Ccna Voip Case Study_cme to 3cx_smc Team

8/2/2019 Ccna Voip Case Study_cme to 3cx_smc Team

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Contents

ICONS KEY 4

OBJECTIVES 5

PHASE I CONVERGENCE-TECHNOLOGIES COMPANY HQ 6

PHASE II - CONVERGENCE-TECHNOLOGIES COMPANY BRANCH OFFICE 7

PHASE IIICONNECTIVITY BETWEEN OFFICES 8

PHASE I MAIN OFFICE 9

PHASE I CHECK LIST 12-13

IP ADDRESSING SCHEME and PORT ALLOCATION 11

HQ SWITCH CONFIGURATION 12

CREATING THE CONNECTION BETWEEN THE ROUTER AND THE SWITCH 14

CONFIGURING DHCP 15

CREATING A TFTP SERVER ON THE ROUTER 16

CONFIGURE TELEPHONY SERVICE 16

CREATING IP PHONE DIRECTORY 17

ASSIGNING EPHONES 18

CONNECTING THE ANALOGUE PHONE 18

CONNECTIVITY TESTS 19


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CONTENTS continued

PHASE II BRANCH OFFICE 20

PHASE II CHECKLIST 21

IP ADDRESSING SCHEME AND PORT ALLOCATION 22

Branch SWITCH CONFIGURATION 23

DHCP FOR IP PHONES AND WORKSTATIONS 24

IP PHONES DHCP CONFIGURATION 24

SOFTPHONE WORKSTATIONS DHCP CONFIGURATION 24

CREATING A TFTP SERVER ON THE ROUTER 25

TELEPHONY SERVICE 25

CONFIGURE VLAN INTERFACES ON ROUTER 26

CONFIGURING ROUTER PORTS FOR IP PHONES 27

CREATING IP PHONE DIRECTORY 28

ASSIGNING EPHONES 28

CONNECTING THE ANALOGUE PHONE 29

CONNECT THE ROUTER TO THE SWITCH 29

SIP CONFIGURATION 29

CONFIGURING DIAL PEER ON BRANCH ROUTER 29

ACTIVATING SIP ON THE INTERFACE 30

CONFIGURING SIP AUTHENTICATION 30

CONFIGURING WORKSTATIONS FOR PBX AND SOFTPHONES 31

CONFIGURE STATIC IP ADDRESS FOR PBX 31

INSTALLATION AND SET UP OF PBX 32

INSTALLATION AND SETUP FOR PBX SOFTPHONES 37 - 38

USE 3CX PBX TO SETUP CONNECTION BETWEEN 3CX SOFTPHONES AND CISCO IP PHONES 39 - 43


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CONTENTS continued

PHASE III CONNECTING SITE 44

IP ADDRESSING SCHEME AND PORT ALLOCATION 45

BRANCH OFFICE ROUTER CONFIGURATION 46

HQ OFFICE ROUTER CONFIGURATION 46

SIP CONFIGURATION 47

CONFIGURING DIAL PEER 47

CONFIGURE SIP AUTHENTICATION FOR COMMUNICATION WITH BRANCH OFFICE PBX 47

PHASE IV EXTRA IP PHONE FEATURES CONFIGURATION 48

CONFIGURE INTERCOM BETWEEN SECRETARY AND BOSS PHONES 49

CREATE SYSTEM LOG MESSAGE 49

CONFIGURE AND USE CALL PARK 50

CONFIGURE GUI AND IOS INTERMEDIATE ADMINSTRATION SETUP ON HQ ROUTER 50

CONFIGURE BOSS PHONE TRANSLATE RULE 51

USE GUI TO CONFIGURE FOR THE CUSTOMER ADMINISTRATOR 52 - 54

Appendix 55

HQ DALLAS ROUTER CONFIGUREATION 56 - 59

SAN DIEGO ROUTER CONFIGUREATION 60 - 62


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ICONS KEY

Icon Description

Cisco IP Phone

Analogue Phone

PC Workstation

PC with PBX installed

PC with Softphone installed

Cisco Router with CME installed

Cisco Switch


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OBJECTIVES

PSTN

HQ PHASE I

BRANCH

PHASE IIPHASE - III

The Convergence-Technologies Company has decided to upgrade its phone system to Voice Over IP.

