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Chapter 3 Installing IP telephones 37
IP Telephony Configuration Guide
Table 8 describes the value for each parameter and what they mean.
Table 8 IP telephone server configurations
Field Value Description
DHCP 0 or 1 Enter 0 if not using a DHCP server to dispense IP addresses.
Enter 1 if using a DHCP server.
If you choose to use a DHCP server rather than allocating static IP
addresses for the IP telephones, skip the remainder of this section.
For information about setting up a DHCP server, see “Configuring
DHCP” on page 41.
SET IP <ip address> The set IP must be a valid and unused IP address on the network
that the telephone is connected to.
NETMASK <subnet mask
address>
This is the subnet mask. This setting is critical for locating the system
you want to connect to.
DEF GW <ip address> Default Gateway on the network (i.e., the nearest router to the
telephone. The router for IP address W.X.Y.Z is usually at W.X.Y.1)
If there are no routers between the telephone and the Business
Communications Manager network adaptor to which it is connected,
(for example a direct HUB connection), then enter the Published IP
address of the Business Communications Manager as the DEF GW.
If the IP telephone is not connected directly to the Published IP
address network adaptor, set the DEF GW to the IP address of the
network adaptor the telephone is connected to. For information on
setting the published IP address of the Business Communications
Manager, see “Defining published IP address” on page 28.
S1 IP <ip address> This is the Published IP address of the first Business
Communications Manager that you want to register the telephone to.
S1 PORT Default: 7000 This is the port the telephone will use to access this Business
Communications Manager.
S1 ACTION Default: 1
S1 RETRY COUNT <digits between 0
and 255>
Set this to the number of times you want the telephone to retry the
connection to the Business Communications Manager.
S2 IP <ip address> This is the Published IP address of the second Business
Communications Manager that you want to register the telephone to.
It can also be the same as the S1 setting.
S2 PORT Default: 7000 This is the port the telephone will use to access this Business
Communications Manager.
S2 ACTION Default: 1
S2 RETRY COUNT <digits between 0
and 255>
Set this to the number of times you want the telephone to retry the
connection to the Business Communications Manager.
VLAN 0: No VLAN
1: Manual VLAN
2: Automatically
discover VLAN
using DHCP
If you have DHCP set to yes, you can select number 2 if you want the
system to find the VLAN port assigned to the telephone.
If you do not have DHCP, or if you want to set the VLAN port number
manually, select number 1.
If VLANs are not used on your network, select 0.
- Business Communications 1
- Manager 2.5 1
- IP Telephony Configuration 1
- Trademarks 2
- Contents 3
- Chapter 4 4
- Chapter 5 5
- Chapter 6 6
- Appendix A 6
- 12 Tables 12
- Before you begin 13
- Symbols used in this guide 13
- Text conventions 14
- Acronyms 14
- Related publications 15
- How to get help 16
- Chapter 1 17
- Introduction 17
- IP telephones and VoIP trunks 18
- Figure 1 Network diagram 19
- Telephones 20
- IP network 21
- Key IP telephony concepts 22
- Jitter Buffer 23
- QoS routing 23
- Chapter 2 25
- Prerequisites checklist 25
- Network assessment 26
- Resource assessment 27
- Keycodes 27
- Defining published IP address 28
- IP telephones 30
- NetVision wireless telephones 30
- Chapter 3 31
- Installing IP telephones 31
- Choosing a codec 33
- Choosing a Jitter Buffer 34
- Before installing 34
- Using a 3-port switch 35
- NORTEL NETWORKS 36
- Manual Cfg DHCP(0 no, 1 yes) 36
- Field Value Description 37
- Slow connection 40
- One-way or no speech paths 40
- Dropped voice packets 40
- Changing the contrast level 40
- Configuring DHCP 41
- Figure 5 IP Terminal status 42
- Figure 6 Configuration menu 42
- Figure 8 Configuration menu 44
- Download Pending 44
- Customizing feature labels 46
- Moving IP telephones 47
- Keep DN alive 48
- Figure 12 i2050 Switch type 49
- 7 Click on the BCM option 50
- Configuring NetVision records 52
- /symbol.com> 53
- <http:/ 53
- Testing the handset functions 55
- Changing a handset Name 57
- Configuring VoIP trunks 59
- Configuring media parameters 60
- Setting silence compression 61
- Setting jitter buffers 62
- Outgoing call configuration 63
- Figure 18 Trunk/Line data 64
- Configuring a remote gateway 66
- Configuring PSTN fallback 68
- Enabling PSTN fallback 69
- Setting up the VoIP schedule 69
- Configuring routes 70
- Figure 26 VoIP schedule 73
- Activating the VoIP schedule 74
- Turning on QoS monitor 75
- Incoming call configuration 76
- Example configuration 78
- Making calls 82
- Connecting an i200X telephone 83
- Quality of Service Monitor 86
- Port settings 86
- Using firewalls 87
- Using a gatekeeper 88
- The call signaling method 89
- Gatekeeper call scenarios 91
- Typical applications 93
- Setting up the system 95
- Efficient Networking 99
- Network engineering 100
- LAN engineering examples 103
- WAN engineering 104
- Setting Non-linear processing 105
- (8 kb/s) 106
- P0937663 03.1 106
- Traceroute 106
- Enough link capacity 107
- Not enough link capacity 107
- Further network analysis 108
- Reduce link delay 109
- Reducing hop count 109
- Adjust the jitter buffer size 110
- Reduce packet errors 110
- Routing issues 111
- Appendix B 113
- Silence compression 113
- Comfort noise 116
- Appendix C 117
- Network performance utilities 117
- Appendix D 119
- Interoperability 119
- Speech path setup methods 120
- Media path redirection 120
- Gatekeeper 120
- Symbol NetVision telephones 121
- 122 Interoperability 122
- Appendix E 123
- Quality of Service 123
- Measuring Intranet QoS 124
- Recording routes 125
- Adjusting Ping measurements 126
- Measurement procedure 127
- 128 Quality of Service 128
- Traffic mix 129
- TCP traffic behavior 129
- Network Quality of Service 130
- Quality of Service parameters 131
- Fallback to PSTN 132
- Glossary 133
- 134 Glossary 134
- Glossary 135 135
- 136 Glossary 136
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