Avaya Mobile Communication 3100 Planning and Engineering User Manual

Nortel Mobile Communication 3100Nortel Mobile Communication3100 Planning and EngineeringRelease: 3.0Document Revision: 03.04www.nortel.comNN42030-200.

10 OverviewNortel Mobile Communication 3100Nortel Mobile Communication 3100 Planning and EngineeringNN42030-200 03.04 17 July 2009Copyright © 2007-200

11.PlanningThis chapter details the planning aspects of the Mobile Communication3100 (MC 3100).Navigation•"MCC 3100 network deployment" (pag

12 PlanningFigure 1Typical MC 3100 network architectureThe MCC 3100 for Nokia and MCC 3100 for Windows Mobile donot contain integrated virtual private

MCG 3100 network deployment 13MCC 3100 for BlackBerry (with BES)This section describes the requirements for the MCC 3100 for BlackBerrywith the BES. F

14 Planning• access to the ECS Telephony Local Area Network (TLAN), includingall SIP infastructure, media gateways, and any IP endpoint that canorigin

MCG 3100 network deployment 15The BES defines the data networking requirements between theBlackBerry device and the BES. The BES configuration must in

16 PlanningHTTP SignalingFor HTTP signaling, make the following assumptions:• Each mobile client use exchanges approximately 30 megabytes (MB)of signa

CS 1000 Dialing plans and telephone numbers 17of Fully Qualified International Numbers include +16131234567 and+31123456789.The dial plan available fr

18 PlanningCS 1000 digit processing adds <AC1 + INTC> to produce00014161234567Example 2 (North America)ECS is CS 1000AC1=6, CNTC=1, NATC=1, INTC

Security requirements 19on the internet to a public FQDN and a public IP address. The figure alsoshows a sample firewall configuration and policy. For

Nortel Mobile Communication 3100Release: 3.0Publication: NN42030-200Document release date: 17 July 2009Copyright © 2007-2009 Nortel Networks. All Righ

20 Planningwhich communicates with the MCG 3100. The MCC 3100 for Nokia andMCC 3100 for Windows Mobile communicates directly with the MCG 3100,as well

High availability 21Figure 4MCG 3100 high availability configurationA redundant system includes an active server and a standby server.Mobile clients a

22 PlanningThe clients support MCG 3100 redundancy. The Primary MCG 3100address and Secondary MCG 3100 address fields in the clients contain theactive

High availability 23Figure 5Support for multiple call servers using UDP with CS 1000Nortel Mobile Communication 3100Nortel Mobile Communication 3100 P

24 PlanningFigure 6Support for multiple call servers using CDP with CS 1000In an ECS high availability configuration, the MCG 3100 sends a messageto t

25.EngineeringThis chapter details the engineering aspects of the Mobile Communication3100 (MC 3100).Navigation•"Client device specifications&quo

26 EngineeringTable 1MCG 3100 portsPort Protocol Function ApplicationConfigurable?Configure inMCG 3100-to-EnterpriseFirewallpolicy?Configure inInterne

Port tables 27Table 1MCG 3100 ports (cont’d.)Port Protocol Function ApplicationConfigurable?Configure inMCG 3100-to-EnterpriseFirewallpolicy?Configure

28 EngineeringTable 1MCG 3100 ports (cont’d.)Port Protocol Function ApplicationConfigurable?Configure inMCG 3100-to-EnterpriseFirewallpolicy?Configure

Port tables 29In the preceding table, the ranges 26000 to 26999 and 27000 to 27999depend on the configuration of the Maximum number of DTR portsparame

3.ContentsNew in this release 5Features 5MCC 3100 changes 5MCG 3100 changes 6Communication server requirements 6Other changes 6Overview 9References 9P

30 EngineeringNortel Mobile Communication 3100Nortel Mobile Communication 3100 Planning and EngineeringNN42030-200 03.04 17 July 2009Copyright © 2007-

31.License requirementsThis chapter details the license requirements of the Mobile Communication3100 (MC 3100).Navigation•"MCC 3100 licenses"

32 License requirementsThe MCG 3100 requires internet access to www199.nortel.com (using port8008) to validate the client licenses on the clients.Duri

33.Interworking requirements withCS 1000This chapter details the interworking requirements for the MobileCommunication 3100 (MC 3100) and Nortel Commu

