Marina,
Can you please describe for what activies MC utilizes multi CPUs?
At least I know optimization job uses multicpu very well to produce at most 350% comparing single cpu.
But what other activities's performaces are increased when using multicpus?
Does it speed up the calcuation of indicators and/or signals compared to single cpu? If so, how much and how can I best use the multicpu H/Ws.
How and when MC uses multi-cpus?
- Marina Pashkova
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- Marina Pashkova
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In my experience, all cores are not completely utilized though support will continue to tell you that you are wrong.
For some reason, they don't seem to be able to reproduce the problem and trying to connect from Russia to a multiple monitor system at busy market open isn't practical at all for them to observe it from afar.
For some reason, they don't seem to be able to reproduce the problem and trying to connect from Russia to a multiple monitor system at busy market open isn't practical at all for them to observe it from afar.
See this thread for details of tests and configurations:
http://forum.tssupport.com/viewtopic.php?t=4202
It just isn't practical for them to connect during busy market hours to see the performance issue. It requires too much bandwidth.
For all I know, it is because I use Vista 64-bit and they test with XP or some such.
http://forum.tssupport.com/viewtopic.php?t=4202
It just isn't practical for them to connect during busy market hours to see the performance issue. It requires too much bandwidth.
For all I know, it is because I use Vista 64-bit and they test with XP or some such.
- Marina Pashkova
- Posts: 2758
- Joined: 27 Jul 2007
Dear jek,
Multiple cores are used to calculate indicators in parallel.
With multiple screens when large areas of the screen have to be updated those cores won't be used.
To see how MultiCharst distributes the workload between several cores, you can run a simple test: create several smaller screens and apply lots of indicators to each.
Multiple cores are used to calculate indicators in parallel.
With multiple screens when large areas of the screen have to be updated those cores won't be used.
To see how MultiCharst distributes the workload between several cores, you can run a simple test: create several smaller screens and apply lots of indicators to each.