The CPU would easily hit temperatures in the range of 65-80 Celsius while completely idle. Take my parent’s laptop, for example: a humble, consumer-grade ASUS laptop that has needed to be propped up on silverware since day one because the cooling system simply wasn’t powerful enough to keep it at a manageable temperature while idle. Whether the processor enters into Intel® Turbo Boost Technology 2.0 and the amount of time the processor spends in that state depends on the workload and operating environment.” The Badįor over a year now I have been running into PCs on a regular basis that run extremely hot while completely idle. “Intel® Turbo Boost Technology 2.0 1 accelerates processor and graphics performance for peak loads, automatically allowing processor cores to run faster than the rated operating frequency if they’re operating below power, current, and temperature specification limits. Here’s the exact description from Intel’s site: This is a real godsend for people like me! I used to spend days tweaking my BIOS settings and running torture tests to make sure my CPU was running flawlessly and at maximum capacity.

It’s something that just happens and keeps your PC running at maximum speed, without you having to do any overclocking of your own. In perfect conditions, Turbo Boost is never something you have to even think about. Note that some higher-end computers are built to sustain the Turbo Boost and have higher performing cooling systems to compensate. Your laptop’s battery will also last longer! Disabling it will make your PC run cooler and quieter. SPOILER ALERT: If you have a modern laptop that causes third-degree burns if you actually dare to rest it on your lap, it probably has a cooling system that isn’t sufficient, and Turbo Boost IS NOT helping the matter. Automatic boosts are nice, but perhaps having a button you can control isn’t such a bad idea … If you’ve got a modern computer and you’re running Windows, the odds are that you can pull up the performance tab of Task Manager and see that your processor’s frequency is changing dynamically-sometimes jumping far above the base clock speed. Intel’s Turbo Boost technology (or AMD’s Turbo Core) works on the same principle, but it’s all automatic.

I’ve never actually touched a computer with a physical turbo button, but once upon a time it was common for computers to have a physical switch that would allow a processor to run at a higher speed, at the cost of increased heat and power usage.

Quick cpu turbo boost