Configuring devices for the Avaya Disaster Recovery Unit (DRU) Solution Issue 1.0

Transcription

1 Configuring devices for the Avaya Disaster Recovery Unit (DRU) Solution Issue 1.0 Abstract These Application Notes describe the setup and configuration of the devices that are included in the DRU solution: Avaya IP600 Internet Protocol Communication Server, Avaya IP Office Server, Avaya Call Processing Platforms, Avaya Wireless Access Point II, Avaya Wireless Outdoor Router, Avaya Wireless Adapter, Avaya VSU Series of VPN Gateways, Lucent PSAX1250, Lucent AP1000, Avaya IP Telephone, Avaya IP Softphone, Avaya IP Phone Manager for IP Office, Avaya P130 Workgroup Ethernet Switch, and Avaya P330R Multilayer Stackable Switch with X330W-2DS1 WAN module. The DRU solution provides voice and data access from a remote location to a central location over a variety of WAN access links. 1 of 39

2 * 8 # * 8 # * 8 # * 8 # 1. Introduction These Application Notes describe the setup and configuration of the devices included in the Disaster Recovery Unit (DRU) solution. The diagram depicted in Figure 1 represents a sample network topology. A tunnel was established between Laptop-1 and the Avaya AP-II for secure voice and data transmissions. Site-to-Site tunnels were also established over all the WAN links between the VSU100 and the VSU5000. A network sniffer was used to verify that the packets going through the tunnels were encrypted. Scenario 2 IP Telephone-4 Analog Phone Digital Phone Avaya IP400 Server DHCP Server WS -1 VPNManager IP Telephone-1 Wireless Zone P330R Switch w/ X330W_2DS1 VSU100R Gateway P130 Switch Avaya AP- II P333T-PW R IP Telephone-3 Scenario 1 Analog Telephone Digital Telephone Avaya IP600 Server Definity G3R 1 P130 Switch VSU100 Gateway 3 2 Avaya COR (Master) PSAX1250 T1 (PPP) T1-ATM VSU5000 Gateway PSAX1250 Avaya COR (Slave) Laptop-1 Wireless Adapter IP Softphone VPNremote AP 1000 Digital Telephone IP Telephone-2 Analog Telephone Central Site Figure 1: Network Configuration The IP addresses in the table below were used during verification. Some IP addresses may be displayed as duplicates. The configuration shown here depicts 3 WAN access configurations, labeled 1-3 in Figure 1, but only one can be active at a time. Device Name Public IP Private IP Comments Address Address Avaya VSU100R Gateway Avaya VSU100 Gateway For T1-ATM WAN connection 2 of 39

3 Device Name Public IP Address Avaya VSU Avaya VPNmanager NIC 1 NIC NIC Avaya X330W-2DS1 Module T1 Fast Ethernet Avaya P330R Switch VLAN1 VLAN2 VLAN3 Avaya Wireless (Slave) Interface 1 (LAN) Interface 2 (Wireless) Avaya COR/ROR (Master) Interface 1 (LAN) Interface 2 (Wireless) Private IP Address Comments For T1-ATM WAN connection For ROR connection For T1-WAN connection For VPNremote / TFTP server For T1 WAN connection For T1-ATM WAN connection Avaya P130 Switch - Avaya IP600 Internet Protocol Communication Server (C-LAN) (MEDPRO) Avaya IP Office (Controller) Avaya Definity G3R (C-LAN) (MEDPRO) Lucent AP 1000 T1 Eth 11 Eth For IP600 & IP Office For VSU100R private port For VSU100 private port For VSU 5000 public port For COR/ROR (Master) For VSU100 public port For Wireless (Slave) Default Gateway is Default Gateway is Avaya IP Telephone Avaya IP Telephone Avaya IP Telephone Avaya IP Telephone Workstation Avaya AP-II Wireless Transmitter Laptop-1 (wireless) Default Gateway is For T1-ATM configuration Used for VPNmanager 3 of 39

