AlsaProject - User contributions [en]

Matrix:Module-emu10k1

2013-04-26T21:36:09Z

Oliver: /* General driver status */ Adding some hint fot the 64 bit soundfont bug

{| align="right"
|__TOC__
|}

==Card specific information==
===General driver status===
Last updated: 11-11-2006

To test support for the E-Mu cards, one also need the alsa-firmware package.

Small update for those interested. I am the developer currently working on writing a Linux ALSA driver for the:

* EMU 1212m (both old and new versions should work)
* EMU 1820m (both old and new versions should work)
* 1616M PCI
* 02 CardBus Card
* 0404 PCI

Other EMU hardware samples (sound cards) have arrived, so one might expect support in the future for:
* 0404 USB 2.0
* 0202 USB 2.0

The first version of the driver for 1212m and 1820m is now out there in kernel 2.6.19 or alsa-driver 1.0.14.
If one is adventurous, one can check out the HG repository and have improved features and support for the other PCI cards.
These features will be out in kernel 2.6.23 or alsa-driver 1.0.15

Not all features are supported yet, but I would welcome some people testing the features it currently has.
Please note, this driver has been written in my free time, with no financial support from E-MU except donation of the sound cards and a useful datasheet. I welcome constructive feedback.

What should work:
# 44.1kHz and 48kHz are currently supported.
# Playback to ALSA devices at 16bit:
#* front
#* rear
#* center_lfe
#* side
#* surround40
#* surround51
#* surround71
# That playback or ALSA devices arrives in DSP channels 0-7. One can then select with alsamixer which actual physical output one wished the sound to come from. It loads with mostly sensible defaults.
# Stereo 16bit sound capture with the default device
# 8-channel 24bit (S32_LE) in-phase capture suitable for use with jackd/ardour.
# 8-channel 24bit (S32_LE) in-phase playback suitable for use with jackd/ardour. Note: This has not been tested yet, so might not work very well.
# Switches to enable PADS (attenuation) to the inputs and outputs.
# ADAT/SPDIF (need people to test this for me)

What is not yet supported:
# Any rate apart from 44.1 and 48kHz. (I know how to do it, I just need time to implement support for it. Fairly big task.)
# A patchmix type application. (I really need help here)
# sync card. (need people to test this for me)
# loading large soundfonts on an 64 Bit OS and computer with more than 4 GB installed RAM. See the section "Audigy 2" for a workaround
# Anything else not mentioned above. :-)

Cheers

James
[https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=emu original]

===Audigy 2 Platinum EX ===
Infrared remote control and MIDI in/out on Audigy 2 ZS pro and Audigy 4 pro.

There is an issue with the Audigy 2 Platinum Ex soundcard and the Audigy 4 pro (and probably some other Audigy 2 cards as well), whereas the IR sensor, MIDI and the buttons on the LiveDrive do NOT work at all until the LiveDrive is initialized by sending the sequence of '0xf0, 0x00, 0x20, 0x21, 0x61, 0x0, 0x00, 0x00, 0x7f, 0x0, 0xf7' to the MIDI port. Before doing this, even the LED on the LiveDrive won't blink, as it usually does when a button on the remote is pressed. As far as I know, this behaviour is different than with most LiveDrives manufactured by Creative. For more information see this link. The easiest workaround to this is to add the following line to /etc/modules.conf

post-install snd-emu10k1

echo -e '\360\000\040\041\141\000\000\000\177\000\367' > /dev/snd/midiC0D1

If it doesn't work, try

echo -en "\xf0\x00\x20\x21\x61\x00\x00\x00\x7f\x00\xf7" > /dev/snd/midiC0D1

It works for me and it should be distribution-independent (with exception to Debian, where you change /etc/modutils/alsa and run update-modules afterwards, Debian users will know anyway).

=== Audigy 2 ===

The soundcard has a '''hardware bug''' (the address bus is only 31 Bit wide, instead of 32 Bit) that makes it impossible to load and address large soundfont2 files on an '''64 Bit Kernel''' and more than 4 GB RAM above the 2 GB Address memory space.
But a workaround does exist:

First, one needs to identify one's sound card.
Open a terminal windows and type:
cat /proc/asound/cards

This has been tested with the following cards:
0 [Audigy2 ]: Audigy2 - SB Audigy 2 Platinum [SB0240P]
SB Audigy 2 Platinum [SB0240P] (rev.4, serial:0x10021102)

Then reboot the OS and press "e" when grub is loading.
In grub's edit menu search for the word "splash" and then add after this word the following option
memmap=2048M\\$6144M

Then continue booting the kernel.
This kernel option will limit your Hardware RAM for this session your OS can use to about 2-4 GB which leads to a solution for the Audigy 2 which now will be able to load large soundfont files
in the now limited 2 GB address space of your RAM.
This setting will be lost after reboot. To add a permanent solution edit your grub menu config file.

An alternative to this solution would be using an 32 Bit Kernel, instead of an 64 Bit Kernel.

===Audigy 2 ZS Notebook.===

Status of current ALSA hg repository support:
changeset: 4743:5282de1ad7ef (or alsa-driver 1.0.14)

Supported:
# 7.1 Sound analog playback
# Sound capture from Mic/Line in. (newly added)
# Digital PCM out
Not yet supported:
# Digital AC3 out (requires implementation of the p17v PCMs)
# Digital input

For older alsa-driver 1.0.13
Supported:
# 7.1 Sound analog playback
# Digital PCM out
Not supported:
# Digital AC3 out
# Digital input
# Sound capture from Mic/Line in.

[https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=Audigy2 original]

===Audigy4 capture===
First, one needs to identify one's sound card.
Open a terminal windows and type:
cat /proc/asound/cards

This has been tested with the following cards:
0 [Audigy2 ]: Audigy2 - Audigy 4 [SB0610]
Audigy 4 [SB0610] (rev.0, serial:0x10211102) at 0x9400, irq 201
This note applies only to the SB0610 and may or may not work for other Audigy 4 cards.

The controls that have been tested and verified are:
Mic and Line-in.
In order to get sound capture working, set the following controls as they affect both Mic and Line-in:
On the alsamixer Capture display:
# Master -> 100% or 0dB (affects both analog and digital capture sources)
# Analog Mix -> 100% or 0dB (affects only analog sources)

Controls that affect Mic input:
On the alsamixer Playback display:
(these will eventually appear on the capture display once developers add the feature):
# Mic boost (If you need +20dB boost)
# Mic Select -> Mic1
On the alsamixer Capture display:
# Mic -> 100%

Controls that affect Line-in input:
1) Line -> 100% or +12dB

[https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=audigy4capture original]

{{Template:Modinfo
|module=emu10k1
|description=EMU10K1
|author=Jaroslav Kysela
|index:Index value for the EMU10K1 soundcard. (array of int)
|id:ID string for the EMU10K1 soundcard. (array of charp)
|enable:Enable the EMU10K1 soundcard. (array of bool)
|extin:Available external inputs for FX8010. Zero=default. (array of int)
|extout:Available external outputs for FX8010. Zero=default. (array of int)
|seq_ports:Allocated sequencer ports for internal synthesizer. (array of int)
|max_synth_voices:Maximum number of voices for WaveTable. (array of int)
|max_buffer_size:Maximum sample buffer size in MB. (array of int)
|enable_ir:Enable IR. (array of bool)
|subsystem:Force card subsystem model. (array of uint)
}}

{{Matrix:Soundcard|name=Creative EMU based|module=emu10k1}}

Matrix:Module-emu10k1

2013-04-26T21:34:09Z

Oliver: /* Audigy 2 */ typo

{| align="right"
|__TOC__
|}

==Card specific information==
===General driver status===
Last updated: 11-11-2006

To test support for the E-Mu cards, one also need the alsa-firmware package.

