Intel Turbo Boost Technology has two versions, Intel Turbo Boost v 2.0 and Intel Turbo Boost v3.0. The outcome of this activity – performance of both single and multi-threaded applications is enhanced by manifolds.

Although the boost enables the core to run faster, the processor should work in the power, temperature, and specification limits of the Thermal Design Power (TDP). Under the Clocks section in 'Core Speed'.Intel Turbo Boost Technology or TBTM is technology that enables the processor core of a computer to run faster than the marked frequency. If you want it to always stay high, the only way is toĭisable Turbo and overclock the processor from the BIOS (not recommended). Sometimes it will boost for less than a second for a single set of instructions. Turbo Boost might kick in, just not the way you might expect it to look like. The algorithms involved are built into the CPU and cannot The point is to optimize resources in terms of energy and speed depending Don't expect it to keep maximum speed for any length Turbo Boost can only be obtained when just one core is being stressed and the Use therefore a stress-test like Prime95 that can be run on one single core. Mean increasing power use for this one core, power which is taken away from the Turbo Boost will only kick-in when one core is being stressed, since this will Turbo Boost operates in 133Mhz increments and will scale up until it either reaches the maximum Turbo Boost allowed (which is determined by the model of processor) or the processor comes close to its maximum TDP. There is no set-in-stone speed which the Core i5 or i7 processor will reach when in Turbo Boost.

Intel how to enable turbo boost