4 2. Equipment and Software Validated The following software/firmware versions were used during the testing: Equipment Version Avaya IP600 Internet Protocol Communication Server R010c Avaya IP Office 3.1(25) Avaya IP Phone Manager Avaya Definity G3R R010c Avaya AP-II Manager Avaya Wireless Client Manager 1.76 Avaya VSU5000 Gateway Avaya VSU100R Gateway Avaya VSU100 Gateway Avaya P130 Switch Avaya P333R Switch Avaya X330W_2DS1 Module Avaya IP Telephone(s) Avaya IP Softphone(s) 1.6 Avaya VPNmanager Avaya VPNremote Client 3.1 Lucent AP R3.1 QVPN Lucent Packetstar PSAX 1250 V07.01.C00 3. Avaya IP600 Server Configuration The basic administration task order is as follows: 1. Set up udp (Uniform Dialing Plan) 2. Set up ip-network-region 3. Set up ip-codecs 4. Set up node-names ip 5. Set up ip-interfaces 6. Set up data-module 7. Set up signal-group 8. Set up trunk-group 9. Set up aar (Automatic Alternate Routing) 10. Set up route-pattern 11. Set up stations Step 1 Configure the Uniform Dial Plan In this configuration a 5-digit dial plan was used with the following extension ranges: 4 of 39

5 IP600 Local: 435xx for analog phones and digital phones 436xx for IP Telephones 437xx for IP Softphones 2xxxx for Data Modules Central Site: 400xx for all phones, mapped to AARCode 200 The routing configuration to the Central Site will be show in later steps. It should be noted that the dialplan and routing configuration to the Central Site is dependent on what is already configured at the Central Site. This is an example of what was used to verify the configuration. At the prompt, type change dialplan. Match the parameters of the screen shown below, and then press Enter to apply the changes. This sets the five-digit dial plan. At the prompt, type change udp 4. Match the parameters of the screen shown below, and then press Enter to apply the changes. This assigns 436xx, 437xx, 438xx, and 439xx to be local extensions. It also assigns 400xx to an AARCode of 200 to be used later when configuring the routing to the Central Site. 5 of 39

6 Similarly type the change udp 2 command to assign Local to Ext Code 2xxxx. This is needed since the Data Modules are using the 2xxxx extension range. 2 Configure the IP Network Region. At the prompt, type change ip-network-region 1. Match the parameters of the screen shown below, and then press Enter to apply the changes. 6 of 39

7 3 Select the audio codecs to be used. At the prompt, type change ip-codec-set 1. Match the parameters of the screens shown below, and then press Enter to apply the changes. All the codecs that are available are listed here. Assign them in order of preference. 4 Assign node names and IP addresses to each node in the network. At the prompt, type change node-names ip. Create node names and IP addresses for each board as shown below, then press Enter to apply the changes. Note that an IP address for the Definity C-LAN board, which is located in the Central Site has also been created. 7 of 39

8 5 Define the IP interfaces for C-LAN and MEDPRO boards. At the prompt, type change ip-interfaces and enter the type, slot location, name, gateway address, and network region for each IP interface board. Press Enter to apply the changes. Note: The slots have to match the actual board locations. If the C-LAN and MEDPRO boards are not in the same slots shown below, the Slot field on the ipinterfaces form must be changed to match the physical board location. 6 Configure a Link on an Ethernet Data Module for the C-LAN. At the prompt, type add data-module and match the parameters of the screen shown below. Press Enter to apply the changes. The port has to match with the physical C-LAN slot in the IP600 server. Press Enter to apply the changes. The available data-module extensions are shown in step 1. The data-module is used for the C-LAN. 01A04 indicates the location of the C-LAN board, and 17 is the required port number. 8 of 39

9 7 Configure a signaling group. At the prompt, type add signaling-group 6. The following information should be created / changed to match your network settings. Press Enter to apply the changes. Group Type = h.323 Near-end Node Name = IP600-CLAN Far-end Node Name = Def-One-CLAN Far-end Listen Port = 1720 Notice that the field Trunk Group for Channel Selection must be left blank when adding the signaling group, even though this screen shows the value 6. This value will be added in a later step. 9 of 39

10 8 Configuring a trunk group. At the prompt, type add trunk-group 6. The following information should be created or changed to match the network settings. On page 1 of 10: Group Type = isdn TAC =105 (could be 1xx) Group Name = IP Trunk to Def-One (any name) Service Type = Tie Carrier Medium = IP On page 2 of 10: Send Name = y Send Calling Number = y Send Connected Number = y 10 of 39