Small update for those interested. I am the developer currently working on writing a Linux ALSA driver for the:

* EMU 1212m (both old and new versions should work)
* EMU 1820m (both old and new versions should work)
* 1616M PCI
* 02 CardBus Card
* 0404 PCI

Other EMU hardware samples (sound cards) have arrived, so one might expect support in the future for:
* 0404 USB 2.0
* 0202 USB 2.0

The first version of the driver for 1212m and 1820m is now out there in kernel 2.6.19 or alsa-driver 1.0.14.
If one is adventurous, one can check out the HG repository and have improved features and support for the other PCI cards.
These features will be out in kernel 2.6.23 or alsa-driver 1.0.15

Not all features are supported yet, but I would welcome some people testing the features it currently has.
Please note, this driver has been written in my free time, with no financial support from E-MU except donation of the sound cards and a useful datasheet. I welcome constructive feedback.

What should work:
# 44.1kHz and 48kHz are currently supported.
# Playback to ALSA devices at 16bit:
#* front
#* rear
#* center_lfe
#* side
#* surround40
#* surround51
#* surround71
# That playback or ALSA devices arrives in DSP channels 0-7. One can then select with alsamixer which actual physical output one wished the sound to come from. It loads with mostly sensible defaults.
# Stereo 16bit sound capture with the default device
# 8-channel 24bit (S32_LE) in-phase capture suitable for use with jackd/ardour.
# 8-channel 24bit (S32_LE) in-phase playback suitable for use with jackd/ardour. Note: This has not been tested yet, so might not work very well.
# Switches to enable PADS (attenuation) to the inputs and outputs.
# ADAT/SPDIF (need people to test this for me)

What is not yet supported:
# Any rate apart from 44.1 and 48kHz. (I know how to do it, I just need time to implement support for it. Fairly big task.)
# A patchmix type application. (I really need help here)
# sync card. (need people to test this for me)
# Anything else not mentioned above. :-)

Cheers

James
[https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=emu original]

===Audigy 2 Platinum EX ===
Infrared remote control and MIDI in/out on Audigy 2 ZS pro and Audigy 4 pro.

There is an issue with the Audigy 2 Platinum Ex soundcard and the Audigy 4 pro (and probably some other Audigy 2 cards as well), whereas the IR sensor, MIDI and the buttons on the LiveDrive do NOT work at all until the LiveDrive is initialized by sending the sequence of '0xf0, 0x00, 0x20, 0x21, 0x61, 0x0, 0x00, 0x00, 0x7f, 0x0, 0xf7' to the MIDI port. Before doing this, even the LED on the LiveDrive won't blink, as it usually does when a button on the remote is pressed. As far as I know, this behaviour is different than with most LiveDrives manufactured by Creative. For more information see this link. The easiest workaround to this is to add the following line to /etc/modules.conf

post-install snd-emu10k1

echo -e '\360\000\040\041\141\000\000\000\177\000\367' > /dev/snd/midiC0D1

If it doesn't work, try

echo -en "\xf0\x00\x20\x21\x61\x00\x00\x00\x7f\x00\xf7" > /dev/snd/midiC0D1

It works for me and it should be distribution-independent (with exception to Debian, where you change /etc/modutils/alsa and run update-modules afterwards, Debian users will know anyway).

=== Audigy 2 ===

The soundcard has a '''hardware bug''' (the address bus is only 31 Bit wide, instead of 32 Bit) that makes it impossible to load and address large soundfont2 files on an '''64 Bit Kernel''' and more than 4 GB RAM above the 2 GB Address memory space.
But a workaround does exist:

First, one needs to identify one's sound card.
Open a terminal windows and type:
cat /proc/asound/cards

This has been tested with the following cards:
0 [Audigy2 ]: Audigy2 - SB Audigy 2 Platinum [SB0240P]
SB Audigy 2 Platinum [SB0240P] (rev.4, serial:0x10021102)

Then reboot the OS and press "e" when grub is loading.
In grub's edit menu search for the word "splash" and then add after this word the following option
memmap=2048M\\$6144M

Then continue booting the kernel.
This kernel option will limit your Hardware RAM for this session your OS can use to about 2-4 GB which leads to a solution for the Audigy 2 which now will be able to load large soundfont files
in the now limited 2 GB address space of your RAM.
This setting will be lost after reboot. To add a permanent solution edit your grub menu config file.

An alternative to this solution would be using an 32 Bit Kernel, instead of an 64 Bit Kernel.

===Audigy 2 ZS Notebook.===

Status of current ALSA hg repository support:
changeset: 4743:5282de1ad7ef (or alsa-driver 1.0.14)

Supported:
# 7.1 Sound analog playback
# Sound capture from Mic/Line in. (newly added)
# Digital PCM out
Not yet supported:
# Digital AC3 out (requires implementation of the p17v PCMs)
# Digital input

For older alsa-driver 1.0.13
Supported:
# 7.1 Sound analog playback
# Digital PCM out
Not supported:
# Digital AC3 out
# Digital input
# Sound capture from Mic/Line in.

[https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=Audigy2 original]

===Audigy4 capture===
First, one needs to identify one's sound card.
Open a terminal windows and type:
cat /proc/asound/cards

This has been tested with the following cards:
0 [Audigy2 ]: Audigy2 - Audigy 4 [SB0610]
Audigy 4 [SB0610] (rev.0, serial:0x10211102) at 0x9400, irq 201
This note applies only to the SB0610 and may or may not work for other Audigy 4 cards.

The controls that have been tested and verified are:
Mic and Line-in.
In order to get sound capture working, set the following controls as they affect both Mic and Line-in:
On the alsamixer Capture display:
# Master -> 100% or 0dB (affects both analog and digital capture sources)
# Analog Mix -> 100% or 0dB (affects only analog sources)

Controls that affect Mic input:
On the alsamixer Playback display:
(these will eventually appear on the capture display once developers add the feature):
# Mic boost (If you need +20dB boost)
# Mic Select -> Mic1
On the alsamixer Capture display:
# Mic -> 100%

Controls that affect Line-in input:
1) Line -> 100% or +12dB

[https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=audigy4capture original]

{{Template:Modinfo
|module=emu10k1
|description=EMU10K1
|author=Jaroslav Kysela
|index:Index value for the EMU10K1 soundcard. (array of int)
|id:ID string for the EMU10K1 soundcard. (array of charp)
|enable:Enable the EMU10K1 soundcard. (array of bool)
|extin:Available external inputs for FX8010. Zero=default. (array of int)
|extout:Available external outputs for FX8010. Zero=default. (array of int)
|seq_ports:Allocated sequencer ports for internal synthesizer. (array of int)
|max_synth_voices:Maximum number of voices for WaveTable. (array of int)
|max_buffer_size:Maximum sample buffer size in MB. (array of int)
|enable_ir:Enable IR. (array of bool)
|subsystem:Force card subsystem model. (array of uint)
}}

{{Matrix:Soundcard|name=Creative EMU based|module=emu10k1}}

Matrix:Module-emu10k1

2013-04-26T21:32:24Z

Oliver: /* Audigy 2 */

{| align="right"
|__TOC__
|}

==Card specific information==
===General driver status===
Last updated: 11-11-2006

To test support for the E-Mu cards, one also need the alsa-firmware package.

