Cisco Wireless VoIP Configuration - Revision history

Pola0077 at 02:03, 3 December 2011

2011-12-03T02:03:15Z

← Older revision		Revision as of 02:03, 3 December 2011
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	[[File:WLCM-wlan-Advanced.jpg]]		[[File:WLCM-wlan-Advanced.jpg]]


	~~[[File:WLCM-login.jpg]]~~
	====Wireless Controller Configuration -- CLI====		====Wireless Controller Configuration -- CLI====

Pola0077 at 02:02, 3 December 2011

2011-12-03T02:02:40Z

← Older revision		Revision as of 02:02, 3 December 2011
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	The following pages illustrate the Security, QOS, and Advanced configuration options.		The following pages illustrate the Security, QOS, and Advanced configuration options.

	[[File:WLCM-~~login~~.jpg]]		[[File:WLCM-wlan-Security.jpg]]


	[[File:WLCM-~~login~~.jpg]]		[[File:WLCM-wlan-QoS.jpg]]


	[[File:WLCM-~~login~~.jpg]]		[[File:WLCM-wlan-Advanced.jpg]]

Pola0077 at 01:58, 3 December 2011

2011-12-03T01:58:30Z

← Older revision		Revision as of 01:58, 3 December 2011
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	The primary screen summarizes the access points that are connected and wireless clients. In the screen image,below, one access point is connected and one client is connected to the gmp-voice SSID. The IHCC production access points and clients are considered to be ‘rogue’ to the controller.		The primary screen summarizes the access points that are connected and wireless clients. In the screen image,below, one access point is connected and one client is connected to the gmp-voice SSID. The IHCC production access points and clients are considered to be ‘rogue’ to the controller.

	[[WLCM-Summary.jpg]]		[[File:WLCM-Summary.jpg]]

	'''VLAN Interfaces.''' Each vlan is assigned an interface and an address. This is done through the “Controller  interfaces” page. In the example, below, the interfaces are named wiredata, wireguest, wirevoice and have addresses, 172.16.116.254, 172.16.126.254, and 172.17.116.254, respectively.		'''VLAN Interfaces.''' Each vlan is assigned an interface and an address. This is done through the “Controller  interfaces” page. In the example, below, the interfaces are named wiredata, wireguest, wirevoice and have addresses, 172.16.116.254, 172.16.126.254, and 172.17.116.254, respectively.

	[[WLCM-Controller-Interfaces.jpg]]		[[File:WLCM-Controller-Interfaces.jpg]]

	'''Wireless Profiles/SSIDs.''' Wireless profiles define the characteristics of the wireless SSID. The following image shows the creation page for a new SSID. The WLAN ID is a unique identifier within the controller. The profile name and SSID are text strings..		'''Wireless Profiles/SSIDs.''' Wireless profiles define the characteristics of the wireless SSID. The following image shows the creation page for a new SSID. The WLAN ID is a unique identifier within the controller. The profile name and SSID are text strings..

	[[WLCM-New-WLAN.jpg]]		[[File:WLCM-New-WLAN.jpg]]

	The following image shows the three profiles and SSIDs. Here the profile and the SSIDs have the same name.		The following image shows the three profiles and SSIDs. Here the profile and the SSIDs have the same name.

	[[WLCM-WLANs.jpg]]		[[File:WLCM-WLANs.jpg]]

	'''Voice SSID.''' The image shows that the profile and SSID, gmp-voice, is associated with the wirevoice interface. Wirevoice is vlan 113 with address 172.17.116.0/24.		'''Voice SSID.''' The image shows that the profile and SSID, gmp-voice, is associated with the wirevoice interface. Wirevoice is vlan 113 with address 172.17.116.0/24.

	[[WLCM-gmp-voice-General.jpg]]		[[File:WLCM-gmp-voice-General.jpg]]

	The following pages illustrate the Security, QOS, and Advanced configuration options.		The following pages illustrate the Security, QOS, and Advanced configuration options.

Pola0077 at 01:57, 3 December 2011

2011-12-03T01:57:18Z

← Older revision		Revision as of 01:57, 3 December 2011
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	'''Login.''' The wireless control web interface is managed through the address, 172.16.100.251 via SSL.		'''Login.''' The wireless control web interface is managed through the address, 172.16.100.251 via SSL.

