Add CISCO 7078 Orbiter - Revision history

Rwilson131 at 05:47, 25 January 2008

2008-01-25T05:47:31Z

←Older revision		Revision as of 05:47, 25 January 2008
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	#REDIRECT [[~~CISCO~~ 7970]]		#REDIRECT [[Cisco 7970]]

Trout at 14:38, 21 August 2007

2007-08-21T14:38:45Z

←Older revision		Revision as of 14:38, 21 August 2007
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	~~The contents of this page has been moved to~~ [[CISCO 7970]].		#REDIRECT [[CISCO 7970]]

Zaerc at 17:19, 5 August 2007

2007-08-05T17:19:59Z

←Older revision		Revision as of 17:19, 5 August 2007
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	~~== Preface ==~~		The contents of this page has been moved to [[CISCO 7970]].
	~~[[Image:Cisco7909.JPG]]~~

	~~LinuxMCE allows to use many devices as Orbiters. One~~ of ~~them is CISCO 7970. You can use it to make calls and control your home as well. To add a new CISCO 7970 phone and Orbiter you should follow by~~ this ~~simple instruction. Basically I get the information in the LinuxMCE support forum. But I think it's good~~ to ~~accumulate odd posts in one place. If you have some suggestions send me email - stepanov.michael~~ [~~at] gmail~~ [~~dot] com or leave a comment.~~

	~~== Preparation ==~~

	CISCO 7970 phone is plug-in-play device and LinuxMCE adds it automatically when it'll be plugged in the network. But to do it we have to make some preparations. Run an Orbiter. Be sure that no others tasks are there!
	~~Check DHCP setting of your phone. It should be something like that: "get IP via DHCP an no alternative servers".~~
	~~Check the range of MAC addresses:~~
	~~1. Go to Advanced --> Configuration --> Device Template.~~
	~~2. Chose manufacture CISCO. You should see in the right list at least two models: 7079 and 7076.~~
	~~3. Press the button 'Show model'.~~
	4. On the opened window check 'Range MAC addresses'. The range contains two big decimal digits. To get correct range for your phone first see its MAC address. MAC address is six groups of two hexadecimal digits, separated by hyphens (<strong>-</strong>) or colon (<strong>:</strong>). The first three groups identify a maker. You leave them and fill the rest by 0 and F. For example, if MAC is <strong>00:16:78:CD:01:D8</strong> its range will be <strong>00:16:78:00:00:00</strong> - <strong>00:14:69:FF:FF:FF</strong>. After that you should convert those two values into LinuxMCE representation. To do that run a script <strong>/usr/pluto/bin/convert_mac</strong> and pass the hexadecimal values as parameters:
	~~<code>/usr/pluto/bin/convert_mac 00:16:78:00:00:00~~
	~~/usr/pluto/bin/convert_mac 00:14:69:FF:FF:FF</code>~~
	~~As result you will get two big decimal digits. Add them to the phone template and store.~~
	5. There is a possibility to have some problems with phone installation related with its firmware. It should be latest. But I didn't have any problem with existing firmware on my CISCO 7079. But you should bear in mind it.
	~~Well, after this preparation you can install your CISCO 7079 in LinuxMCE.~~

	~~== Installation ==~~

	~~1. Plug the phone power and network cable. Note if you have two network cards on your core you should plug network cable in the right switch.~~
	~~2. During boot of the phone after 2-3 minutes you should see on the Orbiter a message about new device with your phone MAC address was detected. You should click by caption "Cisco 7970" below that.~~
	~~3. After that the phone should be registered with asterisk and you can see a normal CISCO screen.~~
	~~4. However, it'll take another 2-3 minutes to generate a new Orbiter for CISCO7079.~~
	5. When this operation finishes you'll see a message on the Orbiter screen. Make a quick reload of router (Wizard -- Reboot -- Quick Reload Router. I also rebooted CISCO 7079 because I didn't see anything in the menu Services).
	~~6. Now go to menu Services on CISCO 7970 and chose Orbiter.~~

	~~== Troubleshooting ==~~
	~~1. <u>Problem:</u> Phone boots successfully but there is no any message on the Orbiter's screen.~~
	~~<u>Solution:</u> If the message doesn't appear check MAC addresses range.~~

	~~== Some useful tips ==~~
	~~1. To reset a Network configuration of CISCO7079 go to menu 'Network Setting' and press the following sequence of buttons:~~
	~~<code>#</code>~~
	~~2. To check network communications between CISCO7079 and CORE run tcpdump on the CORE:~~
	~~<code>tcpdump -i eth1 [CISCO7079 IP Address]</code>~~
	~~or to see detailed packets information:~~
	~~<code>tcpdump -i -vv eth1 [CISCO7079 IP Address]</code>~~

	~~[[Category: Phones]]~~
	~~[[Category: LinuxMCE Devices]]~~
	~~[[Category: Orbiters~~]]

