04-22-2020, 03:39 AM
Hi there,
I'm just wondering if anyone here has done any experimentation with Mixbus and performance scaling? How many cores is it able to utilize (and how well does plugins usually utilize multi-core cpu's) and how important is clock speed?
I've only ever been able to experiment with different clock speeds by overclocking my 5820k, and since that's a chip that overclocks really well I've been able to get a significant performance increase by overclocking. However, it only has 6 cores, and the 2011-3 socket supports upto 22 cores on the Xeon 2699. However, those Xeons run their cores at a significantly lower clock speed then my 5820k. I get very good realtime performance out of my system, and it seems to be well suited to DAW workloads. How would changing to a Xeon (or other 10-22 core CPU) effect performance?
If anyone has tried running Mixbus with such a chip, or have any information about how Mixbus (and plugins) scale with core count, please share!
I'm just wondering if anyone here has done any experimentation with Mixbus and performance scaling? How many cores is it able to utilize (and how well does plugins usually utilize multi-core cpu's) and how important is clock speed?
I've only ever been able to experiment with different clock speeds by overclocking my 5820k, and since that's a chip that overclocks really well I've been able to get a significant performance increase by overclocking. However, it only has 6 cores, and the 2011-3 socket supports upto 22 cores on the Xeon 2699. However, those Xeons run their cores at a significantly lower clock speed then my 5820k. I get very good realtime performance out of my system, and it seems to be well suited to DAW workloads. How would changing to a Xeon (or other 10-22 core CPU) effect performance?
If anyone has tried running Mixbus with such a chip, or have any information about how Mixbus (and plugins) scale with core count, please share!