Overclocking is so pervasive that CPU, RAM and motherboard manufacturers cater to it. Modern CPUs are smart enough to self-throttle if they reach a critical temperature, making it safer than it once was. Further, power-saving technologies such as core parking and frequency scaling help resist thermal build-up. Given this, you can probably get away with […]
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Process Lasso v9.1 has been released! This new version offers several enhancements over the last v9.0 build and a new feature called the Instance Balancer. The Instance Balancer individually assigns CPU cores to multiple instances of the same application. This is done by way of a selectable algorithm. Presently, the options are to either give […]
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Coreprio has been updated to allow for inclusion and exclusion patterns (list of applications to target). These apply to all features of Coreprio. Wildcards are allowed. The console mode utility allows these as well, via the new ‘–inclusions’ and ‘–exclusions’ parameters. Since Coreprio’s Dynamic Local Mode works best for applications that do not put a […]
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Process Lasso now supports and displays the processor group(s) an application’s threads are running on. We wrote about processor groups a while back. They exist to allow for systems with more than 64 logical CPU cores. In Process Lasso, we refer to Processor Groups as ‘CPU Groups’. By default, an application’s threads are assigned to […]
Read more Coreprio is Bitsum’s custom implementation of AMD’s Dynamic Local Mode. It is more configurable than AMD’s implementation, allowing the user to set the prioritized affinity, thread count and refresh rate. History When the high core count ThreadRipper 2990wx and 2970wx were developed, AMD had to make due with the 4 memory channels available in the TR4 […]
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As of Process Lasso v9.0.0.522, NUMA nodes have been added to the CPU affinity dialogs. This is part of an on-going effort to improve manageability of high core count systems.
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