LinuxMCE - User contributions [en]

User:ENoodle

2009-01-25T13:17:32Z

ENoodle: /* Squeezeboxes: Three Soundcards in one MD = 1 MD + 2 Squeezeboxes */

{| align="right" style="text-align: left; font-size: 90%"
|-style="background:#88AACC; text-align:center; color: black;"
|'''[[eNoodle's Living Room]]'''
|-
| [[image:Enoodle_setup_livingroom.jpg|center|thumb|150px|System Diagram]]
|}

==Devices in Livingroom==

===Mediadirector===

* 3R System HT-1100 HTPC case with LCD display
* MSI K9NGM3
* AMD Athlon X2 BE 2,4 GHz
* Integrated NVIDIA GeForce 7050 with HDMI out
* Integrated Realtek RTL8211BL Gbit LAN
* Main Soundcard Budget 7.1 Soundcard with SPDIF
* 2. Soundcard Realtek ALC888 (onboard)
* 3. Soundcard Budget 5.1 Soundcard
* Standard DVD drive
* Gyration Dongle
* USB UIRT

Works perfect. The system is powerfull enough to handle 1080p and sPDIF audio out. The system is fitted in a HTPC case. I use it in combination with a Scythe Shuriken CPU Cooler, which makes the system very quiet.

===Yamaha RX-V1700 Receiver===

2x HDMI Input
1x HDMI Output
1x RS232
3x Multiroom Audio (Mainzone: Digital Input and Output, Zone2 + Zone3: Analog only)

The Receiver has a lot of other digital and analog video/audio inputs. However, I'm referring to the one, I'm using.

==My goal==

This is my setup in the living room. Goal is to have perfect audio and video in the mainzone and to have stereo audiozones in the second and third zone. For now I've a working MD controlling the Yamaha Receiver (RS232) and the Plasma TV (using USB UIRT).

The MD has three soundcards. The first one is serving 7.1 audio through SPDIF, which is used for normal audio playback and video playback. The two other soundcard are currently running as squeezeslave. They are registered in squeezecenter, but I can't get any sound of it until now.

I hope, that I get this running and have two soundcards running as squeezeboxes, connect them as analog audio source to the receiver and have the receiver controlling the mainzone and the two audiozones.

==Update: Working Solution==

{| align="right" style="text-align: left; font-size: 90%"
|-style="background:#88AACC; text-align:center; color: black;"
|'''[[eNoodle's Living Room]]'''
|-
| [[image:Enoodle_setup_livingroom2.jpg|center|thumb|150px|Working System Diagram]]
|}

===Device Templates===

I know have a functional multiroom setup. :) The solution was to split the original RX-V1x00 template into three different templates, because the original template missed the possibility to connect the squeezebox within the connection wizard. So I setuped three different templates for each Zone the Receiver has. Each template is a standard GSD device, containing the Ruby codes for its own zone.

* Template RX-V1700 (Mainzone) controlling the Mainzone
* Template RX-V1700 (Zone 2) controlling Zone #2 located in a different room
* Template RX-V1700 (Zone 3) controlling Zone #3 located in a different room

===Squeezeboxes: Three Soundcards in one MD = 1 MD + 2 Squeezeboxes===

The MD has three soundcards. I use one of them for 7.1 playback on the MD itself using SPDIF. The other two soundcards are configured as squeezeslaves. I have two daemons running, which output their signal analog on both soundcards. These two stereo signal are connected to the Receiver (VCR1 and VCR2) and are used for audioplayback in two more rooms. I mostly followed the instructions here: http://wiki.linuxmce.org/index.php/Squeezeslave_on_the_core.

I had some problems with the amd64 client of squeezeslave, I always got "decode errors" or "receive errors", so I switched the MD to i386 and used '''squeezeslave-0.8-20-lnx26-alsa-i686'''. This squeezeslave version integrates perfectly, detects all soundcards, lists analog and digital audio ports and is very robust. I also added '-O' to the paramlist of the daemons, so they're running in the 'Oldmode', preventing the "receive errors".

Squeezeslave #1 is placed in room #2 together with Zone #2. I connected them using the Connection wizard. Same is done for Squeezeslave #2 and Zone #3, which are placed in room #3. When controlling this room, the receiver receives the vol+/- and on/off command and the squeezeslave gets the signal.

'''Problem: Switching Soundcards'''

After a reboot the soundcards where shuffled/switched from time to time. As I have to use the soundcard id for squeezeslave, my multiroom solution messed up. To solve that problem it is necessary to prevent the system from switching the soundcards. I've followed the steps in this thread: http://ubuntuforums.org/showthread.php?t=205449. Now the soundcards won't get switched anymore after a reboot.

Here is a quick overview, of what has to be done:

1.) Get your modules loaded

cat /proc/asound/modules

2.) Now edit /etc/modprobe.d/alsa-base

At the very end of the file, add the following (assuming you have 3 cards with module names A, B and C and you want to have them in the order CAB)

options snd-C index=0
options snd-A index=1
options snd-B index=2

===Conclusion===

The multiroom audio is working perfectly. I have on MD and one receiver and can control three zones. This setup gets the last out of my receiver and is exactly what I wanted to have. :)

ACT Homepro ZDW230

2009-01-20T07:31:35Z

ENoodle:

[[Category: Hardware]]
[[Category: ZWave]]

= Status =
working.

= About =
This is the 3-wire version, there is also a 2-wire version (ZDW232) available.

= Links =
[http://www.act-solutions.com/HomePro/pdfs/HomePro/Inst/ZDW230_instr.pdf Installation]

[http://www.act-solutions.com/HomePro/pdfs/HomePro/Specs/ZDW230_spec.pdf Specification]

ACT Homepro ZRW230

2009-01-20T07:30:11Z

ENoodle:

[[Category: Hardware]]
[[Category: ZWave]]

= Status =
working.

= Links =
[http://www.act-solutions.com/HomePro/pdfs/HomePro/Inst/ZRW230_instr.pdf Installation]

[http://www.act-solutions.com/HomePro/pdfs/HomePro/Specs/ZRW230_spec.pdf Specification]

ACT Homepro ZRW230

2009-01-20T07:25:56Z

ENoodle: New page: Category: Hardware Category: ZWave = Status = working.

[[Category: Hardware]]
[[Category: ZWave]]

= Status =
working.

ACT Homepro ZDW230

2009-01-20T07:24:23Z

ENoodle: New page: Category: Hardware Category: ZWave = Status = working. = About = This is the 3-wire version, there is also a 2-wire version (ZDW232) available.