Small update for those interested. I am the developer currently working on writing a Linux ALSA driver for the:

* EMU 1212m (both old and new versions should work)
* EMU 1820m (both old and new versions should work)
* 1616M PCI
* 02 CardBus Card
* 0404 PCI

Other EMU hardware samples (sound cards) have arrived, so one might expect support in the future for:
* 0404 USB 2.0
* 0202 USB 2.0

The first version of the driver for 1212m and 1820m is now out there in kernel 2.6.19 or alsa-driver 1.0.14.
If one is adventurous, one can check out the HG repository and have improved features and support for the other PCI cards.
These features will be out in kernel 2.6.23 or alsa-driver 1.0.15

Not all features are supported yet, but I would welcome some people testing the features it currently has.
Please note, this driver has been written in my free time, with no financial support from E-MU except donation of the sound cards and a useful datasheet. I welcome constructive feedback.

What should work:
# 44.1kHz and 48kHz are currently supported.
# Playback to ALSA devices at 16bit:
#* front
#* rear
#* center_lfe
#* side
#* surround40
#* surround51
#* surround71
# That playback or ALSA devices arrives in DSP channels 0-7. One can then select with alsamixer which actual physical output one wished the sound to come from. It loads with mostly sensible defaults.
# Stereo 16bit sound capture with the default device
# 8-channel 24bit (S32_LE) in-phase capture suitable for use with jackd/ardour.
# 8-channel 24bit (S32_LE) in-phase playback suitable for use with jackd/ardour. Note: This has not been tested yet, so might not work very well.
# Switches to enable PADS (attenuation) to the inputs and outputs.
# ADAT/SPDIF (need people to test this for me)

What is not yet supported:
# Any rate apart from 44.1 and 48kHz. (I know how to do it, I just need time to implement support for it. Fairly big task.)
# A patchmix type application. (I really need help here)
# sync card. (need people to test this for me)
# Anything else not mentioned above. :-)

Cheers

James
[https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=emu original]

===Audigy 2 Platinum EX ===
Infrared remote control and MIDI in/out on Audigy 2 ZS pro and Audigy 4 pro.

There is an issue with the Audigy 2 Platinum Ex soundcard and the Audigy 4 pro (and probably some other Audigy 2 cards as well), whereas the IR sensor, MIDI and the buttons on the LiveDrive do NOT work at all until the LiveDrive is initialized by sending the sequence of '0xf0, 0x00, 0x20, 0x21, 0x61, 0x0, 0x00, 0x00, 0x7f, 0x0, 0xf7' to the MIDI port. Before doing this, even the LED on the LiveDrive won't blink, as it usually does when a button on the remote is pressed. As far as I know, this behaviour is different than with most LiveDrives manufactured by Creative. For more information see this link. The easiest workaround to this is to add the following line to /etc/modules.conf

post-install snd-emu10k1

echo -e '\360\000\040\041\141\000\000\000\177\000\367' > /dev/snd/midiC0D1

If it doesn't work, try

echo -en "\xf0\x00\x20\x21\x61\x00\x00\x00\x7f\x00\xf7" > /dev/snd/midiC0D1

It works for me and it should be distribution-independent (with exception to Debian, where you change /etc/modutils/alsa and run update-modules afterwards, Debian users will know anyway).

=== Audigy 2 ===

The soundcard has a '''hardware bug''' (the address bus is only 31 Bit wide, instead of 32 Bit) that makes it impossible to load and address large soundfont2 files on an '''64 Bit Kernel''' and more than 4 GB RAM above the 2 GB Address memory space.
But a workaround does exist:

First, one needs to identify one's sound card.
Open a terminal windows and type:
cat /proc/asound/cards

This has been tested with the following cards:
0 [Audigy2 ]: Audigy2 - SB Audigy 2 Platinum [SB0240P]
SB Audigy 2 Platinum [SB0240P] (rev.4, serial:0x10021102)

Then reboot the OS and press "e" when grub is loading.
In grub's edit menu search for the word "splash" and then add after this word the following option
memmap=2048M\\$6144M

Then continue booting the kernel.
This kernel option will limit your Hardware RAM for this session your OS can use to about 2-4 GB which leads to a solution for the Audigy 2 which now will be able load large soundfont files
in the limited 2 GB address space of your RAM.

An alternative to this solution would be using an 32 Bit Kernel, instead of an 64 Bit Kernel.

===Audigy 2 ZS Notebook.===

Status of current ALSA hg repository support:
changeset: 4743:5282de1ad7ef (or alsa-driver 1.0.14)

Supported:
# 7.1 Sound analog playback
# Sound capture from Mic/Line in. (newly added)
# Digital PCM out
Not yet supported:
# Digital AC3 out (requires implementation of the p17v PCMs)
# Digital input

For older alsa-driver 1.0.13
Supported:
# 7.1 Sound analog playback
# Digital PCM out
Not supported:
# Digital AC3 out
# Digital input
# Sound capture from Mic/Line in.

[https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=Audigy2 original]

===Audigy4 capture===
First, one needs to identify one's sound card.
Open a terminal windows and type:
cat /proc/asound/cards

This has been tested with the following cards:
0 [Audigy2 ]: Audigy2 - Audigy 4 [SB0610]
Audigy 4 [SB0610] (rev.0, serial:0x10211102) at 0x9400, irq 201
This note applies only to the SB0610 and may or may not work for other Audigy 4 cards.

The controls that have been tested and verified are:
Mic and Line-in.
In order to get sound capture working, set the following controls as they affect both Mic and Line-in:
On the alsamixer Capture display:
# Master -> 100% or 0dB (affects both analog and digital capture sources)
# Analog Mix -> 100% or 0dB (affects only analog sources)

Controls that affect Mic input:
On the alsamixer Playback display:
(these will eventually appear on the capture display once developers add the feature):
# Mic boost (If you need +20dB boost)
# Mic Select -> Mic1
On the alsamixer Capture display:
# Mic -> 100%

Controls that affect Line-in input:
1) Line -> 100% or +12dB

[https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=audigy4capture original]

{{Template:Modinfo
|module=emu10k1
|description=EMU10K1
|author=Jaroslav Kysela
|index:Index value for the EMU10K1 soundcard. (array of int)
|id:ID string for the EMU10K1 soundcard. (array of charp)
|enable:Enable the EMU10K1 soundcard. (array of bool)
|extin:Available external inputs for FX8010. Zero=default. (array of int)
|extout:Available external outputs for FX8010. Zero=default. (array of int)
|seq_ports:Allocated sequencer ports for internal synthesizer. (array of int)
|max_synth_voices:Maximum number of voices for WaveTable. (array of int)
|max_buffer_size:Maximum sample buffer size in MB. (array of int)
|enable_ir:Enable IR. (array of bool)
|subsystem:Force card subsystem model. (array of uint)
}}

{{Matrix:Soundcard|name=Creative EMU based|module=emu10k1}}

Matrix:Module-emu10k1

2013-04-26T21:30:04Z

Oliver: /* Audigy 2 */ typo

{| align="right"
|__TOC__
|}

==Card specific information==
===General driver status===
Last updated: 11-11-2006

To test support for the E-Mu cards, one also need the alsa-firmware package.