You have decided to achieve this in 3 Stages.

Phase I

Convergence-Technologies Company HQ

Phase II

Convergence-Technologies Company Branch Office

Phase III

Connection of Convergence-Technologies Company HQ and Convergence-Technologies Company

Branch Office


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PHASE ICONVERGENCE-TECHNOLOGIES COMPANY HQ

PSTN

Set up the above network layout Assign IP Addresses to the Network Assign the phone number 2050 onto the BOSS phone. (The phone

connected to the PC workstation)

Assign the Secretary a phone with phone number 2001 Automatically assign any other phones a phone number from 2002 to

2003 Assign the phone number 2100 number to the analogue phone Ensure connectivity between all phones and all PC workstations


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PHASE II - CONVERGENCE-TECHNOLOGIES COMPANY BRANCH OFFICE

PSTN

Set up the above network layout Assign IP Addresses to the Network Assign the two IP Phones the numbers 4001 and 4002 Assign the analogue phone the number 4100 Install and configure a SIP PBX onto the PBX Workstation Install softphones onto the PBX Workstation and the other workstations

in the office

Ensure connectivity between all phones and softphones


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PHASE IIICONNECTIVITY BETWEEN OFFICES

PSTN

Connect the two office using a serial link Ensure connectivity between the two offices


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PHASE I

MAIN OFFICE


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PHASE 1 CHECK LIST

COMPLETEDIP ADDRESSING SCHEME

PORT ALLOCATION

PHONE NUMBER PLAN

SWITCH

CONFIGURATION

TRUNK CONFIGURATION

VLAN CONFIGURATION

PORT ALLOCATIONS

ROUTER

CONFIGURATION

TRUNK CONFIGURATION

DHCP CONFIGURATION

TFTP CONFIGURATION

TELEPHONY SERVICES

CONFIGURATION

CREATE EPHONE DIRECTORY

ASSIGN EPHONES

DIAL PEER FOR ANALOGUE PHONE

IP PHONES CLEAR IP PHONES


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IP ADDRESSING SCHEME and PORT ALLOCATION

COMPANYA will be using the 10.2.0.0 network.

The company will need 3 separate vlans, a management vlan, a data vlan for data packets to

be sent across the network and a voice vlan for voice packets to be sent across the network.

VLAN Network Address Broadcast Address Subnet Mask

Management 10.2.0.0 10.2.255.255 255.255.255.0

Data 10.20.0.0 10.20.255.255 255.255.255.0

Voice 10.25.0.0 10.25.255.255 255.255.255.0

2050

2001

2002 2003

BOSS PHONE

SECRETARY

2100

BOSS

WORKSTATION

WORKSTATION


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HQ SWITCH CONFIGURATION

hostname HQ-Switch

!!

vlan internal allocation policy ascending

!

interface FastEthernet0/1

switchport trunk encapsulation dot1q

switchport trunk native vlan 20

switchport mode trunk

spanning-tree portfast

!






!




switchport voice vlan 25

spanning-tree portfast!







!


switchport trunk encapsulation dot1qswitchport trunk native vlan 20





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switchport mode trunkswitchport voice vlan 25


!





!


switchport trunk encapsulation dot1qswitchport trunk native vlan 20



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CREATING THE CONNECTION BETWEEN THE ROUTER AND THE SWITCH

As there are 3 different VLANS that are needed to move between the router and the switch a trunk is

needed.

We will be using three sub-interfaces to achieve this.

configure terminal


description TRUNK TO HQ SWITCH

no shutdown

interface FastEthernet0/0.2

description MANAGEMENT VLAN SUBINTERFACE

encapsulation dot1Q 2

ip address 10.2.0.1 255.255.255.0


description DATA VLAN SUBINTERFACE

encapsulation dot1Q 20 native

ip address 10.20.0.1 255.255.255.0


description VOICE VLAN SUBINTERFACE


ip address 10.25.0.1 255.255.255.0

exit


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CONFIGURING DHCP

To allow for the easy addition of new IP Phones and Workstations to the network it has been decided

that DHCP will be used.

