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Issue 2.0

SV9100 Networking Manual 1-11

One GCD-CCTA provides 24 channels. One Common Signaling Channel port

must be assigned on the Digital Trunk Interface in case two systems are

connected by one Digital Link.

One Common Signaling Channel can be assigned even if two Digital Links are

connected between two systems. Only one Common Signaling Channel can be

assigned per GCD-CCTA in each system.

Figure 1-9 K-CCIS Routes

Figure 1-10 Assigning One Common Signaling Channel Between Two Systems

GCD-CCTA

System A has one GCD-CCTA.

UNIVERGE SV9100

One Common Signaling Channel

23 Voice Channels

UNIVERGE SV9100

GCD-CCTA

UNIVERGE SV9100 UNIVERGE SV9100

One Common Signaling Channel

24 Voice Channels

23 Voice Channels

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

VoIP Support	Yes
VoIP Protocols	SIP, H.323
Voicemail	Integrated voicemail
Networking	Yes, via IP
Unified Communications	Yes
Mobility	Supports mobile extensions and applications
Type	IP-PBX
Network Interfaces	Gigabit Ethernet
Power Supply	AC 100-240V, 50/60Hz
Operating Temperature	32°F to 104°F (0°C to 40°C)
Storage Temperature	-20°C to 60°C (-4°F to 140°F)
Weight	Varies depending on chassis and expansion cards

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