[[Category: Hardware]]
[[Category: ZWave]]

= Status =
working.

= About =
This is the 3-wire version, there is also a 2-wire version (ZDW232) available.

User:ENoodle

2008-11-09T12:04:40Z

ENoodle: /* Update: Working Solution */

{| align="right" style="text-align: left; font-size: 90%"
|-style="background:#88AACC; text-align:center; color: black;"
|'''[[eNoodle's Living Room]]'''
|-
| [[image:Enoodle_setup_livingroom.jpg|center|thumb|150px|System Diagram]]
|}

==Devices in Livingroom==

===Mediadirector===

* 3R System HT-1100 HTPC case with LCD display
* MSI K9NGM3
* AMD Athlon X2 BE 2,4 GHz
* Integrated NVIDIA GeForce 7050 with HDMI out
* Integrated Realtek RTL8211BL Gbit LAN
* Main Soundcard Budget 7.1 Soundcard with SPDIF
* 2. Soundcard Realtek ALC888 (onboard)
* 3. Soundcard Budget 5.1 Soundcard
* Standard DVD drive
* Gyration Dongle
* USB UIRT

Works perfect. The system is powerfull enough to handle 1080p and sPDIF audio out. The system is fitted in a HTPC case. I use it in combination with a Scythe Shuriken CPU Cooler, which makes the system very quiet.

===Yamaha RX-V1700 Receiver===

2x HDMI Input
1x HDMI Output
1x RS232
3x Multiroom Audio (Mainzone: Digital Input and Output, Zone2 + Zone3: Analog only)

The Receiver has a lot of other digital and analog video/audio inputs. However, I'm referring to the one, I'm using.

==My goal==

This is my setup in the living room. Goal is to have perfect audio and video in the mainzone and to have stereo audiozones in the second and third zone. For now I've a working MD controlling the Yamaha Receiver (RS232) and the Plasma TV (using USB UIRT).

The MD has three soundcards. The first one is serving 7.1 audio through SPDIF, which is used for normal audio playback and video playback. The two other soundcard are currently running as squeezeslave. They are registered in squeezecenter, but I can't get any sound of it until now.

I hope, that I get this running and have two soundcards running as squeezeboxes, connect them as analog audio source to the receiver and have the receiver controlling the mainzone and the two audiozones.

==Update: Working Solution==

{| align="right" style="text-align: left; font-size: 90%"
|-style="background:#88AACC; text-align:center; color: black;"
|'''[[eNoodle's Living Room]]'''
|-
| [[image:Enoodle_setup_livingroom2.jpg|center|thumb|150px|Working System Diagram]]
|}

===Device Templates===

I know have a functional multiroom setup. :) The solution was to split the original RX-V1x00 template into three different templates, because the original template missed the possibility to connect the squeezebox within the connection wizard. So I setuped three different templates for each Zone the Receiver has. Each template is a standard GSD device, containing the Ruby codes for its own zone.

* Template RX-V1700 (Mainzone) controlling the Mainzone
* Template RX-V1700 (Zone 2) controlling Zone #2 located in a different room
* Template RX-V1700 (Zone 3) controlling Zone #3 located in a different room

===Squeezeboxes: Three Soundcards in one MD = 1 MD + 2 Squeezeboxes===

The MD has three soundcards. I use one of them for 7.1 playback on the MD itself using SPDIF. The other two soundcards are configured as squeezeslaves. I have two daemons running, which output their signal analog on both soundcards. These two stereo signal are connected to the Receiver (VCR1 and VCR2) and are used for audioplayback in two more rooms. I mostly followed the instructions here: http://wiki.linuxmce.org/index.php/Squeezeslave_on_the_core.

I had some problems with the amd64 client of squeezeslave, I always got "decode errors" or "receive errors", so I switched the MD to i386 and used '''squeezeslave-0.8-20-lnx26-alsa-i686'''. This squeezeslave version integrates perfectly, detects all soundcards, lists analog and digital audio ports and is very robust. I also added '-O' to the paramlist of the daemons, so they're running in the 'Oldmode', preventing the "receive errors".

Squeezeslave #1 is placed in room #2 together with Zone #2. I connected them using the Connection wizard. Same is done for Squeezeslave #2 and Zone #3, which are placed in room #3. When controlling this room, the receiver receives the vol+/- and on/off command and the squeezeslave gets the signal.

===Conclusion===

The multiroom audio is working perfectly. I have on MD and one receiver and can control three zones. This setup gets the last out of my receiver and is exactly what I wanted to have. :)

User:ENoodle

2008-11-09T09:25:38Z

ENoodle: /* Squeezeboxes: Three Soundcards in one MD */

{| align="right" style="text-align: left; font-size: 90%"
|-style="background:#88AACC; text-align:center; color: black;"
|'''[[eNoodle's Living Room]]'''
|-
| [[image:Enoodle_setup_livingroom.jpg|center|thumb|150px|System Diagram]]
|}

==Devices in Livingroom==

===Mediadirector===

* 3R System HT-1100 HTPC case with LCD display
* MSI K9NGM3
* AMD Athlon X2 BE 2,4 GHz
* Integrated NVIDIA GeForce 7050 with HDMI out
* Integrated Realtek RTL8211BL Gbit LAN
* Main Soundcard Budget 7.1 Soundcard with SPDIF
* 2. Soundcard Realtek ALC888 (onboard)
* 3. Soundcard Budget 5.1 Soundcard
* Standard DVD drive
* Gyration Dongle
* USB UIRT

Works perfect. The system is powerfull enough to handle 1080p and sPDIF audio out. The system is fitted in a HTPC case. I use it in combination with a Scythe Shuriken CPU Cooler, which makes the system very quiet.

===Yamaha RX-V1700 Receiver===

2x HDMI Input
1x HDMI Output
1x RS232
3x Multiroom Audio (Mainzone: Digital Input and Output, Zone2 + Zone3: Analog only)

The Receiver has a lot of other digital and analog video/audio inputs. However, I'm referring to the one, I'm using.

==My goal==

This is my setup in the living room. Goal is to have perfect audio and video in the mainzone and to have stereo audiozones in the second and third zone. For now I've a working MD controlling the Yamaha Receiver (RS232) and the Plasma TV (using USB UIRT).

The MD has three soundcards. The first one is serving 7.1 audio through SPDIF, which is used for normal audio playback and video playback. The two other soundcard are currently running as squeezeslave. They are registered in squeezecenter, but I can't get any sound of it until now.

I hope, that I get this running and have two soundcards running as squeezeboxes, connect them as analog audio source to the receiver and have the receiver controlling the mainzone and the two audiozones.

