEntry 19 read write This variable describes the setting for the options on the RTS and CTS leads Circuit 105 CA and 106 CB ddsDteDtrAlarm ddsDteConfigEntry 20 read write This variable describes the setting for the options on the DTR lead Circuit 108 CD ddsDteRLDetect ddsDteConfigEntry 21 read write This variable describes the setting for the options on the Remote Loopback lead Circuit 140 RLB ddsDteLLDetect ddsDteConfigEntry 22 read write This variable describes the setting for the options on the Local Loopback lead Circuit 141 LLB ddsDteDteMode ddsDteConfigEntry 23 read write This variable
109. try 6 read only The number of Unavailable Returns the number of Seconds encountered bya Unavailable Seconds DS1 interface in one of the per TR 54016 in the previous 96 individual 15 specified 15 minute minute intervals interval for the far end dsx1FarEndIntervalCSSs dsx1FarEndIntervalEntry 7 read only The number of Far End Returns the number of Controlled Slip Seconds Controlled Slip encountered by a DS1 Seconds per TR interface in one of the 54016 in the specified previous 96 individual 15 15 minute interval for minute intervals the far end dsx1FarEndIntervalLESs dsx1FarEndIntervalEntry 8 read only The number of Far End Returns the number of Line Errored Seconds encountered by a DS1 interface in one of the previous 96 individual 15 minute intervals Bipolar Violation Seconds per TR 54016 in the specified 15 minute interval for the far end RFC 1406 DS1 E1 MIB 59 Table A 9 dsx1FarEndInterval Table OID Object Name Object ID User Access Object Description Get dsx1FarEndIntervalPCVs dsx1FarEndIntervalEntry 9 read only The number of Far End Returns 0 Path Coding Violations reported via the far end block error count encountered by a DS1 interface in one of the previous 96 individual 15 minute intervals dsx1FarEndIntervalBESs dsx1FarEndIntervalEntry 10 read only The number of Bursty Returns the number of Errored Seconds BESs Bursty Errored encountered by a DS1 S
110. ucts 2 temporary 3 traps 4 revision 5 companyName 1 productInfo 1 ddsCsuDsu 2 tI CsuDsu 3 companyStatement 2 ddsNetConfigTable 1 ceptCsuDsu 4 companyStreetA ddr 3 ddsNetConfigEntry 1 t1Dacs 5 companyCityState 4 t1 Aps 6 ddsNetIndex 1 ddsNetRate 2 ddsNetMode 3 ddsNetSendCode 4 ddsNetLoopConfig 5 ddsNetStatus 6 ddsNetTimingSource 7 ddsNetRemComm 8 ddsNetCircuitAssur 9 ddsNetAntiStrTimer 10 ddsDteConfigTable 2 ddsDteConfigEntry 1 ddsDteIndex 1 ddsDteRate 2 ddsDteFormat 3 ddsDteParity 4 ddsDteStopBit 5 ddsDteSendCode 6 ddsDteLoopConfig 7 ddsDteStatus 8 ddsDteInterfaceType 9 ddsDteV54Loop 10 ddsDteRtsCtsDelay 11 ddsDteRtsStatus 12 ddsDteCtsStatus 13 ddsDteDcdStatus 14 ddsDteDtrStatus 15 ddsDteDsrStatus 16 ddsDbuConfigTable 3 ddsDbuConfigEntry 1 ddsDbulndex 1 ddsDbuRate 2 ddsDbuMode 3 ddsDbuFormat 4 ddsDbuNumber 5 ddsDbuStatus 6 companyTechService 5 siteController 7 companyInHouseSales 6 companyEmailAddr 7 productModelNumber 1 productModelDescr 2 productElementld 3 productSoftwareRev 4 productHardwareRev 5 productSerialNum 6 productPhysicalAddress 7 productNMS Address 8 productOptionCardTable 9 productOptionCardEntry 1 optionCardIndex 1 optionCardDescre 2 optionCardSoftwareRev 3 optionCardHardwareRev 4 optionCardPhysicalAddress 5 8100a mib Object Identifier Tree 69 810
111. units on the same NMS chain must use the same NMS bit rate The 8100A may be equipped with an optional SLIP Ethernet or Token Ring interface for your LAN Local Area Network The unit s SNMP Simple Network Management Protocol agent can then be programmed to take advantage of the centralized status monitoring and alarm reporting capability of SNMP and Telnet managed networks SLIP The port for the integral SLIP interface is located on Term 2 labeled Port 2 on the standalone unit The SLIP port may be used to manage the unit because it allows access ot the embedded SNMP agent for trap reporting or SNMP management The SLIP port bit rates are set as shown on the silkscreen for TERM 2 of Figure 3 2 on page 22 This port may be accessed through either a direct or dial up connection using an AT command set compatible modem Option the modem to ignore DTR enable auto answer inhibit command echo and return verbose result codes For further information see Term 2 on page 12 16 CHAPTER 2 INSTALLATION Ethernet The Ethernet interface consists of either a female AUI attachment unit interface connection or a 10BASE T with a DB 15 to RJ 48 adapter connection each operating at 10 Mbps and compliant with ISO IEC 8802 3 standards formerly IEEE 802 3 The AUI is a female 15 pin D shell connector labeled ENET with slide latch It is located on the rear panel of both the standalone unit and the 1051 chassis Table 2 6 displays the Ethernet pi
