I have been testing on and off for the last few days and here are my findings. Reported use of RAM is always from Task Manager unless otherwise stated. I have also stated the amount with which I got the system to work in a stable manner, as well as the total loading before the system collapsed. Please note that this is in no way supposed to be a scientific test, just one for my own purposes that I choose to share!
All tests are done with the same PC; Intel Pentium 4, 3.20GHz. Some configurations of memory were not tested due to the PC only liking matched pairs of RAM.
I loaded 4/5 instances of Vienna VI and am working via FX-Teleport using Remote Desktop from a host PC with Nuendo as the DAW.
I have also followed my own suggestion and removed memory tweaks from the slave PC, so memory is set at XP default.
Test 1
2Gb RAM (4x512Mb)
Total loading possible 1750Mb
System stable 1700Mb
Test 2
2Gb RAM (4x512)
3Gig switch installed
Total loading possible 1953Mb
System stable 1933Mb
Test 3
3Gb RAM (2x1Gb, 2x512Mb)
3Gig switch installed
Server.exe pre-release Large Address Aware version
Total loading possible 2957Mb
System stable 2900Mb
VI reported available memory 2781Mb
VI reported memory in template 2663Mb
Number of samples 42,631
Test 4
4Gb RAM (4x1Gb)
3Gig switch installed
Total loading possible 2002Mb
System stable 2002Mb
Test 5
4Gb RAM (4x1Gb)
3Gig switch installed
Server.exe “hacked” to make it Large Address Aware
Total loading possible 3030Mb
System stable 3009Mb
VI reported available memory 2860Mb
VI reported memory in template 2717Mb
Number of samples 43,502
A few things to note:
1) Using 3Gig switch increases loading even when there are only 2Gb RAM installed.
2) FX-Teleport is not Large Address Aware without the “hack”.
3) Each instance of VI uses about 16.5Mb, so number of samples loaded will be decreased when many instances are used.
4) Multiple instances do not share RAM, therefore loading an identical “2nd Violin” template will double the RAM usage.
I think that it may be possible in future versions of VI for #3 and #4 to be addressed by making VI Multitimbral.
Loading in V-Stack
Just for fun ( [[:|]] ) I installed V-Stack. Here are my findings.
Test 6
4Gb RAM (4x1Gb)
3Gig switch installed
Total loading possible 1940Mb
System stable 1900Mb
Test 7
4Gb RAM (4x1Gb)
3Gig switch installed
VStack.exe “hacked” to make it Large Address Aware
Total loading possible 2900Mb
I hope that this is of some interest and will inspire other people to get on with their own tests.
DG
All tests are done with the same PC; Intel Pentium 4, 3.20GHz. Some configurations of memory were not tested due to the PC only liking matched pairs of RAM.
I loaded 4/5 instances of Vienna VI and am working via FX-Teleport using Remote Desktop from a host PC with Nuendo as the DAW.
I have also followed my own suggestion and removed memory tweaks from the slave PC, so memory is set at XP default.
Test 1
2Gb RAM (4x512Mb)
Total loading possible 1750Mb
System stable 1700Mb
Test 2
2Gb RAM (4x512)
3Gig switch installed
Total loading possible 1953Mb
System stable 1933Mb
Test 3
3Gb RAM (2x1Gb, 2x512Mb)
3Gig switch installed
Server.exe pre-release Large Address Aware version
Total loading possible 2957Mb
System stable 2900Mb
VI reported available memory 2781Mb
VI reported memory in template 2663Mb
Number of samples 42,631
Test 4
4Gb RAM (4x1Gb)
3Gig switch installed
Total loading possible 2002Mb
System stable 2002Mb
Test 5
4Gb RAM (4x1Gb)
3Gig switch installed
Server.exe “hacked” to make it Large Address Aware
Total loading possible 3030Mb
System stable 3009Mb
VI reported available memory 2860Mb
VI reported memory in template 2717Mb
Number of samples 43,502
A few things to note:
1) Using 3Gig switch increases loading even when there are only 2Gb RAM installed.
2) FX-Teleport is not Large Address Aware without the “hack”.
3) Each instance of VI uses about 16.5Mb, so number of samples loaded will be decreased when many instances are used.
4) Multiple instances do not share RAM, therefore loading an identical “2nd Violin” template will double the RAM usage.
I think that it may be possible in future versions of VI for #3 and #4 to be addressed by making VI Multitimbral.
Loading in V-Stack
Just for fun ( [[:|]] ) I installed V-Stack. Here are my findings.
Test 6
4Gb RAM (4x1Gb)
3Gig switch installed
Total loading possible 1940Mb
System stable 1900Mb
Test 7
4Gb RAM (4x1Gb)
3Gig switch installed
VStack.exe “hacked” to make it Large Address Aware
Total loading possible 2900Mb
I hope that this is of some interest and will inspire other people to get on with their own tests.
DG