==Update: Working Solution==

{| align="right" style="text-align: left; font-size: 90%"
|-style="background:#88AACC; text-align:center; color: black;"
|'''[[eNoodle's Living Room]]'''
|-
| [[image:Enoodle_setup_livingroom2.jpg|center|thumb|150px|System Diagram]]
|}

===Device Templates===

I know have a functional multiroom setup. :) The solution was to split the original RX-V1x00 template into three different templates, because the original template missed the possibility to connect the squeezebox within the connection wizard. So I setuped three different templates for each Zone the Receiver has. Each template is a standard GSD device, containing the Ruby codes for its own zone.

* Template RX-V1700 (Mainzone) controlling the Mainzone
* Template RX-V1700 (Zone 2) controlling Zone #2 located in a different room
* Template RX-V1700 (Zone 3) controlling Zone #3 located in a different room

===Squeezeboxes: Three Soundcards in one MD===

The MD has three soundcards. I use one of them for 7.1 playback on the MD itself using SPDIF. The other two soundcards are configured as squeezeslaves. I have two daemons running, which output their signal analog on both soundcards. These two stereo signal are connected to the Receiver (VCR1 and VCR2) and are used for audioplayback in two more rooms. I mostly followed the instructions here: http://wiki.linuxmce.org/index.php/Squeezeslave_on_the_core.

I had some problems with the amd64 client of squeezeslave, I always got "decode errors" or "receive errors", so I switched the MD to i386 and used '''squeezeslave-0.8-20-lnx26-alsa-i686'''. This squeezeslave version integrates perfectly, detects all soundcards, lists analog and digital audio ports and is very robust. I also added '-O' to the paramlist of the daemons, so they're running in the 'Oldmode', preventing the "receive errors".

... to be continued

User:ENoodle

2008-11-08T18:48:21Z

ENoodle:

{| align="right" style="text-align: left; font-size: 90%"
|-style="background:#88AACC; text-align:center; color: black;"
|'''[[eNoodle's Living Room]]'''
|-
| [[image:Enoodle_setup_livingroom.jpg|center|thumb|150px|System Diagram]]
|}

==Devices in Livingroom==

===Mediadirector===

* 3R System HT-1100 HTPC case with LCD display
* MSI K9NGM3
* AMD Athlon X2 BE 2,4 GHz
* Integrated NVIDIA GeForce 7050 with HDMI out
* Integrated Realtek RTL8211BL Gbit LAN
* Main Soundcard Budget 7.1 Soundcard with SPDIF
* 2. Soundcard Realtek ALC888 (onboard)
* 3. Soundcard Budget 5.1 Soundcard
* Standard DVD drive
* Gyration Dongle
* USB UIRT

Works perfect. The system is powerfull enough to handle 1080p and sPDIF audio out. The system is fitted in a HTPC case. I use it in combination with a Scythe Shuriken CPU Cooler, which makes the system very quiet.

===Yamaha RX-V1700 Receiver===

2x HDMI Input
1x HDMI Output
1x RS232
3x Multiroom Audio (Mainzone: Digital Input and Output, Zone2 + Zone3: Analog only)

The Receiver has a lot of other digital and analog video/audio inputs. However, I'm referring to the one, I'm using.

==My goal==

This is my setup in the living room. Goal is to have perfect audio and video in the mainzone and to have stereo audiozones in the second and third zone. For now I've a working MD controlling the Yamaha Receiver (RS232) and the Plasma TV (using USB UIRT).

The MD has three soundcards. The first one is serving 7.1 audio through SPDIF, which is used for normal audio playback and video playback. The two other soundcard are currently running as squeezeslave. They are registered in squeezecenter, but I can't get any sound of it until now.

I hope, that I get this running and have two soundcards running as squeezeboxes, connect them as analog audio source to the receiver and have the receiver controlling the mainzone and the two audiozones.

==Update: Working Solution==

{| align="right" style="text-align: left; font-size: 90%"
|-style="background:#88AACC; text-align:center; color: black;"
|'''[[eNoodle's Living Room]]'''
|-
| [[image:Enoodle_setup_livingroom2.jpg|center|thumb|150px|System Diagram]]
|}

===Device Templates===

I know have a functional multiroom setup. :) The solution was to split the original RX-V1x00 template into three different templates, because the original template missed the possibility to connect the squeezebox within the connection wizard. So I setuped three different templates for each Zone the Receiver has. Each template is a standard GSD device, containing the Ruby codes for its own zone.

* Template RX-V1700 (Mainzone) controlling the Mainzone
* Template RX-V1700 (Zone 2) controlling Zone #2 located in a different room
* Template RX-V1700 (Zone 3) controlling Zone #3 located in a different room

===Squeezeboxes: Three Soundcards in one MD===

The MD has three soundcards. I use one of them for 7.1 playback on the MD itself using SPDIF. The other two soundcards are configured as squeezeslaves. I have two daemons running, which output their signal analog on both soundcards. These two stereo signal are connected to the Receiver (VCR1 and VCR2) and are used for audioplayback in two more rooms. I mostly followed the instructions here: http://wiki.linuxmce.org/index.php/Squeezeslave_on_the_core.

'''I had some problems with the amd64 client of squeezeslave, I always got "decode errors" or "receive errors", so I switched the MD to i386 and used the latest version of squezeeslave. I also added '-O' to the paramlist of the daemons, so they're running in the 'Oldmode', preventing the "receive errors".'''

... to be continued

User:ENoodle

2008-11-08T18:17:16Z

ENoodle:

File:Enoodle setup livingroom2.jpg

2008-11-08T18:16:18Z

ENoodle:

User:ENoodle

2008-11-06T07:19:40Z

ENoodle:

User:ENoodle

2008-11-06T07:18:46Z

ENoodle:

{| align="right" style="text-align: left; font-size: 90%"
|-style="background:#88AACC; text-align:center"
| [[image:Enoodle_setup_livingroom.jpg|center|thumb|150px|System Diagram]]
|}

'''Mediadirector 1'''
---------------

* 3R System HT-1100 HTPC case with LCD display
* MSI K9NGM3
* AMD Athlon X2 BE 2,4 GHz
* Integrated NVIDIA GeForce 7050 with HDMI out
* Integrated Realtek RTL8211BL Gbit LAN
* Main Soundcard Budget 7.1 Soundcard with SPDIF
* 2. Soundcard Realtek ALC888 (onboard)
* 3. Soundcard Budget 5.1 Soundcard
* Standard DVD drive
* Gyration Dongle
* USB UIRT

This is my setup in the living room. Goal is to have perfect audio and video in the mainzone and to have stereo audiozones in the second and third zone. For now I've a working MD controlling the Yamaha Receiver (RS232) and the Plasma TV (using USB UIRT).