112. unt 15 ddsNetOOS Threshold 16 ddsNetOOS Alarm 17 ddsNetFDLStatus 18 ddsNetFDLCount 19 ddsNetFDL Threshold 20 ddsNetFDLAlarm 21 ddsNetAlarmResetTimer 22 ddsNetAlarmReset 23 serialDteConfigTable 1 serialDteConfigTableEntry 1 serialDteConfigNearIndex 1 serialDteConfigFarIndex 2 serialDteConfigIndex 3 serialDteDescription 4 serialDteType 5 serialDteRate 6 serialDteInvertData 7 serialDteFormat 8 serialDteParity 9 serialDteStopBit 10 serialDteMode 11 serialDteDSR 12 serialDteDCD 13 serialDteRTS 14 serialDteRTSDelay 15 serialDteDTR 16 serialDteCTS 17 serialDteV54 18 serialDteLL 19 serialDteRL 20 serialDteStartChannel 21 serialDteNumberOfChannels 22 serialDteTxClock 23 serialDteAlarmTable 2 serialDteAlarmTableEntry 1 serialDteAlarmNearIndex 1 serialDteAlarmFarIndex 2 serialDteAlarmIndex 3 serialDteDTRAlarmControl 4 serialDteDTRAlarmStatus 5 serialDteStatusSummary 6 serialDteAlarmSummary 7 serialDteASCStatus 8 serialDteASCCount 9 serialDteASCThreshold 10 serialDteASCAlarm 11 serialDteFDLStatus 12 serialDteFDLCount 13 serialDteFDI Threshold 14 serialDteFDLAlarm 15 serialDteLOSStatus 16 serialDteLOSCount 17 serialDteLOSThreshold 18 serialDteLOS Alarm 19 analogDteTable 1 analogDteTableEntry 1 analogDteNearIndex 1 analogDteFarIndex 2 analogDteIndex 3 analogDteDescription 4 analogDteCardTyp
113. y 4 read only The size of the largest Returns one of the following integer datagram which can be values sent received on the 1500 returned for the Ethernet interface specified in inferface octets For AEE that 3000 returned for the Token Ring are used for transmitting returned for all other interfaces network datagrams this is the size of the largest network datagram that can be sent on the interface ifSpeed ifEntry 5 read only An estimate of the Returns the rate at which the interface interface s current is running bandwidth in bits per second For interfaces which do not vary in bandwidth or for those where no accurate estimation can be made this object should contain the nominal bandwidth ifPhysAddress ifEntry 6 read only The interface s address at Returns an octet string of sero length the protocol layer immediately below the network layer in the protocol stack For interfaces which do not have such an address e g a serial line this should contain an octet string of zero length for all interfaces except the E TR Ethernet TokenRing interface which returns the physical address of the unit RFC 1213 45 Table A 3 ifTable OID Object Name Object ID User Access Object Description Get Set ifAdminStatus ifEntry 7 read write The desired state of the Returns user selected value Defaults up 1 user interface The testing 3 to up 1 sets to state indic
114. y are called out by their labels such as the Return key or the Escape key or they may be shown as Return or Escape Unlabeled keys such as spacebar are not capitalized If two or more keys are to be pressed simultaneously the keys are linked with a plus sign for example Press Ctrl C to copy a selected text into a paste buffer Italics are used to denote new terms or emphasis Default settings are underlined Introduction GENERAL The Verilink 8100A Site Controller Figure 1 1 provides an SNMP agent in a controller capable of managing up to 50 local CSU DSUs T1 CSUs and E1 PMUs The 8100A shares the same packaging options as the Verilink 2000 CSU 2048 PMU 3001 CSU DSU and 4001 DDS CSU DSU networking products The unit is available in a standalone case or as a module that plugs into a Verilink 1051 chassis The 8100A Site Controller functions as a nodal concentrator for units equipped with the Verilink ComView network management bus Units are daisychained to and from the Site Controller which acts as a central management access point for all attached elements Interface to the 8100A is available through a terminal or the SNMP management port The standard 8100A configuration provides two serial ports to connect terminals directly or indirectly through external modems Port two can be equipped with an internal modem The 8100A also monitors group element alarms and performs dial out or direct alarm reporting to
115. yellow alarm from the far end dsx1XmtFarEndLOF 4 unit is transmitting a yellow alarm dsx1RevAIS 8 the unit is receiving AIS from the far end dsx1XmtAIS 16 not applicable dsx1LossOfFrame 32 unit is currently in an OOF condition dsx1LossOfSignal 64 the unit is currently in a LOS condition dsx1LoopbackState 128 the unit has a loop active dsx1T16AIS 256 not applicable dsx1RcvFarEndLOMF 512 not applicable dsx1XmtFarEndLOMF 1024 not applicable dsx1RcvTestCode 2048 not applicable dsx1OtherFailure 4096 not applicable 52 APPENDIX A MIB REFERENCE Table A 4 dsx1ConfigTable OID Object Name Object ID User Access Object Description Get Set dsx1Signal dsx1Config read write none indicates that no none 1 this signal mode No action this parameter Mode Entry 11 bits are reserved for is the only mode may not be changed signaling on this channel supported robbedBit indicates that T1 Robbed Bit Signaling is in use bitOriented indicates that E1 Channel Associated Signaling is in use messageOriented indicates that Common Channel Signaling is in use either on channel 16 of an E1 link or channel 24 ofa TI dsx1 Transmit dsx1Config read write The source of Tranmit loopTiming 1 the loopTiming 1 the ClockSource Entry 12 Clock Network Timing is set to Network Timing is set to lt Dino indi Network Clock Network Clock loopTiming indicates y

Prism 8100A user manual

Contents

Download Pdf Manuals

Related Search

Related Contents