NEC Univerge SV9100

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Issue 2.0

6-6 SIP Trunking

Default Settings

Disabled

System Availability

Terminals

All Multiline Terminals

Trunks

IP SIP

Required Component(s)

 GCD-CP10

 GPZ-IPLE

 R2 Enhancement License (0412)

 System Port License (0300)

 VoIP Resource License (5103)

 IP Trunk License (5001)

SECTION 4 VIDEO SUPPORT OVER SIP TRUNKS

Description

The SV9100 can support video calling over SIP interconnection trunks. The IP Trunk

license (5001/5103), IP Station licenses (5111), R2 Enhancement license (0412) and

Video MCU license (0042) are required.

Conditions

 Calls over SIP Interconnection while in P2P mode cannot be put on

hold.

 Calls over SIP Interconnection while in P2P mode cannot be

transferred, i.e. an internal call cannot be transferred to a SIP

Interconnection trunk.

 A video call cannot be changed to a voice call. A voice call cannot be

Main Page

Default Chapter3
- Table of Contents3
- Issue20
Book 1 - SV9100 K-CCIS33
- Figure 1-1 K-CCIS System Outline34
- Section 1 System Outline34
System Outline34
Chapter 1 General Information <US Only35
- Common Channel Handler (GCD-CCTA)35
- Figure 1-2 Clock Supply Route35
- DTI Specifications36
- Network Structure Considerations40
Chapter 2 Hardware Installation <US Only> Section54
- Installation Precautions54
- Busying out Extension/Line Blades55
- Installing an Extension or Trunk Blade55
- K-CCIS Programming62
Chapter 3 System Data Programming <US Only63
Chapter 4 Features and Specifications80
- General Information80
  - Chapter 4 Features and Specifications81
  - Chapter 4 Features and Specifications83
- System Availability81
- Service Conditions82
K-CCIS Features84
- Section 5 K-CCIS Features84
- Automatic Recall - K-CCIS85
- Brokerage Hotline - K-CCIS87
- Call Forwarding - All Calls K-CCIS89
- Call Forwarding - Busy/No Answer - K-CCIS93
- Figure 4-1 K-CCIS Call Rerouting97
- K-CCIS Call Rerouting97
- Call Park Retrieve - K-CCIS107
- Table 4-1 Programming Example111
- Call Transfer - All Calls - K-CCIS113
- Calling Name Display - K-CCIS116
- Calling Number Display - K-CCIS118
- Calling Party Number (CPN) Presentation from Station - K-CCIS120
- Centralized Billing - K-CCIS122
- Centralized BLF (K-CCIS)126
- Section 3 Service Conditions127
- Centralized Day/Night Mode Change - K-CCIS131
- Centralized E911 - K-CCIS136
- Dial Access to Attendant - K-CCIS139
- Direct Inward Dialing - K-CCIS144
- Dual Hold - K-CCIS146
- Elapsed Time Display - K-CCIS148
- Flexible Numbering of Stations - K-CCIS150
- Handsfree Answerback - K-CCIS153
- Hot Line - K-CCIS155
- Link Reconnect - K-CCIS157
- Figure 4-1 Link Reconnect for Station Calls158
- Figure 4-2 Link Reconnect for Trunk Tandem Calls159
- Multiple Call Forwarding - All Calls - K-CCIS161
- Figure 4-3 Multiple Call Forwarding over K-CCIS Links for All Calls163
- Multiple Call Forwarding - Busy/No Answer - K-CCIS166
- Figure 4-4 Multiple Call Forwarding over K-CCIS Links for Busy/No Answer169
- Paging Access - K-CCIS171
- Quick Transfer to Voice Mail - K-CCIS179
- Station-To-Station Calling - K-CCIS182
- Uniform Numbering Plan - K-CCIS184
- Voice Call - K -CCIS186
- Voice Mail Integration - K-CCIS188
  - IP K-CCIS Application Using the GPZ-IPLE196
    - CCIS Networking Via IP (Non Peer-To-Peer Connections Basis)196
    - Section 1 System Outline196
  - Description197
  - Figure 5-1 Peer-To-Peer One IP to TDM197
  - Installation198
  - Systems Requirements198
  - Figure 5-3 GCD-CP10 Blade with Daughter Board Installed200
  - LED Indications200
  - Figure 5-4 GCD-CP10 LED Locations201
  - Table 5-1 VOIPDB LED Indications201
  - Table 5-2 VOIPDB LED CN1 Transmit/Receive Data Indications202
  - Connectors203
  - Figure 5-5 Voip Connections203
  - IP Addressing204
  - Digital Trunk Assignment215
  - Table 5-7 Digital Trunk Assignments215
- Related Feature List84
Chapter 5 SV9100 IP K-CCIS199
- Chapter 4 Programming215
- Table 5-8 Voip IP Address Assignments217
- Voip IP Address Assignments217
- Closed Numbering Plan - Using Closed Number Blocks218
- Local Numbering Plan Assignment218
- Programming Example227
  - SV9100 IP K-CCIS Programming Example 1227
- Port Designations237
- Service Conditions239
  - Restrictions240
  - Chapter 1 General Information243
- UNIVERGE SV9100 IP Networking243
  - Section 2 Voice over IP243
  - Table 1-1 Voip Specifications243
- Voice over IP243
- UNIVERGE SV9100 IP K-CCIS Network SV9100245
  - IP Trunks246
    - Configure IP Trunks246
    - Section 3 IP Trunks246
- Example Configurations247
- DTMF Relay255
Chapter 3 General IP Configuration257
- Introduction257
- Network Addressing Overview257
- Configuration Examples259
- Testing the UNIVERGE SV9100 Network Connection264
  - Chapter 4 Programming265