'''Audiozones'''

The MD has three soundcards. The first one is serving 7.1 audio through SPDIF, which is used for normal audio playback and video playback. The two other soundcard are currently running as squeezeslave. They are registered in squeezecenter, but I can't get any sound of it until now.

I hope, that I get this running and have two soundcards running as squeezeboxes, connect them as analog audio source to the receiver and have the receiver controlling the mainzone and the two audiozones.

User:ENoodle

2008-11-06T07:18:25Z

ENoodle:

{| align="right" style="text-align: left; font-size: 90%"
|-style="background:#88AACC; text-align:center"
|'''[[eNoodle's Living Room]]'''
|-
| [[image:Enoodle_setup_livingroom.jpg|center|thumb|150px|System Diagram]]
|}

'''Mediadirector 1'''
---------------

* 3R System HT-1100 HTPC case with LCD display
* MSI K9NGM3
* AMD Athlon X2 BE 2,4 GHz
* Integrated NVIDIA GeForce 7050 with HDMI out
* Integrated Realtek RTL8211BL Gbit LAN
* Main Soundcard Budget 7.1 Soundcard with SPDIF
* 2. Soundcard Realtek ALC888 (onboard)
* 3. Soundcard Budget 5.1 Soundcard
* Standard DVD drive
* Gyration Dongle
* USB UIRT

This is my setup in the living room. Goal is to have perfect audio and video in the mainzone and to have stereo audiozones in the second and third zone. For now I've a working MD controlling the Yamaha Receiver (RS232) and the Plasma TV (using USB UIRT).

'''Audiozones'''

The MD has three soundcards. The first one is serving 7.1 audio through SPDIF, which is used for normal audio playback and video playback. The two other soundcard are currently running as squeezeslave. They are registered in squeezecenter, but I can't get any sound of it until now.

I hope, that I get this running and have two soundcards running as squeezeboxes, connect them as analog audio source to the receiver and have the receiver controlling the mainzone and the two audiozones.

User:ENoodle

2008-11-06T07:18:08Z

ENoodle:

'''Mediadirector 1'''
---------------

* 3R System HT-1100 HTPC case with LCD display
* MSI K9NGM3
* AMD Athlon X2 BE 2,4 GHz
* Integrated NVIDIA GeForce 7050 with HDMI out
* Integrated Realtek RTL8211BL Gbit LAN
* Main Soundcard Budget 7.1 Soundcard with SPDIF
* 2. Soundcard Realtek ALC888 (onboard)
* 3. Soundcard Budget 5.1 Soundcard
* Standard DVD drive
* Gyration Dongle
* USB UIRT

{| align="right" style="text-align: left; font-size: 90%"
|-style="background:#88AACC; text-align:center"
|'''[[eNoodle's Living Room]]'''
|-
| [[image:Enoodle_setup_livingroom.jpg|center|thumb|150px|System Diagram]]
|}

This is my setup in the living room. Goal is to have perfect audio and video in the mainzone and to have stereo audiozones in the second and third zone. For now I've a working MD controlling the Yamaha Receiver (RS232) and the Plasma TV (using USB UIRT).

'''Audiozones'''

The MD has three soundcards. The first one is serving 7.1 audio through SPDIF, which is used for normal audio playback and video playback. The two other soundcard are currently running as squeezeslave. They are registered in squeezecenter, but I can't get any sound of it until now.

I hope, that I get this running and have two soundcards running as squeezeboxes, connect them as analog audio source to the receiver and have the receiver controlling the mainzone and the two audiozones.

User:ENoodle

2008-11-06T07:15:23Z

ENoodle:

'''Mediadirector 1'''
---------------

* 3R System HT-1100 HTPC case with LCD display
* MSI K9NGM3
* AMD Athlon X2 BE 2,4 GHz
* Integrated NVIDIA GeForce 7050 with HDMI out
* Integrated Realtek RTL8211BL Gbit LAN
* Main Soundcard Budget 7.1 Soundcard with SPDIF
* 2. Soundcard Realtek ALC888 (onboard)
* 3. Soundcard Budget 5.1 Soundcard
* Standard DVD drive
* Gyration Dongle
* USB UIRT

[[Image:Enoodle_setup_livingroom.jpg]]

This is my setup in the living room. Goal is to have perfect audio and video in the mainzone and to have stereo audiozones in the second and third zone. For now I've a working MD controlling the Yamaha Receiver (RS232) and the Plasma TV (using USB UIRT).

'''Audiozones'''

The MD has three soundcards. The first one is serving 7.1 audio through SPDIF, which is used for normal audio playback and video playback. The two other soundcard are currently running as squeezeslave. They are registered in squeezecenter, but I can't get any sound of it until now.

I hope, that I get this running and have two soundcards running as squeezeboxes, connect them as analog audio source to the receiver and have the receiver controlling the mainzone and the two audiozones.

File:Enoodle setup livingroom.jpg

2008-11-06T07:15:03Z

ENoodle:

User:ENoodle

2008-11-05T16:02:23Z

ENoodle: New page: '''Mediadirector 1''' --------------- * 3R System HT-1100 HTPC case with LCD display * MSI K9NGM3 * AMD Athlon X2 BE 2,4 GHz * Integrated NVIDIA GeForce 7050 with HDMI out * Integrated Re...

'''Mediadirector 1'''
---------------

* 3R System HT-1100 HTPC case with LCD display
* MSI K9NGM3
* AMD Athlon X2 BE 2,4 GHz
* Integrated NVIDIA GeForce 7050 with HDMI out
* Integrated Realtek RTL8211BL Gbit LAN
* Main Soundcard Budget 7.1 Soundcard with SPDIF
* 2. Soundcard Realtek ALC888 (onboard)
* 3. Soundcard Budget 5.1 Soundcard
* Standard DVD drive
* Gyration Dongle
* USB UIRT

This is my setup in the living room. Goal is to have perfect audio and video in the mainzone and to have stereo audiozones in the second and third zone. For now I've a working MD controlling the Yamaha Receiver (RS232) and the Plasma TV (using USB UIRT).

'''Audiozones'''

The MD has three soundcards. The first one is serving 7.1 audio through SPDIF, which is used for normal audio playback and video playback. The two other soundcard are currently running as squeezeslave. They are registered in squeezecenter, but I can't get any sound of it until now.

