7 Aug
2005
7 Aug
'05
6:55 p.m.
Hi folks,
I'm having some trouble building a working asound.conf to get my soundcards
functional using jack.
The audio hardware consists of 3 Terratec ice1712 boards: 2x EWS88/D + 1x
Phase88, hooked up using the EWS connect clock synchronisation cables. My
goal is to get full duplex audio I/O for my home studio: 16 channels ADAT
in/out and 8 channels analogue in/out. I verified that this configuration
works from my old windows 2000 partition (using the terratec ASIO driver).
Till now I did not succeed getting this gear fully working in my linux
environment; it seems that I'm having trouble with the asound.conf to setup
the binding for the devices.
- running jack addressing the hw: devices directly works flawless; but that
way I can only use one card at a time
- as per descriptions from the mailing list archive I tried to setup an
aggregate device using the alsa multi type plugin. Since Jack needs to
mmap the buffer it needs an additional route type plugin to make the
capture stream interleaved. However, at this stage I run into a few
issues:
* due to the different number of ports the ice1712 has for
playback (12) and capture (10) I can't do full duplex I/O.
* when I do a capture only from the route plugin I hear a distorted
sound (quiet, metalic, you can hear the rhythm from the orignal
track), which I suspect is caused by the route plugin. I can't
verify if this effect is specific to my 64bit machine or also
present on 32bit
* I tried to setup different input/output for capture and playback
using the asym plugin type, but this attempt caused jackd to kill
the graph after a few seconds full of xruns.
If anyone has a pointer to or copy of a working asound.conf for multitrack
recording/playback using multiple ice1712 based cards I'd be very interested
to see those.
Some details about the software I'm running:
Advanced Linux Sound Architecture Driver Version 1.0.9b.
kernel 2.6.12-gentoo-r4 on AMD64 hardware
Jackd 0.99.0
Here's my non-functional attempt at a asound.conf for binding 2 Terratec
EWS88/D cards:
=============================================================================
# card0 is the onboard via82xx / ac97 sound
#
# card1 is a EWS88/D (ADAT 1-8)
# card2 is a EWS88/D (ADAT 9-16)
# card3 is a Phase88 (analog 17-24)
#
# card4 is a Midiman Midisport 4x4 USB Midi interface
#default
pcm.!default {
type hw
card 0
}
ctl.!default {
type hw
card 0
}
# Terratec EWS88/D hardware
#
pcm.ews_0 {
type hw
card 1
}
ctl.ews_0 {
type hw
card 1
}
pcm.ews_1 {
type hw
card 2
}
ctl.ews_1 {
type hw
card 2
}
# Aggregate of the 2 EWS88/D cards
#
ctl.ews_16 {
type hw
card 1
}
pcm.ews_16 {
type multi
slaves.a {
pcm "ews_0"
channels 12
}
slaves.b {
pcm "ews_1"
channels 12
}
bindings [
# adat 1-8
{slave a channel 0}
{slave a channel 1}
{slave a channel 2}
{slave a channel 3}
{slave a channel 4}
{slave a channel 5}
{slave a channel 6}
{slave a channel 7}
# spdif card 1
#{slave a channel 8}
#{slave a channel 9}
#{slave a channel 10}
#{slave a channel 11}
# adat 9-16
{slave b channel 0}
{slave b channel 1}
{slave b channel 2}
{slave b channel 3}
{slave b channel 4}
{slave b channel 5}
{slave b channel 6}
{slave b channel 7}
# spdif card 2
#{slave b channel 8}
#{slave b channel 9}
#{slave b channel 10}
#{slave b channel 11}
]
}
# jack can't mmap the streams above since they are
# scattered around at different memory locations
ctl.ews_jack {
type hw
card 1
}
pcm.ews_jack {
# asym allows for different handlng of in/out devices
type asym
playback.pcm {
type route
slave.pcm "ews_16"
ttable.0.0 1
ttable.1.1 1
ttable.2.2 1
ttable.3.3 1
ttable.4.4 1
ttable.5.5 1
ttable.6.6 1
ttable.7.7 1
ttable.8.8 1
ttable.9.9 1
ttable.10.10 1
ttable.11.11 1
ttable.12.12 1
ttable.13.13 1
ttable.14.14 1
ttable.15.15 1
#ttable.16.16 1
#ttable.17.17 1
#ttable.18.18 1
#ttable.19.19 1
}
capture.pcm {
type route
slave.pcm "ews_16"
ttable.0.0 1
ttable.1.1 1
ttable.2.2 1
ttable.3.3 1
ttable.4.4 1
ttable.5.5 1
ttable.6.6 1
ttable.7.7 1
ttable.8.8 1
ttable.9.9 1
ttable.10.10 1
ttable.11.11 1
ttable.12.12 1
ttable.13.13 1
ttable.14.14 1
ttable.15.15 1
#ttable.16.16 1
#ttable.17.17 1
#ttable.18.18 1
#ttable.19.19 1
#ttable.20.20 1
#ttable.21.21 1
#ttable.22.22 1
#ttable.23.23 1
}
}
=============================================================================
Cheers,
Frank.
