While CPUBalance can stand apart from Process Lasso, it can also run along-side it with perfect integration (when complete). Let ProBalance be there the next time a process goes out of control, or needs a lot of CPU for a period of time! We can do that! You can run the live demo yourself, or try real-world instructions which just require a particular type of PC use. How many other PC optimization algorithms can be DEMO’d in both synthetic and real-world tests? ALMOST NONE. That is all it takes to severely impact the responsiveness of Windows, to the point of it being unusable, and hence the problem that ProBalance resolves. You can create your own ‘high load’ demo, and it does not need to run at anything but a normal priority class with normal priority threads. It’s hard to believe, so test it yourself. Real-world demos like saving a file in multimedia editing software is a great example your PC is brought to a sluggish state until you switch away from that app (letting ProBalance kick in since it excludes the foreground app by default), then you see a night and day difference. While it can’t fix all responsiveness problems, its impact during a high CPU load, even on modern multi-core CPU’s, is amazing. To do this, select the application menu item ‘ Options / Power / Performance Mode settings / Select power plan to use‘.CPUBalance offers our famous ProBalancealgorithm that is proven to retain system responsiveness during high CPU loads. Users can choose a different power plan than Bitsum Highest Performance (BHP) to use with Process Lasso’s Performance Mode. Choosing an alternate power profile for Performance Mode Similarly, ParkControl has a function called Dynamic Boost that is essentially the opposite of IdleSaver – it raises to a more aggressive power plan when the system is active. Process Lasso also allows for specific power profiles to be associated with an application in case you want to use different power plans.įinally, the IdleSaver feature of Process Lasso will switch to a more conservative power plan when you go idle. Since you probably don’t want to be in this power plan all the time, we include automation to switch the active power plan when specific applications or games are running ( Performance Mode), or only when the user is active ( IdleSaver). Core parking is disabled and the CPU never drops below its nominal (base) frequency. In this power plan, your CPU always remains ready to execute new code. Put simply, these power saving technologies come with a performance trade-off, so they should be disabled when maximum performance is desired.īoth ParkControl and Process Lasso offer a power profile, Bitsum Highest Performance, that is pre-configured for ultimate performance. With ParkControl, we revealed hidden CPU settings that control core parking, and wrote about how CPU core parking and frequency scaling can affect performance of real-world CPU loads. This especially benefits bursting CPU loads, which are the most common real-world CPU use pattern. This eliminates latency otherwise encountered while bringing the CPU out of a low power state. Process Lasso’s Performance Mode induces the ‘Bitsum Highest Performance’ power plan that keeps your CPU ready to execute code at all times.
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