I hope, that I get this running and have two soundcards running as squeezeboxes, connect them as analog audio source to the receiver and have the receiver controlling the mainzone and the two audiozones.

Fiire Invisible

2008-10-31T07:53:05Z

ENoodle:

Just a small info here, I'll extend it, when I've finished testing the system.

* Mainboard: MSI K9NGM3
* Audio: 7.1 analog / koaxial out
* Video: VGA / HDMI (supporting 1080i and UI2)
* Extras: 6 USB, 1 Firewire, eSATA

I can confirm, that the Fiire Invisible is working out of the box. However, the Lan Option ROM had to be enabled in the BIOS. The CPU cooler is a little bit to loud, maybe this can be adjusted in the BIOS (AMD cool'n'quiet...).

I don't know why they didn't made it available, but the Board also has an RS232 port. It is located near the keyboard plug and the BIOS shows it too, so it should be usable.

'''Update'''
The original case looks a bit cheap. Anyway, It is good for hiding behind TVs.

As I'm using the components in an other case this doesn't matter for me. I changed the CPU cooler against a Scythe Shuriken, which gave very good result in both noice and cooling. In the new case, the RS232 is also usable and is working as expected.

Receivers rs-232

2008-10-21T07:10:32Z

ENoodle:

[[Category: Hardware]]
[[Category: Serial]]
[[Category: Audio]]

= Receivers rs-232 support =
Here is a list of receivers that do or do not have rs-232 (serial port) support

== Denon ==
{| class="wikitable" border="1" cellpadding="5" cellspacing="0"
|-
! model
! rs-232 port
! rs-232 controllable
! lmce support
|-
| AVR-2307
|
|
|
|-
| AVR-2308
|
|
|
|-
| AVR-2807
|
|
|
|-
| AVR-2808
|
|
|
|-
| AVR-3807
| yes
| yes
|
|-
| [[Denon_AVR-4306|AVR-4306]]
| no (ethernet)
| yes (ethernet)
| Seemed to work fine at LinuxTag 2008, although no extensive testing was done.
|}

== Harman Kardon ==
{| class="wikitable" border="1" cellpadding="5" cellspacing="0"
|-
! model
! rs-232 port
! rs-232 controllable
! lmce support
|-
| AVR 247
| yes
| no
|
|-
| AVR 347
|
|
|
|}

== Marantz ==
{| class="wikitable" border="1" cellpadding="5" cellspacing="0"
|-
! model
! rs-232 port
! rs-232 controllable
! lmce support
|-
| SR5001
|
|
|
|-
| SR5002
|
|
|
|-
| [http://www.marantz.com/new/index.cfm?fuseaction=Products.Product&cont=eu&bus=hf&prod_id=3662&series=comp&type=avr SR6001 ]
|
|
|
|-
| SR5600
| yes
| yes
| in development(several problems exist)
|-
| SR7001
| yes
| yes
|
|-
| [http://www.marantz.com/new/index.cfm?fuseaction=Products.Product&cont=eu&bus=hf&prod_id=3702&series=comp&type=avr SR7002]
|
|
|
|-
| ZR6001
|
|
|
|}

== Meridian ==
{| class="wikitable" border="1" cellpadding="5" cellspacing="0"
|-
! model
! rs-232 port
! rs-232 controllable
! lmce support
|-
| [http://www.meridian-audio.com/p_g68.htm G68-ADV]
| yes
| yes
|
|}

== NAD ==
{| class="wikitable" border="1" cellpadding="5" cellspacing="0"
|-
! model
! rs-232 port
! rs-232 controllable
! lmce support
|-
| T-765
|
|
|
|-
| T-773
|
|
|
|}

== Onkyo ==
{| class="wikitable" border="1" cellpadding="5" cellspacing="0"
|-
! model
! rs-232 port
! rs-232 controllable
! lmce support
|-
| TX-SR705
|
|
|
|-
| TX-SR805/875
| yes
| yes
| [[Onkyo_TXSR805]]
|}

== Pioneer ==
{| class="wikitable" border="1" cellpadding="5" cellspacing="0"
|-
! model
! rs-232 port
! rs-232 controllable
! lmce support
|-
| VSX-LX50
| no
| no
| no
|-
| VSX-LX51
| yes
| ?
| ?
|-
| VSX-LX60
| yes
| ?
| ?
|-
| VSX-LX70
| yes
| ?
| ?
|}

== Sony ==
{| class="wikitable" border="1" cellpadding="5" cellspacing="0"
|-
! model
! rs-232 port
! rs-232 controllable
! lmce support
|-
| STR-DA3000ES
|
|
|
|-
| STR-DA3200ES
|
|
|
|}

== Yamaha ==
{| class="wikitable" border="1" cellpadding="5" cellspacing="0"
|-
! model
! rs-232 port
! rs-232 controllable
! lmce support
|-
| RX-V1700
| yes
| yes
| yes, using RX-V1XXX template (multizone not tested)
|-
| RX-V1800
|
|
|
|-
| RX-V2700
|
|
|
|}

Fiire Invisible

2008-10-21T07:09:04Z

ENoodle:

Just a small info here, I'll extend it, when I've finished testing the system.

* Mainboard: MSI K9NGM3
* Audio: 7.1 analog / koaxial out
* Video: VGA / HDMI (supporting 1080i and ui2)
* Extras: 6 USB, 1 Firewire, eSATA

I can confirm, that the Fiire Invisible is working out of the box. However, the Lan Option ROM had to be enabled in the BIOS. The CPU cooler is a little bit to loud, maybe this can be adjusted in the BIOS (AMD cool'n'quiet...).

I don't know why they didn't made it available, but the Board also has an RS232 port. It is located near the keyboard plug and the BIOS shows it too, so it should be usable.

Fiire Invisible

2008-10-21T07:08:06Z

ENoodle: New page: Just a small info here, I'll extend it, when I've finished testing the system. Mainboard: MSI K9NGM3 Audio: 7.1 analog / koaxial out Video: VGA / HDMI (supporting 1080i and ui2) Extras: 6...

Just a small info here, I'll extend it, when I've finished testing the system.

Mainboard: MSI K9NGM3
Audio: 7.1 analog / koaxial out
Video: VGA / HDMI (supporting 1080i and ui2)
Extras: 6 USB, 1 Firewire, eSATA

I can confirm, that the Fiire Invisible is working out of the box. However, the Lan Option ROM had to be enabled in the BIOS. The CPU cooler is a little bit to loud, maybe this can be adjusted in the BIOS (AMD cool'n'quiet...).