11 On page 4 of 10: Port = ip Sig Grp = 6 Note: On the Port field IP must be typed. The virtual IP port that was assigned (e.g.t00001) will be highlighted as shown below, if the display or change trunkgroup 6 command is issued after the configuration is applied. The number of ports entered determines the number of simultaneous calls that will be allowed over the trunk. Hit Enter to apply the changes. Now set the Trunk Group for Channel Selection field to 6, in the signaling-group. The first thing to do is to take the link out of service by typing busy signaling-group 6. Type change signaling-group 6, and set the Trunk Group for Channel Selection field to 6. Press Enter to apply the change. Then, type release signalgroup 6 to bring it into service. 11 of 39

12 9 Set AAR routing to route calls to the Central Site. As stated before, the extensions in the Central Site were assigned in the 400xx range and mapped to AARCode 200 At the prompt, type change aar analysis 200. Match the parameters shown below for the dialed string 200. In this example 6 was selected as the route pattern used to route the calls. 10 Create a route pattern for routing to the Central Site. At the prompt, type change route-pattern 6. Set the Group No to match the Trunk Group previously configured (6). Set the FRL to 0. Set the number of deleted digits to 3. Set the Inserted Digits to 4. The Inserted Digits (4) must match the leading digit of the 5-digit number; in this example the digit happens to be 4. When using a 4-digit dial plan, there is no need to insert any digits. Press Enter to apply the changes. 11 Create stations. Note that the add station command is used to add a new station, and the change 12 of 39

13 station command is used to make changes after a station is created. Included are screens of two IP station forms. Digital and Analog stations are added in a similar manner, but the Type and Port they are connected to must be specified. Create an IP Softphone station: At the prompt, type add station Provide the following information: Name = (Choose any name) Type = 4624 Security Code = 1234 (This is needed for the IP Softphone to register) IP Softphone? = y Press Enter to apply the changes. Create an IP Telephone station: At the prompt, type add station Provide the following information. Name = (Choose any name) Type = 4624 (This must match the IP Telephone type used) Security Code = 1234 (This is needed for the IP Telephone to register) 13 of 39

14 Press Enter to apply the changes. For Analog and Digital stations, the type of the phone and its port need to be provided. 4. Definity G3R Configuration The configuration for Definity G3R is similar to the IP600 Server. The screens should be the same, unless the G3R is running a different software version from the IP600 Server. 5. IP Office Communication Server Configuration The following steps were used to configure the IP Office Server. Step 1 Select Start! Programs! IP Office! Manager Provide the password Click OK 2 Select File! Open Provide the password for entering the controller card. Click OK 14 of 39

15 3 Double click System on the main menu to set up the Controller card. On the System tab, provide following information: TFTP Server IP address = (IP Office Manager IP address) On the LAN1 tab, provide following information: o IP address (controller) = o IP Mask = o Click disabled on DHCP Mode. 15 of 39

16 On the Gatekeeper tab, do the following: o Un-click Auto-create Extn Enable o Click OK 4 Select Line on the main menu. With the right mouse button, select new. Provide following information: o Incoming Group ID = 7 o Outgoing Group ID = 7 Note: Group ID should match with Central Site route plan. On VOIP tab, provide the Central Site C-LAN IP address, which is Click OK 5 Select Extension on the Main menu. For this configuration 3 extensions were created: IP Telephone, Analog phone and Digital station With the right mouse button, select new. On the Extn tab, provide following information. o Extension ID = 8001 o Extension = (This is the extension for the IP phone) On the VoIP tab, provide an IP address for the IP Telephone. o IP Telephone address = Click OK Repeat this step to create more IP Telephones or IP PhoneManager extensions. 6 Click extension ID 74. This extension will be used for setting up an analog phone. On the Extn tab, provide the following information. o Extension = (This is the extension for the analog phone) Click OK Click extension ID 63. This extension will be used for setting up a Digital station. On the Extn tab, provide the following information. o Extension = (This is the extension for the Digital station) Click OK 16 of 39

