Turbo Boost technology increases CPU speeds up to the Max Turbo Frequency, while staying within a safe TDP (thermal design power). Multithreaded applications are programs that use several processor cores at once. It even increases performance in both single-threaded and multithreaded applications. And when the workload becomes heavy, it rachets up the clock speed to the max frequency. Intel Turbo Boost Technology lets the CPU run at its base clock speed when the workload is light. The other is the Max Turbo Frequency, which is the speed it will run when the need arises – It works a bit like Honda’s vTec. When purchasing a laptop or CPU, there are two numbers on the spec sheet by the CPU information: one is the base clock speed for the CPU, which is the frequency at which it will run normally. This means that it’s not always necessary for the processor to run at maximum core speed. Some programs are more dependent on RAM to run smoothly, while others are more CPU-intensive. In what follows, we’ll go into more detail about how Intel’s Turbo Boost technology works and show you how to enable this feature in your system.

By increasing the clock speed of the processor cores, you can experience some impressive power gains. Most modern Intel CPUs are equipped with Turbo Boost technology to help in those moments where pure processing power is required. But your understanding of how it works is clear as mud. And when the Turbo Boost kicks in, you’re amazed at the speed with which your laptop can perform tasks. The idea of getting more performance from your laptop is enticing. When you purchase through links on our website, we may earn an affiliate commission.

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