I don't know why they didn't made it available, but the Board also has an RS232 port. It is located near the keyboard plug and the BIOS shows it too, so it should be usable.

USB UIRT

2008-06-10T13:02:10Z

ENoodle:

[[Category: Hardware]]
[[Category: Automation]]
[[Category: Infrared]]

{| align="right"
| __TOC__
|}

[[Image:USB_UIRT.jpg|right]]

* Manufacturer home page: http://www.usbuirt.com/
* Seems to work: http://wiki.linuxmce.com/index.php/Video#Equipment_used_in_the_demo
==Use in LinuxMCE==
===Connection===
* This device is [[Plug&play]], which means not significant amount of modifications to get it to work.
* '''MAKE SURE YOU HAVE PERFECTLY GOOD BATTERIES IN YOUR REMOTE, IF YOU ENCOUNTER PROBLEMS RECORDING IR CODES'''

===Adding Remotes===
{{sectstub}}
* Windows XP MC Remote is added automatically.
* Adding different remotes (needs more work)

===Controlling AV Devices===
* [[AV Devices]] is the main page used for making and adjusting control over A/V Equipment.
* Also take a look at [[Infrared Codes]] if you are having problems with the prepopulated Codesets.

== Sales Pitch ==
The USB-UIRT, along with Automation Software such as [[LinuxMCE]], allows your PC to both Receive and Transmit infrared signals -- exactly like those used by the collection of remote controls you've acquired for your TV, VCR, Audio System, etc. The USB-UIRT can:
* Receive signals from the remote controls you already have (allowing your PC to perform actions when the 'Play' button is pressed on your VCR remote, for example)

* 'Learn' from remotes you already have and Transmit a duplicate of these signals from your PC (for example, your PC could automatically turn ON your VCR and tune it to channel 3)

* Use codes available from the Web for other remotes (such as the Philips Pronto) to control all of your equipment with Remote (IR) receivers (including special 'discrete' remote codes your brand-name remote doesn't include!). For example, the USB-UIRT could transmit the discrete 'Input 3' code to your TV to directly switch it to input 3, rather than cycling through all of the inputs.
==Technical Details==
===IR Reception===
* 34-40KHz Frequency Range
* 56KHz IR Receiver Add-On Option*
* UIR-compatible Receiver Mode
* >8 Meter Sensitivity
* IR Wavelength Filtered
* USB Wake-from-Standby Capability
* Built-in wideband IR detector for accurate Learning, including carrier frequency.
* USB Wake-from-Standby Capability

===IR Transmission===

* 20-60KHz Frequency Range
* Two (2) built-in High-Power Emitters
* 1/8" Mini-Jack for External Emitters
* UIRT-compatible Struct and Raw modes
* Extended-length code support in hardware (up to 96burst-pairs)
* Max-length burst code support in driver (up to 2048 burst-pairs)

===Dimensions===

* 2.4"W x 1.5"D x 0.7"H

==Troubleshooting (0710)==

Because of an bug within ftdi_sio.c, the UIRT can't transmit commands. Here's a small solution to fix this.

1.) Get the sources for your kernel

2.1) Edit /usr/src/[YOUR VERSION]/drivers/usb/serial/ftdi_sio.c

2.2) Find the function "ftdi_tiocmget". It should look like "ftdi_tiocmget(struct usb_serial_port *port, struct file *file)"

2.3) Within this function is a case-block, just after "case FT2232C:" add "case FT232RL:"

2.3) Save the file

3.) Rebuild the module by typing

cd /usr/src/[YOUR VERSION]/
sudo make drivers/usb/serial/ftdio_sio.ko

4.) Backup your existing ftdi_sio.ko module

cd /lib/modules/[YOUR VERSION]/kernel/drivers/usb/serial/
sudo cp ftdi_sio.ko ftdi_sio.ko.backup
sudo cp /usr/src/[YOUR VERSION]/drivers/usb/serial/ftdio_sio.ko ./

5.) Reboot your system

==See also==
* http://www.mythtv.org/wiki/index.php/USB-UIRT
* https://bugs.launchpad.net/ubuntu/+source/linux-meta/+bug/177166

USB UIRT

2008-06-10T13:01:13Z

ENoodle:

USB UIRT

2008-06-10T13:00:53Z

ENoodle:

[[Category: Hardware]]
[[Category: Automation]]
[[Category: Infrared]]

{| align="right"
| __TOC__
|}

[[Image:USB_UIRT.jpg|right]]

* Manufacturer home page: http://www.usbuirt.com/
* Seems to work: http://wiki.linuxmce.com/index.php/Video#Equipment_used_in_the_demo
==Use in LinuxMCE==
===Connection===
* This device is [[Plug&play]], which means not significant amount of modifications to get it to work.
* '''MAKE SURE YOU HAVE PERFECTLY GOOD BATTERIES IN YOUR REMOTE, IF YOU ENCOUNTER PROBLEMS RECORDING IR CODES'''

===Adding Remotes===
{{sectstub}}
* Windows XP MC Remote is added automatically.
* Adding different remotes (needs more work)

===Controlling AV Devices===
* [[AV Devices]] is the main page used for making and adjusting control over A/V Equipment.
* Also take a look at [[Infrared Codes]] if you are having problems with the prepopulated Codesets.

== Sales Pitch ==
The USB-UIRT, along with Automation Software such as [[LinuxMCE]], allows your PC to both Receive and Transmit infrared signals -- exactly like those used by the collection of remote controls you've acquired for your TV, VCR, Audio System, etc. The USB-UIRT can:
* Receive signals from the remote controls you already have (allowing your PC to perform actions when the 'Play' button is pressed on your VCR remote, for example)

* 'Learn' from remotes you already have and Transmit a duplicate of these signals from your PC (for example, your PC could automatically turn ON your VCR and tune it to channel 3)

* Use codes available from the Web for other remotes (such as the Philips Pronto) to control all of your equipment with Remote (IR) receivers (including special 'discrete' remote codes your brand-name remote doesn't include!). For example, the USB-UIRT could transmit the discrete 'Input 3' code to your TV to directly switch it to input 3, rather than cycling through all of the inputs.
==Technical Details==
===IR Reception===
* 34-40KHz Frequency Range
* 56KHz IR Receiver Add-On Option*
* UIR-compatible Receiver Mode
* >8 Meter Sensitivity
* IR Wavelength Filtered
* USB Wake-from-Standby Capability
* Built-in wideband IR detector for accurate Learning, including carrier frequency.
* USB Wake-from-Standby Capability

===IR Transmission===

* 20-60KHz Frequency Range
* Two (2) built-in High-Power Emitters
* 1/8" Mini-Jack for External Emitters
* UIRT-compatible Struct and Raw modes
* Extended-length code support in hardware (up to 96burst-pairs)
* Max-length burst code support in driver (up to 2048 burst-pairs)

===Dimensions===

* 2.4"W x 1.5"D x 0.7"H

===Troubleshooting (0710)===

Because of an bug within ftdi_sio.c, the UIRT can't transmit commands. Here's a small solution to fix this.

