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Phones and Voice Applications

77

Most external applications emulate 5220 sets and require similar resources when they connect
to the 3300 ICP. They will also use sockets and place monitors on the users’ sets, similar to
the MiCollab Clients and server in the above tables.

The UC Express application connects to the phone for access to call control. All of the UC
Express supported phones have a SAC connection, but may not invoke a monitor. When UC

5304/5312/5324
(without attached
application)

1 per device

1 per device

None

None

2 per device

(MiNET & SAC)

5304/5312/5324
(with attached
application)

1 per device

1 per device

1 per system

(via internal

SAC server)

1 per device

2 per device

(MiNET & SAC)

5304/5312/5324
(without UC
Express)

1 per device

1 per device

None

None

2 per device

(MiNET & SAC)

5304/5312/5324
(with UC Express)

1 per device

1 per device

1 per system

(via internal

SAC server)

None

2 per device

(MiNET & SAC)

5550 Console

1 per device

None

None

None

3 per device

(MiNET & 2

additional

management

connections)

5560

2 per device

2 per device

1 per system

(via internal

SAC server)

2 per device

4 per device

(2 MiNET & 2 SAC)

SIP Phone

None

None

None

None

1 per device (SIP)

Hot Desk User in
SAC (not logged in)

None

None

None

1 per user

(SAC)

(see Note)

None

SAC Server
(always consumed)

None

None

1 per system

None

None

Web Server
(always consumed)

None

None

1 per system

None

None

Note:

Devices that use the SAC Service or Web service will consume an external IP Socket, or IP

port, to connect to these services. The connection from these internal services into the MiTAI/HCI will
consume a MiTAI socket at the server internal connection. This is shown with the devices for
information, but in practice these sockets are always consumed against the services as these are
always active, even without devices to monitor.

Table 28: (continued)ICP Connections (continued)

TELEPHONE OR

APPLICATION

RESOURCE

MINET

SOCKETS

SAC

SOCKETS

MITAI

SOCKETS

MITAI

MONITORS

MIVOICE BUSINE

SS IP

CONNECTIONS

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Summary of Contents for MiVOICE BUSINESS

Page 1: ...Mitel MiVoice Business RELEASE 7 2 ENGINEERING GUIDELINES ...

Page 2: ...No part of this document can be reproduced or transmitted in any form or by any means electronic or mechanical for any purpose without written permission from Mitel Networks Corporation Mitel 3300 IP Communications Platform SX 2000 SX 200 MiTAI HCI Host Command Interface and Speak Ease are trademarks of Mitel Networks Corporation Windows and Microsoft are trademarks of Microsoft Corporation Cisco ...

Page 3: ... 12 Processor Speeds 12 Supported Countries 13 CHAPTER 3 TYPICAL CONFIGURATIONS System Configurations 17 Typical Installation Configurations 18 Multiple Units System 18 Distributed System 18 Hybrid System 19 Sample 3300 ICP Configurations 21 The 3300 ICP as a Trunk Gateway 21 The 3300 ICP as a Trunk Tandem 21 MiVoice Business 3300 ICP and ACD 22 Standalone ACD Controller 24 Network ACD Controllers...

Page 4: ...48 HTML Applications on Sets 50 Upgrading the System 51 Provisioning System Resources 52 CX Hardware Configurations 53 CX CXi II Hardware Configurations 55 Programmable Keys 56 Provisioning for Traffic 58 CHAPTER 4 PHONES AND VOICE APPLICATIONS MiVoice IP Phones 61 5560 IPT Limits 62 Phones Supported on the AX 63 Micro Firewall 63 WideBand Audio 64 NuPoint Unified Messaging 64 DECT Digital Enhance...

Page 5: ...one 73 Access Connections 73 Networking Considerations for MiCollab Client 74 MiVoice Business Console 74 Access Connections 74 Networking Considerations for MiVoice Business Console 75 IP Sockets and Monitors 75 System Resource Notes 82 Worked Example 82 CHAPTER 5 POWER Introduction 89 Installation Practices 90 Installation Power 90 Controller Power Input 91 MiVoice IP Phone Power 92 Local Phone ...

Page 6: ...00 Power Management Features in IEEE 802 3af Compliant Switches 100 Phone Power Consumption 101 Local power 101 Remote power 103 Power Requirements for 5220 IP Phone Optional Accessories 112 System Power Requirements 112 Uninterruptible Power Supply UPS 113 CHAPTER 6 PERFORMANCE System Performance Index 117 Performance Limitations 117 Performance in an ACD Environment 119 Performance with Ring Gro...

Page 7: ...tions 141 IP trunking models 142 Call Handling Routing and Bandwidth 143 Variable RTP Packet Rates 145 Constraints 145 Service provider behavior 146 Route Optimization 146 Automatic Route Selection 147 Number Planning and Restrictions 147 IP Networking and Product Release Compatibility 147 SIP Trunking 148 SIP Trunking Basics 148 Licenses 148 Networking ICPs with IP trunks 148 Networking ICPs with...

Page 8: ...l admission control 177 Codec Introduction 184 Voice quality and codec selection 185 Codec selection 185 Operation through MiVoice Border Gateway and SRC 188 Compression Introduction 189 3300 ICP compression guidelines 189 Trunking gateway working example 191 IP networking routes and compression 192 IP trunk routes and compression 193 IP networking and compression licenses 193 Compression and lice...

Page 9: ...ndwidth Requirements 210 Serialization Delay 211 Network Priority Mechanisms 212 LAN layer 2 priority 213 WAN layer 3 priority 217 Network topology with priority 219 LAN QoS policies 220 TOS to COS IEEE 802 1p mapping and softphones 220 Use of subnets and subnet size 221 Full Duplex and Half Duplex Settings 222 Full duplex network basics 222 Half duplex network basics 222 Summary 222 Maintaining A...

Page 10: ... MED and IP Phone network policy 240 IP Phones and VLAN programmability 242 RFC 3942 reclassifying DHCP options DeTeWe and Spectralink Phones 243 5302 Startup and DHCP 243 Startup Sequence for the Controller 244 Mitel Communication Director 244 DHCP Option Reclassification 245 IP Phone behavior 246 Vendor information data format options 125 and 43 247 Support of solution by external DHCP servers 2...

Page 11: ...ormance guidelines 265 T 38 reliable Fax over IP transport 266 G 711 modem pass through 266 DTMF Signalling over IP Networks 267 T 38 FoIP Guidelines 267 DSP II 268 Signalling 268 Operation 268 Line Circuits and COS Options 269 Resources required 269 DSP provisioning 270 Zones 270 Inter zone default profile 270 Intra zone default profile 271 Other intra zone profiles 271 Recommended settings 271 W...

Page 12: ...s 299 APPENDIX B INSTALLATION EXAMPLES Using Cisco Routers and Catalyst Switches 305 Basic Rules 305 Basic IP Addressing Information 305 Basic Quality of Service QoS 305 Define the IP Addressing 306 Define the VLAN 306 MiVoice IP Phone 307 Example Network Topology 307 Ethernet Switch 1 configuration 308 Ethernet Switch 2 configuration 310 Ethernet Switch 3 configuration 311 Router 1 configuration ...

Page 13: ...P Installation and VLAN Configurations 335 When to use VLANs 335 Network Configurations 335 Standalone CXi voice only 335 Physical segregation of voice and data networks 336 Standalone CXi without expansion switch dedicated voice and data ports 336 Expanded CXi dedicated voice and data ports 337 Common network connection for both voice and data devices 337 Connection to corporate network 337 APPEN...

Page 14: ... Phones 348 IEEE 802 1X 348 Devices that support 802 1X 350 Worm and virus protection 351 Prevention of toll abuse 351 Secure management interfaces 351 Multi Level Precedence and Preemption MLPP 352 SIP Security 352 Glossary 353 Index 361 ...

Page 15: ...Chapter 1 ABOUT THIS DOCUMENT ...

Page 16: ......

Page 17: ...INESS Mitel MiVoice Business is the brand name of the call processing software that runs on hardware platforms such as the 3300 ICP The 3300 ICP name is the brand name for Mitel hardware platforms that run MiVoice Business 3300 ICP Release 9 0 was the last software release under the original branding scheme It was replaced by the Mitel Communications Director MCD brand and released as Release 4 0 ...

Page 18: ...Legacy Older Products section on the Note Information specific to Releases prior to MCD 6 0 that has been superceded by changes in the current release or that is no longer relevant for other reasons has been removed from this document Engineering Guidelines for these older releases are still available on the Mitel eDocs web site See the next section for details ...

Page 19: ... the Mitel Resiliency solution and the tools to understand plan and implement a resilient network General Information Guide General product overview including deployments architecture products and features Safety Instructions to be read BEFORE installation Clustering Design and Implementation Download document and associated xls files Clus ter planning and installation guide for migrating to and u...

Page 20: ...d via an internet browser For MCD Release 6 0 Internet Explorer IE Version 8 0 is supported other web browsers such as Firefox Navigator Google Chrome are not supported For MiVoice Business Release 7 0 IE 9 or later and Mozilla Firefox 36 0 4 are supported 10 For MiVoice Business Release 7 2 the minimum browser requirements are IE 10 and Firefox 36 0 4 Only the System Administration Tool supports ...

Page 21: ...operating limits contact Mitel s Customer Engineering Service The customer service engineers have access to the System Engineering Tool SET which can analyze a system and determine in much greater detail the overall hardware requirements and expected performance This tool will identify the modules required traffic limits and the processor Performance Index PI The SET is developed using Microsoft E...

Page 22: ...Engineering Guidelines 8 ...

Page 23: ...Chapter 2 SYSTEM OVERVIEW ...

Page 24: ......

Page 25: ...he 3300 ICP has the advantage of being able to optimally switch both types of traffic IP or TDM The 3300 ICP provides native call setup tear down and signalling between Ethernet IP connected telephones For traditional telephony such as POTS and PSTN trunks call handling is also handled natively by the 3300 ICP through a conventional TDM circuit switched subsystem This ability to use two different ...

Page 26: ...SSOR SPEEDS The processors used in the 3300 ICP family are optimized for use in high end communications equipment Each unit has both a high performance general purpose processor core and a RISC based communications processor module The clock speeds listed in this documentation refer to the external speeds of the devices and should not be compared to the internal clock speeds used to describe the x...

Page 27: ...try analog station and trunk port parameters that have been specifically designed for the se lected country Currently supported countries and regions include Australia Brazil China France Germany Italy Latin America Argentina Chile Mexico Netherlands New Zealand North America Canada USA Portugal Spain UK In some cases MiVoice Business can be deployed in countries that are not included in the above...

Page 28: ...Engineering Guidelines 14 ...

Page 29: ...Chapter 3 TYPICAL CONFIGURATIONS ...

Page 30: ......

Page 31: ...e of the LAN infrastructure and IP networking allows the units to be installed and used in a number of different configurations It also allows for a more distributed architecture and dispersal of equipment compared to a more traditional central TDM PBX system MiVoice Business has a reliable mature call control with a large feature set enabling multiple integration possibilities with an existing in...

Page 32: ... small or medium sized office a number of units could be installed together to make a larger system Another scenario could be a small or medium sized business with a number of branch offices for example an automobile dealership where local access is needed but intershop traffic is also a requirement Figure 2 Example of a Multiple Units Configuration DISTRIBUTED SYSTEM In a distributed system diffe...

Page 33: ...cenario Figure 3 Example of a Campus Environment Configuration Figure 4 Example of a Corporate Configuration with Multiple HQs HYBRID SYSTEM A Hybrid system combines both of the previous scenarios and involves a distributed system for a headquarters and combined units for remote branch offices The branch office has access ...

Page 34: ...s 20 to corporate PSTN access as well as local access through the local group controller In the event the WAN link is lost the separate sites can still operate as independent units Figure 5 Example of a Hybrid Configuration ...

Page 35: ...e number of E2T channels are directly linked The maximum number of trunk channels is about 120 channels or 4 E1 5 T1 links on the large controllers to match the 128 E2T channels and 60 channels for the smaller units 64 E2T channels In the MXE Controller 192 Gateway the maximum number of trunks would be 180 E1 trunks 6 links or 192 T1 trunks 8 links If SRTP is enabled the maximum number of E2T chan...

Page 36: ...playback and for agent skills groups and multiple path queues Because agents are connected to trunks most of the time the number of E2T channels will be critical to the number of agents and or trunks that can be supported It is expected that most MiVoice Business and 3300 ICP installations will use IP phones for the agents but it is also possible with some 3300 ICP controllers to use TDM phones DN...

Page 37: ...t softphones and SIP clients on mobile smart phones digital phones DNIC and analogue phones may be used for ACD agents under various conditions The following is a summary of how ACD agents may be connected to MiVoice Business systems Traditional agents or Hot Desk ACD agents are supported on MiVoice IP Phones directly connected to the system or via a MiVoice Border Gateway Traditional agents only ...

Page 38: ...ected to this controller through the local network as are the agents The calls will come into the call centre from the PSTN through either TDM or SIP trunks will be routed through the IVR system and queued to a path RADs may be played either from the embedded resources on the controller or from the IVR system This configuration is shown in Figure 6 Figure 6 Example of a Standalone ACD installation...

Page 39: ...ept when the agents are using TDM phones or conference resources are used Figure 7 Example of a Networked ACD Installation ACD LIMITS The following tables show the maximum number of IP agents and TDM or SIP trunks that can be installed on the various controllers when used in either standalone or networked configurations The figures shown are a theoretical maximum based on the conditions shown A sp...

Page 40: ...APPLIANCE 150 MIVOICE BUSINESS VMWARE VIRTUAL APPLIANCE 1500 MIVOICE BUSINESS VMWARE VIRTUAL APPLIANCE 2500 AX CX II CXI II MXE III BASE MXE III EXPANDED Standalone Total agents 500 300 30 150 250 50 50 60 90 EHD agents 100 100 10 50 100 10 10 10 40 TDM trunks 0 0 0 0 0 60 60 90 180 SIP trunks 750 450 45 150 375 75 75 90 300 User Gateway group controller Total agents 700 350 30 200 350 50 50 100 1...

Page 41: ...s less functionality in terms of call handling The IVR must be on the path controller trunk gateway for networked ACD RADs are played to callers waiting in queue s either from internal resources or from an external system Active agents are in an average of five groups or less There is one overflow or interflow on the paths All agents are local to their controller except in the rows for EHD agents ...

Page 42: ...nalServices forassistanceforanyconfigurationwith more agents and or trunks different traffic pattern Table 2 Maximum Number of ACD Agents and Trunks in an Advanced Call Center ACD AGENT AND TRUNK CONFIGURATION MIVOICE BUSINESS FOR ISS MXE SERVER MIVOICE BUSINESS MULTI INSTANCE MIVOICE BUSINESS VMWARE VIRTUAL APPLIANCE 150 MIVOICE BUSINESS VMWARE VIRTUAL APPLIANCE 1500 MIVOICE BUSINESS VMWARE VIRTU...

Page 43: ... be supported on a controller will change The following tables show typical numbers for several representative configurations In each case we are still assuming agents in an average of 5 groups and one overflow per path Table 3 Active Agents on ISS Standalone Controller AGENTS CHT SEC CPH CPH AGENT 100 34 10500 105 350 120 10500 40 700 240 10500 15 1050 360 10500 10 Table 4 Active Agents on ISS Ag...

Page 44: ...ller example shown is for MiVoice Business for ISS The same principle must be used for any other controller configuration Table 6 Active Agents on MXe III Agent Controller AGENTS CHT SEC CPH CPH AGENT 25 30 3000 120 50 60 3000 60 75 90 3000 40 100 120 3000 30 150 180 3000 20 200 240 3000 15 250 300 3000 12 300 360 3000 10 Table 7 Active Agents on Agent Controller in Advanced Call Center PLATFORM M...

Page 45: ...MX unit with the addition of a DSP card Compression can be provided with yet another DSP card This will provide up to 30 voice mail sessions enough to support 700 users When using the CX CXi as a dedicated VM server note that the number of conference voice mail and compression resources is fixed by the purchased option and the number of DSP devices available the other values are adjustable Compres...

Page 46: ... which emulate telephones including SIP phones TDM devices includes all ONS OPS and DNIC sets but not analog or digital trunks Compression channels includes only those channels that are necessary within the ICP to connect TDM ports to IP trunks Most IP sets can stream compressed audio to another IP port without using any ICP resources Those that can t simply stream uncompressed audio the call is n...