The router will be used as the DHCP server and will be used to allocate the ip addresses to the VOICE

Vlan and the DATA Vlan.

The first ten IP Addresses will be excluded from the dhcp pools of both of these Vlans to allow for the

additions of other network devices in the future

DHCP CONFIGURATION

DATA VlanCOMPANY_A Router

configure terminal

ip dhcp pool DATA

network 10.20.0.0 255.255.255.0

default-router 10.20.0.1

exit

ip dhcp excluded-address 10.20.0.1 10.20.0.10

exit

VOICE Vlan - COMPANY_A Router

configure terminal

ip dhcp pool VOICE

network 10.25.0.0 255.255.255.0

option 150 ip 10.25.0.1


exit


exit


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CREATING A TFTP SERVER ON THE ROUTER

A TFTP Server is needed on the router for the IP Phones to be able to download the firmware that they

need to operate.

The IP Address of the TFTP Server is the actual router. All of the firmware files are located here.

configure terminal

tftp-server flash:P00303020214.bin


tftp-server flash:P00308000400.loads

tftp-server flash:P00308000400.sb2

tftp-server flash:P00308000400.sbn



exit

CONFIGURE TELEPHONY SERVICE

Telephony service contains the information that the IP Phones will need to be able to access the

firmware files that they need as well as defining the amount of IP Phones and IP Phone directories that

will be allowed on the network.

configure terminal

telephony-service

ip source-address 10.25.0.1 port 2000

load 7960-7940 P00308000400

create cnf-files

max-ephones 8

max-dn 15

exit


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CREATING IP PHONE DIRECTORY

The Ephone Directory allows you to create directory numbers that will be used for the IP Phones.

You can also use labels which will show up on the screen of the IP Phones to show which phone it is.

configure terminal

ephone-dn 1 dual-line

number 2050

label BOSS 2050

name BOSS PHONE


number 2001label SECRETARY PHONE 2001

name SECRETARY


number 2002

label OFFICE PHONE 2002

name OFFICE 1


number 2003label OFFICE PHONE 2003

name OFFICE 2


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ASSIGNING EPHONES

There is two ways in which we can assign the IP Phones to the Directory Numbers that we created.

The first is to manually assign the phone to a directory number using the phones MAC-Address.

Then using the button command we can assign a directory number to the phone.

ephone 1

description BOSS PHONE

mac-address 0017.957D.E613

type 7940

button 1:1

ephone 2

description SECRETARY

mac-address 0017.957B.CF25

type 7940

button 1:2

exit

The second way to assign the IP Phones to the directory number is by using the auto assign commandto allow each new IP Phone to automatically get a number from the ephone directory numbers that we

previously assigned.

telephony-service

auto assign 3 to 4 type 7940

Dial peer for analogue phone

CONNECTING THE ANALOGUE PHONE

For the Analogue phone to connect to the network we need to create a dial peer with the phones

number and the FXS port number that the phone is connected to.

dial-peer voice 1 pots

destination-pattern 2100

port 0/2/0


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CONNECTIVITY TESTS

Phone connectivity

Destination Phone

Number

2050

2001

2002

2003

2100

SourcePhone

Number

2050

2001

2002

2003

2100

PC CONNECTIVITY PING TESTS

Ping test from Boss PC 10.20.0.11 to management

PC 10.20.0.12.

