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as in - if jono runs 32bit sonar - with 32 bit waves plugin - will it still use all the ram - if you have it

 

( sonar 64 loaded on touch screen 64 - but "Waves" plugin is only 32 bit - wouldnt come in

 

so if he used sonar 32 - with waves 32 - will it still use all the ram - if its win7 64

?

 

* yes after 10 years hes finally testing something other than xp:)

GoddersUK
GoddersUK
I CAN has cheezburger and you CAN'T has stop me!

It think it's pretty impressive that he's been using xp for 10 years since it was only released in 2001.

DCMonkey
DCMonkey
Monkey see, monkey do, monkey will destroy you!

No, assuming that by "all the RAM" you mean > 4GB. Sonar 32-bit will still be limited to 4GB (It is large address aware). VST plugins like Waves are just DLLs and are loaded in process so they  will share the same address space.

Sonar 64-bit is supposed to be able to load 32-bit VST plugins via its BitBridge. I'm guessing this is a separate 32-bit process that Sonar can talk to. It will introduce extra latency. Perhaps it is a Waves specific issue that is causing the problem in that scenario. Or maybe there is a Waves 64-bit available?

sushovande
sushovande
Smiley Face Sharp

I believe each individual 32 bit app can use up to 4GB.

Since the system can use all your RAM, by moving to 64 bit, you can have multiple apps open at the same time, each of which takes 4GB ram, which is definitely an improvement.

DCMonkey
DCMonkey
Monkey see, monkey do, monkey will destroy you!

Well it can use more than it could in Vista 32-bit. Large address aware 32-bit apps can use 4GB on 64-bit Vista vs 3GB on 32-bit Vista. And if he can get Waves working via that Sonar BitBridge feature, then 64-bit Sonar would have access to all the RAM and the 32-bit plugins would get to share up to 4GB for themselves. And apparently in the next version of Sonar, you'll be able to run 32-bit plugins in separate instances, so each could conceivably have it's own 4GB.

Sven Groot
Sven Groot
My name has 9 letters. Coincidence? I think not...

A 32 bit application on a 32 bit OS will normally get 2GB of address space. If the application is large address aware (which is a flag set in the executable file header), you can use the /3G boot switch to give it 3GB of address space (using this switch is not recommended for normal usage). Such an application will get 4GB of address space on 64 bit Windows.

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