Page 47: ...ons Mitel recommends using the System Engineering Tool Additional limits may apply with SIP TLS See SIP Phones and use of TLS SIP TLS on page 46 TDM Devices 0 TDM devices are not supported on this controller Total Devices 5000 This maximum applies to standard sets 5304 5312 5324 display sets 5320 5330 5340 5360 and generic SIP sets Some restrictions may still apply see note for IP Users above ACD ...

Page 48: ... but the number which can be used at any one time will be limited by other resources MMC modules installed slots MXe Server only Echo Canceller 3 4 5 6 Quad DSP 1 2 3 4 5 6 DSP II 4 5 6 Two echo canceller modules must be installed the other slots are available for DSP modules In MiVoice Business for ISS VMware Virtual Appliance and Multi instance platforms these functions are performed by the Medi...

Page 49: ... 2 3 CCS in hospitality applications ACD users active agents 50 IP only Echo cancelleor channels IP gateway E2T 40 128 The default channels provided by the on board DSPs are increased with an EC module installed Conference channels 64 The maximum number of conference sessions is 21 and the maximum number of conferees per session is 8 The combination cannot exceed 64 Voice Mail 20 Voice mail is lim...

Page 50: ...ystem 24 maximum on 4 brush cycles 96 total This ringing limitation also applies when the 24 Port ONSP card is used in the ASU II but the port usage limitation above does not The maximum number of ONS MWI lamps which can be activated on an AX is 288 i e all of the lines but this will be reduced in practice by a complex algorithm relating the total number of ONS sets in Off hook ringing or message ...

Page 51: ...3 party conferences and larger systems will have 30 channels Each conference may have up to eight members but the total cannot exceed the allowed maximum Voice Mail 16 The maximum allowed number of voice mail ports is also fixed by the number of DSP devices installed The base system allows up to 4 ports and with increased DSP resources up to 16 Compression channels 64 G 729a compression is not a s...

Page 52: ...hat the Dual FIM and the Dual T1 E1 modules are NOT supported on the CX Digital links 2 T1 E1 PRI 8 BRI Digital trunks may be either on embedded Quad BRI 8 or T1 E1 Combo modules 2 Dual T1 E1 module does not have the added DSP and echo cancellation resources needed for this system Peripheral cabinet 0 Does not support a FIM NSU DSU cabinet 0 Does not support a FIM FEATURE RESOURCE VALUE QUANTITY N...

Page 53: ...ession is not a standard offering on base systems Additional DSP resources are needed to achieve the values shown Compression is added in blocks of 8 bi directional channels on Quad DSP and DSP II modules only DSP II preferred T 38 16 Record a Call 8 Every Record a Call session uses a conference resource and a voice mail session from the available pool The maximum number of simultaneous sessions s...

Page 54: ...igital trunks and DSP resources The number of IP ACD agents can be increased to 100 350 by off loading all of the TDM functions to dedicated gateways Net ACD or the number of DNI agents can be increased to 100 350 by eliminating IP agents If you mix IP and DNI ACD agents the limit is 50 of each base or 100 IP and 250 DNI expanded The total number of active ACD agents might have to be reduced on an...

Page 55: ...e maximum number of usable framer and FIM modules may be limited by the E2T capacity of the system especially in the base configuration single processor Digital links 16 Digital trunks may be on embedded Quad BRI modules 12 Dual T1 E1 modules 8 T1 E1 combo modules 4 or external NSU cabinets 16 Peripheral cabinets 6 6 expanded The number of peripheral cabinets may be doubled by using an expanded pe...

Page 56: ...way as shown in the table called MXe MXe Server and 192 Channel PSTN Gateway DSP Resources of the Technician s Handbook Although not shown in this table it is possible to upgrade the original MXe Controller to a 192 Gateway but with some limitations since it does not have as much DSP resource available The original MXe Controller can only be used as a 192 Gateway when a second VEC module is instal...

Page 57: ...ncreased to 350 by off loading all of the TDM functions to dedicated gateways Net ACD or the number of DNI agents can be increased to 350 by eliminating IP agents If you mix IP and DNI ACD agents the limit is 100 IP and 250 DNI The total number of active ACD agents might have to be reduced on an installation because of performance limitations based on high traffic or other installed applications E...

Page 58: ...3 4 T1 E1 Combo 1 2 3 4 Quad BRI 1 2 3 4 Quad CIM 1 2 3 4 Digital links 16 Digital trunks may be on embedded Quad BRI modules 12 Dual T1 E1 modules 6 T1 E1 combo modules 3 or external NSU cabinets 16 Peripheral cabinets 6 6 expanded The number of peripheral cabinets may be doubled by using an expanded peripheral cabinet but this will only increase the line size and does not increase the traffic ca...

Page 59: ... expanded MXe and LX with Your Assistant Server releases as shown again limited by the IP devices allowed HCI MiTAI sockets See Notes Please refer to the following documents for MiTAI limits Mitel OIG 2 0 Engineering Guidellines Mitel OIG 2 0 supports MiVoice Business 6 0 SP3 and 7 0 SDK 6 0 MiTAI Driver Engineering Guidelines for the new MiTAI Driver that replaces legacy MiTAI client SDK 6 0 MiTA...

Page 60: ...mbers mainly impact the MiVoice Business for ISS whereas the 3300 ICPs already have limitations in place For deployments with more than 100 nodes in a cluster where SIP TLS will be deployed it is highly recommended that Professional Services be contacted to get a more specific value on location and quantity of SIP TLS devices per node Device Campons per system 172 480 MXe Server Group Campons per ...

Page 61: ...annel of the E2T function is used for every device either receiving a page or listening to a music source whether that source is analogue digital or embedded Although only a single echo canceller is used in either case the heavy use of E2T channels could cause blocking on trunk calls or other features Similar limitations exist in the media server with MiVoice Business on industry standard servers ...

Page 62: ...efers to licensed ONS and IP devices only The number does not include TDM devices that are installed in peripheral cabinets A Hot Desk user logged in to any standard IP phone does not change the total limit of active devices but counts as an additional device when logged into a 53xx type set This limit is only significant in the CX CXi but can be overcome by upgrading to 512M of memory For all of ...

Page 63: ... on a controller 2 The number of display sets is a subset of the total sets IP devices but in the case of the MXe Expanded or the MXe Server the controller may not be able to support additional basic sets if the maximum number of display sets is installed Refer to the System Engineering Tool to verify performance limits or other limits 3 See SIP Phones and use of TLS SIP TLS on page 46 for additio...

Page 64: ...t do not use the SAC protocol There are two varieties of SAC phones SAC heavy and SAC light which as the names imply present differing processing loads to the ICP or MiVoice Business The following table identifies which phones use the SAC heavy and light protocols The following IP phones are SAC heavy phones but they are legacy phones that are not currently supported 5230 and 5240 WebSet Table 17 ...

Page 65: ...erted to MXe or LX systems due to differences in hardware architecture An upgrade requires replacement of the controller If additional DSP resources are required for compression install the DSP II card Existing DSP modules used for telecom functions do not need to be replaced The basic MXe can be upgraded with a second processor E2T to increase capacity The addition of a second power supply and a ...

Page 66: ...CIM ports 0 4 4 0 0 ASU supported 0 4 4 0 0 LS trunks 6 6 0 48 0 IP networking note 3 yes yes yes yes yes Echo slot number 0 5 5 0 5 6 Quad DSP slot number 0 0 7 8 0 0 Dual FIM slot number 0 0 0 0 0 Digital links T1 E1 see note 4 0 0 0 0 0 Peripheral cabinets 0 0 0 0 0 NSU DSU cabinets 0 0 0 0 0 Notes 1 This is the maximum number of IP users that can be installed without additional DSP resources 2...

Page 67: ... if available Allocating DSP echo resources first provides the system with consistent echo quality with or without the addition of hardware echo cancellation Telephony resource A T indicates that the DSP is being allocated as a telephony re source A telephony resource supports the following features Tone generation Tone detection Voice mail can be configured up to the maximum shown in the table 10...

Page 68: ...0x3 16 64 8 12 24 30 E T T C C 1 42 16 10x3 16 Base Quad DSP 80 150 32 0 6 E E E T T T 0 30 0 10x3 16 80 56 32 0 E E E T T C 0 30 8 10x3 16 50 8 12 0 E E E T C C 0 30 16 3x3 42 Base Dual DSP 2 T1 E1 Combo 100 8 12 48 60 6 E T T T T T 2 74 0 10x3 16 100 8 12 48 60 E T T T T C 2 74 8 10x3 16 100 8 12 48 60 E T T T C C 2 74 16 10x3 16 Base Quad DSP 1T1 E1 Combo 100 150 16 24 30 7 E T T T T T 1 42 0 1...

Page 69: ...t these only can provide up to a maximum of 16 channels The DSP II module must be added to get more than 16 compression channels to a maximum of 64 This module is also required for T 38 FAX The DSP II module DOES NOT PROVIDE additional telephone resources tone detectors and receivers voice mail or conference When a DSP II module is added the DSP devices on the T1 E1 Combo Module will not be used f...

Page 70: ...hen it counts as 24 keys to share with other nodes The number of keys that are assigned to the different phone types is highlighted below Special attention should be made to the 5560 IPT phone This defaults to 96 keys but can increase up to 192 keys per device but only with a 700 user system See Program a 5560 IPT in the System Administration Tool Help for MiVoice Business for further details Tabl...

Page 71: ...2 Superset 430 12 5212 Dual Mode 12 5215 Dual Mode 7 5220 Dual Mode 14 5224 Dual Mode 24 6600 YA PRO 14 Analog N A App Server N A Citel Link Type 1 7 Citel Link Type 2 14 OpenPhone 26 27 14 SpectraLink NetLink 14 Telematrix 3000IP 12 The default number of programmable keys on the 5560IPT is 96 keys This can be increased to 192 keys with a license selection This can only be applied to a system that...

Page 72: ... to business It may be necessary to monitor a business to get more accurate values Typical phone calls are 100 seconds in duration Typically a normal office phone is busy 16 of the time or 0 16 e or 6 CCS this is 6 CPH 100 seconds i e 600 call seconds or 6 centum call seconds or 10 minutes Typically a hotel phone is busy 6 of the time or 0 06 e or 2 CCS Typically a busy office phone such as one ha...

Page 73: ...Chapter 4 PHONES AND VOICE APPLICATIONS ...

Page 74: ......

Page 75: ...Business Consoles that can be active operator present on a system at any given time is determined the number of MiVoice Business Active Operator Licenses Voice or telephony applications outside of call control use some CPU or DSP resources and reduce the number of lines that can be supported The quantity of each type of set as well as both analog and digital trunks can be set in the System Enginee...

Page 76: ...ported will be reduced by shared line or trunk appearances on the keys Similarly a high traffic rate short call hold time will reduce the number of devices that can be supported The following table shows examples of the interaction of these factors for each of the system types The highlighted rows indicate typical traffic of 120 calls per hour per user or 30 second hold time per call Table 22 Impa...

Page 77: ...es support an integral Micro Firewall as of MCD Release 5 0 the following sets support the Micro Firewall The Micro Firewall blocks all undesirable packets e g ARP packet not for the phone It also rate limits some of the other packets e g ICMP PING packet to a rate that is either expected by the phone or is at a desirable rate The following packets are rate limited by the set MXe II 32 0 36 100 16...

Page 78: ... MCD Release 5 0 the following sets support WideBand audio and they are based on the G 722 1 CODEC 5320e 5330 5330e 5340 5340e 5360 UC360 NUPOINT UNIFIED MESSAGING As of MCD Release 5 0 the 3300 ICP is able to provide Automatic Gain Control AGC on calls destined for NuPoint that originated on 3300 ICP LS trunks Use of AGC can alleviate problem calls where the audio is too low The AGC capability re...

Page 79: ... these units directly the requirements on the ICP are not as critical Refer to RFC 3942 reclassifying DHCP options DeTeWe and Spectralink Phones on page 243 for information regarding DECT phones and DHCP SPECTRALINK PHONES For information on SpectraLink phones see Wireless Phone Performance on the 3300 ICP on page 262 Refer to RFC 3942 reclassifying DHCP options DeTeWe and Spectralink Phones on pa...

Page 80: ...No No No 5212 Yes Yes No 5215 No No No 5220 Dual Mode Yes Yes No 5215 Dual Mode Yes Yes No 5220 No No No 5224 Yes Yes No 5230 No No No 5235 Yes Yes No 5302 No No No 5304 No No No 5312 Yes Yes Yes 5324 Yes Yes Yes 5320 Yes Yes Yes 5320e Not Applicable Yes Yes 5330 Yes Yes Yes 5330e Not Applicable Yes Yes 5340 Yes Yes Yes 5340e Not Applicable Yes Yes 5360 Not Applicable Phone has a Gigabit Ethernet ...

Page 81: ...o No No MiVoice Business Console Not Applicable Not Applicable Not Applicable Navigator No No No UC360 Not Applicable Not Applicable Not Applicable Table 24 Phone Stand Support continued PHONE GIGABIT ETHERNET STAND SUPPORT WLAN STAND SUPPORT IP DECT STAND SUPPORT Page 2 of 2 ...

Page 82: ... to this stand 5220 5224 and 5324 IP Phones with a PKM module and the PKMs it connects to must use a power adapter that is sold separately and connects directly to the Stand The Side Control Unit used to connect a Mitel Conference Unit to a 5220 5224 will still need its own 24Vdc power supply and should be connected to the IP Phone as usual It also requires that the phone and stand be powered usin...

Page 83: ...LLATION RECOMMENDATIONS Communication between the Cordless Module in the 5330 5340 and 5360 and the Cordless DECT Handset Headset can be negatively affected by certain types of office equipment and certain building structures the installer should consider the following when installing the phone set Steel structures such as shelves filing cabinets and dividers will block or impede the trans mission...

Page 84: ...essory Part Numbers DESCRIPTION MITEL PART NUMBER PART MARKING Standard DECT Cordless Module 56008567B 56008567B DECT 6 0 Cordless Module 56008567A 56008567A Standard DECT Handset 56008564B 56008564B DECT 6 0 Handset 56008564A 56008564A Standard DECT Headset 57008904 100 79330049 00 DECT 6 0 Headset 57008905 100 79330059 00 Table 26 DECT Channel Capacity DESCRIPTION NUMBER OF AVAILABLE RF CARRIERS...

Page 85: ...uctions and interference to approximately 50 m 150 for the Mitel Cordless DECT Handset and 30m 100 for the Mitel Cordless Headset RANGE EXAMPLE The radio cell can penetrate only one brick wall Maximum dynamic range 85dB Brick wall at customer site 12 dB Remaining dynamic range 73 dB As the open space attenuation for a radio cell length of 50 m already stands at 72 dB the distance of the Handset He...

Page 86: ...n then look in the Documentation Library While this document is not intended to cover site surveys for cordless accessories it does contain information that can be useful for planning a site survey for cordless accessories Note that because there is no synchronization between each Cordless Module the density will be less than that of a complete DECT wireless system OTHER CONSIDERATIONS Depending o...

Page 87: ...monitor on this set the same as with any other user device A MiCollab Client will normally be associated with the MiCollab Client Softphone There is no direct communication between the Soft phone and the MiCollab Client Server All MiVoice Business and ICP controllers have the following limits There are a total of 400 MiTAI sockets available The default setting is150 but this can be increased in ES...

Page 88: ...ters If the setting is unchecked the default setting MiCollab Client will use the Mitel setting which is a DSCP value of 46 and provides marking into the Expedited Forwarding queue for DSCP based routers A TOS based router will work correctly with a DSCP value of 40 However a DSCP value of 40 could give unpredictable results if used in a network that employs DSCP based routing schemes DSCP to 802 ...

Page 89: ...fferent types processor file access and IP communications The limits on some of these uses are shown in the following tables IP communication uses file descriptors called sockets A socket is used to create an IP connection for communication or control purposes between the RTC and an IP connected device Devices that can be IP connected to the 3300 ICP include IP telephones certain peripherals and c...

Page 90: ...he number of MiTAI monitors distributed by the HCI component will be four two monitors for the end devices distributed via two MiTAI sockets to each of the two applications When many applications or end devices are directly attached to the 3300ICP MiVoice Business MiTAI interface it is possible to run out of both MiTAI monitors and MiTAI sockets Use of a consolidation server such as the MiCollab C...