17 7 Select User on the Main Menu Create an associated name for each phone. This screen illustrates how to change the associated phone name (analog, digital and IP Telephone). For IP Telephone, a password also needs to be provided. 8 Select IP route on the Main Menu. With the right mouse button, select New for a static route. The following screen shows the default gateway route. 9 Select HuntGroup on the Main Menu. With the right mouse button, select New. Provide the following information. o Name= Main o Hunt Type = Group o Extension = Click OK 10 Select Short Code on the Main Menu. With the right mouse button, select New. 17 of 39

18 Provide the following information. o Short Code = 4xxxx (dialing plan for Def-One) o Telephone Number = 4NJ (4N indicates to send the entire digit string, J bypasses the need to append # after the digits) o Line Group = 7 Click OK 6. Configuring the Avaya IP Telephone manually. Step 1. During the normal start up process of the IP Telephone o Hit the star key (*) when prompted, OR o While the IP Telephone is on-hook and idle, press Mute 2337# to access the address information programming. 2. On the Keypad: o Enter the IP Address of phone followed by pound (#). o Enter the IP address of the gatekeeper/call server (C-LAN board) followed by pound (#). o Enter Port number 1719 followed by pound (#). o Enter IP address of Gateway/router followed by pound (#). o Enter subnet mask of Gateway/router followed by pound (#). o Press pound (#) to save changes or star (*) to discard changes. 7. Configuring the Avaya IP Softphone Step 1. Start the IP Softphone by double-clicking the IP Softphone icon. 2. On the <Login> window, enter the following information: o Extension o Password 1234 o Server Address (C-LAN IP Address) o Bandwidth Setup Local Area Network Note: The extension and password has to match what was configured on the IP600 Server Click Login Verify calls can be placed 3. On the <Avaya IP Softphone 43751> window, enter the following information: o Extension (Digital Telephone extension) Press Return The Digital extension (x43551) will ring. When answered, the call is established between the IP Softphone (x43751) and the Digital extension (x43551). 18 of 39

19 8. Configuring the Avaya P333R Switch For this configuration 3 VLANS were created: " VLAN /24 for the wireless zone users (VSU100R). " VLAN /24 for the trunk connection to the central site (VSU100). " VLAN /24 for the mobile network. Step 1 Start a HyperTerminal session at the P333R switch console port using the following parameters: " Bits per second 9600 " Data bits 8 " Parity None " Stop bits 1 " Flow control None 2 Log in to the switch 3 Go into the router mode. > session router Change to configuration mode > configure 4 Create VLANs > set vlan 101 name VLAN1 > set vlan 102 name VLAN2 > set vlan 103 name VLAN3 5 Create Interfaces > interface VLAN1 > ip address > vlan 101 > exit Create two other VLANs using the commands in step 5. 6 Create default gateway > ip route Create ports for VLANs. To do this task, the Layer-II mode needs to be utilized. > exit > set port vlan 101 1/1-4 Create ports for two other VLANs using the set port command in step 7. Save the changes to startup config. > copy run start 19 of 39

20 9. Configuring the Avaya X330W-2DS1 WAN module Step 1 Start a HyperTerminal session to the WAN module console port using the following parameters: " Bits per second 9600 " Data bits 8 " Parity None " Stop bits 1 " Flow control None 2 Enter User Name and Password to log in. 3 Go to configuration mode. " X330WAN-2DS1-1 (super)# config 4 Add an IP address for the FastEthernet interface. " X330WAN-2DS1-1 (configure)# interface FastEthernet1 " X330WAN-2DS1-1 (config-if:fastethernet1)# ip address " X330WAN-2DS1-1 (config-if:fastethernet1)#exit 5 Add an IP address for the T1 interface. " X330WAN-2DS1-1 (configure)# interface serial 1:0 " X330WAN-2DS1-1 (config-if:serial1:0)# ip address " X330WAN-2DS1-1 (config-if:serial1:0)#exit " X330WAN-2DS1-1 (configure)#copy run start 6 Add the default gateway. X330WAN-2DS1-1 (configure)# ip route Configuring the Lucent PSAX1250 Step 1 Log in to the PSAX Using the arrow key, select Equipment Configuration and press <Enter> 20 of 39