C:\Users\Administrator>ping 10.20.0.12

Pinging 10.20.0.12 with 32 bytes of data:

Reply from 10.20.0.12: bytes=32 time


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PHASE II

BRANCH

OFFICE


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PHASE II CHECKLIST

COMPLETED

IP ADDRESSING SCHEME PORT ALLOCATION

PHONE NUMBER PLAN

SWITCH

CONFIGURATION

TRUNK CONFIGURATION

VLAN CONFIGURATION

PORT ALLOCATIONS

ROUTER

CONFIGURATION

DHCP CONFIGURATION

IP PHONES DHCP CONFIGURATION

SOFTPHONE WORKSTATIONS DHCP

CONFIGURATION

Creating a TFTP SERVER ON THE ROUTER

TELEPHONY SERVICE

CONFIGURE VLAN INTERFACES ON ROUTER

CONFIGURING ROUTER PORTS FOR IP

PHONES

CREATING IP PHONE DIRECTORY ASSIGNING EPHONES CONNECTING THE ANALOGUE PHONE CONNECT THE ROUTER TO THE SWITCH SIP CONFIGURATION CONFIGURING DIAL PEER on Brach router ACTIVATING SIP ON THE INTERFACE CONFIGURING SIP AUTHENTICATION

3CX SOFT

PHONES

AND

SOFT PBX

CONFIGURATIOIN

CONFIGURE STATIC IP ADDRESS FOR PBX

INSTALLATION AND SET UP OF PBX

INSTALLATION AND SETUP FOR PBX

SOFTPHONES

USE 3CX PBX TO SETUP CONNECTION

BETWEEN 3CX SOFTPHONES

AND CISCO IP PHONES


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IP ADDRESSING SCHEME AND PORT ALLOCATION

COMPANYA will be using the 10.3.0.0 network for its soft phone workstations.

COMPANYA will be using the 10.4.0.0 network for its IP Phone network

The company will need 3 separate vlans, a management vlan, a data vlan for data packets to be sent

across the network and a voice vlan for voice packets to be sent across the network.

VLAN Network Address Broadcast Address Subnet Mask

Management 10.4.0.0 10.4.255.255 255.255.255.0

Data 10.40.0.0 10.40.255.255 255.255.255.0Voice 10.45.0.0 10.45.255.255 255.255.255.0

PSTNFa 0/0

Fa 0/0/0

Fa 0/0/1

Fsx 0/1

Fa 0/11

Fa 0/12 Fa 0/13

Fa 0/14

IP PHONES

VLAN NETWORK ADDRESS

MAN 10.4.0.0

VOICE 10.45.0.0

10.3.0.99 / 24

WORKSTATION IP NETWORK

10.3.0.0 / 24

4001

4002

4100


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Branch SWITCH CONFIGURATION

hostname Branch-Switch


description

switchport mode access



description



interface FastEthernet0/14description




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DHCP FOR IP PHONES AND WORKSTATIONS

DHCP will be needed for the IP Phones and for the workstations that will have the softphones installed

on them.

**NOTE**

The PBX SERVER will have a static IP Address assigned to it for easier configuration, (10.3.0.99 / 24).

IP PHONES DHCP CONFIGURATION

configure terminal


ip dhcp pool VOICE

network 10.45.0.0 255.255.255.0option 150 ip 10.45.0.1


exit

SOFTPHONE WORKSTATIONS DHCP CONFIGURATION

configure terminal


ip dhcp excluded-address 10.3.0.99

ip dhcp pool WORKSTATIONS

network 10.3.0.0 255.255.255.0


exit


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CREATING A TFTP SERVER ON THE ROUTER

As shown in Phase I, a TFTP Server is needed on the router for the IP Phones to be able to download the

firmware that they need to operate.

The IP Address of the TFTP Server is the actual router. All of the firmware files are located here.

configure terminal






tftp-server flash:P00405000700.bintftp-server flash:P00405000700.bin

exit

TELEPHONY SERVICE

As shown in Phase I, telephony service contains the information that the IP Phones will need to be able

to access the firmware files that they need as well as defining the amount of IP Phones and IP Phone

directories that will be allowed on the network.

configure terminal

telephony-service


load 7960-7940 P00308000400

create cnf-files

max-ephones 8

max-dn 15

exit


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CONFIGURE VLAN INTERFACES ON ROUTER

