I'm thinking about putting together a smaller workstation that I also would want to use for occasional gaming experiences.
What I'm very unsure about is how to find a good trade-off between running (multi-threaded) applications that benefit from multi-core systems and applications that benefit from a high per-core performance.
So let's begin this by addressing the following questions:
* How well does modern games benefit from multi-core (4+) systems as of today? I know that e.g. Skyrim supports 4 cores since a recent patch but how well optimized is it really?
* I read that some Core i7's can go into some kind of a turbo mode by shutting down a few of the cores while running the remaining cores at a higher than nominal clock speed. Is this feature supported on Xeons? How high per-thread performance gains can one achieve with this turbo mode in per cents? How well does this work on Xeons? On a dual CPU system can or will the turbo boost even shut down one entire CPU?
What I'm very unsure about is how to find a good trade-off between running (multi-threaded) applications that benefit from multi-core systems and applications that benefit from a high per-core performance.
So let's begin this by addressing the following questions:
* How well does modern games benefit from multi-core (4+) systems as of today? I know that e.g. Skyrim supports 4 cores since a recent patch but how well optimized is it really?
* I read that some Core i7's can go into some kind of a turbo mode by shutting down a few of the cores while running the remaining cores at a higher than nominal clock speed. Is this feature supported on Xeons? How high per-thread performance gains can one achieve with this turbo mode in per cents? How well does this work on Xeons? On a dual CPU system can or will the turbo boost even shut down one entire CPU?