ATM Option System Reference - Comtech EF Data

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<strong>ATM</strong> <strong>Option</strong> 5.4.15 Delete digits Defines the duration, in milliseconds, of the contact (or “make”) for each digit that is dialed using rotary type dialing. The NetPerformer calculates the break value by subtracting the make value from 100. For example, the value 34 defines the make/break ratio as 34/66. This value is used in North America, Belgium, Denmark, U.K., France, Portugal and other countries, and is the default Pulse Make/Break Ratio. When you rotate the dial to a number and release it, a break/contact sequence is repeated once for each digit the dial passes as it returns to the starting position. If, for instance, you dial the number 3, what follows is a 66 ms break, a 34 ms make, a 66 ms break, a 34 ms make, a 66 ms break, then a continuous make (closed loop). Telephone equipment manufacturers in other countries have implemented other make/ break ratios. For example, a 40/60 ratio is used in Austria, Germany, Italy, Ireland, Sweden, Switzerland and some other countries. Configure this by setting the Pulse Make/ Break Ratio to 40. To ensure correct configuration of the Pulse Make/Break Ratio parameter for your site, contact your local telephone company for the make/break ratio that is currently in use. Values: 30 - 50 ms (in increments of 4) Default: 34 ms Console SNMP Text-based Config Delete digits atmpvcVoiceDelDigits [atmpvc#] VoiceDelDigits Specifies the number of leading dial digits (if any) that will be deleted from a dial string before it is forwarded to the attached voice equipment. When set to 0, no dial digits are deleted. This parameter serves to delete the leading dial digits that may be inserted by an attached PBX. For example, a PBX may insert a “9” prefix in any dial string. If you dial “1234”, the result would be “91234”. To forward the correct dial string to the remote voice equipment, the local NetPerformer must be able to delete the first digit of the string. In this case, you would set the local port’s Delete Digits parameter to 1. NOTE: This parameter is not required and does not appear on the NetPerformer console for voice ports associated with an EIC-1MB card that is running Q.SIG signaling. Values: 0 - 4 Default: 0 5-28 Memotec Inc.
5.4.16 Fwd digits SE/PVC Configuration Parameters Console SNMP Text-based Config Fwd digits atmpvcVoiceFwdDigits [atmpvc#] VoiceFwdDigits For switched or autodial activation only. This parameter takes effect at the receiver site, and specifies which dial digits (if any) should be forwarded to the attached user equipment. There are three possibilities: • NONE: No dial digits are forwarded to the attached equipment. • ALL: The speed dial number and its associated extended digits are forwarded to the attached equipment. The extended digits may be looked up in the Voice Mapping Table or manually dialed by the user. For an Autodial port, the source of the user-dialed extended digits is determined by the Extended Digits Source parameter configured at the PORT level (described earlier). For a Switched port, refer to the Extended Digits Source parameter of the Setup Map menu, described later. • EXT: Only the extended digit string is forwarded to the attached equipment. Use the Forward Digits parameter when the NetPerformer voice port connects to the trunk side of a PBX or a CO. If an automated answering system responds to the call, the PBX or CO can dial the telephone number to connect to a device on the station side. NOTE: This parameter does not influence the digits that are sent from the local Net- Performer to the remote NetPerformer. Both the speed dial number and any associated extended digits are sent to the remote site at all times. This parameter is not used on voice ports associated with an EIC-1MB card running Q.SIG signaling. For Q.SIG-to-Q.SIG communications, the Q.SIG signaling stack on the E1C-1MB card takes care of exchanging the phone numbers. However, the Voice Mapping Table is still required to perform the proper call routing. When a non-Q.SIG unit (VFC-03, TIC, EIC with CAS signaling, ISDN-03 card) calls a Q.SIG device, the Forward Digits parameter should be set to ALL. This means that the speed dial number will be forwarded, along with any extended digits that were sent by the originating unit. The EIC-1MB card in turn sends the resultant number (Speed_Dial + Any_Extended_Digits) to the destination PBX. Then, the PBX will process this number as if it were received from the CO. Values: NONE, ALL, EXT Default: NONE Memotec Inc. 5-29
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ATM Option NetPerformer ® System R
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Contents Chapter 1: Product Overvie
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4. 10 ILMI Channel VCI . . . . . .
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5.8.1 ATM Adaptation Layer . . . .