	[[File:WLCM-login.jpg]]		[[File:WLCM-login.jpg]]

	The primary screen summarizes the access points that are connected and wireless clients. In the screen image,below, one access point is connected and one client is connected to the gmp-voice SSID. The IHCC production access points and clients are considered to be ‘rogue’ to the controller.		The primary screen summarizes the access points that are connected and wireless clients. In the screen image,below, one access point is connected and one client is connected to the gmp-voice SSID. The IHCC production access points and clients are considered to be ‘rogue’ to the controller.

			[[WLCM-Summary.jpg]]

	'''VLAN Interfaces.''' Each vlan is assigned an interface and an address. This is done through the “Controller  interfaces” page. In the example, below, the interfaces are named wiredata, wireguest, wirevoice and have addresses, 172.16.116.254, 172.16.126.254, and 172.17.116.254, respectively.		'''VLAN Interfaces.''' Each vlan is assigned an interface and an address. This is done through the “Controller  interfaces” page. In the example, below, the interfaces are named wiredata, wireguest, wirevoice and have addresses, 172.16.116.254, 172.16.126.254, and 172.17.116.254, respectively.

			[[WLCM-Controller-Interfaces.jpg]]

	'''Wireless Profiles/SSIDs.''' Wireless profiles define the characteristics of the wireless SSID. The following image shows the creation page for a new SSID. The WLAN ID is a unique identifier within the controller. The profile name and SSID are text strings..		'''Wireless Profiles/SSIDs.''' Wireless profiles define the characteristics of the wireless SSID. The following image shows the creation page for a new SSID. The WLAN ID is a unique identifier within the controller. The profile name and SSID are text strings..

			[[WLCM-New-WLAN.jpg]]

	The following image shows the three profiles and SSIDs. Here the profile and the SSIDs have the same name.		The following image shows the three profiles and SSIDs. Here the profile and the SSIDs have the same name.

			[[WLCM-WLANs.jpg]]

	'''Voice SSID.''' The image shows that the profile and SSID, gmp-voice, is associated with the wirevoice interface. Wirevoice is vlan 113 with address 172.17.116.0/24.		'''Voice SSID.''' The image shows that the profile and SSID, gmp-voice, is associated with the wirevoice interface. Wirevoice is vlan 113 with address 172.17.116.0/24.

			[[WLCM-gmp-voice-General.jpg]]

	The following pages illustrate the Security, QOS, and Advanced configuration options.		The following pages illustrate the Security, QOS, and Advanced configuration options.

			[[File:WLCM-login.jpg]]


			[[File:WLCM-login.jpg]]


			[[File:WLCM-login.jpg]]


			[[File:WLCM-login.jpg]]
	====Wireless Controller Configuration -- CLI====		====Wireless Controller Configuration -- CLI====

Pola0077 at 01:41, 3 December 2011

2011-12-03T01:41:34Z

← Older revision		Revision as of 01:41, 3 December 2011
Line 224:		Line 224:

	'''Login.''' The wireless control web interface is managed through the address, 172.16.100.251 via SSL.		'''Login.''' The wireless control web interface is managed through the address, 172.16.100.251 via SSL.
			[[File:WLCM-login.jpg]]

	The primary screen summarizes the access points that are connected and wireless clients. In the screen image,below, one access point is connected and one client is connected to the gmp-voice SSID. The IHCC production access points and clients are considered to be ‘rogue’ to the controller.		The primary screen summarizes the access points that are connected and wireless clients. In the screen image,below, one access point is connected and one client is connected to the gmp-voice SSID. The IHCC production access points and clients are considered to be ‘rogue’ to the controller.

Pola0077 at 01:22, 3 December 2011

2011-12-03T01:22:20Z

← Older revision		Revision as of 01:22, 3 December 2011
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	* The lease parameters are Days, Hours, Minutes. The wired devices have a lease for one day. The wireless leases are only 6 hours.		* The lease parameters are Days, Hours, Minutes. The wired devices have a lease for one day. The wireless leases are only 6 hours.
	* Option 43 is the access point contact address in the Cisco Wireless LAN Controller. When the lightweight access point is connected to the network, the access point contacts the controller. The first four characters are "f104" The following characters represent the IP address in hexadecimal. 0xAC = 172, 0x10 = 16, 0x64 = 100, 0xFC=252		* Option 43 is the access point contact address in the Cisco Wireless LAN Controller. When the lightweight access point is connected to the network, the access point contacts the controller. The first four characters are "f104" The following characters represent the IP address in hexadecimal. 0xAC = 172, 0x10 = 16, 0x64 = 100, 0xFC=252
			* Option 150 is the tftp server address for the Cisco IP Phones.