21 Configuring EnhDS1 Card 3 Select slot 9 (EnhDS1) to configure and press <Enter> 4 Select port 1 and press <Enter> 5 Select Unconfigured under Chnl OperStatus and press <Enter> 21 of 39

22 6 Select Interface Type and press <Enter> until AtmUni3-1 selection displayed. The following information was used to configure the T1: Line Type = Esf Line Coding = B8zs Transmit Clock = Local Timing Select Apply Configuration and press <Enter> Select Configure Interface and Press <Enter> 7 Select Apply Interface Configuration and press <Enter> Select Bring Interface Into Service and press <Enter> If the T1 is connected and properly configured, [Admin Status] and [Oper Status] should show InService. Select Go Back to Port Configuration and press <Enter> 22 of 39

23 Go back through the screens to the Equipment Configuration screen. Configuring the Ethernet Card 8 On the Equipment Configuration page, select slot 10 (Ethernet card) and press <Enter> 9 Select Port 1 and press <Enter> 23 of 39

24 10 Selcect Interface Type and press <Enter> until Bridge mode comes up. At this time, change the Link Type and Duplex Mode if needed. Select Apply Port and Channel Configuration and press <Enter>. Select Configure Interface and press <Enter> 11 Select Bridge Group Number and <Enter> Enter the Bridge Group Number, 001. Select Apply Interface Configuration and press <Enter> Select Bring Interface Into Service and press <Enter> [Admin Status] and [Oper Status] should show InService Select Go Back to Port Configuration and press <Enter> Continue going back through screens until the Main Menu screen is reached. 24 of 39

25 Configuring the Connection 12 From the Main Menu, select Connection Configuration and press <Enter> 13 Select Bridge-to-ATM VCC and press <Enter> 25 of 39

26 14 Select Add a Connection and press <Enter> 15 Make sure the slot, port and channel match the configuration. VPI and VCI should match with the other PSAX1250. Select Add This Connection and press <Enter> Go back to the Main Menu 26 of 39

27 16 Select Save Configuration [Modified] and press <Enter>. 11. Configuring the Avaya VSU100R Step Connect to VSU 1 Using a null modem cable, connect the VSU 100R to the PC. 2 Start a HyperTerminal session to the VSU 100R " Bits per second 9600 " Data bits 8 " Parity None " Stop bits 1 " Flow control None 3 " Enter VSU console password defined during initial use of the VSU. Reset the VSU 4 On the main console menu " Select 1 - Configuration " Select 6 - Flush Configuration " Enter the password " Do you really want to flush all configurations? [yn] y " Reboot required to complete the flush. Do you really want to reboot? [yn] y Run Quick Setup 5 On the main console menu " Enter the password " Select 5 Quick Setup and enter the following IP Address IP Mask of 39

28 Do you want a secondary IP address on this unit? [yn] y IP Address IP Mask Reboot Now? [yn] y Step Launch VPNmanager 1 On the Start menu " Select Start! VPNWare3! VPNmanager 3.1 Console 2 On the VPNmanager Login window " Enter the User Name and Password (these were defined during VPNmanager installation) " Choose VPNmanager Server Click Connect button Create a VSU domain 3 On the VPNmanager: No Domain opened window " Select VPN Domain! New on the pull-down menu " Enter the Name for the new domain, e.g. DRUNetwork Click Apply button 4 On the VPNmanager: DRUNetwork window " Click on the Config button Create a VSU (VSU100R) 5 On the Configuration Console window " Select Edit! New Object! VSU on the pull-down menu 6 On the VSU Setup Wizard popup " Enter the new VSU name, e.g. VSU100R " Click Next button " Choose New VSU Setup radio button " Click Next " Choose IP Address radio button " Enter (Primary IP Address of the VSU) " Enter (Secondary IP address of the VSU) " Enter (Secondary IP Mask) " Click Next " Ignore the Allow VSU to use VPNmanager Server to authenticate administrators checkbox " Click Next " Leave SNMP community String set to public " Click Next " Click Deny all non VPN traffic " Click Static Route Config " Click Static Route Add 28 of 39