--
+---- --- -- - - - -
| Frank van de Pol -o) A-L-S-A
| FvdPol(a)coil.demon.nl /\\ Sounds good!
| http://www.alsa-project.org _\_v
| Linux - Why use Windows if we have doors available?
8 Aug
8 Aug
7:11 p.m.
New subject: [linux-audio-dev] Re: trouble binding multiple ice1712 devices [part2]
While still trying to get my multichannel gear up & running I made some
(small) progress: I can successfully capture & playback 24 channels using my
Terratec boards.
arecord -M -v -D ews_24fd -t raw -c 24 -f S32_LE -r 48000 |
aplay -v -M -D ews_24fd -t raw -c 24 -f S32_LE -r 48000
Unfortunate I still can't get it to run using Jack because the capture
stream can only be opened using MMAP_COMPLEX access. Does anyone know how to
transform this stream into MMAP_NONINTERLEAVED (which is what jack prefers) or
in MMAP_INTERLEAVED format?
I tried an ALSA route pluging but that failed terribly: continious bursts of
xruns
arecord -M -v -D ews_24jack -t raw -c 24 -f S32_LE -r 48000 |
aplay -v -M -D ews_24jack -t raw -c 24 -f S32_LE -r 48000
and jack also hates this config:
23:05:45.278 /usr/bin/jackd -R -p256 -t10000 -dalsa -dews_24jack -r48000 -p64 -n2 -s -H
-M
23:05:45.300 JACK was started with PID=27006 (0x697e).
jackd 0.99.0
Copyright 2001-2003 Paul Davis and others.
jackd comes with ABSOLUTELY NO WARRANTY
This is free software, and you are welcome to redistribute it
under certain conditions; see the file COPYING for details
loading driver ..
apparent rate = 48000
creating alsa driver ...
ews_24jack|ews_24jack|64|2|48000|0|0|hwmon|hwmeter|soft-mode|32bit
configuring for 48000Hz, period = 64 frames, buffer = 2 periods
23:05:47.429 Server configuration saved to "/root/.jackdrc".
23:05:47.431 Statistics reset.
23:05:47.449 Client activated.
23:05:47.451 Audio connection change.
23:05:47.501 Audio connection graph change.
ALSA: poll time out, polled for 18446744073709465807 usecs
23:05:47.648 XRUN callback (1).
ALSA: poll time out, polled for 18446744073709466189 usecs
23:05:49.647 XRUN callback (2).
ALSA: poll time out, polled for 18446744073709466198 usecs
23:05:51.647 XRUN callback (3).
ALSA: poll time out, polled for 18446744073709466212 usecs
23:05:53.647 XRUN callback (4).
jackd watchdog: timeout - killing jackd
zombified - calling shutdown handler
23:05:57.344 Shutdown notification.
23:05:57.345 Client deactivated.
23:05:57.345 JACK is stopping...
cannot read result for request type 7 from server (Connection reset by peer)
cannot send request type 7 to server
cannot read result for request type 7 from server (Broken pipe)
23:05:57.566 JACK was stopped successfully.
I used this asound.conf:
=============================================================================
# card0 is the onboard via82xx / ac97 sound
#
# card1 is a EWS88/D (ADAT 1-8)
# card2 is a EWS88/D (ADAT 9-16)
# card3 is a Phase88 (analog 17-24)
#
# card4 is a Midiman Midisport 4x4 USB Midi interface
# Terratec EWS88/D hardware
#
pcm.ews_0 {
type hw
card 1
}
ctl.ews_0 {
type hw
card 1
}
pcm.ews_1 {
type hw
card 2
}
ctl.ews_1 {
type hw
card 2
}
pcm.ews_2 {
type hw
card 3
}
ctl.ews_2 {
type hw
card 3
}
#=========================================================================================