Zaerc: oops Orbiters not Orbitters

2007-07-08T18:01:15Z

oops Orbiters not Orbitters

←Older revision		Revision as of 18:01, 8 July 2007
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	[[Category: Phones]]		[[Category: Phones]]
	[[Category: LinuxMCE Devices]]		[[Category: LinuxMCE Devices]]
	[[Category: ~~Orbitters~~]]		[[Category: Orbiters]]

Zaerc: Added to the Orbitters category

2007-07-08T17:58:22Z

Added to the Orbitters category

←Older revision		Revision as of 17:58, 8 July 2007
Line 42:		Line 42:
	[[Category: Phones]]		[[Category: Phones]]
	[[Category: LinuxMCE Devices]]		[[Category: LinuxMCE Devices]]
			[[Category: Orbitters]]

Zaerc: Added to the Phones and "linuxmce devices" categories

2007-07-08T17:54:01Z

Added to the Phones and "linuxmce devices" categories

←Older revision		Revision as of 17:54, 8 July 2007
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	or to see detailed packets information:		or to see detailed packets information:
	<code>tcpdump -i -vv eth1 [CISCO7079 IP Address]</code>		<code>tcpdump -i -vv eth1 [CISCO7079 IP Address]</code>

			[[Category: Phones]]
			[[Category: LinuxMCE Devices]]

Jerry finn at 08:27, 19 March 2007

2007-03-19T08:27:55Z

←Older revision		Revision as of 08:27, 19 March 2007
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	<table width="100%"> <tr><td bgcolor="#FFCFCF">This page was written by Pluto and imported with their permission when LinuxMCE branched off in February, 2007. In general any information should apply to LinuxMCE. However, this page should be edited to reflect changes to LinuxMCE and remove old references to Pluto.</td></tr> </table>== Preface ==		== Preface ==
	[[Image:Cisco7909.JPG]]		[[Image:Cisco7909.JPG]]

Juliet at 09:00, 15 March 2007

2007-03-15T09:00:10Z

←Older revision		Revision as of 09:00, 15 March 2007
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	== Preparation ==		== Preparation ==

	CISCO 7970 phone is plug-in-play device and ~~Pluto~~ adds it automatically when it'll be plugged in the network. But to do it we have to make some preparations. Run an Orbiter. Be sure that no others tasks are there!		CISCO 7970 phone is plug-in-play device and LinuxMCE adds it automatically when it'll be plugged in the network. But to do it we have to make some preparations. Run an Orbiter. Be sure that no others tasks are there!
	Check DHCP setting of your phone. It should be something like that: "get IP via DHCP an no alternative servers".		Check DHCP setting of your phone. It should be something like that: "get IP via DHCP an no alternative servers".
	Check the range of MAC addresses:		Check the range of MAC addresses:

Juliet at 08:56, 15 March 2007

2007-03-15T08:56:17Z

Wikiadmin: Added image of 7909

2007-01-11T20:00:25Z

Added image of 7909

←Older revision		Revision as of 20:00, 11 January 2007
Line 1:		Line 1:
	<table width="100%"> <tr><td bgcolor="#FFCFCF">This page was written by Pluto and imported with their permission when LinuxMCE branched off in February, 2007. In general any information should apply to LinuxMCE. However, this page should be edited to reflect changes to LinuxMCE and remove old references to Pluto.</td></tr> </table>== Preface ==		<table width="100%"> <tr><td bgcolor="#FFCFCF">This page was written by Pluto and imported with their permission when LinuxMCE branched off in February, 2007. In general any information should apply to LinuxMCE. However, this page should be edited to reflect changes to LinuxMCE and remove old references to Pluto.</td></tr> </table>== Preface ==
			[[Image:Cisco7909.JPG]]

	Plutohome allows to use many devices as Orbiters. One of them is CISCO 7079. You can use it to make calls and control your home as well. To add a new CISCO 7970 phone and Orbiter you should follow by this simple instruction. Basically I get the information in the Pluto support forum. But I think it's good to accumulate odd posts in one place. If you have some suggestions send me email - stepanov.michael [at] gmail [dot] com or leave a comment.		Plutohome allows to use many devices as Orbiters. One of them is CISCO 7079. You can use it to make calls and control your home as well. To add a new CISCO 7970 phone and Orbiter you should follow by this simple instruction. Basically I get the information in the Pluto support forum. But I think it's good to accumulate odd posts in one place. If you have some suggestions send me email - stepanov.michael [at] gmail [dot] com or leave a comment.

←Older revision		Revision as of 08:56, 15 March 2007
Line 2:		Line 2:
	[[Image:Cisco7909.JPG]]		[[Image:Cisco7909.JPG]]

	~~Plutohome~~ allows to use many devices as Orbiters. One of them is CISCO ~~7079~~. You can use it to make calls and control your home as well. To add a new CISCO 7970 phone and Orbiter you should follow by this simple instruction. Basically I get the information in the ~~Pluto~~ support forum. But I think it's good to accumulate odd posts in one place. If you have some suggestions send me email - stepanov.michael [at] gmail [dot] com or leave a comment.		LinuxMCE allows to use many devices as Orbiters. One of them is CISCO 7970. You can use it to make calls and control your home as well. To add a new CISCO 7970 phone and Orbiter you should follow by this simple instruction. Basically I get the information in the LinuxMCE support forum. But I think it's good to accumulate odd posts in one place. If you have some suggestions send me email - stepanov.michael [at] gmail [dot] com or leave a comment.