Page 91: ... per device MiNET SAC 5550 Console 1 per device None None None 3 per device MiNET 2 additional management connections 5560 2 per device 2 per device 1 per system via internal SAC server 2 per device 4 per device 2 MiNET 2 SAC SIP Phone None None None None 1 per device SIP Hot Desk User in SAC not logged in None None None 1 per user SAC see Note None SAC Server always consumed None None 1 per syste...

Page 92: ...gle MiTAI Connection None connection via MiTAI 1 per application server 1 per monitored device 1 per application server MiTAI Limited by MiTAI sockets and monitors Application specific MiCollab Client Server None 1 per application server 1 per monitored device 1 per application server MiTAI Limited by MiTAI sockets and monitors Application specific MiCollab Client Softphone 1 per device None None ...

Page 93: ...application server Additional to NuPoint UM 1 per port 5020 phone OR 2 per port 5240 phone 1 per application server MiTAI PLUS 1 per port MiNET Additional to NuPoint UM 30 Limit included with NuPoint when operating on same server 30 Limit included with NuPoint when operating on same server IGC Conference Server 1 per port 1 per system 1 per port 1 per port MiNET plus 1 per system MiTAI 240 240 Uni...

Page 94: ... table above gives a good view of what services are consuming sockets MiVoice Business also uses sockets for internal working A good rule of thumb would be to add an additional 500 sockets for these internal services The System Engineering Tool counts socket usage for internal and external devices and it is recommended to use this tool especially if the calculations from the tables plus overhead s...

Page 95: ...Phones and Voice Applications 81 Figure 9 ICP Connection Paths and Limitations ...

Page 96: ...ection via MiNET The SAC component connects to MiTAI via a single socket and effectively acts as an internal application server This IP connection doubles the number of IP sockets used by these sets and may restrict the total number of these sets per system in order to allow enough sockets for other sets and applications WORKED EXAMPLE The following is a worked example to calculate the number of s...

Page 97: ...example it is assumed that the MiCollab Client and UC Express applications are only monitoring themselves and so the number of MiTAI monitors is equal to the number of applications It is possible to monitor more devices including those devices that do not have MiCollab Client or UC Express attached In this case the number of MiTAI monitors would increase from the values shown in the table below Fi...

Page 98: ...s 50 0 0 0 0 50 0 USER 400 Hot Desk SAC Hot desk users 200 0 0 0 0 200 0 Standard fixed user Included with phone 200 0 0 0 0 0 0 APPLICATION 3 SAC Service for phones SAC in MiVoice Business 1 0 0 1 1 0 0 Web Service for phones Web for 5240 1 0 0 1 1 0 0 MiCollab Client Application External Server 1 0 0 1 1 0 1 PHONE TOTAL 400 HOT DESK 200 5330 Hot Desk 100 phones 100 100 100 0 200 100 200 5312 Hot...

Page 99: ... MiTAI one per system and also the MiCollab Client Server one per application It can also be seen that even though not all devices or users are monitored that the total number of MiTAI monitors exceeds the number of end stations or users Table 31 Worked Example Standard and Resilient Operation continued STANDARD OPERATION QUANTITY MINET SOCKETS SAC SOCKETS MITAI SOCKETS TOTAL SOCKETS MITAI MONITOR...

Page 100: ...Engineering Guidelines 86 ...

Page 101: ...Chapter 5 POWER ...

Page 102: ......

Page 103: ... following power requirements for the 3300 ICP Installation Practices on page 90 Controller Power Input on page 91 MiVoice IP Phone Power on page 92 Planning a Power Over Ethernet Installation on page 100 Uninterruptible Power Supply UPS on page 113 ...

Page 104: ...e 113 Follow the relevant safety and building installation codes for the location See Appendix B of the 3300 ICP Hardware Technical Reference Manual for details on acceptable wiring practices equipment installation and equipment grounding INSTALLATION POWER Consider the entire voice path from one device to another when distributing power Consider especially which devices need to maintain power dur...

Page 105: ... 120 VAC 60 Hz or 230 VAC 50 Hz During a local power failure data that is being written to a disk or FLASH module may not be completely stored and it can become corrupted Use of RAID can improve the integrity and data validation but cannot guarantee data that wasn t completely transferred due to loss of power Systems most affected will be those undergoing updates or those that store voice mail We ...

Page 106: ...e Ethernet cable REMOTE PHONE POWERING Phones can use one of three different communication standards to advertise their power requirements to a powered Ethernet switch In all cases both the phones and the powered Ethernet switch must comply with the same standard The three standards are 1 IEEE 802 3af Power Over Ethernet Standard PoE 2 IEEE 802 3ab Link layer Discovery Protocol LLDP MED 3 Cisco Di...

Page 107: ...rnet from a central location is recommended whenever possible resulting in the following benefits Reliable and redundant power backup UPS especially for emergency 911 operation Lower installation cost existing cabling can be used International standard Remote reset and power off capability Note The CXi and CXi II support the IEEE 802 3 af communication standard Table 35 can be referenced to determ...

Page 108: ...s Yes Yes Yes Yes 5220 Yes Yes Yes Yes Yes Yes No 5220 Dual Mode Yes Yes Yes Yes Yes Yes Yes 5224 Yes Yes Yes Yes Yes Yes Yes 5230 Yes No Yes Yes Yes Yes No 5235 Yes No Yes Yes Yes Yes Yes 5140 Yes Yes Yes Yes Yes Yes No 5240 Yes Yes Yes Yes Yes Yes No 5302 Yes No No Yes Yes Yes No 5304 Yes No No Yes Yes Yes Yes 5312 Yes No Yes Yes Yes Yes Yes 5324 Yes No Yes Yes Yes Yes Yes 5320 Yes No No Yes Yes...

Page 109: ...For details refer to the Gigabit Ethernet Installation Guide Note 3 Because Gigabit Ethernet wiring uses all cable pairs only Phantom 802 3af power can be used with the Gigabit Ethernet Stand Gigabit Ethernet End span and Mid span powering devices can be used if they are IEEE 802 3af compliant Phantom power can be supplied over pairs 1 2 and 3 6 or over pairs 4 5 and 7 8 Note 4 The UC360 must be p...

Page 110: ...rd Phantom power across existing Ethernet wires RJ 45 pins 1 2 3 and 6 This is the method typically used by 802 3af compliant Ethernet switches The 3300 CXi controller uses the phantom signal pair method for delivering power Spare pair power where power is supplied across RJ 45 pins 4 5 7 and 8 This is the method typically used by mid span devices that sit between a non 802 3af Ethernet switch and...

Page 111: ...ER OVER ETHERNET CAPABILITIES The CXi CXi II includes a 16 port managed Layer 2 Ethernet switch The 16 Ethernet ports comply with the 802 3af Power over Ethernet PoE specification which enables them to deliver power to IP phones and other Ethernet devices over Category 3 or 5 cabling The CXi CXi II controller s Layer 2 switch can provide 100 Watts of power to 802 3af compatible devices according t...

Page 112: ...pliant In this instance a separate 3300 Power Dongle Cisco compliant can be used to get powered operation The 3300 Power Dongle Cisco compliant may not be required when powering Mitel phones behind a Cisco Catalyst 4500 6500 For this to be the case you must ensure you are using an 802 3af compliant version of the 4500 6500 switch POWERING THE 5560 IPT The 5560 IPT is equipped with two ethernet por...

Page 113: ...the two ethernet ports Redundant PoE Providing redundant PoE supplies is accomplished by connecting both of the 5560 IPT s ethernet ports to PoE compliant L2 switches The 5560 IPT will draw power from both the LAN 1 and the LAN 2 connections In the event that there is a power failure on one of the LAN ports the 5560 IPT will continue to be powered from the remaining LAN port ...

Page 114: ...wer loss will be 19 of the power required by the phone The CXi and CXi II total power budget of 100 W takes power losses incurred over cables into account There is no need for the installer to manually de rate the 100 W power budget The above guidelines are not applicable if you are using a PoE L2 switch that is not IEEE 802 3af compliant POWER MANAGEMENT FEATURES IN IEEE 802 3AF COMPLIANT SWITCHE...

Page 115: ... example a 5220 Dual Mode phone requires 4 7 watts of power and a 3300 Power Dongle requires 1 4 watts of power If the 5220 Dual Mode phone is being used in conjunction with a 3300 Power Dongle the power requirement is 4 7 watts 1 4 watts for a total power requirement of 6 1 watts 2 The power values used in Table 33 are based on maximum worst case values for the phones These values might differ fr...

Page 116: ...5360 see Note 4 9 2 5360 Conference Unit see Note 4 12 8 5360 Cordless OM Handset Headset see Note 4 12 0 5360 LIM see Note 4 9 9 5412 PKM see Note 3 1 3 5412 PKM 5448 PKM see Note 3 3 0 5448 PKM see Note 3 1 7 5448 PKM 5448 PKM see Note3 3 4 5485 Paging Unit 5 0 5540 7 3 5505 3 9 5550 TKB Used with the 5550 IP Console 5 0 LIM 0 4 MITEL 3300 power dongle 1 4 Navigator 8 6 TeleMatrix 3000IP 3 7 Tab...

Page 117: ...backlight 5340 see Note 2 3 0 5560 IPT 12 9 Bluetooth Module for use with 5330 5340 and 5360 3 0 UC360 The UC360 can consume up to 25 5 Watts however typical power consumption is less For details refer to the UC360 Engineering Guidelines Note 1 See Power Restrictions on page 68 for information about power restrictions related to the Gigabit Ethernet Phone Stand Note 2 The power consumed by this de...

Page 118: ...working with the PoE protocol Table 34 CDP Power Advertisements DEVICE CDP POWER ADVERTISEMENTS SEE NOTE 5001 IP Phone 4 5 W 5005 IP Phone 4 5 W 5010 IP Phone 6 3 W 5020 IP Phone 6 3 W 5020 IP Phone 5310 Conference Unit Conference unit is powered with AC adapter 24 VDC 6 3 W 5020 IP Phone PKM s PKMs are powered with AC adapter 24 VDC 6 3 W 5201 IP Phone 4 5 W 5205 IP Phone 4 5 W 5207 IP Phone 4 5 ...

Page 119: ...abit Ethernet phone stand does not transmit CDP power advertisements however the stand allows the phone s CDP power advertisements to be passed through to the network Note 2 See Power Restrictions on page 68 for information about power restrictions related to the Gigabit Ethernet Phone Stand Note 3 These advertised values assume that a 3300 Power Dongle is used with the phones and the power requir...

Page 120: ...ference unit is powered with AC adapter 24 VDC 0 5220 5224 IP Phone PKM s PKMs are powered with AC adapter 24 VDC 0 5220 5224 IP Phone Dual Mode 2 5220 5224 IP Phone Dual Mode 5412 PKM 3 5220 5224 IP Phone Dual Mode 5448 PKM 3 5220 5224 IP Phone Dual Mode 5412 PKM 5448 PKM 3 5220 5224 IP Phone Dual Mode 5448 PKM 5448 PKM 3 5220 5224 IP Phone Dual Mode 5310 Conference Unit Saucer 3 5220 5224 IP Pho...

Page 121: ...48 PKM 5448 PKM 3 5324 IP Phone Dual Mode 5310 Conference Unit Saucer 3 5324 IP Phone Dual Mode LIM 3 5330 2 5330 5412 PKM 3 5330 5448 PKM 3 5330 Cordless OM Handset plus Headset 3 5330 Bluetooth module 3 5330 with backlight 2 5330 with backlight Bluetooth module 3 5330 with backlight Cordless OM Handset plus Headset 3 5330e 2 5340 2 5340 5412 PKM 3 5340 5448 PKM 3 5340 Cordless OM Handset plus He...

Page 122: ...t Type 2 Class 4 device IEEE 802 3at Type 2 Class 4 devices draw from 12 95 Watts to 25 5 Watts Note It should be noted that the IEEE 802 3af Classes for advertising power requirements are very granular for instance Class 1 covers a range of 4 watts Class ranges are indicated below Class 0 is the default Class Devices that do not support the optional classification will default to this setting Cla...

Page 123: ...al Mode 47 4 7 5220 IP Phone Dual Mode 5412 PKM 64 6 4 5220 IP Phone Dual Mode 5448 PKM 64 6 4 5220 IP Phone Dual Mode 5412 PKM 5448 PKM 81 8 1 5220 IP Phone Dual Mode 5448 PKM 5448 PKM 81 8 1 5220 IP Phone Dual Mode 5310 Conference Unit Saucer 47 4 7 5220 IP Phone Dual Mode LIM 51 5 1 5224 IP Phone 47 4 7 5224 5412 PKM 64 6 4 5224 5448 PKM 64 6 4 5224 5412 PKM 5448 PKM 81 8 1 5224 5448 PKM 5448 P...

Page 124: ... Ethernet Stand 100 10 0 5324 Conference Unit module saucer 97 9 7 5310 Conference Unit side panel and saucer 47 4 7 5330 47 4 7 5330 5412 PKM 60 6 0 5330 5448 PKM 64 6 4 5330 LIM 51 5 1 5330 Gigabit Ethernet stand 100 10 5330 Cordless OM Handset plus Headset 88 8 8 5330 Bluetooth module 88 8 8 5330e 61 6 1 5340 58 5 8 5340e 61 6 1 5340 5412 PKM 71 7 1 5340 5448 PKM 75 7 5 5340 LIM 62 6 2 5340 Con...

Page 125: ...alled when either a PKM48 or a PKM12 is installed The 5220DM 5224 do not know if a Conference Unit is connected until the Conference Unit side panel is powered on The 5235 and the 53x0 series of phones offer PoE power only There is no option for using a 24V power adapter with these phones The 5310 Conference Unit side panel does not work with the 5235 and the 53x0 series of phone These phones must...

Page 126: ...de a 24 VDC output To prevent damage do not use PoE or an In Line Ethernet AC Power Adapter to power either of them Note To determine whether your phone is a 5220 IP Phone or 5220 IP Phone Dual Mode check the label on the back of the set 5220 IP Phone Dual Mode sets are identified as either 5220 Dual Port or 5220 Dual Mode MODEL OF PHONE TOP ENGINEERING NUMBER T E N 5215 56004354 5220 56004352 560...

Page 127: ...x 70 The consumption is 228 VA 100 W 16 x 8 W The time available is 2 hours or 462 VAH 228 VA America Power Conversion APC is a company that designs and sells UPS systems Some useful calculations can also be found at the APC web site http www apc com tools ups_selector index cfm Mitel products are listed under VoIP Solutions Although information appeared correct when this publication was written M...

Page 128: ...Engineering Guidelines 114 ...

Page 129: ...Chapter 6 PERFORMANCE ...

Page 130: ......

Page 131: ...atures not voice used for ACD Hot Desk and several external applications along with SMDR logging can add processor load These are all taken into account automatically in the System Engineering Tool PERFORMANCE LIMITATIONS Figure 11 shows the performance limitations for a 1400 line LX or MXe controller Figure 12 shows the performance limitations for a 1400 line MXe Server The maximum calls per hour...

Page 132: ...ay to dial tone may be extended beyond the normal expected timings Operation beyond P 95 is not recommended The 5235 5330 5340 IP Phones and Navigator are classified as high end display sets blue section Note that all of the smaller systems will also have a corresponding reduction in capacity approximately 40 when using these new sets Use of the System Engineering Tool is strongly recommended when...

Page 133: ...s maximum CPU capacity When a call comes into the contact center on a trunk it will often be queued to be answered by the IVR system This system will then transfer the call to a path another queue where it waits listening to MOH or a message until an agent is available The call might go back to a the IVR for an update message i e All of our agents are still busy your call is important to us please...

Page 134: ... call setup in order to ring and even though only one may be answered each of the call setups still has to be torn down so the number of apparent calls in the system is multiplied by the number of members in the ring group Large ring groups should be configured for Cascade hunting for optimum performance Clustered ring groups can also help to improve the performance of Ring All ring groups as proc...

Page 135: ...Chapter 7 APPLICATIONS ...

Page 136: ......

Page 137: ... to a PRG with three members then that call becomes three calls for purposes of calculating traffic performance cph Only the one call that is answered counts as a completed call for purposes of traffic intensity CCS or Erlangs although all of the attempted calls do use a channel for a few seconds while in the ringing state The voice channels used during ringing state are important when counting th...

Page 138: ...rt embedded voice mail Table 39 Voice Mail Capacities PARAMETER LIMITS Voice mail ports Concurrent voice mail or auto attendant sessions 30 MXe 0 MXe Server 20 AX 16 CX May be reduced further if DSP resources are limited Refer to the System Engineering Tool for details Mailboxes 750 max Disk space for voice mail files 14 GB with hard disk drive 13 GB with 32GB flash card MXe 4 GB with 8GB flash ca...

Page 139: ...ds out a VPIM message with more than one attachment EMBEDDED MUSIC ON HOLD Embedded Music On Hold is a software feature that allows digital audio files to be transferred to the controller s hard drive These embedded files are then loaded into RAM and used as an audio source for providing music to users that are on hold Embedded music on hold provides the following advantages over traditional analo...

Page 140: ...chnician s Handbook and the documentation for the application Refer to the table below for valid part numbers The APC hosts the 6000 Managed Application Server MAS The MAS can run the following applications Table 40 Embedded Music On Hold Capabilities PLATFORM TOTAL RAM TOTAL PLAY TIME MAXIMUM NUMBER OF EMBEDDED MOH SOURCES MXe Server LX with 512 MB 1400 user MXe expanded 16 MB 32 minutes 64 MXe b...

Page 141: ...te and home based employees It supports standard Mitel Networks IP Phones Refer to the Teleworker docu mentation for a listing of supported Mitel phones as not all Mitel phones are supported by the Teleworker application For information about programming and using software blades and services refer to the 6000 MAS documentation at edocs mitel com Notes 1 Each of the applications will be released w...

Page 142: ...Engineering Guidelines 128 ...

Page 143: ...Chapter 8 EMERGENCY SERVICES ...

Page 144: ......

Page 145: ...cal location stored in the Emergency Responder database The IP phones determine the MAC addresses of the L2 ports to which they are connected by using Spanning Tree Protocol STP Rapid Spanning Tree Protocol RSTP or Cisco Discovery Notes 1 Emergency call routing in a Teleworker environment is supported provided specific conditions are met For details see Teleworker devices on page 133 2 For mobile ...

Page 146: ...otocol STP RSTP or CDP to detect when a phone has moved to a different physical location This selection is made during system initialization using the CESID Assignment form in the System Administration Tool Figure 13 on page 133 depicts the three preferred network configurations for E911 compatibility Note that the access L2 switches are configured uniformly in that they have STP RSTP CDP or both ...

Page 147: ...a missing CESID typically when a device moves to an unknown location TELEWORKER DEVICES Emergency call routing in a Teleworker environment is supported with the use of the following equipment only a properly programmed Mitel 3300 ICP a properly programmed Mitel 5220 or 5235 IP Phone equipped with a properly configured Mitel Line Interface Module LIM For information about LIM configuration refer to...

Page 148: ... Figure 14 below The problem with this network configuration is that the 3300 ICP could receive information from STP RSTP that conflicts with information received from CDP Since the ICP is not receiving data for all ports from both protocols conflicts cannot be resolved Some or all L2 switches have both CDP and STP RSTP disabled see Figure 15 on page 135 or sets are connected to an L2 switch via a...

Page 149: ...ble on some network devices STP is more widely deployed but may not be available on all network devices RSTP is backward compatible with STP and is the preferred setting In older installations STP might be the most widely available network setting but it has the disadvantage of disconnecting ports for potentially up to 50 seconds Network changes could have a significant effect on IP devices especi...

Page 150: ...er cases the Teleworker Solution does not directly support E911 services The System Administrator should note that devices that are in Teleworker mode and that are connected outside of the corporate firewall will not have 911 calls blocked 911 calls placed from such devices may report an incorrect CESID or may be outside the PSAPs coverage area As noted under CESID auto updates unsupported Configu...

Page 151: ...Chapter 9 IP NETWORKING ...

Page 152: ......

Page 153: ...g limitations If no loop back is set up no more than 249 nodes can be connected to a single node If a loop back is set up no more than 248 nodes can be connected to a single node No more than 2000 200 prior to Release MCD 5 0 calls can be made across IP trunks between any two nodes and no more than 2000 IP trunk calls can be made from one controller at any one time MULTI NODE MANAGEMENT RESTRICTIO...

Page 154: ...ent a call to any of the trunks An incoming call could arrive on any system and likewise on outgoing call could also go through any system Clustered without PSTN trunk sharing A business that is connected using a MAN perhaps dispersed across a city where each office is connected to the PSTN through local trunks but where internal traffic can flow freely from office to office Examples include a cam...

Page 155: ...k channels on the node gateway or controller is limited to 2000 active channels i e it is possible to overprovision The number of IP XNet trunk groups was increased to 999 at Release MCD 5 0 SP2 PR2 Provision for IP Trunk connections or routes can now be made via Direct IP rather than through IP XNet Trunk Groups The use of Direct IP and IP Xnet Trunk Groups are mutually exclusive for a connection...

Page 156: ... the new IP trunk Every node requires N 1 IP trunk connections so for 20 nodes there are 380 IP trunks 20 x 20 1 760 end points to be programmed For larger systems especially for those with many smaller remote nodes it may be more practical to deploy a hierarchical network In a hierarchical network as shown in Figure 18 a central group of core routing controllers are fully meshed but only one or t...

Page 157: ...he call follow the same path and are closely linked in their routing In a tandem connection from site A to site C via tandem site B voice is handled by the TDM switch at site B In effect the tandem TDM switch reroutes the voice part of the call and establishes a second signalling path It is involved in both voice and signalling connections Using IP voice can stream directly between endpoints usual...

Page 158: ...orks especially external WANs that use VPNs the most direct path from A to C may actually be through the IP router at site B However the 3300 ICP at this site only handles the signalling and not the voice traffic Figure 20 Signalling and Voice Path Example 2 Consider the different routing in different parts of the network when bandwidth calculations are involved Refer to Traffic and Bandwidth Calc...

Page 159: ... be a multiple of the working CODEC frame rate Chapter 12 Network Configuration Concepts provides specific details under the CODEC Selection heading of CODEC frame rates MiVoice Business supports packet rates from 10ms to 80ms in steps of 10ms MiVoice Border Gateway goes up to 60ms also in 10ms increments The following Mitel devices and applications will support variable RTP packet rates The 5302 ...

Page 160: ...mes in handling a call For example a call from ICP A transferred from ICP B to ICP C continues directly between ICP A and ICP C bypassing the initial ICP B This prevents ICP B from being kept in an unnecessary tandem signalling connection Hand over between controllers occurs within 10 seconds of the call transfer The voice streaming automatically switches paths based on IP address information CAUT...

Page 161: ...for Resiliency Use MiVoice Enterprise Manager to plan and control operation of the different units This is also required for Resiliency Further details can be found in the Clustering and Resiliency documentation IP NETWORKING AND PRODUCT RELEASE COMPATIBILITY Product improvement is part of an important and ongoing process and it includes the need for new product releases While every effort is made...

Page 162: ...ion see Support for FAX over IP on page 149 LICENSES You can purchase SIP trunking as an option The 3300 ICP supports a maximum of 2000 SIP licenses SIP licenses are obtained through the AMC server NETWORKING ICPS WITH IP TRUNKS When using IP trunks to network multiple ICPs together all ICPs in the network should be upgraded to a recent version of software if SIP is licensed This will ensure RTP s...

Page 163: ...re releases prior to Release MCD 5 0 SP2 For correct operation ports that are used to connect to Fax machines should have the following COS options enabled Campon Tone Security FAX Machine Set to Yes Busy Override Security Set to Yes External Trunk Standard Ringback Set to Yes Return Disconnect Tone When Far End Party Clears Set to Yes For software Release MCD 5 0 SP2 and greater For Release MCD 5...

Page 164: ...gh firewalls and NATs requires specific handling of these issues In general media streams are dynamically opened on a call by call basis using ports within a well defined range As part of SIP communication sessions RTP protocol is used to carry the voice stream Traditional firewalls statically open certain protocols and ports in advance This approach creates a security exposure when port access is...

Page 165: ...ns enter the following IP port usage information into the System Administration Tool Microsoft Office Communicator uses ports 5060 and 5061 to communicate with the Live Communication Server The Live Communication Server uses ports 5060 and 5061 to communicate with the Live Business Gateway The Mitel Open Integration Gateway communicates with MiVoice Business using internal MiVoice Business compone...

Page 166: ...th SIP trunking 911 EMERGENCY SERVICES SIP trunking supports 911 emergency services The System Administrator can choose whether or not the SIP service provider should be the outgoing emergency route If the SIP service provider will provide support for 911 emergency services the following requirements must be met Ensure that the contract with the service provider covers 911 emergency service suppor...

Page 167: ...Chapter 10 LICENSING ...

Page 168: ......

Page 169: ...onality emergency attendant calls and hot desk login The maximum number of active IP user licenses varies by controller type as follows these are guidelines only they are not software enforced rules CX CXi 150 MXe Standard 300 LX and MXe Expanded 1400 MXe Server 5000 AX Controller 700 In MCD 5 0 the concept of Trusted Applications removes the need for IP licenses on some applications that use emul...

Page 170: ...ays or applications through the SIP protocol over the IP network SIP User license In MCD 4 0 a SIP user license is needed for every SIP phone that is or could be registered with the MCD In MCD 4 1 and later the SIP user license is replaced with the IP user license The IP user license now applies to both users and devices The maximum number of SIP users varies by controller type as follows CX CXi 1...

Page 171: ...ys the number of Purchased Licenses and the number of Used Licenses ONS and OPS devices on SX 200 bays connected to the MiVoice Business 3300 ICP controller will also use analog licenses ONS and OPS lines in an SX 2000 Peripheral cabinet do not nor do ONS lines from an embedded analog card in a CX or MXe controller DNI lines do not use analog licenses in either peripheral cabinets or bays but DNI ...

Page 172: ...ce Business 3300 ICP hardware which can terminate FAX calls on TDM interfaces It is not applicable to servers which cannot connect to TDM ports HTML Applications license Each license allows you assign HTML applications to a device using the User and Device Configuration form in the System Administration Tool Up to 5600 licenses are supported X NET Networking license In Release MCD 4 1 and earlier ...

Page 173: ...m to each participating tenant The functionality that this option provides includes definition of up to 64 tenant groups multiple music sources tenant based restrictions and permissions tenant based outgoing and incoming trunk behavior includes tenant based route selection and tenant based night services As of Release MCD 5 0 this license is enabled by default in all systems MiVoice Business IDS C...

Page 174: ...icense External Hot Desk User External hot Desk User License Hot Desk phone IP device license Unified Communicator Mobile One IP device license and one IP user license for each line monitor call agent and TUI agent used in the Unified Communicator Mobile Server MiCollab Client None needed MiCollab Client Softphone IP user and IP device licenses ACD Agent ACD Agent license Voice Mailbox2 Voice Mail...

Page 175: ...se and one IP user license per port to 3300 ICP Hospitality PMS Hospitality option X NET over TDM One license to enable X Net networking over TDM links Tenanting Tenanting license Note 1 The licenses described are those applicable to the 3300 ICP The Customer Interaction Solutions Speech Server and Messaging Server also require application licenses to enable their functions Note 2 The number of vo...

Page 176: ...e for each line monitor call agent and TUI agent used in the Unified Communicator Mobile Server MiCollab Client None needed MiCollab Client Softphone IP user license ACD Agent ACD Agent license Voice Mailbox2 Voice Mailbox license 1 per user Basic Auto Attendant Voice Mailbox license Multi Level Auto Attendant Voice Mailbox license 1 per node in the tree Record a Call Advanced Voice Mail license s...

Page 177: ...tion Solutions Speech Server and Messaging Server also require application licenses to enable their functions Note 2 The number of voice mailboxes is not the same as the number of voice mail ports enabled The number of ports required depends on the quantity and duration of calls to the mailboxes and can be adjusted up to the limit of 30 ports within ESM without changing any licensing Note 3 The IP...

Page 178: ...P user license MCD 4 0 and earlier 1 56002 SIP trunking license 2000 T 38 Fax Over IP Maximum of 64 licenses recommended limit 48 Compression license 64 licenses 256 channels on 2 DSP II modules Analog line license 5000 Voice mail license 750 includes advanced VM licenses Mailbox license cannot exceed the maximum number of user voice mailboxes available up to 750 ACD Agent license 2100 the limit f...

Page 179: ...on HQ2 Thus the site total is 620 licenses Table 45 License example HEADQUARTERS 1 REMOTE 1 CONNECTED TO HQ1 HEADQUARTERS 2 3300 ICP LX No controller linked to HQ1 3300 ICP LX Resilient secondary for HQ2 200 phones No resiliency support Resilient secondary for HQ1 400 phones at HQ only PSTN access via PRI 4 links Access via HQ1 PSTN access via HQ1 backup on LS for 4 trunks IP networking to HQ2 Dir...

Page 180: ...so with a trunk traffic rate of 4 CCS 6 CCS x 2 3 then 24 channels are needed 200 x 4 36 x 1 1 10 Since hardware compression comes in either 32 or 64 then 32 licenses are purchased for HQ1 This allows some degree of expansion and error margin even though only 24 licenses are needed X Net License There is no networking between units over TDM so no X Net licenses are required IP Trunk License This i...

Page 181: ...Licensing 167 Note The numbers and calculations are a rough estimation More accurate results can be obtained by using the System Engineering Tool ...

Page 182: ... for AMC Connection in the 3300 IP Communications Platform Technician s Handbook for Software Installer Tool and 3300 ICP system networking requirements The products supported in the first external release of the online licensing include Mitel 3300 IP Communications Platform ICP MiVoice Enterprise Manager formerly Mitel Enterprise Manager Mitel MiCollab Client formerly Mitel Unified Communicator A...

Page 183: ...Chapter 11 BANDWIDTH CODECS AND COMPRESSION ...

Page 184: ......

Page 185: ...dth to transfer the usable information IP bandwidth bandwidth to transfer the data between the two end devices Note that this doesn t include the transport protocol which may change between devices and network Wire bandwidth This includes all of the bits and timing gaps that are transmitted onto the media This includes the payload the IP address information and the transportation and synchronizati...

Page 186: ... devices to hear it exists on the transmit and receive cable pairs at the same time As the table shows the physical wire bandwidth required by an IP phone for Ethernet is usually G 711 about 100 kbps at nominal 20ms packet rate G 729a about 40 kbps at nominal 20ms packet rate Under most conditions the default packet rate used by the end devices is 20ms However when connecting to other third party ...

Page 187: ...s s 24 4kbits s 40 0kbits s 48 4kbits s Table 47 Other Protocols On the wire Bandwidth CODEC G 711 G 729 G 722 1 PAYLOAD 64KBITS 8KBIT S 32KBIT S LINK TYPE PACKET RATE MS WIRE KBITS S WIRE KBITS S WIRE KBITS S Ethernet 10ms 129 6 73 6 97 6 20ms 96 8 40 8 64 8 30ms 85 9 29 9 53 9 40ms 80 4 24 4 48 4 Frame Relay Layer 2 10ms 123 2 67 2 91 2 20ms 93 6 37 6 61 6 30ms 83 7 27 7 51 7 40ms 78 8 22 8 46 8...

Page 188: ...ill adjust the data rate to match the available bandwidth In this case some data may transfer at a slower rate Note that SDS only shares data between systems when there are configuration changes to the system These can occur manually or through tool automation but generally require some management activity to start the process As such the suggested bandwidths are not consumed on a continual basis ...

Page 189: ...r second rate The LAN connection guidelines table alsoshows the maximumcapability of a LAN link assuming that the link is used purely for voice traffic If the link is shared with other devices such as PCs then some priority mechanism is required to ensure that the voice gets the available bandwidth when needed Also in a busy network with multiple broadcasts the available bandwidth is reduced by th...

Page 190: ...ink supports When a WAN link is shared with other data devices there are other considerations including the introduction of waiting delay The end device sees this as jitter resulting in potential packet loss and the user experiences degraded voice quality Calculations for the number of voice channels are based purely on exclusive use of the link bandwidth for voice In reality other factors similar...

Page 191: ...Call Admission Control is applied to calls that must pass between different controllers and nodes including when using IP Networking or IP Trunks The same mechanism also applies to SIP Trunks and TDM trunks although the latter is predetermined through the type of trunk PRI for example In most cases this is an appropriate way to limit and re direct calls This mechanism is now being expanded across ...