	ip dhcp pool Data-Devices		ip dhcp pool Data-Devices

Pola0077 at 01:19, 3 December 2011

2011-12-03T01:19:35Z

← Older revision		Revision as of 01:19, 3 December 2011
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	The wireless controller configuration for this activity is shown below.		The wireless controller configuration for this activity is shown below.
	(Cisco Controller) >show running-config		(Cisco Controller) >show running-config
	~~802.11a cac voice tspec-inactivity-timeout ignore~~
	~~802.11a cac voice stream-size 84000 max-streams 2~~
	~~802.11a channel global off~~
	~~802.11a txPower global 1~~
	~~802.11b cac voice tspec-inactivity-timeout ignore~~
	~~802.11b cac voice stream-size 84000 max-streams 2~~
	~~802.11b channel global off~~
	~~802.11b txPower global 1~~

	advanced location expiry tags 1200		802.11a cac voice tspec-inactivity-timeout ignore
	advanced location expiry client 150		802.11a cac voice stream-size 84000 max-streams 2
	advanced location expiry calibrating-client 30		802.11a channel global off
	advanced location expiry rogue-aps 1200		802.11a txPower global 1
			802.11b cac voice tspec-inactivity-timeout ignore
			802.11b cac voice stream-size 84000 max-streams 2
			802.11b channel global off
			802.11b txPower global 1
			advanced location expiry tags 1200
			advanced location expiry client 150
			advanced location expiry calibrating-client 30
			advanced location expiry rogue-aps 1200

	cdp disable		cdp disable

	interface create wiredata 112		interface create wiredata 112
Line 312:		Line 312:

	logging buffered 1		logging buffered 1

	mesh security eap		mesh security eap
	mgmtuser add admin **** read-write		mgmtuser add admin **** read-write

Pola0077 at 01:18, 3 December 2011

2011-12-03T01:18:12Z

Show changes

Pola0077 at 01:10, 3 December 2011

2011-12-03T01:10:28Z

Show changes

Pola0077 at 00:48, 3 December 2011

2011-12-03T00:48:41Z

@@ Line 8: / Line 8: @@
 * Cisco 3560 Switch
-'''Calls.''' Calls were established between the wireless phone, x7616, a VOIP phone, x7618, and an analog phone, x6007.
+'''Demonstration.''' The functionality of the application is demonstrated by establishing calls between the wireless phone, x7616, a VOIP phone, x7618, and an analog phone, x6007.
 ==VLANS==
@@ Line 56: / Line 56: @@
+  !
-===DHCP Configuration===
+===Switch DHCP Configuration===
-DHCP services were provided by the router.  The DHCP configuration in the switch included the helper address, which is the router loopback address.  As a result, the DHCP requests are forwarded to the router.  The two vlans, below, support the data vlan and the voice vlan in the switch.
+DHCP services are provided by the router.  The DHCP configuration in the switch include a helper address.  As a result, the DHCP requests are forwarded to the router.  The two vlans, below, support the data vlan and the voice vlan in the switch.  The address is the loopback address of the router.
   interface Vlan110
@@ Line 72: / Line 72: @@
 ==Router==
-The ephone-dn phrases define a phone number and directory association.  The ephone statements attaché the ephone-dn definition to a specific phone through the phone’s MAC address.  The button phrase associates the phone number with the button on the phone.
+The router provides several functions.
-Wireless Phone. The definitions that are needed for the wireless phone follow. The wireless phone has the extension 7616.
+* Cisco Call Manager Express.  The CME module controls both the wired phones and the wireless phone.
-ephone-dn  16
+* DHCP.  The router is configured to provide DHCP addresses to the wired and wireless vlans.
- number 7616
+* NTP.  The router is the NTP master.
- name POD6-IP-7616
+* Wireless LAN Controller.  The WLAN controller is a module in the switch.
-Wired Phone. The definitions that are needed for the wired cisco IP phone follow. The wired phone has the local extension 7618.
+The following text begins the call manager configuration.  The IP address is the loopback address in the router.
-Analog Phone. The definitions that are needed for the analog phone on the FXS WIC follow. The analog phone has the local extension 6007.
+ ! Define telephony service on Call Manager Express
-voice-port 0/1/0
+'''Wireless Phone.''' The wireless phone definition follows.  The phone is extension 7616.
- description FXs WIC to Analog phone
+ ephone-dn  16
-dial-peer voice 1 pots
+  number 7616
- description FXS WIC with Analog Phone 6007
+  name POD6-IP-7616
- destination-pattern 6007
- port 0/1/0
+ ephone  6
+  mac-address 0022.90fd.d1e7
 ===DHCP===