As the Phones will not have Workstations connected to them a data Vlan is not needed, only an

MANAGEMENT Vlan and a VOICE Vlan will be used for the IP Phones.

configure terminal

interface Vlan4

description MANAGEMENT VLAN

ip address 10.4.0.1 255.255.255.0

no shutdown

interface Vlan45

description VOICE VLANip address 10.45.0.1 255.255.255.0

no shutdown

exit


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CONFIGURING ROUTER PORTS FOR IP PHONES

The IP Phones will directly connected to the Router in the branch office as they do not have a Power

Over Ethernet switch

configure terminal

interface FastEthernet0/0/0

description IP PHONE




no shutdown


description IP PHONEswitchport trunk native vlan 40



no shutdown

exit


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CREATING IP PHONE DIRECTORY

As shown in Phase I, the ephone directory is needed to create directory numbers that will be used for

the IP Phones.

We will also use labels which will show up on the screen of the IP Phones to show which phone it is.

configure terminal


number 4001

name BRANCH EPHONE 1

label BRANCH OFFICE 1 4001




number 4002ephone-dn 3 dual-line

name SPARE EPHONE NUMBER

number 4003


name SPARE EPHONE NUMBER

number 4004

exit

ASSIGNING EPHONES

As shown in Phase I, there are two ways in which we can assign the IP Phones to the Directory Numbers

that we created.

We will be manually assigning the phone to a directory number using the phones MAC-Address.

Then using the button command we can assign a directory number to the phone.

configure terminal

ephone 1

mac-address 0017.957D.D32F

button 1:1

type 7940

ephone 2

mac-address 0017.9538.3CB0

type 7940

button 1:2

exit


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CONNECTING THE ANALOGUE PHONE

For the Analogue phone to connect to the network we need to create a dial peer with the phones

number and the FXS port number that the phone is connected to

configure terminal



port 0/2/0

exit

CONNECT THE ROUTER TO THE SWITCH

Unlike Phase I we are not sending multiple Vlans to the switch, therefore we only to assign an IP address

and open the interface.

configure terminal


description >>> PBX SWITCH

ip address 10.3.0.1 255.255.255.0

no shutdown

SIP CONFIGURATION

The Cisco CME router uses Skinny Protocol. The PBX we are using uses the SIP protocol. For the PBX to

communicate with the CME router we need to do three things. Configure a dial peer which defines the

destination pattern for the 3000 numbering plan we will be using on the soft phones, as well as changing

the protocol to sip and defining the codec. We have to activate sip on the interface we are connected to.

And the last thing we need to do is set up authentication on the router so that it can connect with the

PBX.

CONFIGURING DIAL PEER ON BRANCH ROUTER

As well as setting the protocol to sip in the dial peer we will also be adding the analogue phone.

configure terminal

dial-peer voice 3000 voip

destination-pattern 3...

session protocol sipv2

session target ipv4:10.3.0.99

codec g711ulaw

exit


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ACTIVATING SIP ON THE INTERFACE

configure terminal

voice service voip

sip

bind control source-interface FastEthernet0/0

bind media source-interface FastEthernet0/0

exit

exit

CONFIGURING SIP AUTHENTICATION

For easy documentation we are using the router name (SANDIEGO) as the username and password.

configure terminal

sip-ua

authentication username SANDIEGO_SIP password SANDIEGO_SIP

sip-server ipv4:10.3.0.99

exit


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CONFIGURING WORKSTATIONS FOR PBX AND SOFTPHONES

CONFIGURE STATIC IP ADDRESS FOR PBX

1) On your PBX PC go to Start -> Control Panel ->Network and Internet -> Network

Connections-> Local Area Connection.

Right mouse click on the Local Area

Connection and select Properties

2) Scroll down and click the Internet ProtocolVersion 4 (TCP/IPv4) andthen click Properties

3) Click Use the following IP address:Put your PBX

ip address: 10.0.3.99

Subnet mask :255.255.255.0

Default gateway: 10.0.3.1

Then click OK


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INSTALLATION AND SET UP OF PBX

1) At a putdown menu select English as youlanguage and then click Next.