Page 192: ...p to 6 with single level mapping Bandwidth managers need routing lists to link to each other so the bandwidth can be shared dynamically Mitel recommends multiple bandwidth managers and multiple zone access paths for resil ient operation so that bandwidth control is maintained if a single unit fails Integrate the bandwidth manager with the controller hosting the phones This will allow you to monito...

Page 193: ...t the data and not use bandwidth back to the headquarter site This star configuration can still be described by Table 51 and is illustrated in Figure 23 The number of routes within the WAN are reduced but from the end user view this configuration behaves in the same manner as the fully meshed configuration The only consideration for this star configuration is that the central router will be dealin...

Page 194: ...e nodes will use bandwidth twice on the access link to HQ and this needs to be counted An example of a business configuration like this is a franchise where internode traffic is either limited in volume or regulated by call control In this situation the location of the root node HQ site and the WAN in Zone 4 is simply a method to connect sites and is not be included in the configuration Figure 24 ...

Page 195: ...rimeter nodes and delineate the boundary of each tree with the network Figure 25 Topology for Non meshed Configuration The fundamental point with this configuration is to force all internode bandwidth monitoring back through zone 11 and then back through Zone 1 The effect of the call traffic between Zone 2 and Zone 3 going in and out of the link to Zone 1 is simulated by defining Zone 1 to be the ...

Page 196: ...e to break a complex configuration into smaller localized trees and connect these through the overall perimeter nodes Using the examples above the meshed network is a single network with 2 levels the non meshed appears to have 4 levels but is actually 3 networks each with 2 levels connected by a common set of perimeter nodes 999 zones within a Configuration Tree This limits the number of zones tha...

Page 197: ...ilure the lower link rate should be used to determine available voice bandwidth Nevertheless the business may be willing to handle the occasional outage and reduced voice quality to get an increased number of voice channels Example load sharing link Suppose the business has two WAN links that provide load sharing 1 544Mbit s 1 544Mbit s Together these two links can provide an aggregate bandwidth o...

Page 198: ...nto something akin to the original For voice this usually involves converting the analog signals into digital signals and levels and returning them back to analog The most popular CODEC G 711 has become standardized across large parts of the telephony network As such it has become the baseline for IP devices to perform to But to make life interesting the G 711 CODEC comes in two varieties A Law an...

Page 199: ...dmission Control Thresholds Network Zones Intra zone compression Yes No Network Zone Topology Bandwidth Limits ARS Routes Compression On Off Auto Compression On may override zone settings Auto setting is recommended The endpoint CODEC to use is also influenced by Can the end device support this CODEC Not all phones will support G 722 1 and some earlier phone models may not support G 729 See phone ...

Page 200: ...be removed as this is the base functionality required by all IP devices including other 3rd party products including SIP gateways and SIP phones The methods used to modify the CODEC selection are as follows For software releases prior to MCD Release 5 0 SP2 the AddCodecFilter and Remove CodecFilter maintenance commands allowed the Administrator to specify which CODECS would be offered for negotiat...

Page 201: ...G 729 G 722 1 G 711 Yes Off G 729 G 722 1 G 711 G 729 G 722 1 G 711 On G 729 G 722 1 G 711 G 729 G 722 1 G 711 Auto G 729 G 722 1 G 711 G 729 G 722 1 G 711 Zone 2 No Yes Defined Setting Off G 729 G 722 1 G 711 G 722 1 G 711 On G 729 G 722 1 G 711 G 729 G 722 1 G 711 Auto G 729 G 722 1 G 711 G 722 1 G 711 Yes Off G 729 G 722 1 G 711 G 729 G 722 1 G 711 On G 729 G 722 1 G 711 G 729 G 722 1 G 711 Aut...

Page 202: ...0 and MBG 6 1 there is no transcoding support for the wideband G 722 1 CODEC via the MiVoice Border Gateway or SRC As such the MiVoice Border Gateway and SRC will default to only negotiate connections with G 711 and G 729 CODEC types The SRC will ensure that the connected phones only negotiate to G 711 or G 729 and will provide G 729 to G 711 transcoding if needed when compression licenses are ins...

Page 203: ...dundant In this case much of the information can be established before the data is sent and the far end router re applies this data before it is sent onwards Although this can work well for data it adds delay to the transmission as well as using valuable router resources 3300 ICP COMPRESSION GUIDELINES Compression affects a number of call connection types These include IP phone to IP phone IP phon...

Page 204: ...NS phones or PSTN connections At Release MCD 5 0 the 3300ICP can only terminate calls with G 711 or with G 729 com pression CODECs Termination of G 722 1 connections is not provided although the 3300ICP will handle through negation of the G 722 1 connection between end devices Internal 3300 ICP devices and compression Conference The conference feature is based on G 711 format and is considered a T...

Page 205: ... Thus in the example of toll bypass it is likely that trunks will go via the IP WAN In this case the connection bandwidth requirements will be 11 0 Mbps For a fully G 711 connection no compression then 16 0 Mbps is needed Note that Ethernet and WAN links should not be fully utilized in order to allow maintenance traffic to flow Typically a link is loaded to 70 on a WAN link and 80 on a full duplex...

Page 206: ...sidered as originating from Zone 1 If the IP network connection is not compressed but a call originates in a zone that normally uses compres sion and it goes back to Zone 1 the call is completed with compression Although the two units are logically separated they share a common physical infrastructure This is similar to network VLAN operation but can lead to some unusual operations similar to VLAN...

Page 207: ...rmines whether calls can be routed between units over its IP infrastructure and how many of the sessions are allowed over a particular connection between different controllers Compression and IP networking work together but can also be used independently From a voice quality view if the number of calls requiring compression exceeds the number of licenses a call does not fail but it is not compress...

Page 208: ...a com pression license if the call would normally use compression when connected to a TDM device Music on Hold MOH that is passed to a device that normally uses compression consumes a compression license If MOH is passed to multiple devices then multiple licenses are required matching the number of devices ...

Page 209: ...Chapter 12 NETWORK CONFIGURATION CONCEPTS ...

Page 210: ......

Page 211: ...vice switched networks network topology network address translations and firewalls General Guidelines for Quality of Service on page 203 Delay echo jitter packet loss available bandwidth priority mechanisms WAN connections transcoding and compression hub network vs switched network LAN architecture Maintaining Voice Quality of Service on page 209 Discusses the following topics VoIP Readiness Asses...

Page 212: ...ss and 3300 IP Ports on page 275 TOS DSCP to COS conversion can provide additional priority marking when PCs are used as voice devices Network Priority Mechanisms on page 212 TOS to COS IEEE 802 1p mapping and softphones on page 220 Routers or Layer 3 switches must be available to connect between VLANs WAN layer 3 priority on page 217 For E911 location support and phone movement detection enable R...

Page 213: ...er for IP trunk restriction consider bandwidth IP networking and Use of Compression on page 226 Do not share the voice VLAN with data devices Place softphones PC based i e MiCollab Client Softphone on the data VLAN and enable TOS to COS conversion requires L2 L3 switch TOS to COS IEEE 802 1p mapping and softphones on page 220 Ensure routers support DHCP forwarding or provide multiple DHCP servers ...

Page 214: ...etwork not connected to the 3300 ICP IP Address Restrictions on page 289 Use of the internal TFTP server of the 3300 ICP is recommended This ensures that device downloads maintain correct revision level with the appropriate controller following any upgrades DHCP and IP Phone network policy on page 239 In designing the network consider the business migration path as this may influence the type of n...

Page 215: ...ations can greatly assist in ensuring adequate QoS to a user These include IEEE 802 1p Q 802 1Q VLAN now included as part of 802 1d This is also known as VLAN tagging priority or COS different from the PBX telecom Class of Service IEEE 802 1p Q operates at Layer 2 to ensure the highest priority for voice traffic DiffServ also known as DSCP DiffServ is a fixed field in the Layer 3 information that ...

Page 216: ...ly these issues are resolved by using VPNs Virtual Private Network VPN VPNs are simply a pipe or tunnel across an ISP network which allows a remote device toreact as though it is still connected to the enterprisenetwork Be aware that the VPN may be across an unknown network or across the Internet It may be necessary to get certain Service Level Agreements SLA to ensure timely delivery of data Wher...

Page 217: ...n it becomes increasingly difficult to sustain normal two way communication Such a conversation rapidly changes from an interactive exchange to an over to you radio style conversation The delay is noticeable at a 150 ms to 200 ms delay and is radio style by a 400 ms delay The phones and gateway in the controller introduce some necessary delay These guidelines identify the delays that can be tolera...

Page 218: ...head for inter device traffic including link termination devices and general broadcast traffic A collision in a shared network and guard time between packets also reduces the available time in which data can be sent because the data is asynchronous to the connection TDM takes care of this through strategies such as framing and clock synchronization In summary the available bandwidth is always less...

Page 219: ...as the base entry level Transcoding from G 729a to G 726 is likely done through G 711 Compression is simply reducing the amount of data For voice traffic this can be achieved by going from G 711 to G 729a for example Any form of voice compression works by removing a certain amount of information deemed non essential This may include not sending data during silent periods as well as sending only th...

Page 220: ...ciency and management are greatly improved Since connections in a switched network are typically point to point there is also the possibility of configuring the connection to be full duplex This virtually doubles the bandwidth since data can be sent and received at the same time In a half duplex environment data can be sent or received only sequentially Equipment configured with auto negotiation a...

Page 221: ... continued operation if problems occur in the core Typically network devices such as servers and printers are connected to the distribution layer This is where the 3300 ICP connects in such a large system Devices in this layer usually use UPS backup Access layer The access layer connects to the distribution layer by single or multiple connections It provides the slower 10 100 BaseT type of connect...

Page 222: ... the 3300 ICP should be used to make the connection to the PSTN over analog trunks The SX 2000 or third party PBX should not be used to connect analog trunks instead the SX 2000 or third party PBX should be connected to the 3300 ICP via digital trunks Mitel s Line Measurement Tool should be run during installation so that the 3300 ICP employs the correct analog trunk parameters This will ensure pr...

Page 223: ...urrently capable of handling VoIP traffic and at what capacity Document the tested VoIP call capacity and characteristics of an IP network Determine the cause of voice quality problems encountered within an IP network locally or remotely Typically networks are designed to handle peak traffic It is important to determine how well VoIP will perform on a network by measuring simulated VoIP traffic an...

Page 224: ... can increase Perform longer period delay measurements over a time period that represents the customer s core operational hours Other tools such as network analyzers can also be used to determine packet loss Many analyzers look for VoIP and RTP packets and can identify when a packet is missing as well as average jitter Although ping can be used as a quick check or as a backup method it is recommen...

Page 225: ...cess connection the data rate is not as high as within the LAN In this case the waiting delay increases as the data rate reduces If a particularly large packet for example 1500 bytes is being sent then other devices must wait until it has gone before they can gain access The IP phone and gateway devices are capable of handling delay variations jitter up to high limits However in order to maintain ...

Page 226: ...samples Therefore the packet size and sample rate should be considered before setting the MTU value It is possible to send multiple frames per packet for example a 20ms packet will consist of two frames at G 729 or a single frame of G 722 1 The following table highlights the number of bytes needed for Ethernet connections for different low bit rate CODECs and different packet rates and hence minim...

Page 227: ... a subsection of IEEE 802 1Q also known as VLAN tagging IEEE 802 1p Layer 2 priority uses a field in the IEEE 802 1Q tag to provide eight levels of priority IEEE 802 1Q is the open VLAN standard that extends the Ethernet header by adding an additional 4 bytes to tagged packets Because the 802 1p priority is part of the VLAN header CAUTION If a PC is introduced into the same subnet as the IP phones...

Page 228: ...th tagging from one switch to another there is no untagged information present in the connection This is used between LAN switches and maintains priority information between units Ports should be configurable to accept untagged information to pass this on to a specified VLAN as well as to accept tagged information On egress the port strips off tagging for data from a specific VLAN but does not str...

Page 229: ...s considered a trunk because it handles multiple VLAN connections The last command indicates that this port is not closed down during spanning tree operations The network engineer must ensure that there are no network loops behind this connection This command is used when connecting to a server or to the main controller This setting may change depending on E911 emergency requirements Issues may al...

Page 230: ... switches is not desirable There are two possible ways out of this situation a Run Cisco ISL between the two units but then they both need to be Cisco or b Create a dummy native_VLAN tag native_VLAN that is not used anywhere else in the network to ensure compatibility with other vendor units and allow products to be mixed The dummy VLAN does not carry data since there are no end devices configured...

Page 231: ...on changes This field is now also known as Differentiated Services Code Point DSCP or DiffServ The DiffServ uses the precedence and some of the TOS bits TOS instead of Type of Service field to provide 64 different service levels See Figure 30 on page 213 for the location of the Type of Service field Voice will typically be sent in the Expedited Forwarding EF queue which is represented by a DSCP va...

Page 232: ...ammable DSCP value of 46 is recommended in order to utilize the highest priority queue Expedited Forwarding EF For DiffServ routers the fixed value equates to a value of 0x2C or 44 decimal This is the default value However it is recommended for DiffServ DSCP based routers that the value of 46 be used to utilize the highest priority queue Expedited Forwarding EF The only requirement is that the rou...

Page 233: ...ights the use of the dual port phones and the configuration of a network including VLAN priority and also the use of DiffServ TOS in the WAN connection Figure 35 Network Topology with Priority In Figure 35 the network switch ports connected to the dual port phones must be able to accept both untagged and tagged information The untagged data is translated to a data VLAN 1 In this case VLAN1 is also...

Page 234: ...SCP 46 802 1p 5 Signalling Packets DSCP 26 802 1p 3 Other Packets DSCP 0 802 1p 0 For Cisco based environments refer to Network QoS settings in a Cisco Environment on page 252 LAN QOS POLICIES The 3300 can apply different LAN QoS policies to voice packets signalling packets and other packets The LAN Policy QoS form in ESM is used for setting the LAN QoS policy values Refer to LAN policy values for...

Page 235: ...arts In the Layer 2 switch environment data can be addressed directly to a specific port thereby reducing loading on links not used However if the Layer 2 devices cannot identify an address or port location to use additional protocols are needed to get the information The additional protocols broadcast data to every port and device causing the loading on the network to be almost back to that of a ...

Page 236: ...s it To avoid collisions in the shared data scenario data that is sent by one device is repeated to all receive pairs of all connected devices This means that when data is sent it cannot receive data from another device at the same time it must wait until the next available time The phone still continues to send 100 kbps G 711 of data but must wait to receive the returned 100 kbps In effect the ph...

Page 237: ...ia a half duplex link takes up more bandwidth but in reality it takes up more time Conclusion Use full duplex Ethernet connections for maximum performance Configure any 3300 ICP network port for auto negotiation so that the network devices can select the best quality settings ...

Page 238: ...ring on the results Use of the System Engineering Tool is recommended to ensure that the expected configuration is within the capabilities of the selected 3300ICP controller or network of 3300ICPs TRAFFIC AND BANDWIDTH CALCULATIONS The level of traffic that the units need to handle has the largest effect on performance and availability A number of areas are affected by traffic Trunks to PSTN E2T G...

Page 239: ...here is a mismatch between presented traffic and carrying capacity Solutions that come from this example can then be covered by Compression G 729a to the remote phones can be used to increase the voice channel capability However it also reduces voice quality which may not be acceptable The WAN link bandwidth can be increased Table 64 CCS calculation example CALCULATION FORMULA RESULT Remote phones...

Page 240: ...dth during the busy period and may result in slower signalling and degraded voice as packets will be marked for discard at the router if the CIR is exceeded Ideally the link should not be more than 70 utilized so the bit rate should be 784 kbps or 832 kbps when rounded to the nearest 64 kbps Since fractional T1 E1 is often based on larger boundaries it is likely this would be rounded to 1 024 Mbps...

Page 241: ... to and from a particular node but the total per node remains about the same A number of factors determine compression operation Are there sufficient resources i e are there enough DSP channels available Have sufficient compression licenses been acquired Can the end device handle compression Some phones can handle only G 711 See the application information to determine whether compression is handl...