29 " Enter IP Address of Next Hop: " Click Add to List " Click Next " Enter Network IP address " Enter Mask " Click Add to List " Click Finished " Click Static Route Ok " Click the VSU Setup Wizard Next button " Select Setup Now " Click Finished " When prompted, enter superuser user name and password " Click Save (highlighted in yellow) in the Configuration Console " Click Update VSUs in the Configuration Console Create an IP Group 7 On the Configuration Console window " Select Edit! New Object! IPGroup on the pull-down menu 8 On the New IP Group popup " Enter the name of the IP Group, e.g. Network for VPNremote " Click Apply " Click Close 9 On the Configuration Console window " Click IP Group Add " From the Add IPGroup Members popup, enter New IP Network New IP Mask " Click Apply New IP Network New IP Mask " Click Apply " Click Close " Click on the Associate this group with VSU list " Select VSU100R in place of Extranet device " Click Save (yellow button) " Click Update VSUs Create a User 10 On the Configuration Console window " Select Edit! New Object! User on the pull-down menu " On the New User popup, enter New User Name client1 New Password pass123 Confirm Password pass123 " Click Apply " Click Close " Repeat this step for adding multiple users. 29 of 39

30 Create a VPN 11 On the Configuration Console window " Select Edit! New Object! VPN on the pull-down menu " On the New VPN popup, enter: New VPN Name VPNremote VPN Type IKE " Click Apply " Click Close " Select the General tab " Click Preshared Secret " Check the Enable VPN checkbox " Select the Members IP Groups tab " Move Network for VPNremote from the Available to the Members column " Select the Members Users tab " Move client1 from the Available to the Current VPN Members column " Click Save (yellow button) " Click Update VSU " Close Configuration Console window 12. Configuring the Avaya VSU100 / VSU5000 The configuration, shown below for the VSU5000, applies only to the T1-ATM configuration. For the other configurations (ROR and T1 WAN), the IP address needs to be changed accordingly. For the IP address scheme, see the device IP addresses table. Step Run Quick Setup (VSU100) 1 On the main console menu " Enter the VSU console password " Select 5 Quick Setup and enter the following IP Address IP Mask Do you want a secondary IP address on this unit? [yn] y IP Address IP Mask Reboot Now? [yn] y Step Run Quick Setup (VSU5000) 1 On the main console menu " Enter VSU console password " Select 5 Quick Setup and enter the following IP Address IP Mask of 39

31 Do you want a secondary IP address on this unit? [yn] y IP Address IP Mask Reboot Now? [yn] y Step Launch VPNmanager 1 On the Start menu " Select Start! VPNWare3! VPNmanager 3.1 Console 2 On the VPNmanager Login window " Enter the User Name and Password (these were defined during VPNmanager installation) " Choose VPNmanager Server Click Connect Create a VSU domain 3 On the VPNmanager: No Domain opened window " Select VPN Domain! New from the pull-down menu " Enter the Name for the new domain, e.g. DRUNetwork Click Apply 4 On the VPNmanager: DRUNetwork window " Click Config Create a VSU (VSU100) 5 On the Configuration Console window " Select Edit! New Object! VSU on the pull-down menu 6 On the VSU Setup Wizard popup " Enter the new VSU name, e.g. VSU100 " Click Next " Choose the New VSU Setup radio button " Click Next " Choose the IP Address radio button " Enter (Primary IP Address of the VSU) " Enter (Secondary IP address of the VSU) " Enter (Secondary IP Mask) " Click Next " Ignore the Allow VSU to use VPNmanager Server to authenticate administrators checkbox " Click Next " Leave SNMP community String set to public " Click Next " Click Deny all non VPN traffic " Click Static Route Config " Click Static Route Add " Enter IP Address of Next Hop: of 39