2) From the dropdown list select 10.3.0.99 asyour Default Local IP Address and then

click Next.


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3) Leave blank in Public IP and click Next

4) Click Create New PBX button and thenclick Next

5) Select 4 Digits for your internal extensionnumbers and then click Next.


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6) For the Voice Mail Settings:Enter the name of your SMTP server and

the senders E-mail address and then

click Next

7) Administrator Login and Password:Enter the Username and Password, and

then click Next.

8) Click Add to open the Add User Extensionwindow.

Enter Extension Number, User First and

User Lastname and Authentication ID and

AuthenticationPassword, finally Select

Interface and click Add.


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9) Operator Extension:Select the Operator Extension: 3000

Voice mail extension: 9999

Click Next

10) There is no VoIP provider to select. ClickSkip >> to go on.

11)Wait for 3CX Wizard creates configurationdatabase.


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12)Finish window for Create ConfigurationDatabase and click Next.

13)Online Registration form. Skip it and clickNext

14)Initial Setup for 3CX completed.


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INSTALLATION AND SETUP FOR PBX SOFTPHONES

1) On the right up corner of 3CX IPPhone, double click New account.

2) Under Active, click New account thenclick Edit

3) This is Account Setting Window.


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4) Set a new account for John Smith, givethis phone extension number: 3000

and Password, Specify the IP of your

PBX/SIP server: 10.30.0.99. Click OK.

5) New account with John Smith appearson the Accounts.

6) John Smith appears on the 3CX IPPhone.


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USE 3CX PBX TO SETUP CONNECTION BETWEEN

3CX SOFTPHONES AND CISCO IP PHONES

STEP 1: SETUP SIP Trunk

Click Add VOIP Provider Wizard. Select Generic SIP Trunk and type a Name for the connecting system.


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Enter IP address of the router interface for SIP server and outbound proxy, click Next.

Enter a number for the remote PBX, its authentication credentials and 10 simultaneous calls.


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Review information where incoming call will be sent and click Next.

Edit the Outbound Call Rule: enter 4 for Calls to numbers starting with (Prefix) and enter 4for Calls

to Numbers with a length of. Then in Route 1 San Diego CME, change the Strip Digits drop-down to 0

and click Finish.


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STEP 2: Edit SIP trunk parameters for Codec

In the left-hand Explorer window, expand VOIP Provider and select San Diego CME and then cleck the

Advanced tab. Remove the undesirable codecs, leaving only G.711ulaw. Click Apply.


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STEP 3: Edit SIP trunk parameters for DID

Click the Create DID tool. In the window that open, enter a DID/DDI Name, SAN DIEGO and a

DID/DDI number /mask, 3000. Then select San Diego CME from the Available ports window and

click Apply.


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PHASE III

CONNECTING

SITES


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IP ADDRESSING SCHEME AND PORT ALLOCATION

COMPANYA will be using the 172.16.0.0/24 network for the inter office connection.

PSTN

172.16.0.1 / 24

172.16.0.2 / 24

Serial 0/3/0

Serial 0/3/0


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BRANCH OFFICE ROUTER CONFIGURATION

BASIC CONNECTIVITY

configure terminal

interface Serial0/3/0

description CONNECTION TO HQ ROUTER

ip address 172.16.0.1 255.255.255.0

clock rate 64000

no shutdown

exit

DIAL PEER FOR MAIN OFFICE

configure terminal




exit

HQ OFFICE ROUTER CONFIGURATION

BASIC CONNECTIVITY

configure terminal


description CONNECTION TO BRANCH ROUTER

ip address 172.16.0.2 255.255.255.0

clock rate 64000

no shutdown

exit


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SIP CONFIGURATION

As in Phase II the Main Office Cisco CME router uses Skinny Protocol. The PBX we are using uses the SIP

protocol. For the PBX to communicate with the CME router we need to do three things. Configure a dial

peer which defines the destination pattern for the 2000 numbering, as well as changing the protocol to

sip and defining the codec. We have to activate sip on the interface we are connected to. And the last

thing we need to do is set up authentication on the router so that it can connect with the PBX.