Page 242: ... trunk channels needed ErlangB on total IP trunk traffic 225 CCS 13 channels P 01 Number of channels needed for PSTN trunks G 711 ErlangB on PSTN trunk traffic 146 CCS 10 channels see note P 01 Number of channels needed for intercom internal traffic G 729a ErlangB on Intercom traffic 79 CCS 7 channels see note P 01 Bandwidth needed use worst case Number of G 711 channels 10 x 100k Total number of ...

Page 243: ...els are needed for internal traffic and ten are needed for external traffic but together the total is only 13 The reason is that a number of channels have shared use in this case it is 4 10 7 13 The higher G 711 rate is used to ensure adequate bandwidth at all times This data rate is close to a T1 rate Options are to increase the available link rate by upgrading to an E1 link or to multiple T1 lin...

Page 244: ...Engineering Guidelines 230 ...

Page 245: ...Chapter 13 NETWORK CONFIGURATION SPECIFICS ...

Page 246: ......

Page 247: ...otocol and the IP phones that support it VMPS CDP and Location Change Indication E911 on page 251 Describes IP phone enhancements including the Cisco VLAN Membership Policy Server VMPS the Cisco Discovery Protocol CDP and changes to location change information Network Considerations on page 261 Describes the following topics NetBIOS and PC Settings on page 261 Wireless Phone Performance on the 330...

Page 248: ...are 1 Static values that are held in the phone s flash memory The installer can program the phone with static values via the phone s keypad 2 The Voice VLAN may be learned via LLDP MED 3 The Voice VLAN may be learned via CDP 4 The Voice VLAN may be learned via DHCP Note The 5302 start up sequence differs from the method used by other Mitel phones Refer to 5302 Startup and DHCP on page 243 for info...

Page 249: ...cy Information SOURCE OF INFO PHONE IP ADDRESS DEFAULT GATEWAY IP ADDRESS SUBNET MASK VLAN 802 1Q INFO L2 QOS PRIORITY 802 1D P L3 QOS DSCP RTC IP ADDRESS TFTP SERVERIP ADDRESS DNS IP ADDRESS Manual entry Yes Yes Yes Yes Yes 0 6 Yes 0 63 Yes Yes Yes LLDP MED N A N A N A Yes Yes 0 6 Yes 0 63 N A N A N A CDP N A N A N A Yes See Note 2 N A N A N A N A DHCP Yes Yes Yes Yes uses double fetch Yes 0 6 Ye...

Page 250: ...al LAN Policy values are overwritten with values obtained from a higher priority source Note If a phone has obtained network configuration information via manual programming this information will be held by the phone permanently i e other methods cannot overwrite these values and the values will be maintained even if the phone is rebooted This includes the following values IP address for the phone...

Page 251: ... the previous values DHCP can be used to provide separate L2 and L3 QoS values for both signalling and media If DHCP has only been programmed with one value the phone will use this value for both signalling and media LLDP MED 3 Information obtained from L2 switch CDP 2 CDP does not provide values however if CDP is detected on the LAN the phones will use Cisco inferred values L2 Value 5 L3 DSCP Val...

Page 252: ...no requirement to keep LLDP MED running on the Cisco switches Disable LLDP MED on the Cisco switches Enable CDP to provide the phones with VLAN information When the phones detect that CDP is present on the LAN they will infer that the default Cisco values for L2 and L3 priority should be used The Cisco default values for priority are L2 802 1p 5 L3 DSCP 46 LAN POLICY VALUES FOR MEDIA SIGNALLING AN...

Page 253: ...nd priority information it will do sequential fetches on the default untagged VLAN and the tagged VLAN This will double the retrieval of information depending on the way information is entered It is important that the DHCP servers for the voice and data VLANs each have the same VLAN and priority information Also the ability to provide partial information at each stage allows these three methods to...

Page 254: ...to obtain the following network policy information VLAN 802 1 Q information COS L2 Priority 802 1p information DSCP L3 Priority information Notes Regarding LLDP MED Network loading Traffic from LLDP MED packets will not cause network loading problems since LLDP MED packets are not forwarded by L2 switches The packets are sent from the phone to the L2 switch and vice versa and since these packets a...

Page 255: ...an be used to determine the VoIP endpoint s man ufacturer model hardware firmware and software versions etc The device s physical location can be determined using the Location Identification TLV if they have been configured into the L2 switch Network policy issues can be identified by comparing the endpoint device s and the switch s LAN policy in use using the Network Policy TLV LAN speed duplex m...

Page 256: ...o Yes CDP DHCP and Static 5020 No Yes CDP DHCP and Static 5201 No Yes CDP and DHCP 5205 No Yes CDP DHCP and Static 5207 No Yes CDP DHCP and Static 5212 Yes Yes LLDP MED CDP DHCP and Static 5215 No Yes CDP DHCP and Static 5220dm Yes Yes LLDP MED CDP DHCP and Static 5215dm Yes Yes LLDP MED CDP DHCP and Static 5220 No Yes CDP DHCP an Static 5224 Yes Yes LLDP MED CDP DHCP and Static 5230 No Yes CDP DH...

Page 257: ...dor Identifying Option exchange options 124 125 will be used as the primary mechanism for conveying the addresses of these servers The 5302 will transmit a DHCP discover message containing the option 55 Parameter Request List Within the request list each endpoint will include option 124 Vendor Class Identifier 5320e Yes Yes LLDP MED CDP DHCP and Static 5324 Yes Yes LLDP MED CDP DHCP and Static 533...

Page 258: ...re call control resides This also includes the local DHCP and TFTP servers In order to correctly program some of the options within DHCP such as the RTC and TFTP server it is necessary to pre assign an IP address to the 3300 ICP This address is used by the IP networking handler and is entered into the database of other remote ICP units The DHCP server in the 3300 ICP controller should be used for ...

Page 259: ...ication string ipphone mitel com For MiVoice IP Phones this option will contain only the following sub fields vendor specific information Mitel specific configuration string as defined in Vendor information data format options 125 and 43 on page 247 3 Legacy Options 128 135 for backwards compatibility only In this response the DHCP server returns options 128 135 shown in Table 72 and any Mitel par...

Page 260: ... the three methods option 125 option 43 or options 128 135 in order of priority If more than one method is received in the same DHCP offer the one with highest priority will be applied Within option 43 or option 125 responses the IP Phone will accept the following formats from the DHCP server side Option 43 or 125 with no sub options Option 43 or 125 containing a single sub option ID 1 Within the ...

Page 261: ...of the enclosing format option 43 or option 125 i e there is no internal length field or end of string tag and no trailing separator is required however trailing separator s are permitted Tag value pairs may appear in any order and may repeat If there is a repeat later items delete and then overwrite previous ones All integer values are decimal encoded no hex or binary Null value in the configurat...

Page 262: ...ce or by constraints imposed by existing servers e g which options they more readily support The option 124 125 method is preferred since it is more flexible and future proof Table 73 Tag Value Pair Definitions TYPE OLD OPTION TAG DATA TYPE DESCRIPTION SW load TFTP server IP address 128 sw_tftp IP Address list TFTP server IP address to retrieve software loads Call Server ICP IP address 129 call_sr...

Page 263: ...ne can t get access to the TFTP server it will try repeatedly for a number of seconds after which it will re boot and start again Some time out values of interest are Phones will attempt to access the TFTP server three times before rebooting Attempts to access the TFTP server will be made at intervals of 15 30 seconds This interval is random to even out the loading on the TFTP server and to avoid ...

Page 264: ...the minimum bandwidth to ensure timely startup with minimum retries at the phone is 15 kbits s per phone Higher bandwidths will result in phones returning to service quicker and a practical value to consider might be 100kbits s phone Less available bandwidth may result in phones retrying to complete the download and hence take additional time Depending on the total number of phones that require ac...

Page 265: ...network connections and enabled on the 3300 ICP The network port configuration examples shown in the following sections are based on the Cisco 3550 Layer 2 3 switch Network configuration principles are also described as the actual commands may differ between network switches vendors and software version installed SUMMARY CDP AND VMPS If CDPv2 is not running in the network then functionality in a C...

Page 266: ...orrect operation is to result throughout the network To simplify the installation and use some pre packaged commands such as auto qos a COS value of 5 is recommended throughout the network Other values such as 6 can still be used but will require additional tuning of the configuration at different ports In order to make the QoS settings work the following points need to be considered QoS must be e...

Page 267: ... Tagging and priority COS to incoming data ingress Remove 802 1 Q Tagging and priority COS to outgoing data egress Provide access to a single fixed VLAN A typical port configuration example for the 3300 ICP is shown Switch configure terminal Switch config interface fastethernet0 1 Switch config if switchport mode access Switch config if switchport access vlan 2 Switch config if mls qos trust cos S...

Page 268: ...ICE SERVERS There are a number of other applications that reside on dedicated voice servers An example might be MiCollab Client or voice mail The network connections of these servers may not be capable of supporting VLANs directly or having multiple devices on the same LAN connection Thus the network configuration for an application server should be configured as an access port with the Native VLA...

Page 269: ...the controller The location change detection is achieved by enabling Spanning Tree Protocol at the network port that the IP phone is connected to The port can still remain in portfast since the phone only has one network connection One of the three Spanning Tree Protocols should be enabled at the network port and throughout the network A description of these settings is covered in Port Settings on...

Page 270: ...may still needed If the VLAN information is obtained via CDP and the default priority value of 5 is not to be used remember to program this value elsewhere e g the Priority field in the voice VLAN scope of DHCP Note Default Priority with CDP Where CDP provides the VLAN information Layer 2 priority 802 1p or COS information is not provided If the VLAN information is provided via CDP then the IP pho...

Page 271: ...te Forwarding queue Q4 is enabled with a COS value of 5 6 The Voice VLAN or Auxiliary_VLAN is set for VLAN 2 7 Spanning Tree Messages are allowed through but will not disconnect the port during the learning phases of this protocol On some network switches the Voice VLAN is identified through the Auxiliary_VLAN command set port auxiliaryvlan 0 1 2 This sets port 0 1 to VLANID 2 for voice traffic VL...

Page 272: ...connect to the network Some other rules that apply to configuration of VMPS include A dynamic port can belong to only one VLAN that is one device per port or common group of devices per port Note The number of attached devices differs by switch product The VMPS must be configured before the access ports are enabled as dynamic When a port is configured as dynamic spanning tree Portfast is enabled a...

Page 273: ...to determine if the required network equipment will support the required VMPS operations and also the minimum software version and revision needed USE OF VMPS WITH 3300 ICP The MiVoice IP Phones can determine the additional VLAN information required to direct them to a voice VLAN through use of the Auxiliary_VLAN method This means that the Native_VLAN setting is available for use via VMPS In effec...

Page 274: ...mes Switch config interface fastethernet0 1 Switch config if switchport mode access Switch config if switchport access vlan dynamic Switch config if switchport voice vlan 2 Switch config if mls qos trust cos Switch config if mls qos cos 5 Switch config if wrr queue cos map 4 5 Switch config if priority queue out Switch config if spanning tree portfast Switch config if end Switch CAUTION Shuttingdo...

Page 275: ...rconnection Summary on page 293 NETBIOS AND PC SETTINGS The NetBIOS protocol can rapidly fill a network with broadcasts and background traffic reducing available bandwidth to other applications including voice NetBIOS types include B node Uses broadcasts to resolve names P node Uses point to point communications with a NetBIOS server such as a WINS server to resolve names M node Uses broadcasts fi...

Page 276: ...LAN and the regular LAN A SpectraLink Voice Priority Server SVP The SVP server ensures that voice packets receive priority over data packets on the wireless LAN A DHCP server for the SpectraLink phones which can be the 3300 ICP A TFTP server for the SpectraLink phones which by default will be the 3300 ICP A TFTP server for the SVP server which by default will be the 3300 ICP MITEL WLAN PHONES The ...

Page 277: ...on with the 3300 ICP The Mitel IP DECT System Global is available globally for deployment where operation of devices in compliance with the European DECT or the North American DECT standards are permitted The system is comprised of the following components 5602 5603 5604 and 5606 Wireless handsets IP DECT Base Stations IPBS Handset chargers Handset programming tools Wireless Messaging Gateway WSM ...

Page 278: ...em supports roaming across subnets This means that a DECT phone will maintain a call in progress when the user roams into a new subnet However when a user roams across subnets the RTP packets are not carried via RF in the WLAN the packets are carried across the LAN The SpectraLink system does not support roaming across subnets This means that a SpectraLink phone will not maintain a call in progres...

Page 279: ... Fax over IP and SIP via the ITU T 38 recommendation G 711 FAX PASS THROUGH OVERVIEW The ICP controllers can transmit Fax information over an IP trunk from one controller to another as G 711 packets In effect the data modulated signals are passed as voice across the IP network For this reason compression cannot be used on these signals Fax machines are sensitive to time delays and error rates Typi...

Page 280: ...gh can only be used successfully on very high quality networks it is recommended that T 38 be used to support the transmission of FoIP If the IP network introduces too much latency jitter or almost any packet loss Fax transmissions using G 711 pass through will be error prone The T 38 protocol provides mechanisms to deal with network latency jitter and packet loss Information pertaining to the use...

Page 281: ...vices should be considered as best effort and may work in some situations but not others Should these devices suffer degradation some suggestions include changing the dialing characteristics on the end devices or use an alternative directly IP connected device effectively as an overlay network onto the same IP infrastructure Connections to the PSTN should terminate on an analogue or digital TDM tr...

Page 282: ...pported over the MiNET protocol NuPoint Messenger does not support T 38 Fax T 38 operation with NuPoint will only be possible with the same workaround that NuPoint Unified Messenger uses for G 729 com pression Operation with NuPoint is achieved by placing a T1 card on the 3300 into loopback mode to terminate the T 38 call The call is then transferred to NuPoint via G 711 For additional information...

Page 283: ...as indicated If some of these overrides are not set as indicated and a tone is generated on this port while a Fax transmission is in progress then the Fax transmission will likely fail Campon Tone Security Set to Yes Busy Override Security Set to Yes External Trunk Standard Ringback Set to Yes Return Disconnect Tone When Far End Party Clears Set to Yes The Administrator should enable V 34 Fax Inte...

Page 284: ...nt zones to allow for the use of T 38 The use of compression and T 38 within a zone can be configured independent from one another In ESM there is form called the Fax Service Profiles This form allows the administrator to define how inter zone between zones and intra zone within a zone faxes will be handled There is a pre programmed default profile for both inter zone and intra zone traffic The Ad...

Page 285: ...mprised of two different portions or phases a low speed phase 300 baud that the Fax machines use to learn about each other s capabilities and a high speed phase 14 400 baud that the fax machines use to transmit the actual Fax data Mitel s T 38 solution uses UDP to transport ethernet packets UDP does not have the ability to re send packets if packets are lost so packet redundancy is supported This ...

Page 286: ...tiate to V 17 the call will be processed as a G 711 pass through however the success of the call cannot be guaranteed BANDWIDTH MANAGEMENT Mitel s Bandwidth Management solution will keep track of the Bandwidth consumed by Fax calls and Call Admission Control decisions will be made according to the system s configuration As a rule of thumb the System Administrator may want to limit the bandwidth us...

Page 287: ...Yellow Caution 2 60 ms 80 ms Red Stop PACKET LOSS JITTER END TO END DELAY 0 1 20 ms 300 ms Green Go 0 2 40 ms 500 ms Yellow Caution 0 2 40 ms 500 ms Red Stop PACKET LOSS JITTER END TO END DELAY 0 1 1000 ms 6000 ms Green Go 0 2 2000 ms Yellow Caution 0 2 2000 ms 6000 ms Red Stop PACKET LOSS JITTER END TO END DELAY 0 1 1000 ms 6000 ms Green Go 0 2 2000 ms Yellow Caution 2 2000 ms 6000 ms Red Stop PA...

Page 288: ...ns deploying T 38 in their networks Q Why is the maximum number of T 38 Fax sessions set at 64 A 64 is the maximum number of T 38 Fax licenses that are allowed through AMC In practice for a single DSP II card the maximum number of sessions is 56 since one of the DSP devices is needed for V 21 FAX Tone detection Q Does this mean the 3300 can only support 64 T 38 Fax machines A No 64 is the maximum ...

Page 289: ...he fax call to NuPoint over an IP link as a G 711 pass through call For details on how to use a 3300 ICP as a Fax gateway for NuPoint please refer to the NuPoint Unified Messaging Engineering Guidelines Q How are new third party T 38 gateways added to the compatibility list A Additional gateways are added to the compatibility list via testing with the SIP interoperability lab Devices can be submit...