- How to Exit Programming Mode267
- Using Keys to Move Around in the Programs267
  - Table 4-2 Keys for Entering Names268
  - Table 4-3 Softkey Display Prompts270
Chapter 5 Network Design Considerations313
- Introduction313
- Qos313
Chapter 7 H.323 Trunking379
- Determine Numbering Plan379
- Configure Voipdb Trunk Ports380
- Table 7-1 H.323 Setup Assignments380
- Configure Voipdb Networking Information381
- Table 7-2 Voipdb Network Configuration Assignments381
- Table 7-3 Voipdb (DSP) Basic Assignments381
- Configure Signaling Information (H.323)382
- Table 7-4 H.323 Gatekeeper Setup Assignments382
- Table 7-5 H.323 Alias Address Setup Assignments383
- Configure Call Routing for H.323384
  - Caller ID (H.323)385
  - Table 7-7 H.323 Caller ID Assignments385
- Table 7-6 H.323 Call Routing Assignments384
- CODEC Selection for IP Networking386
Chapter 8 IP Multiline Station (SIP)393
- DT800/DT700 IP Multiline Telephones (ITL/ITZ)393
Conditions394
- Figure 8-2 Power Fail Adapter Connection395
- Figure 8-3 IP Telephone Connection396
- Operation During Power Failure396
- Figure 8-4 Typical Network IP Connection397
- Local Power398
- System Tones and Ring Tones399
- Figure 8-5 Example Configuration 1 - Static IP Addressing, One LAN400
- Figure 8-6 Example Configuration 2 - Dynamic IP Addressing, One LAN401
- Figure 8-7 Example Configuration 3 - Static IP Addressing, Routed WAN403
- Table 8-1 IP Phone Programming Options User Menu404
- Required Equipment405
- Building Config File406
- Figure 8-8 IP Phone Manager406
- Figure 8-9 Config Setup APL407
- Figure 8-10 Assign IP Address408
- Figure 8-11 Network Settings - 1St Server Port408
- Figure 8-12 Save As/Name File Window409
- Configuring an FTP Server410
- Figure 8-13 Quick 'N Easy FTP Server410
- Figure 8-14 Quick 'N Easy FTP Server Configuration411
- DHCP Server Setup Windows Server412
- Manually Upgrading Firmware414
- Checking the Firmware Version415
- IP Phone Registration Modes417
- Figure 8-15 DT800/DT700 Encryption419
- General IP Configuration419
- Vlans420
  - Figure 8-16 Log in to IP Phone421
  - Logging in on the PC421
  - Figure 8-17 LAN Port Settings Window422
  - Tagging Voice Packets Using IP Phone422
  - Figure 8-18 VLAN Mode423
  - Figure 8-20 VLAN Priority423
  - Figure 8-21 PC Port Settings Window424
  - Tagging Data Packets Using IP Phone424
  - Figure 8-22 Port VLAN Mode425
  - Figure 8-23 Port VLAN ID425
  - Figure 8-24 Port VLAN Priority425
  - Figure 8-25 Save Network Settings426
  - Figure 8-26 Save Confirmation Window426
  - Entering VLAN Settings by Phone (Voice Packets Only)427
    - Tos Settings (Layer 3 Qos)428
Chapter 12 All DSP Busy Indication442
Guide to Feature Programming442
- SIP MLT Quick Startup Guide452
- IP Phone Relocation464
- Figure 8-46 IP Phone Relocation Flow Chart466
- Configure Voipdb Networking Information480
- SIP Phone Example487
- Introduction488
  - Hardware490
Chapter 10 SV9100 Netlink491
- Determining Primary System491
- Figure 10-2 Two SV9100 Systems Connected Via the WAN493
- Figure 10-3 VPN Network494
- Figure 10-4 Netlink with IP Phones Connected Via NAPT495
- Limitations495
- IP Trunks496
- Programming512
- Section 13 Port Assignment528
- Section 14 Slot Control529
- Section 11 MAC Address Authorization563
  - Section 1 NAPT574
  - Figure 11-1 NAPT Configuration Example575
Chapter 11 NAPT575
- Requirements575
Chapter 13 Aspirenet596
- What Is Aspirenet?596
- SV9100 Pcbs597
- Available Features598
Section 18 How to Enter Programming Mode599
- Required System Programming600
- Aspirenet IP602
  - System IP Address603
  - IP Address of Other Systems Within the Network604
  - Networking TCP Port605
- Aspirenet Multi Site606
- Numbering Plan607
- ARS/F-Route612
- Barge in614
- Call Forwarding615
- Call Forwarding/ Do Not Disturb Override616
- Call Forwarding with Follow Me617
- Caller ID Display620
- Conference622
- Department Calling624
- Department Step Call625
- Direct Inward Dialing (DDI)626
- Direct Inward Line (DIL)627
- Direct Inward System Access (DISA)628
- Hold629
- Hotline / Direct Station Selection (DSS)630
- Intercom631
- Keep Alive Operation632
- Last Number Redial633
- Message Waiting634
- Operator, Centralized635
- Paging636
- Park638
- Ringdown Extension, Internal/External639
- Selectable Display Messaging640
- Toll Restriction641
- Transfer642
- Voice Mail, Centralized644
- Section 3 Configuration Examples645
- Before Reading this Section649
- How to Enter Programming Mode650
Section 19 How to Exit Programming Mode651
- Table 13-2 Keys for Entering Data651
Section 21 Programming Names and Text Messages652
- Using Softkeys for Programming653
  - Table 13-4 Softkey Display Prompts654
- What the Softkey Display Prompts Mean654

NEC Univerge SV9100 - Page 352

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