Small update for those interested. I am the developer currently working on writing a Linux ALSA driver for the:

* EMU 1212m (both old and new versions should work)
* EMU 1820m (both old and new versions should work)
* 1616M PCI
* 02 CardBus Card
* 0404 PCI

Other EMU hardware samples (sound cards) have arrived, so one might expect support in the future for:
* 0404 USB 2.0
* 0202 USB 2.0

The first version of the driver for 1212m and 1820m is now out there in kernel 2.6.19 or alsa-driver 1.0.14.
If one is adventurous, one can check out the HG repository and have improved features and support for the other PCI cards.
These features will be out in kernel 2.6.23 or alsa-driver 1.0.15

Not all features are supported yet, but I would welcome some people testing the features it currently has.
Please note, this driver has been written in my free time, with no financial support from E-MU except donation of the sound cards and a useful datasheet. I welcome constructive feedback.

What should work:
# 44.1kHz and 48kHz are currently supported.
# Playback to ALSA devices at 16bit:
#* front
#* rear
#* center_lfe
#* side
#* surround40
#* surround51
#* surround71
# That playback or ALSA devices arrives in DSP channels 0-7. One can then select with alsamixer which actual physical output one wished the sound to come from. It loads with mostly sensible defaults.
# Stereo 16bit sound capture with the default device
# 8-channel 24bit (S32_LE) in-phase capture suitable for use with jackd/ardour.
# 8-channel 24bit (S32_LE) in-phase playback suitable for use with jackd/ardour. Note: This has not been tested yet, so might not work very well.
# Switches to enable PADS (attenuation) to the inputs and outputs.
# ADAT/SPDIF (need people to test this for me)

What is not yet supported:
# Any rate apart from 44.1 and 48kHz. (I know how to do it, I just need time to implement support for it. Fairly big task.)
# A patchmix type application. (I really need help here)
# sync card. (need people to test this for me)
# Anything else not mentioned above. :-)

Cheers

James
[https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=emu original]

===Audigy 2 Platinum EX ===
Infrared remote control and MIDI in/out on Audigy 2 ZS pro and Audigy 4 pro.

There is an issue with the Audigy 2 Platinum Ex soundcard and the Audigy 4 pro (and probably some other Audigy 2 cards as well), whereas the IR sensor, MIDI and the buttons on the LiveDrive do NOT work at all until the LiveDrive is initialized by sending the sequence of '0xf0, 0x00, 0x20, 0x21, 0x61, 0x0, 0x00, 0x00, 0x7f, 0x0, 0xf7' to the MIDI port. Before doing this, even the LED on the LiveDrive won't blink, as it usually does when a button on the remote is pressed. As far as I know, this behaviour is different than with most LiveDrives manufactured by Creative. For more information see this link. The easiest workaround to this is to add the following line to /etc/modules.conf

post-install snd-emu10k1

echo -e '\360\000\040\041\141\000\000\000\177\000\367' > /dev/snd/midiC0D1

If it doesn't work, try

echo -en "\xf0\x00\x20\x21\x61\x00\x00\x00\x7f\x00\xf7" > /dev/snd/midiC0D1

It works for me and it should be distribution-independent (with exception to Debian, where you change /etc/modutils/alsa and run update-modules afterwards, Debian users will know anyway).

=== Audigy 2 ===

The soundcard has a hardware bug (the address bus is only 31 Bit wide, instead of 32 Bit) that makes it impossible to load and address large soundfont2 files on an 64 Bit Kernel and more than 4 GB RAM above the 2 GB Address memory space.
But a workaround does exist:

First, one needs to identify one's sound card.
Open a terminal windows and type:
cat /proc/asound/cards

This has been tested with the following cards:
0 [Audigy2 ]: Audigy2 - SB Audigy 2 Platinum [SB0240P]
SB Audigy 2 Platinum [SB0240P] (rev.4, serial:0x10021102)

Then reboot the OS and press "e" when grub is loading.
In grub's edit menu search for the word "splash" and then add after this word the following option
memmap=2048M\\$6144M

Then continue booting the kernel.
This kernel option will limit your Hardware RAM for this session your OS can use to about 2-4 GB which leads to a solution for the Audigy 2 which now will be able load large soundfont files
in the limited 2 GB address space of your RAM.

An alternative to this solution would be using an 32 Bit Kernel, instead of an 64 Bit Kernel.

===Audigy 2 ZS Notebook.===

Status of current ALSA hg repository support:
changeset: 4743:5282de1ad7ef (or alsa-driver 1.0.14)

Supported:
# 7.1 Sound analog playback
# Sound capture from Mic/Line in. (newly added)
# Digital PCM out
Not yet supported:
# Digital AC3 out (requires implementation of the p17v PCMs)
# Digital input

For older alsa-driver 1.0.13
Supported:
# 7.1 Sound analog playback
# Digital PCM out
Not supported:
# Digital AC3 out
# Digital input
# Sound capture from Mic/Line in.

[https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=Audigy2 original]

===Audigy4 capture===
First, one needs to identify one's sound card.
Open a terminal windows and type:
cat /proc/asound/cards

This has been tested with the following cards:
0 [Audigy2 ]: Audigy2 - Audigy 4 [SB0610]
Audigy 4 [SB0610] (rev.0, serial:0x10211102) at 0x9400, irq 201
This note applies only to the SB0610 and may or may not work for other Audigy 4 cards.

The controls that have been tested and verified are:
Mic and Line-in.
In order to get sound capture working, set the following controls as they affect both Mic and Line-in:
On the alsamixer Capture display:
# Master -> 100% or 0dB (affects both analog and digital capture sources)
# Analog Mix -> 100% or 0dB (affects only analog sources)

Controls that affect Mic input:
On the alsamixer Playback display:
(these will eventually appear on the capture display once developers add the feature):
# Mic boost (If you need +20dB boost)
# Mic Select -> Mic1
On the alsamixer Capture display:
# Mic -> 100%

Controls that affect Line-in input:
1) Line -> 100% or +12dB

[https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=audigy4capture original]

{{Template:Modinfo
|module=emu10k1
|description=EMU10K1
|author=Jaroslav Kysela
|index:Index value for the EMU10K1 soundcard. (array of int)
|id:ID string for the EMU10K1 soundcard. (array of charp)
|enable:Enable the EMU10K1 soundcard. (array of bool)
|extin:Available external inputs for FX8010. Zero=default. (array of int)
|extout:Available external outputs for FX8010. Zero=default. (array of int)
|seq_ports:Allocated sequencer ports for internal synthesizer. (array of int)
|max_synth_voices:Maximum number of voices for WaveTable. (array of int)
|max_buffer_size:Maximum sample buffer size in MB. (array of int)
|enable_ir:Enable IR. (array of bool)
|subsystem:Force card subsystem model. (array of uint)
}}

{{Matrix:Soundcard|name=Creative EMU based|module=emu10k1}}

Matrix:Module-emu10k1

2013-04-26T21:29:28Z

Oliver: /* Card specific information */ Audigy 2 loading large soundfonts bug on 64 Bit OS and more than 4 GB RAM workaraound solution

{| align="right"
|__TOC__
|}

==Card specific information==
===General driver status===
Last updated: 11-11-2006

To test support for the E-Mu cards, one also need the alsa-firmware package.