32 " Click Add to List " Click Next " Enter Network IP address " Enter Mask " Click Add to List " Click Finished " Click Static Route Ok " Click the VSU Setup Wizard Next button " Select Setup Now " Click Finished " When prompted, enter superuser user name and password " Click Save (highlighted in yellow) in the Configuration Console " Click Update VSUs in the Configuration Console Create an IP Group 7 On the Configuration Console window " Select Edit! New Object! IPGroup on the pull-down menu 8 On the New IP Group popup " Enter the name of the IP Group, e.g. Network behind VSU100 " Click Apply " Click Close 9 On the Configuration Console window " Click IP Group Add " From the Add IPGroup Members popup, enter New IP Network New IP Mask " Click Apply New IP Network New IP Mask " Click Apply " Click Close " Click on the Associate this group with VSU list " Select VSU100 in place of Extranet device " Click Save (yellow button) " Click Update VSUs Create a VSU (VSU5000) 11 On the Configuration Console window " Select Edit! New Object! VSU on the pull-down menu 12 On the VSU Setup Wizard popup " Enter the new VSU name, e.g. VSU5000 " Click Next " Choose the New VSU Setup radio button " Click Next " Choose the IP Address radio button " Enter (Primary IP Address of the VSU) " Enter (Secondary IP address of the VSU) 32 of 39

33 " Enter (Secondary IP Mask) " Click Next " Ignore the Allow VSU to use VPNmanager Server to authenticate administrators checkbox " Click Next " Leave SNMP community String set to public " Click Next " Click Deny all non VPN traffic " Click the VSU Setup Wizard Next button " Select Setup Now " Click Finished " When prompted, enter superuser user name and password " Click Save (highlighted in yellow) in the Configuration Console " Click Update VSUs in the Configuration Console Create an IP Group 13 On the Configuration Console window " Select Edit! New Object! IPGroup on the pull-down menu 14 On the New IP Group popup " Enter the name of the IP Group, e.g. Network behind VSU5000 " Click Apply " Click Close 15 On the Configuration Console window " Click IP Group Add button " From the Add IPGroup Members popup, enter New IP Network New IP Mask " Click Apply " Click Close " Click on the Associate this group with VSU list " Select VSU5000 in place of Extranet device " Click Save (yellow button) " Click Update VSUs Create a VPN 16 On the Configuration Console window " Select Edit! New Object! VPN on the pull-down menu " On the New VPN popup, enter New VPN Name VSU100-VSU5000 VPN Type IKE " Click Apply " Click Close " Select the General tab " Click Preshared Secret " Check Enable VPN checkbox " Select the Members IP Groups tab " Move Network Behind VSU100 from the Available to the Members column 33 of 39

34 " Move Network Behind VSU5000 from the Available to the Members column " Select the Security (IKE) tab and choose the parameters " Select the Security (IPSec) tab and choose the parameters " Click Update VSU " Close the Configuration Console window 13. Configuring the Lucent AP1000 In this configuration two fast Ethernet interfaces and one T1 interface were used. The T1 interface was used to make connection to the Avaya X330W_2DS1 module. The Eth.1 (IP10) port was used to connect to the public side of VSU5000. Step 1 Change T1 Frame Relay setting to PPP. " > stack slot.1.1 cbq.1 t1.1 ppp.1 ip.1 2 Create IP addresses for each interface. " > add ip.1 address net-mask " > add ip.11 address net-mask " > add ip.10 address net-mask Match the T1 settings with Avaya X330W_2DS1 module. " > config t1.1 physical-layer " > config t1.2 physical-layer data-link-facilities dsx1fdl-none line-type t1esf line-coding b8zs interface-type t1csu00dba clock-source external 34 of 39

35 4 Add a default gateway. " > add ip static-route mask tos.0 next-hop Configuring Avaya Wireless Adapter Step 1 Insert an Avaya Wireless adapter into the PCMCIA slot. 2 Install the driver for the adapter " Select Start! Settings! Control Panel! Add/Remove Hardware " Click Next " Click Add/Troubleshoot a device " Click Next " When the computer installs the driver software, click Finish. " The computer will reboot itself. 3 Install the Client Manager " On the Installation CD, run setup.exe " Select Install Software 35 of 39

