If your platform designer suppresses Turbo Mode or if you disable it through BIOS, some packages may still report the CPU as "Turbo Mode=YES!" but that is a sign the software looked at the CPUID and is reporting capabilities, not if it is enabled or engaged. That also may (or may not) be exposed through BIOS settings. There are also 3 Intel Bay Trail-T microprocessors, that work in the same socket. The OEM shapes how Turbo Mode behaves-when it launches, how fast it runs, when it aborts. The Atom Z3735F is based on Bay Trail-T core, and it uses BGA592. Similarly, the OEM can configure the platform to suppress Turbo Mode.
Your BIOS likely (but not always) will allow you to enable or disable the Turbo Mode. The CPUID commands communicates the CPU capabilities as part of the CPU signature. Your BIOS likely (but not always) will allow you to enable or disable the Turbo Mode. If you see no boost while idle, use CPU-Z to either benchmark or stress the CPU while you monitor the clock with another application. You should see the clock speed of the 1 fully utilized core thedopeprince said: Im.
The CPUID commands communicates the CPU capabilities as part of the CPU signature. easiest way is to run a utility like CoreTemp and Prime95 together, then reduce the of Prime95 workers to 1. If you see no boost while idle, use CPU-Z to either benchmark or stress the CPU while you monitor the clock with another application. You are in Turbo Mode anytime you see the clock pushed beyond the advertised speed. You need a tool that will report your clock speed, like Argus Monitor. I wager this is true for all Turbo Mode capable processors. The Processor Base Frequency of the Intel® Core™ i5-9400F is 2.90 GHz, when using Intel® Turbo Boost Technology it could reach up to 4.10 GHz, but not necessarily has to get there, the fact that the frequency of the unit gets to 3.The Coffee Lake processors shift to Turbo Mode very, very frequently-even when Windows is idle. Intel® Turbo Boost Technology dynamically increases the processor's frequency as needed by taking advantage of thermal and power headroom to give you a burst of speed when you need it, and increased energy efficiency when you don’t, it works automatically depending on the load of work at the moment, in the following link you will find more details about this topic:
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