Small update for those interested. I am the developer currently working on writing a Linux ALSA driver for the:

* EMU 1212m (both old and new versions should work)
* EMU 1820m (both old and new versions should work)
* 1616M PCI
* 02 CardBus Card
* 0404 PCI

Other EMU hardware samples (sound cards) have arrived, so one might expect support in the future for:
* 0404 USB 2.0
* 0202 USB 2.0

The first version of the driver for 1212m and 1820m is now out there in kernel 2.6.19 or alsa-driver 1.0.14.
If one is adventurous, one can check out the HG repository and have improved features and support for the other PCI cards.
These features will be out in kernel 2.6.23 or alsa-driver 1.0.15

Not all features are supported yet, but I would welcome some people testing the features it currently has.
Please note, this driver has been written in my free time, with no financial support from E-MU except donation of the sound cards and a useful datasheet. I welcome constructive feedback.

What should work:
# 44.1kHz and 48kHz are currently supported.
# Playback to ALSA devices at 16bit:
#* front
#* rear
#* center_lfe
#* side
#* surround40
#* surround51
#* surround71
# That playback or ALSA devices arrives in DSP channels 0-7. One can then select with alsamixer which actual physical output one wished the sound to come from. It loads with mostly sensible defaults.
# Stereo 16bit sound capture with the default device
# 8-channel 24bit (S32_LE) in-phase capture suitable for use with jackd/ardour.
# 8-channel 24bit (S32_LE) in-phase playback suitable for use with jackd/ardour. Note: This has not been tested yet, so might not work very well.
# Switches to enable PADS (attenuation) to the inputs and outputs.
# ADAT/SPDIF (need people to test this for me)

What is not yet supported:
# Any rate apart from 44.1 and 48kHz. (I know how to do it, I just need time to implement support for it. Fairly big task.)
# A patchmix type application. (I really need help here)
# sync card. (need people to test this for me)
# Anything else not mentioned above. :-)

Cheers

James
[https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=emu original]

===Audigy 2 Platinum EX ===
Infrared remote control and MIDI in/out on Audigy 2 ZS pro and Audigy 4 pro.

There is an issue with the Audigy 2 Platinum Ex soundcard and the Audigy 4 pro (and probably some other Audigy 2 cards as well), whereas the IR sensor, MIDI and the buttons on the LiveDrive do NOT work at all until the LiveDrive is initialized by sending the sequence of '0xf0, 0x00, 0x20, 0x21, 0x61, 0x0, 0x00, 0x00, 0x7f, 0x0, 0xf7' to the MIDI port. Before doing this, even the LED on the LiveDrive won't blink, as it usually does when a button on the remote is pressed. As far as I know, this behaviour is different than with most LiveDrives manufactured by Creative. For more information see this link. The easiest workaround to this is to add the following line to /etc/modules.conf

post-install snd-emu10k1

echo -e '\360\000\040\041\141\000\000\000\177\000\367' > /dev/snd/midiC0D1

If it doesn't work, try

echo -en "\xf0\x00\x20\x21\x61\x00\x00\x00\x7f\x00\xf7" > /dev/snd/midiC0D1

It works for me and it should be distribution-independent (with exception to Debian, where you change /etc/modutils/alsa and run update-modules afterwards, Debian users will know anyway).

=== Audigy 2 ===

The soundcard has a hardware bug (the address bus is only 31 Bit wide, instead of 32 Bit) that makes it impossible to load and address large soundfont2 files on an 64 Bit Kernel and more than 4 GB RAM above the 2 GB Address memory space.
But a workaround does exist:

First, one needs to identify one's sound card.
Open a terminal windows and type:
cat /proc/asound/cards

This has been tested with the following cards:
0 [Audigy2 ]: Audigy2 - SB Audigy 2 Platinum [SB0240P]
SB Audigy 2 Platinum [SB0240P] (rev.4, serial:0x10021102)

Then reboot the OS and press "e" when grub is loading.
In grub's edit menu search for the word "splash" and then add after this word the following option "memmap=2048M\\$6144M" without double quotes.
Then continue booting the kernel.
This kernel option will limit your Hardware RAM for this session your OS can use to about 2-4 GB which leads to a solution for the Audigy 2 which now will be able load large soundfont files
in the limited 2 GB address space of your RAM.

An alternative to this solution would be using an 32 Bit Kernel, instead of an 64 Bit Kernel.

===Audigy 2 ZS Notebook.===

Status of current ALSA hg repository support:
changeset: 4743:5282de1ad7ef (or alsa-driver 1.0.14)

Supported:
# 7.1 Sound analog playback
# Sound capture from Mic/Line in. (newly added)
# Digital PCM out
Not yet supported:
# Digital AC3 out (requires implementation of the p17v PCMs)
# Digital input

For older alsa-driver 1.0.13
Supported:
# 7.1 Sound analog playback
# Digital PCM out
Not supported:
# Digital AC3 out
# Digital input
# Sound capture from Mic/Line in.

[https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=Audigy2 original]

===Audigy4 capture===
First, one needs to identify one's sound card.
Open a terminal windows and type:
cat /proc/asound/cards

This has been tested with the following cards:
0 [Audigy2 ]: Audigy2 - Audigy 4 [SB0610]
Audigy 4 [SB0610] (rev.0, serial:0x10211102) at 0x9400, irq 201
This note applies only to the SB0610 and may or may not work for other Audigy 4 cards.

The controls that have been tested and verified are:
Mic and Line-in.
In order to get sound capture working, set the following controls as they affect both Mic and Line-in:
On the alsamixer Capture display:
# Master -> 100% or 0dB (affects both analog and digital capture sources)
# Analog Mix -> 100% or 0dB (affects only analog sources)

Controls that affect Mic input:
On the alsamixer Playback display:
(these will eventually appear on the capture display once developers add the feature):
# Mic boost (If you need +20dB boost)
# Mic Select -> Mic1
On the alsamixer Capture display:
# Mic -> 100%

Controls that affect Line-in input:
1) Line -> 100% or +12dB

[https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=audigy4capture original]

{{Template:Modinfo
|module=emu10k1
|description=EMU10K1
|author=Jaroslav Kysela
|index:Index value for the EMU10K1 soundcard. (array of int)
|id:ID string for the EMU10K1 soundcard. (array of charp)
|enable:Enable the EMU10K1 soundcard. (array of bool)
|extin:Available external inputs for FX8010. Zero=default. (array of int)
|extout:Available external outputs for FX8010. Zero=default. (array of int)
|seq_ports:Allocated sequencer ports for internal synthesizer. (array of int)
|max_synth_voices:Maximum number of voices for WaveTable. (array of int)
|max_buffer_size:Maximum sample buffer size in MB. (array of int)
|enable_ir:Enable IR. (array of bool)
|subsystem:Force card subsystem model. (array of uint)
}}