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Product Overview 1 Memotec Inc. 1-1
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Product Overview and higher capacit
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1.2.2 Error Checking 1.2.3 Cell Tra
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Product Overview • Another diffic
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1.2.7 ATM Addressing Product Overvi
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NOTE: Service categories can be def
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1.3 ATM Support on the NetPerformer
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Product Overview 7. Link to another
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Product Overview The NetPerformer p
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Product Overview page 1-21). Howeve
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Product Overview - Congestion is de
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1.3.5 PPP Over AAL5 Product Overvie
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AAL0 Adaptation Layer Product Overv
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Product Overview On the SDM-9360A,
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SVC Modes Supported Product Overvie
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Configuration 2 Memotec Inc. 2-1
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Configuration When you execute the
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Unit ID> (main prompt) Figure 2-1:
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SE/GLOBAL example: with ATM license
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Configuration Included in this calc
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SE/SLOT example: with data channels
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2.5 Configuring the Digital Link Co
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2.6 Configuring the ATM Channel Con
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2.7 Configuring the ATM PVCs Config
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SE/PVC/ ATMPVCR example: on the SDM
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2.7.2 PVC in AAL1 Mode SE/PVC/AAL1
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SE/PVC/ RFC1483 example Configurati
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2.7.6 PVC in ATM-MULTIPLEX Mode SE/
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2.8.1 SVC in ATMPVCR Mode SE/SVC/ A
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SE/SVC/ ATMPVCR example: ANSWER Typ
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2.8.4 SVC in ATMPPP Mode SE/SVC/ AT
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2.9 Configuration Examples Configur
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SE/PVC/#/ ATMPVCR example PVC Confi
Page 75 and 76: Monitoring and Statistics 3 Memotec
Page 77 and 78: Monitoring and Statistics NOTE: Vie
Page 79 and 80: Monitoring and Statistics SVC 1> Nu
Page 81 and 82: SVC Status Console SNMP SVC Status
Page 83 and 84: DSVC/ATM example Monitoring and Sta
Page 85 and 86: 3.3 Status of ATM PVCs DC/PVC examp
Page 87 and 88: DE/PVC example Monitoring and Stati
Page 89 and 90: 3.4 Viewing Reserved Channels DP/GL
Page 91 and 92: 3.5 Status of ATM Channels DC/SLOT
Page 93 and 94: SE/SLOT/CHANNEL Configuration Param
Page 95 and 96: 4.4 Scrambling function 4.5 UNI Ver
Page 97 and 98: 4.8 ATM Signaling Channel VCI SE/SL
Page 99 and 100: SE/PVC Configuration Parameters 5 M
Page 101 and 102: SE/PVC Configuration Parameters Val
Page 103 and 104: 5.3.3 Service category Values: SDM-
Page 105 and 106: 5.3.6 Maximum burst size (MBS) in c
Page 107 and 108: SE/PVC Configuration Parameters NOT
Page 109 and 110: 5.3.16 IP RIP SE/PVC Configuration
Page 111 and 112: 5.3.20 OSPF face on both sides of t
Page 113 and 114: 5.3.24 OSPF Hello interval 5.3.25 O
Page 115 and 116: 5.3.29 IP multicast protocol 5.3.30
Page 117 and 118: 5.3.34 Broadcast group SE/PVC Confi
Page 119 and 120: 5.3.37 Cell Packetization SE/PVC Co
Page 121 and 122: SE/PVC Configuration Parameters of
Page 123 and 124: SE/PVC Configuration Parameters M-l
Page 125: 5.4.12 TONE ON (ms) 5.4.13 TONE OFF
Page 129 and 130: 5.5 FRF.8 Mode 5.5.1 Port 5.5.2 DLC
Page 131 and 132: SE/PVC Configuration Parameters •
Page 133 and 134: 5.5.8 Frame relay DE bit 5.5.9 Fram
Page 135 and 136: 5.6 RFC1483 Mode 5.6.1 BRG connecti
Page 137 and 138: 5.8.2 Remote PVC number 5.8.3 Class
Page 139 and 140: SE/SVC Configuration Parameters 6 M
Page 141 and 142: 6.3 ATMPVCR Mode 6.3.1 SVC Destinat
Page 143 and 144: 6.3.7 Call Retry Delay 6.3.8 Peak c
Page 145 and 146: Index A AAL service classes 1-4 AAL
Page 147 and 148: IP RIP password 5-12 IP RIP TX/RX 5
Page 149 and 150: ATM Option 5
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