Page 290: ...tomer Data Entry CDE interface Table 79 MiVoice Business and 3300 ICP port numbers IP PORT NUMBER TRANSPORT FUNCTION 20 TCP FTP data 21 TCP FTP control 22 TCP Outgoing connection to AMC SSH 23 TCP Telnet 25 TCP SMTP VPIM for voice mail 53 UDP DNS 67 UDP DHCP server 68 UDP DHCP client 69 UDP TFTP 80 TCP HTTP 137 TCP NetBIOS Name Service for connection to ETX APC 138 UDP NetBIOS Datagram Service for...

Page 291: ...ecure MiNET AES at 3300 6803 TCP Secure MiNET SSL for trusted applications 6804 TCP Secure MiNET High Security SSL 6900 to 6999 TCP MiNET Client 7011 TCP Data Services access LBG 3 4 and MSPLogs Viewer uses data services 7050 TCP SDS Mitel OIG uses SDS 8000 TCP MiTAI Client legacy 8001 TCP MiTAI Client SSL legacy 9000 UDP Console Voice Channel 1 5550 TKB 9002 UDP Console Voice Channel 2 5550 TKB 1...

Page 292: ... not use this full range but other devices such as the phones may This makes the setting for all devices common New ports for this release are Port 6543 This is an existing port that has been included into the table of ports It is specific to the NSU units and used to provide upgrade via a direct PC connection Port 5320 Used by MiVoice Business to communicate with Mitel Open Integration Gateway OI...

Page 293: ...RTP SRTP UDP 50000 50511 RTP SRTP UDP 50000 50511 RTP SRTP UDP 50000 50511 Voice Media RTP SRTP TCP 389 636 LDAP LDAPS TCP 389 636 LDAP LDAPS TCP 7011 Data Services TCP 7011 Data Services TCP 49500 49599 Data Services Port defined through port 7011 TCP 49500 49599 Data Services Port defined through port 7011 TCP 7050 SDS TCP 7050 SDS TCP 10990 JavaRMI Multi Node Mngmt TCP 10990 JavaRMI Multi Node ...

Page 294: ...M PMS DHCP Logs IP PMS Netally Voila Voice Quality TCP 8181 HTTP Voice Statistics TCP 8182 HTTPS Voice Statistics TCP 161 SNMP TCP 1750 SW Logs TCP 1751 Maint Logs TCP 1752 SMDR TCP 1753 Legacy PMS TCP 1754 Printer TCP 1755 Security Log IP to RS232 IP to RS232 IP to RS232 IP to RS232 IP to RS232 IP to RS232 UDP 68 DHCP UDP TCP 5060 5061 SIP SIP TLS UDP Ephemeral Voice Media RTP SRTP UDP 50000 5051...

Page 295: ...00 50511 Voice Media RTP SRTP TCP 8000 80001 MiTai Secure MiTai TCP 6800 6801 6802 6803 MiNet Secure MiNet TCP 80 HTTP UDP 50000 50479 Voice Media UDP 50000 50511 Voice Media RTP SRTP TCP 5500 12670 MiNet UDP 50000 50479 Voice Media UDP 161 SNMP UDP 162 SNMP Trap UDP 162 SNMP Trap TCP 1606 CSMSG TCP 5009 Teldir UDT TCP 5009 Teldir UDT TCP 7011 Data Services TCP 49500 49599 Data Services Port defin...

Page 296: ...ing is possible in the range 0 to 65535 TCP 222 FTPS TCP 443 HTTPS TCP 2002 STELNET Secure Telnet TCP 7011 Data Services Port defined through port 7011 UDP 162 SNMP Trap TCP 8000 8001 MiTai Secure MiTai TCP 7011 Data Services TCP 49500 49599 Data Services Port defined through port 7011 TCP 8000 8001 MiTai Secure MiTai UDP 161 SNMP TCP 6800 6801 6802 MiTai Secure MiTai TCP 8000 8001 MiTai Secure Mi...

Page 297: ...t No defined port number means anything is possible in the range 0 to 65535 UDP 50000 50511 TCP UDP 5060 5061 SIP SIP TLS UDP 50000 50511 TCP UDP 5060 5061 SIP SIP TLS TCP 6543 IMAT TCP 21 FTP TCP UDP 5060 5061 SIP SIP TLS UDP 50000 50511 TCP 389 636 LDAP LDAPS TCP 7011 Data Services RIM MVS IMAT PC SIP Phone End Device Active Directory TCP 8000 8001 MiTai Secure MiTai UDP 50098 50508 RTP SRTP UDP...

Page 298: ... DNS TCP 6880 HTTPS TCP 8080 HTTP UDP 68 DHCP DHCP PC UCX Voice First VCON IPA IP Phone Analyser MBG Teleworker Internet Side IP End Device IP Phone Applications Teleworker etc TCP UDP 5060 SIP UDP 68 DHCP TCP 80 HTTP TCP 443 HTTPS TCP 3998 SACS TCP 3999 SAC UDP 20000 UDP 20002 UDP 50000 50511 Voice Media UDP 0 65535 Voice Media RTP SRTP UDP 50000 50511 Voice Media TCP 6900 6999 Secure MiNet TCP 3...

Page 299: ...Secure MiNet TCP 6900 MiNet TCP 49500 49599 Data Services Port defined through port 7011 TCP 7050 SDS TCP 443 Secure MiXML TCP 7050 SDS TCP 10000 10002 MiNet Secure MiNet UDP 50000 50511 TX RXRecording TCP 6900 6902 MiNet Secure MiNet UDP 7691 Device Discovery UDP 68 DHCP UDP 69 TFTP TCP 80 HTTP UDP 50000 50511 Voice Media TCP 10100 IP Console Search UDP 9000 UDP 50000 50511 Voice Media UDP 20000 ...

Page 300: ...B UDP 68 DHCP TCP 6900 6999 MiNet TCP 6807 Secure MiXML UDP 50000 50511 TX Recording UDP 50000 50511 RX Recording TCP 6900 6902 MiNet Secure MiNet UDP 7691 Device Discovery UDP 68 DHCP UDP 69 TFTP TCP 80 HTTP UDP 20000 30999 Voice Media TCP 10100 IP Console Search UDP 9000 UDP 20000 30999 Voice Media Console Page 2 of 2 Teleworker Mode UDP 9000 TCP 10000 10002 MiNet Secure MiNet TCP 6801 6802 MiNe...

Page 301: ...et 5550 Console soft Page 1 of 2 Non Teleworker Mode TCP 443 HTTPS Calender MiCollab UCA SQL Call History MS Exchange IP End Device IP Phone Application Soft Phone UDP 67 DHCP UDP 68 DHCP TCP 1606 CSMSG TCP 7011 Data Services Port defined through port 7011 UDP 50000 50511 Voice Media UDP 50098 50508 UDP 50000 50511 Voice Media UDP Ephemeral Voice Media UDP 50098 50508 Voice Media UDP Ephemeral Voi...

Page 302: ...ker Mode IP End Device IP Phone App IP Console PC Soft Phone UDP 1606 CSMSG UDP 20000 30999 Voice Media UDP 1024 65535 Voice Media UDP 50098 50508 Voice Media MBG UDP 6806 SSL CSMSG TCP 6800 6801 6802 MiNet Secure MiNet UDP 20000 30999 Voice Media UDP 20000 30999 Voice Media UDP 50098 50508 Voice Media UDP 50000 50511 UDP 50000 50511 UDP 20000 30999 Voice Media TCP 6801 6802 Secure MiNet ...

Page 303: ...ication to the 3300 ICP using an IP address in these ranges will fail to get a response See the 3300 ICP Technician s Handbook for the up to date list of reserved IP addresses Reserved IP Addresses 169 254 10 0 15 169 254 30 0 15 inclusive Table 80 Packet Rate Limits at Phone Firewall PACKET TYPE RATE PACKET SECOND BURST HANDLING PACKETS CDP STP LLDP 5 25 DNS 30 20 ARP ICMP 5 50 RTP per stream 110...

Page 304: ...h devices Total cable lengths should not exceed the Ethernet requirements as highlighted in specification ANSI EIA TIA 568 B 2001 section 4 ANSI EIA TIA 568 B 2001 also highlights good wiring practices such as Grounding requirements Cable runs and mixing of cable types Cable bend radii Cables are available in a number of data types Those recommended for this application are CAT 5 CAT 5e CAT 6 Conn...

Page 305: ...attenuation Use the guidelines in the following table for installation These recommended distances are shown in the following figure Figure 49 Recommended Distances for Cable Runs Note If connecting an ethernet device at distances of more the 100 metres then a unit such as the Mitel Streamline should be used The Streamline is a long haul ethernet switch that can provide ethernet connectivity with ...

Page 306: ...n cannot be used simultaneously otherwise data corruption occurs In the following figure the port labeled 5X would be used to connect to an end device OR the port labelled 5 would be used to connect to an X port of another switch Figure 50 Straight and Crossover Port Example Some switches provide auto crossover detection so that straight connections can be used for all connection leads IDENTIFICAT...

Page 307: ...N speed settings Ensure that the Layer 2 switch setting is also configured to auto negotiate to reduce the possibility of a duplex mismatch and potential loss of data and voice Although IP phones auto negotiate the network connection speed to 100 Mbps full duplex note the following limitations Both ports on the phone are limited to the lowest negotiated setting The 5001 5005 5201 5205 and 5207 pho...

Page 308: ...infrastructure it is possible to mix both data and digital telecom and use common CAT 5 cable throughout Only at the MDF Termination point will the cables be routed in different directions CAT 3 cable may not provide the correct connections pairs and would require different implementations for data a telecom Figure 52 ICP External Connections Figure 53 Data Pairs in Use ...

Page 309: ...Appendix A CAT 3 WIRING ...

Page 310: ......

Page 311: ...ncreasingly difficult to find CAT 3 cables and connectors The cost of CAT 5 components has been reduced so much that it is not cost effective to install new CAT 3 networks For new installations only CAT 5 or better should be considered Many network devices now are capable of operating at both 10BaseT and 100BaseT Devices will typically select the higher rate Using CAT 3 introduces extra difficulti...

Page 312: ...ng standards These stan dards are much more stringent than the wiring practices used for traditional voice wiring For example in traditional voice cabling when an installer punched down cabling pairs on a termination block BIX Krone block it was very common to unwrap the twisted pairs from an individual cable for ease of installation or to use untwisted cables to implement a cross connect While th...

Page 313: ... To simplify installation the following installation rules can be applied Where CAT 3 wiring is used the network device ports should be manually configured for 10BaseT half duplex This will allow devices to be moved and maintain their settings as well as fixing the speed based on the cable run Phones with a single connection can use CAT 3 Exceptions are the TKB5550 and MiCollab Client Softphone Th...

Page 314: ...to all ports On the 3300 ICP product the ports can be configured individually It is not recommended to run connections to IP phones with attached PCs servers or connections to other network switches with half duplex connections In the figure above for the SX 200 ICP product where there is a connection to other switches all ports would need to be set to Auto Negotiation In such a case the PC and IP...

Page 315: ...CAT 3 Wiring 301 Figure 55 CX MX MXe AX and LX Minimum Cable Standard ...

Page 316: ...Engineering Guidelines 302 ...

Page 317: ...Appendix B INSTALLATION EXAMPLES ...

Page 318: ......

Page 319: ...e IP addresses and subnet mask that defines whether traffic being sent has to be directed to the router BASIC QUALITY OF SERVICE QOS In a VoIP network QoS exists at two layers 1 Layer 2 Ethernet priority information is used by switches to prioritize voice traffic over data It is set using 3 bits within the 802 1Q VLAN header called the 802 1p bits We recommend an 802 1p value of 6 However an alter...

Page 320: ...ed Devices that conflict with the internal addresses will NOT be able to communicate with the ICP in any manner Different networks must have different IP address ranges There can t be two networks using the same IP addresses or the router can t route traffic correctly Each interface real or virtual on a router is on a different network DEFINE THE VLAN Most of the time data will already exist and b...

Page 321: ...ned dynamically via DHCP double lookup QoS settings on a MiVoice IP Phone can be assigned Statically or Dynamically using DHCP If a MiVoice IP Phone learns its VLAN information via CDP and no other priority information is set static or DHCP then the 802 1p priority defaults to a value of 5 EXAMPLE NETWORK TOPOLOGY In the example Figure 56 we use the following selections Voice VLAN 100 Voice IP add...

Page 322: ...ne extension 2001 3 Fa0 5 to Ethernet Switch 2 4 Fa0 24 to Router 1 port Fa0 0 In this example VLANs are being assigned to the IP phones using CDP Configurations for each switch interface follow assumes no Cisco VLAN Trunking Protocol Figure 56 Example Network Topology Switch configure terminal Switch1 config mls qos sets up QOS on the switch globally Switch1 config vlan 100 create the voice VLAN ...

Page 323: ...tch1 config if switchport mode access port defaults to standard Ethernet frame Switch1 config if switchport access vlan 100 sets the VLAN Switch1 config if mls qos cos 6 sets the Ethernet priority 802 1p to 6 Switch1 config if priority queue out makes queue 4 a strict priority queue Switch1 config if mls qos trust dscp pass through cos required to allow DSCP 802 1p through Switch1 config if spanni...

Page 324: ... dot1q Forces 802 1Q frame Switch1 config if switchport mode trunk sends VLAN information across the link Switch1 config if priority queue out makes queue 4 a strict priority queue Switch1 config if exit Interface fa0 24 is connected to the router Switch2 configure terminal Switch2 config mls qos sets up QOS on the switch globally Switch2 config vlan 100 create the voice VLAN Switch2 config vlan n...

Page 325: ...tions for each port follow assumes no VTP These steps are to set up QoS on the Catalyst 3550 and create the Voice VLAN Switch2 config interface fa0 24 the VLAN trunk connection to Switch 1 Switch2 config if description Connection to Switch 1 Switch2 config if switchport trunk encapsulation dot1q Forces 802 1Q frame Switch2 config if switchport mode trunk sends VLAN information across the link Swit...

Page 326: ... site ROUTER 1 CONFIGURATION There are two physical interfaces on the Router 1 and an additional virtual interface S0 0 is the serial interface to the WAN This could be an alternative technology but we show PPP in this example Fa0 0 is the 10 100 physical Ethernet interface to Ethernet Switch 1 that connects to the Data VLAN i e VLAN 1 Fa0 0 100 is the virtual interface that only listens to the Vo...

Page 327: ...p Router1 config if no shutdown Router1 config interface fa0 0 Router1 config if description Default Gateway for 10 0 0 0 24 Network Router1 config if ip address 10 0 0 1 255 255 255 0 Router1 config if no shutdown Router1 config interface fa0 0 100 Router1 config subif encapsulation dot1q 100 set the interface to tag traffic with VLAN 100 Router1 config subif description Default Gateway for 192 1...

Page 328: ...s map looking for Mitel traffic Router1 config pmap c set ip dscp ef Overwrite DSCP bits with a value of 46 Router1 config policy map MitelPolicyOut Router1 config pmap class MitelClassMapOut Matches the class map looking for DSCP 46 Router1 config pmap c priority percent 30 Mitel traffic is guaranteed 30 of the bandwidth Or Router1 config pmap c priority bandwidth Alternatively specify actual ban...

Page 329: ... connects to the Data VLAN i e VLAN 1 Fa0 0 100 is the virtual interface that only listens to the Voice VLAN i e VLAN 100 An example configuration using static routes follows If using dynamic routing protocols RIPv2 OSPF etc the static routes are not required Router1 config interface fa0 0 Router1 config if service policy input MitelPolicyIn applying the inbound policy map Router1 config interface...

Page 330: ...er2 config if ip address 172 16 1 2 255 255 255 252 Router2 config if encapsulation ppp Router2 config if no shutdown Router2 config interface fa0 0 Router2 config if description Default Gateway for 10 0 10 0 24 Network Router2 config if ip address 10 0 10 1 255 255 255 0 Router2 config if no shutdown Router2 config interface fa0 0 100 Router2 config if encapsulation dot1q 100 set the interface to...