{{Matrix:Soundcard|name=Creative EMU based|module=emu10k1}}

Matrix:Vendor-Creative Labs

2013-04-26T21:14:36Z

Oliver: 64 Bit OS & loading soundfonts bug

{{Matrix:VendorBegin}}

For developer information on the [http://www.emu.com E-Mu]' line, see https://bugtrack.alsa-project.org/wiki/wikka.php?wakka=emu&show_comments=1

==Soundcard List for [http://www.creative.com Creative Labs]==

{| class="MatrixTable"
! Product
! Chipset(s)
! Driver & Docs
! Tags, Notes
|-
|
{| class="MatrixTableInner"
| Prodikeys PC-MIDI
|-
|}
|
{| class="MatrixTableInner"
| ?
|-
|}
| [[Matrix:Module-usb-audio|Details]]
| [[Matrix:Tag-USB|[USB]]] [[Matrix:Tag-MIDIio|[MIDIi]]]
|-
|
{| class="MatrixTableInner"
| Sound Blaster 1.0
|-
| Sound Blaster 1.5
|-
| Sound Blaster 2.0
|-
| Sound Blaster Pro
|-
|}
|
{| class="MatrixTableInner"
| sb8
|-
|}
| [[Matrix:Module-sb8|Details]]
| [[Matrix:Tag-ISA|[ISA]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-MIDIio|[MIDIio]]] [[Matrix:Tag-Sample8bit|[Sample8bit]]]
|-
|
{| class="MatrixTableInner"
| Sound Blaster 16
|-
| Sound Blaster 16 ASP
|-
| Sound Blaster 16 PnP
|-
| Sound Blaster Vibra16C
|-
| Sound Blaster Vibra16CL
|-
| Sound Blaster Vibra16S
|-
| Sound Blaster Vibra16X
|-
|}
|
{| class="MatrixTableInner"
| sb16
|-
|}
| [[Matrix:Module-sb16|Details]]
| [[Matrix:Tag-ISA|[ISA]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-MIDIio|[MIDIio]]] [CSP supported]
|-
|
{| class="MatrixTableInner"
| Sound Blaster 32 AWE
|-
| Sound Blaster 32 AWE PnP
|-
| Sound Blaster 64 Gold
|-
| Sound Blaster 64 Value
|-
|}
|
{| class="MatrixTableInner"
| sb16
|-
| emu8000
|-
|}
| [[Matrix:Module-sbawe|Details]]
| [[Matrix:Tag-ISA|[ISA]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-MIDIio|[MIDIio]]] [[Matrix:Tag-Wavetable|[Wavetable]]]
|-
|
{| class="MatrixTableInner"
| Sound Blaster PCI64 (earlier model)
|-
| Sound Blaster PCI128 (earlier model CT4700)
|-
|}
|
{| class="MatrixTableInner"
| ES1370
|-
|}
| [[Matrix:Module-ens1370|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-MIDIio|[MIDIio]]] [[Matrix:Tag-48kHz|[48kHz]]]
|-
|
{| class="MatrixTableInner"
| Sound Blaster 16 PCI
|-
| Sound Blaster PCI64 (newer model)
|-
| Sound Blaster PCI128 (newer model)
|-
| Sound Blaster PCI128 (CT5880)
|-
| Sound Blaster Ensoniq AudioPCI
|-
|}
|
{| class="MatrixTableInner"
| ES1371
|-
|}
| [[Matrix:Module-ens1371|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-MIDIio|[MIDIio]]] [[Matrix:Tag-48kHz|[48kHz]]]
|-
|
{| class="MatrixTableInner"
| Sound Blaster PCI 512
|-
| Sound Blaster Live
|-
| Sound Blaster Live Platinum
|-
| Sound Blaster Live Value
|-
| Sound Blaster Live 5.1
|-
|}
|
{| class="MatrixTableInner"
| emu10k1
|-
|}
| [[Matrix:Module-emu10k1|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-MIDIio|[MIDIio]]] [[Matrix:Tag-48kHz|[48kHz]]] [[Matrix:Tag-Wavetable|[Wavetable]]] [[Matrix:Tag-HWMIX|[HWMIX]]]
|-
|
{| class="MatrixTableInner"
| Sound Blaster Audigy Platinum
|-
| Sound Blaster Audigy Digital Entertainment
|-
| Sound Blaster Audigy Gamer
|-
| Sound Blaster Audigy ES
|-
|}
|
{| class="MatrixTableInner"
| emu10k2
|-
|}
| [[Matrix:Module-emu10k1|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-MIDIio|[MIDIio]]] [[Matrix:Tag-48kHz|[48kHz]]] [[Matrix:Tag-Wavetable|[Wavetable]]] [[Matrix:Tag-HWMIX|[HWMIX]]] 64 Bit OS loading soundfonts bug, see Details for more info.
|-
|
{| class="MatrixTableInner"
| [http://www.soundblaster.com/products/Audigy2ZS_platinum_pro/ Sound Blaster Audigy2 ZS Platinum Pro]
|-
|}
|
{| class="MatrixTableInner"
| emu10k2
|-
| CA0151/P16V
|-
|}
| [[Matrix:Module-emu10k1|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-MIDIio|[MIDIio]]] [[Matrix:Tag-48kHz|[48kHz]]] [[Matrix:Tag-Wavetable|[Wavetable]]] [[Matrix:Tag-HWMIX|[HWMIX]]]
|-
|
{| class="MatrixTableInner"
| [http://www.soundblaster.com/products/Audigy4pro/ Sound Blaster Audigy4 Pro]
|-
|}
|
{| class="MatrixTableInner"
| emu10k2
|-
| CA0151/P16V
|-
|}
| [[Matrix:Module-emu10k1|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-MIDIio|[MIDIio]]] [[Matrix:Tag-48kHz|[48kHz]]] [[Matrix:Tag-Wavetable|[Wavetable]]] [[Matrix:Tag-HWMIX|[HWMIX]]] Same features supported as Audigy2 ZS Platinum Pro.
|-
|
{| class="MatrixTableInner"
| [http://www.soundblaster.com/products/Audigy4pro/ Sound Blaster Audigy4 (Non Pro)]
|-
|}
|
{| class="MatrixTableInner"
| emu10k2
|-
| CA0151/P16V
|-
|}
| [[Matrix:Module-emu10k1|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-MIDIio|[MIDIio]]] [[Matrix:Tag-48kHz|[48kHz]]] [[Matrix:Tag-Wavetable|[Wavetable]]] [[Matrix:Tag-HWMIX|[HWMIX]]] Mixed reports, so might not work for you.
|-
|
{| class="MatrixTableInner"
| [http://www.soundblaster.com/products/audigy2NX/ Sound Blaster Audigy2 NX]
|-
|}
|
{| class="MatrixTableInner"
| CA0186
|-
| EP7309
|-
|}
| [[Matrix:Module-usb-audio|Details]]
| [[Matrix:Tag-USB|[USB]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] SPDIF output does not function.
|-
|
{| class="MatrixTableInner"
| [http://www.soundblaster.com/products/Audigy2zs_notebook/ Sound Blaster Audigy 2 ZS Notebook PCMCIA]
|-
|}
|
{| class="MatrixTableInner"
| Tina2
|-
|}
| [[Matrix:Module-emu10k1|Details]]
| [[Matrix:Tag-PCMCIA|[PCMCIA]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-48kHz|[48kHz]]] [[Matrix:Tag-Wavetable|[Wavetable]]] [[Matrix:Tag-HWMIX|[HWMIX]]] Digital/Analog input/output working. Bit accurate digital features (AC3/DTS) not implemented yet. Needs more development work.