1.) Get the sources for your kernel

2.1) Edit /usr/src/[YOUR VERSION]/drivers/usb/serial/ftdi_sio.c

2.2) Find the function "ftdi_tiocmget". It should look like "ftdi_tiocmget(struct usb_serial_port *port, struct file *file)"

2.3) Within this function is a case-block, just after "case FT2232C:" add "case FT232RL:"

2.3) Save the file

3.) Rebuild the module by typing

cd /usr/src/[YOUR VERSION]/
sudo make drivers/usb/serial/ftdio_sio.ko

4.) Backup your existing ftdi_sio.ko module

cd /lib/modules/[YOUR VERSION]/kernel/drivers/usb/serial/
sudo cp ftdi_sio.ko ftdi_sio.ko.backup
sudo cp /usr/src/[YOUR VERSION]/drivers/usb/serial/ftdio_sio.ko ./

5.) Reboot your system

==See also==
* http://www.mythtv.org/wiki/index.php/USB-UIRT

MirrorsOld

2007-08-10T10:07:42Z

ENoodle: /* LinuxMCE 0704 */

== LinuxMCE 0704 ==

'''Before installing, check out the [[Known_Issues]].'''

There are 2 installers: the CD installer and the Quick install DVD installer ([[Download_Instructions|more]]). The new demo video that is on [http://video.google.com/videoplay?docid=2176025602905109829&hl=en Google Video] can be downloaded here in high-def 720p Ogg-Theora (.ogm) and Windows Media Video (.wmv). WMV is most compatible for viewing under windows, and OGM for Linux. Source is also available.

The md5sum for the LinuxMCE 0704 files are :

'''81206cd80caa6fc93965c94b2ac8f434 LinuxMCE_0704_CD1.iso'''

'''b00d7a04eccfdd0e85be4e6432b59919 LinuxMCE_0704_CD2.iso'''

'''c219674756bcd5ec202a68712baac2de LinuxMCE_0704_Quick_Install_DVD.iso'''

'''996b84f7d9e409b64078d4f06804c830 LinuxMCE_0704_Demo_Video_2mbit.ogm'''

'''7205c0ead596cff3e4e50d1a1b9004a5 LinuxMCE_0704_Demo_Video_2mbit.wmv'''

'''071f91777035bf49b4766367d65e09f3 LinuxMCE_0704_Source.tar.bz2'''

This wiki page is editable so users can add additional mirrors. To prevent the addition of malware to the .iso, the md5sum is also shown on the home page in the news section, which is not editable by the public.

People who will be providing mirrors can email to '''Paul Webber''' -- contact: webpaul1 -at- gmail (.com) for a URL to the LinuxMCE ftp server to get the files faster, and remove the (1.0 only) comment from this wiki when your mirror has the 0704 files.

LinuxMCE 0704 was released on August 6, 2007. At this time the torrents contain the release, and the mirrors should be updated soon. Mirrors which have (1.0 only) have not been updated.

{| border="1" cellspacing="0" cellpadding="5" style="border-collapse:collapse; border-color:#8eabd0; background:#e7edf5"
|- style="background: lightsteelblue"
|-
!Official Torrents:
|
* http://torrents.thepiratebay.org/3764634/LinuxMCE_0704_CDs.3764634.TPB.torrent
* http://torrents.thepiratebay.org/3764648/LinuxMCE_0704_Quick_Install_DVD.iso.3764648.TPB.torrent
* http://torrents.thepiratebay.org/3764646/LinuxMCE_0704_Demo_Video_2mbit.wmv.3764646.TPB.torrent
* http://torrents.thepiratebay.org/3764636/LinuxMCE_0704_Demo_Video_2mbit.ogm.3764636.TPB.torrent
* http://torrents.thepiratebay.org/3764683/LinuxMCE_0704_Source.tar.bz2.3764683.TPB.torrent
|-
![http://www.pando.com/ Pando] (a P2P app):
|
* [http://cache.pando.com/soapservices/Package/package.pando?id=B97B52FAFAC272CBD4E3260F2FCF4F9B9D8BBE42&key=CBC7D75A7E1B42A569D5279CBA615E7F104B477C31C2976C049401E3661EF598&tt=S2W&embedId=74FF9FCBC0A357B75EEF8BB9673A3D78 LinuxMCE 0704 CDs]
* [http://cache.pando.com/soapservices/Package/package.pando?id=112EDBC2C3FEF733437235A70CCDC5C2130F7751&key=DED2EE743E1F705AF31B443A1330AB70E86F1878A869D6BC297D95C1F819823A&tt=S2W&embedId=398AE307769B0D15F61AB9F8D84BE308 LinuxMCE 0704 Quick Install DVD]
* [http://cache.pando.com/soapservices/Package/package.pando?id=AA8F8A7D8DEDF9668F2E3A59BBF2B3F4353178DC&key=19802D095AC8B79757D0076C56F219D09C10D61980CC3C0E79D3CB3A0C664643&tt=S2W&embedId=8D9CCD2264C4CC4AC7D3B51AD58221C5 LinuxMCE 0704 Source]
* [http://cache.pando.com/soapservices/Package/package.pando?id=33C10F2657A24528E9F1A8C3655E347F895F814A&key=0150B234C0F4E626658DF9C9593BD60C6C6BFD22EA0141C82568856D310BBFB4&tt=S2W&embedId=9CEDFF87DF46F1E46A92CF636F077F4C LinuxMCE 0704 Demo Video 2mbit(wmv)]
* [http://cache.pando.com/soapservices/Package/package.pando?id=DC9548AB90652B18CAF999A6EDDD86E41C3DF5CD&key=66C9F572658F55E7A4F489BB9C3F87AC23D0BF756F57998BB73630F9AFC3ED26&tt=S2W&embedId=646E1561277ACF646895F62BBABC2167 LinuxMCE 0704 Demo Video 2mbit(ogm)]
* [http://cache.pando.com/soapservices/Package/package.pando?id=93C79E269A55BE14C7F68A859B0EF336B2CF4849&key=AAE42C36492B011477091337338945CB724B32ADC6F975597A261448318B620B&tt=S2W LinuxMCE 1.0]
|-
!U.S.:
|
* (1.0 only) http://www.neversfw.com/linux/ (new installer .deb posted)
* (1.0 only) http://www.robogoat.com/rampage/linuxmce/linuxmce-1.0-packages.iso
* (1.0 only) http://mirror.chibiko.net/linuxmce-1.0-packages.iso - Dreamhost Mirror, 2TB/mo - Atreidae
* (0704) http://proyectos.pixelamigo.com/software/Ubuntu/linuxMCE/ By donation ( Linux MCE 2CDs and Quick Install DVD + Ubuntu Ultimate Edition 1.4 + Ubuntu Gamers Edition )
* (1.0 only) http://coblitz.codeen.org:3125/linuxmce.com/linuxmce-1.0-packages.iso - ( [http://codeen.cs.princeton.edu/ CoDeen] & [http://www.planet-lab.org PlanetLab])
* (1.0 only) http://evilwalrus.net/mirror/ - ( [http://evilwalrus.net/mirror/mce-installer_1.0.0-1_i386.deb .deb installer] & [http://evilwalrus.net/mirror/linuxmce-1.0-packages.iso iso])
|-
!Australia:
|
* (1.0 only) [http://linuxmce.rtfm.net.au/ Packages ISO and Installer - RTFM Computing Melbourne Australia]
|-
!Europe/Middle East:
|
* (0704) http://kubuntu.org/~jriddell/linuxmce/
* (0704 + 1.0) http://www.netzwelt.de/software/4459-linuxmce.html
* (1.0 only) http://mirror.hgkz.ch/ftp/iso/linuxmce/linuxmce-1.0-packages.iso
* (1.0 only) ftp://mirror.hgkz.ch/iso/linuxmce/linuxmce-1.0-packages.iso
* (1.0 only) rsync://mirror.hgkz.ch/linuxmce/
* (0704 + 1.0) http://mirror.mirimar.net/linuxmce/
|-
!FileFront Mirror:
|
* (1.0 only) http://hosted.filefront.com/linuxmce/1925781 To help take some load of paid websites...
|-
!MediaFire Direct Links
|
* Files are direct downloads, use [http://www.freebyte.com/hjsplit/ HJ-Split] to combine.
* (1.0 only) [http://www.mediafire.com/?014wq4mgmki Part 1]
* (1.0 only) [http://www.mediafire.com/?9ozzyltiimt Part 2]
* (1.0 only) [http://www.mediafire.com/?a5q5yfdyzqy Part 3]
* (1.0 only) [http://www.mediafire.com/?1uwzzzzu0xm Part 4]
* (1.0 only) [http://www.mediafire.com/?czzmq5jzygu Part 5]
* (1.0 only) [http://www.mediafire.com/?64dw2mzz3km Part 6] -> WORKING (I spoke with MediaFire, and as of 4/3/2007 9:30am the link DOES work, sorry about the downtime)
* (1.0 only) [http://www.mediafire.com/?5ygynmnnqfr Part 7]
|}