#
# Config: 24x24: 16 in/16 out via ADAT + 8 in/8 out Analog
#
# Aggregate of the 2 EWS88/D cards + Phase88
# Because of different in/out channels setup as 3 different multi devices.
#
#capture device:
ctl.ews_24c {
type hw
card 1
}
pcm.ews_24c {
type multi
slaves.a {
pcm "ews_0"
channels 12
}
slaves.b {
pcm "ews_1"
channels 12
}
slaves.c {
pcm "ews_2"
channels 12
}
bindings [
# adat 1-8
{slave a channel 0}
{slave a channel 1}
{slave a channel 2}
{slave a channel 3}
{slave a channel 4}
{slave a channel 5}
{slave a channel 6}
{slave a channel 7}
# spdif card 1
#{slave a channel 8}
#{slave a channel 9}
#{slave a channel 10}
#{slave a channel 11}
# adat 9-16
{slave b channel 0}
{slave b channel 1}
{slave b channel 2}
{slave b channel 3}
{slave b channel 4}
{slave b channel 5}
{slave b channel 6}
{slave b channel 7}
# spdif card 2
#{slave b channel 8}
#{slave b channel 9}
#{slave b channel 10}
#{slave b channel 11}
# analog 17-24
{slave c channel 0}
{slave c channel 1}
{slave c channel 2}
{slave c channel 3}
{slave c channel 4}
{slave c channel 5}
{slave c channel 6}
{slave c channel 7}
# spdif card 3
#{slave c channel 8}
#{slave c channel 9}
#{slave c channel 10}
#{slave c channel 11}
]
}
#playback device:
ctl.ews_24p {
type hw
card 1
}
pcm.ews_24p {
type multi
slaves.a {
pcm "ews_0"
channels 10
}
slaves.b {
pcm "ews_1"
channels 10
}
slaves.c {
pcm "ews_2"
channels 10
}
bindings [
# adat 1-8
{slave a channel 0}
{slave a channel 1}
{slave a channel 2}
{slave a channel 3}
{slave a channel 4}
{slave a channel 5}
{slave a channel 6}
{slave a channel 7}
# spdif card 1
#{slave a channel 8}
#{slave a channel 9}
# adat 9-16
{slave b channel 0}
{slave b channel 1}
{slave b channel 2}
{slave b channel 3}
{slave b channel 4}
{slave b channel 5}
{slave b channel 6}
{slave b channel 7}
# spdif card 2
#{slave b channel 8}
#{slave b channel 9}
# analog 17-24
{slave c channel 0}
{slave c channel 1}
{slave c channel 2}
{slave c channel 3}
{slave c channel 4}
{slave c channel 5}
{slave c channel 6}
{slave c channel 7}
# spdif card 3
#{slave c channel 8}
#{slave c channel 9}
]
}
# attempt to transform the capture stream from MMAP_COMPLEX to
# MMAP_INTERLEAVED prior combining capture and playback using the
# asym plug
#
# does not work for me....
pcm.ews_24ci {
type route
slave.pcm ews_24c
ttable.0.0 1
ttable.1.1 1
ttable.2.2 1
ttable.3.3 1
ttable.4.4 1
ttable.5.5 1
ttable.6.6 1
ttable.7.7 1
ttable.8.8 1
ttable.9.9 1
ttable.10.10 1
ttable.11.11 1
ttable.12.12 1
ttable.13.13 1
ttable.14.14 1
ttable.15.15 1
ttable.16.16 1
ttable.17.17 1
ttable.18.18 1
ttable.19.19 1
ttable.20.20 1
ttable.21.21 1
ttable.22.22 1
ttable.23.23 1
}
# full duplex device 24x24
ctl.ews_24fd {
type hw
card 1
}
pcm.ews_24fd {
type asym
playback.pcm ews_24p # works
#capture.pcm ews_24ci # fails, immediate xruns
capture.pcm ews_24c # works, but MMAP_COMPLEX
}
# unsuccesfull attempt to make jack happy...
# also fails on arecord/aplay
ctl.ews_24jack{
type hw
card 1
}
pcm.ews_24jack {
type route
slave.pcm ews_24fd
ttable.0.0 1
ttable.1.1 1
ttable.2.2 1
ttable.3.3 1
ttable.4.4 1
ttable.5.5 1
ttable.6.6 1
ttable.7.7 1
ttable.8.8 1
ttable.9.9 1
ttable.10.10 1
ttable.11.11 1
ttable.12.12 1
ttable.13.13 1
ttable.14.14 1
ttable.15.15 1
ttable.16.16 1
ttable.17.17 1
ttable.18.18 1
ttable.19.19 1
ttable.20.20 1
ttable.21.21 1
ttable.22.22 1
ttable.23.23 1
}
=============================================================================
Thanks,
Frank
--
+---- --- -- - - - -
| Frank van de Pol -o) A-L-S-A
| FvdPol(a)coil.demon.nl /\\ Sounds good!
| http://www.alsa-project.org _\_v
| Linux - Why use Windows if we have doors available?
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days old
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Frank van de Pol