|-
|
{| class="MatrixTableInner"
| [http://creative.com/products/product.asp?category=1%26subcategory=204%26product=11226 Sound Blaster Audigy 2 ZS Video Editor USB]
|-
|}
|
{| class="MatrixTableInner"
| UNKNOWN
|-
|}
|
| [[Matrix:Tag-Unsupported|[Unsupported]]] [[Matrix:Tag-USB|[USB]]] Card delivered to developers. No support yet.=> Works in Stereo (spdif/jack) at least.
|-
|
{| class="MatrixTableInner"
| [http://creative.com/products/welcome.asp?category=1 Sound Blaster X-Fi]
|-
| X-Fi Elite Pro
|-
| X-Fi Fatal1ty
|-
| X-Fi Platinum
|-
| X-Fi XtremeMusic
|-
| X-Fi XtremeGamer
|}
|
{| class="MatrixTableInner"
| emu20k1
|-
|}
| [[Matrix:Module-snd-ctxfi|Details]]
| [[Matrix:Tag-PCI|[PCI]]] Partially supported on 1.0.21; EAX and Advanced sound options like crystalizer not available
|-
|
{| class="MatrixTableInner"
| X-Fi Titanium
|-
| X-Fi Titanium Fatal1ty Champion
|-
| X-Fi Titanium Fatal1ty Professional
|-
| X-Fi Titanium Professional Audio
|-
|}
|
{| class="MatrixTableInner"
| emu20k2
|-
|}
| [[Matrix:Module-snd-ctxfi|Details]]
| [[Matrix:Tag-PCI|[PCI]]] Partially supported on 1.0.21; EAX and Advanced sound options like crystalizer not available
|-
|
{| class="MatrixTableInner"
| X-Fi Titanium HD
|}
|
{| class="MatrixTableInner"
| emu20k2
|-
|}
|
| [[Matrix:Tag-PCIE|[PCIE]]] does not work
|-
|
{| class="MatrixTableInner"
| X-Fi Xtreme Audio (PCI)
|}
|
{| class="MatrixTableInner"
| CA0106
|-
|}
|
| [[Matrix:Tag-PCI|[PCI]]] unknown
|-
|
{| class="MatrixTableInner"
| X-Fi Xtreme Audio (PCIe)
|}
|
{| class="MatrixTableInner"
| CA0110
|-
|}
|
| [[Matrix:Tag-PCIE|[PCIE]]] does not work
|-
|
{| class="MatrixTableInner"
| X-Fi Surround 5.1
|}
|
{| class="MatrixTableInner"
| CA0189
|-
|}
|
[[Matrix:Module-usb-audio|Details]]
| [[Matrix:Tag-USB|[USB]]] volume knob works via LIRC: [http://alsa.opensrc.org/Usb-audio#Creative_USB_X-Fi_Surround_5.1 instructions on setting it up]
|-
|
{| class="MatrixTableInner"
| X-Fi HD
|}
|
{| class="MatrixTableInner"
| CA0189
|-
|}
|
[[Matrix:Module-usb-audio|Details]]
| [[Matrix:Tag-USB|[USB]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-TOSio|[TOSio]]] [[Matrix:Tag-96kHz|[96kHz]]] [[Matrix:Tag-Sample24bit|[24bit]]]. SPDIF output supports 44.1 kHz and 48 kHz with bit accurate playback (AC3 and DTS works), analog output supports 48 kHz and 96 kHz. Volume knob works via LIRC: [http://alsa.opensrc.org/Usb-audio#Creative_USB_X-Fi_HD instructions on setting it up]
|-
|
{| class="MatrixTableInner"
| [http://creative.com/products/product.asp?category=1%26subcategory=205%26product=14257 Sound Blaster Audigy SE]
|-
| [http://creative.com/products/product.asp?category=1&subcategory=205&product=14189 Sound Blaster Audigy Value]
|-
| Sound Blaster 5.1 VX
|-
|}
|
{| class="MatrixTableInner"
| CA0106
|-
|}
| [[Matrix:Module-ca0106|Details]]
| [[Matrix:Tag-PCI|[PCI]]] Not all features on all models supported. On the VX, white noise on playback unless initialized in Windows first. One quirky (but permanent) workaround is to enable the old oss modules, specifically the 100% sound blaster compatible module (sb). You don't have to load the oss modules. The alsa module snd-ca0106 works fine somehow if the old sb module is compiled in the kernel as a module (no white noise).
|-
|
{| class="MatrixTableInner"
| [http://www.soundblaster.com/products/audigy2value/ Sound Blaster Audigy2 ZS Value]
|-
|}
|
{| class="MatrixTableInner"
| CA0108
|-
|}
| [[Matrix:Module-emu10k1|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-MIDIio|[MIDIio]]] [[Matrix:Tag-48kHz|[48kHz]]] [[Matrix:Tag-Wavetable|[Wavetable]]] [[Matrix:Tag-HWMIX|[HWMIX]]] No 96khz 24Bit support.
|-
|
{| class="MatrixTableInner"
| Sound Blaster PCI X (Dell OEM)
|-
|}
|
{| class="MatrixTableInner"
| SB0200
|-
|}
| [[Matrix:Module-emu10k1x|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-MIDIio|[MIDIio]]]
|-
|
{| class="MatrixTableInner"
| [http://www.soundblaster.com/products/audigyls/ Sound Blaster LS]
|-
|}
|
{| class="MatrixTableInner"
| SB0310
|-
| P17
|-
|}
| [[Matrix:Module-ca0106|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-MIDIio|[MIDIio]]]
|-
|
{| class="MatrixTableInner"
| Sound Blaster Live 24bit
|-
| Sound Blaster Live 7.1
|-
|}
|
{| class="MatrixTableInner"
| SB0410
|-
| P17
|-
|}
| [[Matrix:Module-ca0106|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-MIDIio|[MIDIio]]]
|-
|
{| class="MatrixTableInner"
| [http://www.soundblaster.com/products/extigy/ Sound Blaster Extigy]
|-
|}
|
{| class="MatrixTableInner"
| Extigy
|-
|}
| [[Matrix:Module-usb-audio|Details]]
| [[Matrix:Tag-USB|[USB]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [no 96kHz support, no support for 24-bit samples]
|-
|
{| class="MatrixTableInner"
| [http://www.soundblaster.com/products/mp3+/ Sound Blaster MP3+]
|-
|}
|
{| class="MatrixTableInner"
| MP3+
|-
|}
| [[Matrix:Module-usb-audio|Details]]
| [[Matrix:Tag-USB|[USB]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]]
|-
|
{| class="MatrixTableInner"
| Sound Blaster Connect (USB)
|-
|}
|
|
| [[Matrix:Tag-USB|[USB]]] [[Matrix:Tag-Unknown|[Unknown]]]
|-
|
{| class="MatrixTableInner"
| [http://www.emu.com/products/product.asp?category=505%26subcategory=491%26product=9872 E-MU 1212m]
|-
|}
|
{| class="MatrixTableInner"
| CA0102, FPGA
|-
|}
| [[Matrix:Module-emu10k1-fpga|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-RCAio|[RCAio]]] [[Matrix:Tag-TOSio|[TOSio]]] [[Matrix:Tag-ADATio|[ADATio]]] Support arriving in 1.0.14
|-
|
{| class="MatrixTableInner"
| [http://www.emu.com/products/product.asp?category=505&subcategory=491&product=9872 E-MU 1212m PCI ver2]
|-
|}
|
{| class="MatrixTableInner"
| CA0102, FPGA
|-
|}
| [[Matrix:Module-emu10k1-fpga|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-RCAio|[RCAio]]] [[Matrix:Tag-TOSio|[TOSio]]] [[Matrix:Tag-ADATio|[ADATio]]] Support arriving in 1.0.15
|-
|
{| class="MatrixTableInner"
| [http://www.emu.com/products/product.asp?category=505&subcategory=491&product=19169 E-MU 1212m PCIe]
|-
|}
|
{| class="MatrixTableInner"
| CA0102, FPGA
|-
|}
|
| [[Matrix:Tag-PCIE|[PCIE]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-RCAio|[RCAio]]] [[Matrix:Tag-TOSio|[TOSio]]] [[Matrix:Tag-ADATio|[ADATio]]] [[Matrix:Tag-MIDIio|[MIDIio]]]<br>[[Matrix:Tag-Unknown|[Unknown]]]
|-
|
{| class="MatrixTableInner"
| [http://www.emu.com/products/product.asp?category=505%26subcategory=491%26product=9871 E-MU 1820m]
|-
|}
|
{| class="MatrixTableInner"
| CA0102, FPGA
|-
|}
| [[Matrix:Module-emu10k1-fpga|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-RCAio|[RCAio]]] [[Matrix:Tag-TOSio|[TOSio]]] [[Matrix:Tag-ADATio|[ADATio]]] Support arriving in 1.0.14
|-
|
{| class="MatrixTableInner"
| [http://www.emu.com/products/product.asp?category=505&subcategory=491&product=13552 E-MU 1616m notebook]
|-
|}
|
{| class="MatrixTableInner"
| CA0102, FPGA
|-
|}
| [[Matrix:Module-emu10k1-fpga|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-RCAio|[RCAio]]] [[Matrix:Tag-TOSio|[TOSio]]] [[Matrix:Tag-ADATio|[ADATio]]] Support arriving in 1.0.15
|-
|
{| class="MatrixTableInner"
| [http://www.emu.com/products/product.asp?category=505&subcategory=491&product=13552 E-MU 1616 notebook]
|-
|}
|
{| class="MatrixTableInner"
| CA0102, FPGA
|-
|}
| [[Matrix:Module-emu10k1-fpga|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-RCAio|[RCAio]]] [[Matrix:Tag-TOSio|[TOSio]]] [[Matrix:Tag-ADATio|[ADATio]]] Support arriving in 1.0.15
|-
|
{| class="MatrixTableInner"
| [http://www.emu.com/products/product.asp?category=505&subcategory=491&product=13552 E-MU 1616m PCI]
|-
|}
|
{| class="MatrixTableInner"
| CA0102, FPGA
|-
|}
| [[Matrix:Module-emu10k1-fpga|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-RCAio|[RCAio]]] [[Matrix:Tag-TOSio|[TOSio]]] [[Matrix:Tag-ADATio|[ADATio]]] Support arriving in 1.0.15
|-
|
{| class="MatrixTableInner"
| [http://www.emu.com/products/product.asp?category=505&subcategory=491&product=19007 E-MU 1616m PCIe]
|-
|}
|
{| class="MatrixTableInner"
| CA0102, FPGA
|-
|}
| [[Matrix:Module-emu10k1-fpga|Details]]
| [[Matrix:Tag-PCIE|[PCIE]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-RCAio|[RCAio]]] [[Matrix:Tag-TOSio|[TOSio]]] [[Matrix:Tag-ADATio|[ADATio]]] [[Matrix:Tag-MIDIio|[MIDIio]]]<br>[[Matrix:Tag-Unknown|[Unknown]]]
|-
|
{| class="MatrixTableInner"
| [http://www.emu.com/products/product.asp?category=505&subcategory=491&product=13554 E-MU 1616 PCI]
|-
|}
|
{| class="MatrixTableInner"
| CA0102, FPGA
|-
|}
| [[Matrix:Module-emu10k1-fpga|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-RCAio|[RCAio]]] [[Matrix:Tag-TOSio|[TOSio]]] [[Matrix:Tag-ADATio|[ADATio]]] Support arriving in 1.0.15
|-
|
{| class="MatrixTableInner"
| [http://www.emu.com/products/product.asp?category=505&subcategory=491&product=10447 E-MU 0404 PCI]
|-
|}
|
{| class="MatrixTableInner"
| CA0102, FPGA
|-
|}
| [[Matrix:Module-emu10k1-fpga|Details]]
| [[Matrix:Tag-PCI|[PCI]]] [[Matrix:Tag-ANALOGio|[ANALOGio]]] [[Matrix:Tag-RCAio|[RCAio]]] [[Matrix:Tag-TOSio|[TOSio]]] [[Matrix:Tag-ADATio|[ADATio]]] Support arriving in 1.0.15 [MIDIio functional, but only @ 48kHz]
|-
|
{| class="MatrixTableInner"
| [http://www.emu.com/products/product.asp?category=610&subcategory=611&product=15185 E-MU 0404 USB]
|-
|}
|
{| class="MatrixTableInner"
| CA0188, FPGA
|-
|}
| [[Matrix:Module-emu10k1-fpga|Details]]
| [[Matrix:Tag-USB|[USB]]] Fully supported by ALSA 1.0.23 and later.
|-
|
{| class="MatrixTableInner"
| [http://www.emu.com/products/product.asp?category=610&subcategory=611&product=15186 E-MU 0202 USB]
|-
|}
|
{| class="MatrixTableInner"
| CA0188, FPGA
|-
|}
| [[Matrix:Module-emu10k1-fpga|Details]]
| [[Matrix:Tag-USB|[USB]]][[Matrix:Tag-ANALOGio|[ANALOGio]]] 44/16 playback and recording works on Ubuntu 10.10 with ALSA 1.0.23
|-
|
{| class="MatrixTableInner"
| [http://www.emu.com/products/product.asp?category=610&subcategory=611&product=15187 E-MU Xmidi2x2 USB]
|-
|}
|
{| class="MatrixTableInner"
| CA????, FPGA
|-
|}
| [[Matrix:Module-emu10k1-fpga|Details]]
| [[Matrix:Tag-USB|[USB]]] NOT SUPPORTED. Developer has not yet asked for to be supplied with a hardware sample and datasheets.
|-
|
{| class="MatrixTableInner"
| [http://www.emu.com/products/product.asp?category=610&subcategory=611&product=17511 E-MU Tracker Pre]
|-
|}
|
{| class="MatrixTableInner"
| ?
|-
|}
| [[Matrix:Module-emu10k1-fpga|Details]]
| [[Matrix:Tag-USB|[USB]]][[Matrix:Tag-ANALOGio|[ANALOGio]]] Partially supported (only 44.1kHz 16bit, no volume control) in sound-2.6.git

|}
{{Matrix:VendorEnd}}