CONFIGURING DIAL PEER

configure terminal





codec g711ulaw

exit

CONFIGURE SIP AUTHENTICATION FOR COMMUNICATION WITH BRANCH OFFICE PBX

configure terminal

sip-ua

authentication username DALLAS_SIP password DALLAS_SIP


exit


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PHASE IV

BONUS

FEATURES


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CONFIGURE INTERCOM BETWEEN SECRETARY AND BOSS PHONES

Intercom feature allow you to create a pair of ephone-dns that are dedicated to being used by this

feature. Then, the two phones can speed-dial each other and have an intercom. This provides a one-

way voice path from the person who started the call to the recipient. A beep is sounded when the call is

auto-answered to alert the recipient of the incoming call.

configure terminal

ephone-dn 5

number 6666

label intercom 6666

intercom 6660

ephone-dn 6

number 6660

label intercom 6660intercom 6666

ephone 1

button 2:5

reset

ephone 2

button 2:6

reset

Notes: button 2: 5 means to assign second button (feature) at ephone 1 to ephone directory 5

button 2: 6 means to assign second button (feature) at ephone 2 to ephone directory 6

CREATE SYSTEM LOG MESSAGE

System log message will display on the button screen of Cisco IP Phones.

configure terminal

telephony-service

system message Convergence IT Company HQ


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CONFIGURE AND USE CALL PARK

Call Park feature allow you to put a call on hold at one telephone and pick up the call from

another telephone. The call is transferred to an extension number that is used for call parking.

ephone-dn 11

number 2800

park-slot timeout 10 limit 3

note: we create call park number 2800 and set a reminder after 10 seconds and to terminate

the call after three reminders.

CONFIGURE GUI AND IOS INTERMEDIATE ADMINSTRATION SETUP ON HQ ROUTER

We will use web-based GUI instead of the router CLI for Cisco IP Phone for easier administration

configuration.

configure terminal

ip http server

ip http path flash:/CME_GUI

ip http authentication local

telephony-service

web admin system name webadmin password cisco

dn-webedit

time-webedit

exit


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CONFIGURE BOSS PHONE TRANSLATE RULE

Translation rule allow you to use a user friendly phone number to reach the companys phone, in this

case we create translation rule for Boss phone, user could dial (BOSS 2677) to reach Boss phone 2050.

configure terminaltranslation-rule 1

Rule 0 2677 2050


translate called 1

ephone-dn 4

translate called 1


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USE GUI TO CONFIGURE FOR THE CUSTOMER ADMINISTRATOR

Step 1: http://10.20.0.1/ccme.html


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Step 2: From the Configure menu, select System Parameters.


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Step 3: in the Admin User Type box, select Customer and set your password and click change button

and select OK


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APPENDIX


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Appendix

COMPLETE HQ DALLAS ROUTER CONFIGURATION

hostname DALLAS!



!

ip dhcp pool DATA

network 10.20.0.0 255.255.255.0


!

ip dhcp pool VOICE

network 10.25.0.0 255.255.255.0

option 150 ip 10.25.0.1default-router 10.25.0.1

!

voice service voip

sip

bind control source-interface Serial0/3/0

bind media source-interface Serial0/3/0

!

translation-rule 1

Rule 0 2677 2050

!


description TRUNK TO HQ SWITCH

no shutdown

!


description MANAGEMENT VLAN SUBINTERFACE


ip address 10.2.0.1 255.255.255.0

no shutdown

!


description DATA VLAN SUBINTERFACE

encapsulation dot1Q 20 native

ip address 10.20.0.1 255.255.255.0

no shutdown

!


description VOICE VLAN SUBINTERFACE



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ip address 10.25.0.1 255.255.255.0

no shutdown

!


description CONNECTION TO SAN DIEGO ROUTER

ip address 172.16.0.1 255.255.255.0

clock rate 125000

no shutdown

!

ip route 0.0.0.0 0.0.0.0 Serial0/3/0

!

ip http server

ip http authentication local

no ip http secure-server

ip http path flash:/CME_GUI

!