36 " Select Client Manager " On the Client Manager Setup Window, click Next " Click Yes on the License Agreement " Select default setting for the remaining setup 4 Configure the Client Manager " Select Start! Programs! Avaya Wireless! Client Manager " Select Actions! Add/Edit Configuration Profile " Create a profile name, wireless-1 " Click Edit Profile " Provide the Network Name. This network name has to match with the Avaya Wireless AP-II base station, wireless-1 " Provide the IP address of the adapter and it s default gateway o IP address = o Subnet Mask = o Default Gateway = " Reboot the system 15. Configuring the Avaya Wireless AP-II Base Station Step 1 Install AP Manager " On the Installation CD, run setup.exe " Select Install Software " Select OR Manager " On the OR Manager Setup Window, click Next " Click Yes on the License Agreement " Select default setting for the remaining setup 2 Configure Client Manager " Select Start! Programs! Avaya Wireless! OR Manager " Select Add Group " Create a group name, wireless-1 " Click Add and provide the IP address of the base station, " Click OK " Click Edit on Connect to: " The default password is public " Create a Network Name, wireless-1 " Click OK " Reboot the system 16. Configuring Avaya ROR (as a slave) The following steps show how to configure the ROR as a slave. The master set up involves similar steps. 36 of 39

37 1 Install OR Manager. 2 Select Start! Programs!Avaya Wireless! OR Manager 3 Select File! Open Remote Config Click Scan The scan will show the IP Address. The computer IP Address must be in the same subnet and most likely will require changing the IP address. 4 On the Scan page, click OK 5 On the Enter IP Address page, click OK. Provide the Scanned IP Address. Click OK 6 Select Setup! General Setup Click Enable IP Routing & unclick Enable Bridging Click OK 7 Select Setup! Interface Setup Select Setup 1 and click Auto Speed Auto Duplex Select Setup 2 and click ROR Slave Select the Advanced tab and enter the following: o Network ID = 1 o Rate = High These fields have to match with the other side (COR or ROR Master) Select the Frequency tab and enter the following: o Frequency = GHz Click OK 8 Click OK on the Avaya Wireless Setup page Click OK on the Interface Setup page 9 Select Setup! IP Route Setup On the IP Route Setup page, click Add / Direct Enter the following for the Ethernet port o IP Address = o IP Mask = o Interface = 1 o Click OK From the IP Route Setup page, click Add / Direct Enter the following for the Wireless port o IP Address = o IP Mask = o Interface = 2 o Click OK Provide the default route IP address, Provide the preferred IP address, Click OK Select File! Save Config 37 of 39

38 17. Configuring IP Office IP PhoneManager To run IP Phone manager for IP Office, a Dongle and a License key are needed. The Dongle needs to be attached to the parallel port of the IP Office Manager PC. The license needs to be installed in the IP Office manager. In this configuration the IP phone manager was installed in a laptop computer. Before running the application, make sure that the wireless connection and the VPN tunnel are up and running. Step 1 Install the software by running setup.exe Click Finish on the installation wizard Click Next on the InstallShield Wizard Provide a destination location and click Next Click Next on the Select Components page Click Next Click Finish 2 Select Start! Programs! IP Office! PhoneManager Select Config! PBX On the Configuration Window, provide the following information. o User Name = Extn70014 o Password = 1234 o PBX Address = (Controller IP address) Click OK In IP Office Manager, a user name and extension for IP PhoneManager need to be created. 3 To make a call, select Functions! Call or Call icon. On the Call window: o Enable Show Users o Enable Show Hunt Group o Enable Show Directory These directory features make it easier to place calls. To place the call select a user or provide an extension and click Call. 18. Verification After the configuration is completed users will be able to place calls and ping across the network. Additional verification steps were provided in the configuration for each device. 19. Conclusion These Application Notes provide instructions for configuring a typical Disaster Recovery Unit Solution. The DRU solution provides voice and data access from a remote location to a central location over a variety of WAN access links. The flexibility provided by a DRU solution such as this, can save an enterprise priceless hours in reestablishing communications in an emergency situation. 38 of 39

39 Avaya and the Avaya Logo are trademarks of Avaya Inc. All trademarks identified by and are registered trademarks or trademarks, respectively, of Avaya Inc. All other trademarks are the property of their respective owners. The information provided in these Application Notes is subject to change without notice. The configurations, technical data, and recommendations provided in these Application Notes are believed to be accurate and dependable, but are presented without express or implied warranty. Users are responsible for their application of any products specified in these Application Notes. Please any questions or comments pertaining to these Application Notes along with the full title and filename, located in the lower the right corner, directly to the Avaya Solution & Interoperability Test Lab at 39 of 39