	== Preparation ==		== Preparation ==
Line 12:		Line 12:
	2. Chose manufacture CISCO. You should see in the right list at least two models: 7079 and 7076.		2. Chose manufacture CISCO. You should see in the right list at least two models: 7079 and 7076.
	3. Press the button 'Show model'.		3. Press the button 'Show model'.
	4. On the opened window check 'Range MAC addresses'. The range contains two big decimal digits. To get correct range for your phone first see its MAC address. MAC address is six groups of two hexadecimal digits, separated by hyphens (<strong>-</strong>) or colon (<strong>:</strong>). The first three groups identify a maker. You leave them and fill the rest by 0 and F. For example, if MAC is <strong>00:16:78:CD:01:D8</strong> its range will be <strong>00:16:78:00:00:00</strong> - <strong>00:14:69:FF:FF:FF</strong>. After that you should convert those two values into ~~Pluto~~ representation. To do that run a script <strong>/usr/pluto/bin/convert_mac</strong> and pass the hexadecimal values as parameters:		4. On the opened window check 'Range MAC addresses'. The range contains two big decimal digits. To get correct range for your phone first see its MAC address. MAC address is six groups of two hexadecimal digits, separated by hyphens (<strong>-</strong>) or colon (<strong>:</strong>). The first three groups identify a maker. You leave them and fill the rest by 0 and F. For example, if MAC is <strong>00:16:78:CD:01:D8</strong> its range will be <strong>00:16:78:00:00:00</strong> - <strong>00:14:69:FF:FF:FF</strong>. After that you should convert those two values into LinuxMCE representation. To do that run a script <strong>/usr/pluto/bin/convert_mac</strong> and pass the hexadecimal values as parameters:
	<code>/usr/pluto/bin/convert_mac 00:16:78:00:00:00		<code>/usr/pluto/bin/convert_mac 00:16:78:00:00:00
	/usr/pluto/bin/convert_mac 00:14:69:FF:FF:FF</code>		/usr/pluto/bin/convert_mac 00:14:69:FF:FF:FF</code>
	As result you will get two big decimal digits. Add them to the phone template and store.		As result you will get two big decimal digits. Add them to the phone template and store.
	5. There is a possibility to have some problems with phone installation related with its firmware. It should be latest. But I didn't have any problem with existing firmware on my CISCO 7079. But you should bear in mind it.		5. There is a possibility to have some problems with phone installation related with its firmware. It should be latest. But I didn't have any problem with existing firmware on my CISCO 7079. But you should bear in mind it.
	Well, after this preparation you can install your CISCO 7079 in ~~the Pluto~~.		Well, after this preparation you can install your CISCO 7079 in LinuxMCE.

	== Installation ==		== Installation ==
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	3. After that the phone should be registered with asterisk and you can see a normal CISCO screen.		3. After that the phone should be registered with asterisk and you can see a normal CISCO screen.
	4. However, it'll take another 2-3 minutes to generate a new Orbiter for CISCO7079.		4. However, it'll take another 2-3 minutes to generate a new Orbiter for CISCO7079.
	5. When this operation finishes you'll see a message on the Orbiter screen. Make a quick reload of router (Wizard -- Reboot -- Quick Reload Router. I also ~~reboot~~ CISCO 7079 because I didn't see anything in the menu Services).		5. When this operation finishes you'll see a message on the Orbiter screen. Make a quick reload of router (Wizard -- Reboot -- Quick Reload Router. I also rebooted CISCO 7079 because I didn't see anything in the menu Services).
	6. Now go to menu Services on CISCO 7970 and chose Orbiter.		6. Now go to menu Services on CISCO 7970 and chose Orbiter.

	== Troubleshooting ==		== Troubleshooting ==
	1. <u>Problem:</u> Phone boots ~~successful~~ but there is no any message on the Orbiter's screen.		1. <u>Problem:</u> Phone boots successfully but there is no any message on the Orbiter's screen.
	<u>Solution:</u> If message doesn't appear check MAC addresses range.		<u>Solution:</u> If the message doesn't appear check MAC addresses range.

	== Some useful tips ==		== Some useful tips ==
	1. To reset a Network configuration of CISCO7079 go to menu 'Network Setting' and press following sequence of buttons:		1. To reset a Network configuration of CISCO7079 go to menu 'Network Setting' and press the following sequence of buttons:
	<code>#</code>		<code>#</code>
	2. To check network communications between CISCO7079 and CORE run tcpdump on the CORE:		2. To check network communications between CISCO7079 and CORE run tcpdump on the CORE: