gregory1962
Mechanical
- Aug 7, 2003
- 3
Hello,
We have a problem with upgrading memory.
What we are doing is assembling many large models
into one assembly to check for interferences.
Okay, now with the problem.
We have IBM Intelli-stations Z-Pros, about 2 years old they have 1gig processors, wildcat 32 meg video cards, and 512 ram, running on WIN NT......
.....I know that is half the problem WIN NT
The main assembly is 13.9 megs and we wanted to upgrade to 4 gigs of ram.
The problem is that we get blue screens and/or lock ups and then blue screen......if you are familiar with IBM's.
We called PTC and they gave us new build codes and it still locks up, we can pull the model except
when we rotate/pan/zoom we get the lock up and then the blue screen.
We have tried to just upgrade to 2 gigs of memory but the same thing. We can run 1 gig safely but,
we need more ram. This model is just to much for 1 gig of memory.
This model is very, very, very busy so we need to have the shading on to see clearly where the interferences would
be located at.
Thank you for reading
Greg
We have a problem with upgrading memory.
What we are doing is assembling many large models
into one assembly to check for interferences.
Okay, now with the problem.
We have IBM Intelli-stations Z-Pros, about 2 years old they have 1gig processors, wildcat 32 meg video cards, and 512 ram, running on WIN NT......
.....I know that is half the problem WIN NT
The main assembly is 13.9 megs and we wanted to upgrade to 4 gigs of ram.
The problem is that we get blue screens and/or lock ups and then blue screen......if you are familiar with IBM's.
We called PTC and they gave us new build codes and it still locks up, we can pull the model except
when we rotate/pan/zoom we get the lock up and then the blue screen.
We have tried to just upgrade to 2 gigs of memory but the same thing. We can run 1 gig safely but,
we need more ram. This model is just to much for 1 gig of memory.
This model is very, very, very busy so we need to have the shading on to see clearly where the interferences would
be located at.
Thank you for reading
Greg