test

Easy-share mirror:

(1.0 only) [http://w13.easy-share.com/2311321.html Part 1]

(1.0 only) [http://w13.easy-share.com/2314241.html Part 2]

(1.0 only) [http://w13.easy-share.com/2320901.html Part 3]

(1.0 only) [http://w13.easy-share.com/2320961.html Part 4]

(1.0 only) [http://w13.easy-share.com/2321011.html Part 5]

(1.0 only) [http://w13.easy-share.com/2321051.html Part 6]

(1.0 only) [http://w13.easy-share.com/2321071.html Part 7]

MirrorsOld

2007-03-26T15:14:55Z

ENoodle:

The md5sum for the LinuxMCE 1.0 Install CD (linuxmce-1.0-packages.iso) is: 0c925976b65ba481271cbb133051fe3a

This wiki page is editable so users can add additional mirrors. To prevent the addition of malware to the .iso, the md5sum is also shown on the home page in the news section, which is not editable by the public.

{| border="1" cellspacing="0" cellpadding="5" style="border-collapse:collapse; border-color:#8eabd0; background:#e7edf5"
|- style="background: lightsteelblue"
|-
!Official Torrent:
|
* http://torrents.thepiratebay.org/3646881/linuxmce-1.0-packages.iso.3646881.TPB.torrent
|-
!U.S.:
|
* http://www.neversfw.com/linux/ (new installer .deb posted)
* http://www.robogoat.com/rampage/linuxmce/linuxmce-1.0-packages.iso
* http://mirror.chibiko.net/linuxmce-1.0-packages.iso - Dreamhost Mirror, 2TB/mo - Atreidae
* http://server2.cpl1337.net/linuxmce-1.0-packages.iso
* http://proyectos.pixelamigo.com/software/Ubuntu/linuxMCE/ By donation ( Linux MCE + Ubuntu Ultimate Edition 1.3 + Ubuntu Gamers Edition )
|-
!Australia:
|
* [http://linuxmce.rtfm.net.au/ Packages ISO and Installer - RTFM Computing Melbourne Australia]
|-
!Europe:
|
* http://www.netzwelt.de/software/4459-linuxmce.html
* http://mirror.hgkz.ch/ftp/iso/linuxmce/linuxmce-1.0-packages.iso
* ftp://mirror.hgkz.ch/iso/linuxmce/linuxmce-1.0-packages.iso
* rsync://mirror.hgkz.ch/linuxmce/
|-
!FileFront Mirror:
|
* http://hosted.filefront.com/linuxmce/1925781 To help take some load of paid websites...
|-
![http://www.pando.com/ Pando] (a P2P app):
|
* [http://cache.pando.com/soapservices/Package/package.pando?id=93C79E269A55BE14C7F68A859B0EF336B2CF4849&key=AAE42C36492B011477091337338945CB724B32ADC6F975597A261448318B620B&tt=S2W Pando Link]
|-
!MediaFire Direct Links:
|
* Files are direct downloads, use [http://www.freebyte.com/hjsplit/ HJ-Split] to combine.
* [http://www.mediafire.com/?014wq4mgmki Part 1]
* [http://www.mediafire.com/?9ozzyltiimt Part 2]
* [http://www.mediafire.com/?a5q5yfdyzqy Part 3]
* [http://www.mediafire.com/?1uwzzzzu0xm Part 4]
* [http://www.mediafire.com/?czzmq5jzygu Part 5]
* [http://www.mediafire.com/?64dw2mzz3km Part 6]
* [http://www.mediafire.com/?5ygynmnnqfr Part 7]
|}