Page 331: ...pmap c priority bandwidth Alternatively specify actual bandwidth amount Router2 config pmap c exit Router2 config pmap class class default What to do with other traffic Router2 config pmap c fair queue Note Priority is specified in either Percent or Bandwidth NOT both Router2 config class map match all MitelClassMapP Bit Router2 config cmap match ip dscp ef Matches the DSCP value of 46 Router2 con...

Page 332: ...er2 config if service policy input MitelPolicyIn applying the inbound policy map Router2 config interface fa0 0 100 Router2 config subif service policy output MitelClassMapP Bit applying the outbound policy map Router2 config interface Serial0 0 Router2 config if max reserved bandwidth 100 makes the priority command be a true Router2 config if service policy output MitelPolicyOut applying the outb...

Page 333: ... 128 ip 192 168 100 2 IP Phone TFTP server option 129 ip 192 168 100 2 RTC IP address option 130 ascii MITEL IP PHONE required for the Mitel phones to accept option 132 hex 0000 0064 VLAN 100 in hex option 133 hex 0000 0006 802 1p priority 6 lease 14 lease length in days ...

Page 334: ...ached to the L2 expansion switch The CXi CXi II System Gateway IP address needs to be changed from the default value so that it matches the router s IP address This is necessary because the CXi CXi II System Gateway IP address is also the Default Gateway IP address used by the CXi CXi II internal LX Switch s network list entry table The intranet may contain corporate servers and other 3300 ICP pho...

Page 335: ...Appendix C LLDP AND LLDP MED CONFIGURATION EXAMPLES ...

Page 336: ......

Page 337: ...ands available Please read thedevicedocumentation to determine thecorrectinstruction set to use CONFIGURATION OVERVIEW A number of parameters within the Layer 2 access switch need to be configured in order to advertise the correct LLDP LLDP MED information to the end devices LLDP MED includes information regarding the voice VLAN ID DSCP and Priority and supports bothtaggedanduntaggedvoicedevices H...

Page 338: ...ntifies that the end device will use VLAN tagging in this case VLAN 63 will use Priority 6 and DSCP value 46 101110 commonly referred to as Expedited Forwarding These values are used throughout this Appendix to illustrate network switch settings and configurations By default LLDP and LLDP MED are enabled across the switch LLDP MED requires that the voice VLAN be identified at a port before the por...

Page 339: ...CK START GETTING LLDP MED RUNNING QUICKLY To get LLDP MED working quickly all that is required is to identify the appropriate VLAN with the voice services as part of the normal switch configuration procedures The example below uses VLAN 63 but this can be replaced with any valid VLAN ID value By default LLDP and LLDP MED are enabled anddefault Priority and DSCP values are already defined for voice...

Page 340: ...802 1Q VLAN ID Name Status Voice 1 DEFAULT_VLAN Port based No 64 V64Net Port based No HP ProCurve Switch 5304XL config vlan 63 tagged a1 HP ProCurve Switch 5304XL config vlan 63 voice HP ProCurve Switch 5304XL config vlan 63 name V 63 HP ProCurve Switch 5304XL config show vlan Status and Counters VLAN Information Maximum VLANs to support 8 Primary VLAN DEFAULT_VLAN Management VLAN 802 1Q VLAN ID N...

Page 341: ...ing value of 46 or 101110 All that is required is to identify the DSCP 46 as being used for voice policy In most network switches a Priority value of 6 or 7 will make little difference other than to identify the packet as high priority and higher than standard data Some administrators prefer to reserve Priority 7 for network management only and to use Priority 6 for voice This example will be show...

Page 342: ...e of a Softphone being used on a PC then DSCP information is provided by the voice application but Priority information and VLAN assignment must be configured at the access port on the switch VLAN assignment for Data will be on the untagged Data VLAN By default this is VLAN 1 Untagged data packets will use the port priority which defaults to 0 For voice the DSCP value can be used to identify a hig...

Page 343: ...gateways These devices may not support VLAN tagging capability but may provide DSCP depending on the application In this case the VLAN would be assigned as untagged to the Ethernet switch port and the DSCP to Priority map could be used to assign the appropriate Priority level to the incoming data Alternatively the port priority can be applied on a per port basis This would be configured through th...

Page 344: ... Mitel Phones use a proprietary implementation to support emergency call service in conjunction with the Mitel Emergency Response Adviser HP ProCurve Switch 5304XL config show lldp config a1 LLDP Port Configuration Detail Port A1 AdminStatus Tx_Rx Tx_Rx NotificationEnabled False False Med Topology Trap Enabled False False Country Name US What 2 Ca Type 1 HP ProCurve Switch 5304XL config lldp confi...

Page 345: ...k that LLDP LLDP MED is working or to diagnose configuration conflicts Ca Value Ottawa Ca Type 4 Ca Length 6 Ca Value Kanata Ca Type 6 Ca Length 6 Ca Value Legget Drive HP ProCurve Switch 5304XL config show qos vlan VLAN priorities VLAN ID Apply rule DSCP Priority 1 No override No override 63 No override No override 64 DSCP 011010 4 100 DSCP 3 HP ProCurve Switch 5304XL config show lldp info remote...

Page 346: ...y 6 Media Policy Dscp 46 Media Policy Tagged True Poe Device Type PD Power Requested 51 Power Source Unknown Power Priority High HP ProCurve Switch 5304XL config sh lldp config b2 LLDP Port Configuration Detail Port B2 AdminStatus Tx_Rx Tx_Rx NotificationEnabled False False Med Topology Trap Enabled False False TLVS Advertised port_descr system_name system_descr system_cap capabilities network_pol...

Page 347: ...Appendix D VOIP AND VLANS ...

Page 348: ......

Page 349: ...itch Data devices using second port of voice devices i e both devices share a common connection CXi is more a server and connects to a larger network infrastructure The voice and data devices are connected elsewhere within the network This is also the connection scenario for the MX WHEN TO USE VLANS VLANs are used to provide a level of logical separation between voice devices and other devices in ...

Page 350: ... hierarchical point in both voice and data networks Connection of the router allows various PC devices to gain access to services of the ICP controller CXi if needed For basic data operation use of VLANs is unlikely to be needed since the bandwidth available at the CXi will be higher than the router connection The one exception to VLAN usage might be on the data side of the network where MiCollab ...

Page 351: ...data devices share a common connection to the network there is a mix of data possible on the connection On ingress to the network port the phone will prioritize data However on egress at the far end connection this will not occur Priority marking is needed to allow the egress priority to be carried through the network For this configuration VLAN should be enabled at access and network device inter...

Page 352: ...Engineering Guidelines 338 Alternatively the VLAN can be added at the server controller and the network access point configured to accept VLAN information ...

Page 353: ...Appendix E VOIP SECURITY ...

Page 354: ......

Page 355: ... key information between endpoints is known as the key exchange There are a number of standard methods to encrypt data These are very secure in their coding and have been field tested over a number of years with critical information such as financial and personal data From a user view all that is important is to know is that the data is secured The method used to encrypt the data is negotiated by ...

Page 356: ...e same as does the network bandwidth requirements Figure 59 Unsecured vs Secured Connection SIGNALLING AND MEDIA PATHS Media and signalling path encryption is supported for all of Mitel s IP phones on the 3300 ICP Media path encryption is accomplished with Secure RTP using 128 bit Advanced Encryption Standard AES Encryption is backwards compatible to support both currently shipping desktops and pr...

Page 357: ... Secure RTP This provides added confidentiality message authentication and replay protection over the standard RTP protocol A call will be encrypted and will use the most secure method if both ends support encryption Calls initiated on a controller an IP Phone or an end device that does not support encryption are still supported but will not be encrypted Media voice streaming between Mitel sets an...

Page 358: ...revent unauthorized access to administrative functions SSL encrypts all traffic on the link to prevent sniffing of usernames and passwords The IP Phones will determine which secure method to use first trying SSL then secure MiNET and then if neither of these is supported the call will go unsecured The ICP uses multiple IP ports to differentiate these protocols 6800 6801 6802 as defined in the IP p...

Page 359: ...nd devices are used within the LAN environment they may not be fully secured Further details can be found in the MiVoice Border Gateway Engineering Guidelines The MiVoice Border Gateway also terminates both internal and external secure connections This allowsfordifferencesinencryptionmethods externalsecureconnectionandunsecuredinternal connection MiCollab Client provides a softphone with encrypted...

Page 360: ... No No No 5304 Yes Yes Yes 5312 Yes Yes Yes 5320 Yes Yes Yes 5320e Yes Yes Yes 5324 Yes Yes Yes 5330 Yes Yes Yes 5330e Yes Yes Yes 5340 Yes Yes Yes 5340e Yes Yes Yes 5360 Yes Yes Yes 5485 IP Pager No Yes Yes Navigator Yes Yes Yes 5540 Yes Yes Yes 5505 No No No 5550 IP Console No Yes N A 5550 TKB Yes Yes Yes 5560 IPT Yes Yes Yes MiCollab Client Yes Yes N A Table 83 Security Support by Device contin...

Page 361: ...t Yes Yes Yes Teleworker Server Ext Yes Yes Yes Speak Ease 6500 No No No NuPoint 6510 No No No UC360 No No No Note The MiTAI connection from the MiTAI client or server to the ICP is secure with SSL only Other connections are not secured Table 83 Security Support by Device continued DEVICE SECURE SIGNALLING SSL SECURE SIGNALLING SECURE MINET VOICE ENCRYPTION Page 3 of 3 ...

Page 362: ... the phone this capability is useful in environments where the phone and the PC need to share a single ethernet connection As of MCD 4 1 a COS option is provided that can be used by the System Administrator to disable the second ethernet port on dual port phones which in turn will bar unauthorized access at the second ethernet port The default condition is for all second ethernet ports to be enabl...

Page 363: ...enticated the connection An 802 1X port may be configured to request authentication only at startup of the network port and this may include regular authentication retries Because authentication is based on a network port becoming active it is possible with some network switches that an unauthorized device could be connected behind an IP Phone once the IP Phone has itself gained access to the port...

Page 364: ...otocol Table 84 802 1X support by device DEVICE 802 1X SUPPORT 5001 No 5005 No 5010 No 5020 No 5140 No 5201 No 5205 No 5207 No 5212 Yes 5215 No 5220 No 5224 Yes 5230 No 5240 No 5302 No 5304 Yes 5312 Yes 5320 Yes 5324 Yes 5330 Yes 5340 Yes 5360 Yes 5505 Yes 5540 Yes 5215 Dual Mode Yes 5220 Dual Mode Yes 5235 Dual Mode Yes 5320e Yes 5330e Yes 5340e Yes 5485 IP Pager No 5550 TKB No 5560 IPT Yes DECT ...

Page 365: ...lephones should be denied toll access unless authorized through an attendant The 3300 ICP system has comprehensive toll control as an integral part of the call control It lets you restrict user access to trunk routes and or specific external directory numbers It also provides Class of Restriction COR and Class of Service COS features that can substantially reduce the risk of toll abuse As a deterr...

Page 366: ...form IP Port Filter can be used to enable blocking on specific IP ports When blocking is enabled on a specific IP port external network devices will be prevented from accessing this port In the default state all IP ports are unblocked so access is unrestricted SIP SECURITY Mitel has a number of phones that support the Session Initiation Protocol SIP SIP is a signalling protocol used for establishi...

Page 367: ...A type of UTP cable for use in a LAN capable of 16 Mbps Typically used for voice and data on 10BASE T Ethernet CAT 5 Category 5 Cable A type of UTP cable for use in a LAN capable of 100 Mbps CCS Centum Call Second A measure of call traffic One call lasting 100 seconds is referred to as 1CCS CDE Customer Data Entry A command line interface used to configure the ICP CDP Cisco Discovery Protocol A Ci...

Page 368: ... A means of passing out IP addresses in a controlled manner from a central point server DiffServ Differentiated Services DiffServ is a protocol for specifying and controlling network traffic by class so that certain types of traffic get precedence For example voice traffic which requires a relatively uninterrupted flow of data might get precedence over other kinds of traffic Differentiated Service...

Page 369: ...al PCM 64 kbps G 729 Voice Streaming CODEC Reduced bit rate from G 711 8 kbit s Gateway A path between different media streaming technologies in this case between TDM and IP Group Controller The call control of the ICP is in control of a number of units where the functions are more dedicated e g to a separate gateway GRP Gateway Routing Protocol A generic term which refers to routing protocols HSR...

Page 370: ... encapsulation of data to be transferred Typically with TCP IP this includes the IP address LAN Local Area Network This is a network within a local area typically within a radius of 100 m The transmission protocol is typically Ethernet II Leased IP An IP address that has been assigned through DHCP and is valid only for the duration of the agreed lease time LLDP Link Layer Discovery Protocol A low ...

Page 371: ...s allow data to be transmitted over voice grade telephone lines MOH Music on Hold MSW Mitel Sales Workbench MTBF Mean Time Between Failures The statistical time between expected component failures MTU Maximum Transmission Unit An MTU is the largest size packet or frame specified in octets eight bit bytes that can be sent in a packet or frame based network such as the Internet MWI Message Waiting I...

Page 372: ...or would need to be 0 086 seconds incorrect per day to be 1 ppm PRI Primary Rate Interface This is a connection to the PSTN where a number of trunk channels are multiplexed onto a common connection Both T1 and E1 variants are available PSTN Public Switched Telephone Network The telephone network that provides local and long distance connections e g Bell AT T BT PTT Poste Telefonie Telegrafie PSTN ...

Page 373: ...been manually assigned and fixed Typically static addresses are exceptions within DHCP STP Spanning Tree Protocol A means whereby the network can determine multiple paths between two points and disconnect them to leave a single path removing broadcast issues Subnet A subnet short for subnetwork is an identifiably separate part of an organization s network Typically a subnet may represent all the m...

Page 374: ...ages from one source to one destination as opposed to a broadcast or multicast UPS Uninterruptible Power Supply A unit capable of providing output power for a period of time when the local mains supply fails Usually relies on storage devices such as batteries UTP Unshielded Twisted Pair Cable that reduces emissions and maintains an impedance match through the twists per metre in the cable without ...

Page 375: ...AMC 168 Applications EHDU 123 embedded music 125 emergency services 131 software 123 voice mail 124 Auto negotiation 206 Auxiliary_VLAN 255 AX controller default configuration 52 flash card capacity 31 maximum configuration 35 voice mail server 31 B Bandwidth advertised rate 174 calculating and measuring 171 IP 171 LAN 175 media 172 payload 171 requirements 173 signaling 172 trunk gateway calculat...

Page 376: ...lation recommendations 69 other considerations 72 RF site survey 71 system requirements 69 CX controller hardware configurations 53 CX II CXi II controller maximum configuration 39 CX CXi controller 802 3af power capabilities 97 compression resources 31 default configuration 52 maximum configuration 37 maximum feature availability 53 voice mail server 31 D DECT 65 Dedicated voice mail server 31 De...

Page 377: ... socket usage 61 system capacity 61 IP port numbers voice gateway 289 IP Ports 275 IP sockets 126 IP trunk compression 147 193 definition 139 license 164 limit 228 routes 147 IP user license 155 164 165 L LAN bandwidth considerations 175 Licensing ACD active agents 157 ACD agents 164 166 advanced voice mail 159 164 analog line 157 164 compression resource 157 164 193 device requirements 160 digita...

Page 378: ... translation 201 configurations 18 connections multiple 253 LX MX CX 250 700 user other considerations 135 spanning tree 209 teleworker 133 unsupported configurations 134 management overhead 239 port settings applications 254 changing 257 IP Phones 255 topology 201 Networking access layer 207 available bandwidth 204 broadcast domain segmenting 221 compression 205 226 configuration 206 consideratio...

Page 379: ...ng controller power input 91 IP phone power 92 Power requirements 5220 IP phone 112 Powering 802 3af 96 local phone 92 options for IP phone 94 recommended phone 93 remote phone 92 third party 802 3af 98 Priority COS 253 queuing 205 schemes 205 Propagation delay 210 Property management system license 159 164 R Rapid Spanning Tree Protocol RSTP 253 Recommended phone powering 93 Reference clock 65 Re...

Page 380: ...VMPS 251 Membership Policy Server table of 258 priority information table 256 VMPS 229 251 network switch software revisions 259 Voice mail advanced license 159 164 capacities 124 encoding formats 125 license 164 network bandwidth 32 networked 124 networking license 158 164 using ICP as dedicated voice mail server 31 Voice over IP installation requirements 201 voice quality 185 Voice quality of se...

Page 381: ... ...

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