!



port 0/2/0

!dial-peer voice 4000 voip



!





codec g711ulaw

!

sip-uaauthentication username DALLAS_SIP password DALLAS_SIP


!

telephony-service

load 7960-7940 P00308000400

max-ephones 8

max-dn 15


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auto assign 3 to 4 type 7940

system message CONVERGENCE IT COMPANY HQ

create cnf-files version-stamp Jan 01 2002 00:00:00

max-conferences 8 gain -6

moh moh.wav

multicast moh 239.1.1.55 port 2123

web admin system name webadmin password cisco

dn-webedit

time-webedit

!


number 2050

label BOSS 2050

name BOSS PHONE

translate called 1

!


number 2001

label SECRETARY PHONE 2001

name SECRETARY

translate called 1

!


number 2003

label OFFICE PHONE 2003

name OFFICE 2!

ephone-dn 4

number 2004

label HQ OFFICE PHONE 2004

translate called 1

!

ephone-dn 5

number 6666

label intercom 6666

intercom 6660

!ephone-dn 6

number 6660

label intercom 6660

intercom 6666

!

ephone-dn 11

number 2800


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park-slot timeout 10 limit 3

!

ephone 1

description BOSS PHONE

mac-address 0014.6A33.4ABC

type 7960

button 1:1 2:5

!

ephone 2

description SECRETARY

mac-address 0017.957D.D29E

type 7940

button 1:2 2:6

!

ephone 3

mac-address 0014.69E0.5A50

type 7940

button 1:3

!

ephone 4

mac-address 0014.6A62.D1DB

type 7940

button 1:4

!

end


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COMPLETE SAN DIEGO ROUTER CONFIGUREATION

hostname SANDIEGO

!

ip dhcp excluded-address 10.45.0.1 10.45.0.10ip dhcp excluded-address 10.40.0.1 10.40.0.10


!

ip dhcp pool VOICE

network 10.45.0.0 255.255.255.0

option 150 ip 10.45.0.1


!

ip dhcp pool DATA

network 10.40.0.0 255.255.255.0

default-router 10.40.0.1!

ip dhcp pool SOFTPBX

network 10.3.0.0 255.255.255.0


!

voice service voip

sip

bind control source-interface FastEthernet0/0

bind media source-interface FastEthernet0/0

!

interface FastEthernet0/0description >>> PBX SWITCH

ip address 10.3.0.1 255.255.255.0

no shutdown

!





no shutdown

!





no shutdown

!


description CONNECTION TO DALLAS ROUTER


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ip address 172.16.0.2 255.255.255.0

no shutdown

!

interface Vlan4

ip address 10.4.0.1 255.255.255.0

no shutdown

!

interface Vlan40

ip address 10.40.0.1 255.255.255.0

no shutdown

!

interface Vlan45

ip address 10.45.0.1 255.255.255.0

no shutdown

!

ip forward-protocol nd

!

ip http server

no ip http secure-server

!







tftp-server flash:P00405000700.sbn!





codec g711ulaw

!




!dial-peer voice 1 pots


port 0/2/0

!

sip-ua

authentication username SANDIEGO_SIP password SANDIEGO_SIP



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telephony-service

load 7960-7940 P00308000400

max-ephones 4

max-dn 4


create cnf-files version-stamp Jan 01 2002 00:00:00

max-conferences 8 gain -6

!


number 4001



!


number 4002



!


number 4003

!


number 4004

!

ephone 1

mac-address 0017.957D.D32F

type 7940button 1:1

!

ephone 2

mac-address 0017.9538.3CB0

type 7940

button 1:2

!

line con 0

exec-timeout 0 0

line aux 0

line vty 0 4exec-timeout 0 0

password cisco

no login

!

scheduler allocate 20000 1000

!

end


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Documents

Ccna Voip Case Study_cme to 3cx_smc Team