34 Interworking requirements with CS 1000CS 1000 Source Based RoutingCS 1000 Source Based Routing (SBR) occurs when the request UniformResource Indica

CS 1000 engineering for MC 3100 35The Direct Inward Dial (DID) number for the Dial in Service DN terminateson the MCG 3100.Configure the CS 1000 with

36 Interworking requirements with CS 1000Figure 8 "Client with CS 1000 and CDP" (page 36) shows an example ofclients using a CS 1000 CDP.Fig

CS 1000 engineering for MC 3100 37Table 3UEXT configuration parameters (cont’d.)ParameterDescription UDP exampleCDP exampleprimaryDNOn key 0; this det

38 Interworking requirements with CS 1000correct Calling Line ID (CLID) and have the same Network Class ofService (NCOS) as a call from the associated

CS 1000 engineering for MC 3100 39PCID SIP...ANTKSIGO ESN5STYP SDATAttention: If the Route Data Block (RDB) already has associated VirtualTrunks and i

4CS 1000 engineering for MC 3100 34SIP Trunk configuration 37Device Handoff configuration 39CS 1000 feature interactions 40CS 1000 capacity requiremen

40 Interworking requirements with CS 1000For more information, see Nortel Mobile Communication 3100 andCommunication Server 1000 Solution Integration

CS 1000 capacity requirements 41DFN2MDIDNDIDMWFBTRCLCRTODCRDAYCRHOLLD 11 configures the number of ringing cycles for CFNA. Configure theCFN index that

42 Interworking requirements with CS 1000You can use one of the two following methods to calculate the PSTNtrunks and SIP Access Ports:• "Trunk c

CS 1000 capacity requirements 43Table 5Poisson trunk table (cont’d.)Number ofusers ParameterUp to 6CCS perUserUp to 12CCS perUserUp to 18CCS perUserUp

44 Interworking requirements with CS 10002. Multiply the total number of users by the desired CCS per User numberto obtain a CCS value.3. Use Table 6

CS 1000 capacity requirements 45Table 6Trunk traffic Poisson 1 percent blocking (cont’d.)Trunks CCS Trunks CCS Trunks CCS Trunks CCS26 562 76 2059 126

46 Interworking requirements with CS 1000The number of SIP Access Ports is the number of PSTN trunks multipliedby 2, which is 28 x 2 = 56.UEXT calcula

CS 1000 release and supported MC 3100 features 47Table 7MC 3100 call features (cont’d.)CS 1000Release5.5 MobileXMCC 3100for Windows MobileMCC 3100for

48 Interworking requirements with CS 1000Table 7MC 3100 call features (cont’d.)CS 1000Release5.5 MobileXMCC 3100for Windows MobileMCC 3100for BlackBer

Call Detail Recording 49Call-Me-First outbound callWhen the user makes a Call-Me-First outbound call, the mobile clientuser’s home CS 1000 generates t

5.New in this releaseThe following sections detail what’s new in Nortel Mobile Communication3100 Planning and Engineering (NN42030-200) for Nortel Mob

50 Interworking requirements with CS 1000Nortel Mobile Communication 3100Nortel Mobile Communication 3100 Planning and EngineeringNN42030-200 03.04 17

51.IndexBBlackBerry Enterprise Server (BES) 5,11, 13–15, 18CCommunication Server 1000 (CS 1000)PSTN calculations 42–43SIP Access Ports calculations 42

52Nortel Mobile Communication 3100Nortel Mobile Communication 3100 Planning and EngineeringNN42030-200 03.04 17 July 2009Copyright © 2007-2009 Nortel

Nortel Mobile Communication 3100Nortel Mobile Communication 3100 Planning and EngineeringRelease: 3.0Publication: NN42030-200Document revision: 03.04D

6 New in this releaseMCG 3100 changesThe Nortel Mobile Communication Gateway 3100 (MCG 3100) inRelease 3.0 contains the following planning and enginee

Other changes 7November 2007 Standard 01.09. This document is up-issued to support the Nortel MobileCommunication 3100 Series Portfolio on Nortel Comm

8 New in this releaseNortel Mobile Communication 3100Nortel Mobile Communication 3100 Planning and EngineeringNN42030-200 03.04 17 July 2009Copyright

9.OverviewThis document describes the planning and engineering guidelines forthe Nortel Mobile Communication 3100 (MC 3100). The MC 3100 isNortel’s mo