Boosting the CPU’s Speed for high performance is nothing new in computer engineering. This technology has proved to be very useful in some situations and has powerfully met the requirements of high-performance demanding users.
Boosting the CPU is the technology that makes the CPU works faster and smoother when there is a demand for more processing power. Increasing technology makes the system optimized and valuable for users who run high-end tasks like extreme gaming, complex editing programs, etc.
Adding boost technology to Intel’s CPUs is nothing new to see. This is a built-in capability found in Intel’s CPUs for quite a long time. And this technology is further enhanced by recently adding a new Intel thermal velocity boost feature. So below is the introduction of this new Intel boosting feature and its comparison with the old boosting modes.
Intel Thermal velocity boost is the CPU boosting feature that increases the processor’s Speed within the CPU’s tolerable temperature range. If there is a significant load on the system, a thermal velocity boost automatically activates and makes the CPU run faster, thus enhancing its performance.
Because of the latest technology and innovation, The thermal velocity boost feature is unique among all CPU generations, and only 10th,11th, 12th, and 13th-generation Intel processors support this feature.
How thermal velocity boost makes the CPU’s performance efficient?
Thermal velocity boost almost uses a similar mechanism as the turbo boost, but it makes the compatible CPUs even more efficient in performance. A thermal velocity boost enhances the processor’s Speed faster than the turbo boost used to do previously.
Thermal Speed is an energy-efficient and adaptable technology that allows the CPU to run at the base frequency when the workload is minimal and at a higher frequency when the demanding tasks are running, allowing the system to perform at a higher rate when the load is heavy. Aspects are more efficient to throw at it.
It also makes the system run smoother instead of slowing down. TVB(thermal velocity boost) has two boost modes:
- Single-core boost: This mode boosts the Speed of only one CPU core and makes it run faster than the base frequency.
- All-core boost feature enhances the clock frequency of all CPU cores simultaneously. It results in a significant performance boost, which results in additional pressure on the processor and may exceed the CPU’s tolerable range, making it both risky and challenging but useful.
Other boost modes that were previously used
Turbo boost modes 2.0 and 3.0 were the major boosting features available long before introducing and releasing a thermal velocity boost feature. These modes enhance the clock speed of either one or many cores of a multiple-core processor.
So this boosting feature emphasizes one or more cores and makes them run at their extreme limits by automatically identifying the size of the load on the system. But this boosting feature works only if some requirements are fulfilled. The CPU temperature level must be below the specific point known as the threshold temperature, and there must be the system’s optimum power/current usage.
The turbo boost 3.0 is more efficient and enhanced than the 2.0 version and intensifies the clock speed of two CPU cores. The performance of single-core is significantly increased as compared to the base frequency.
Difference between Intel Thermal velocity boost and turbo boost.
The boosting feature available in Intel CPUs before the TVB technology was a turbo boost. It was compatible with relatively lower generation CPUs like Intel core i3, i5, i7, and Xeon series, unlike TVB, which is the latest line in boosting technology.
This is the most common boosting feature found in Intel CPUs ever since its release in 2008. The turbo boost can increase the CPU’s base clock speed by up to 1 GHz step by step in small increments, providing additional processing power for handling demanding tasks and programs.
This turbo boost doesn’t work each time the processor is running; instead, it works depending on the workload provided to the system.
The turbo boost technology enables the users to experience added processing power whenever needed, like running a high graphics game, doing some video editing for your professional business, making a 3D model using heavy Software, and many more.
Hardware compatibilities for intel thermal velocity boost
The thermal velocity boost feature is a relatively new step in boosting technology. As already discussed, this feature is compatible only with Intel’s latest generation processors with a minimum benchmark of 10th generation Intel Core i9 processor at least.
Generally, the traditional, relatively standard boosting technology, including the turbo boost, is familiar to typical consumers and low-end programs and is found in almost all lower-generation CPUs except a few.
Is there any need for me to have Intel thermal velocity boost?
The answer to this query is simple. Suppose you’re a serious user and often have to compromise on the performance of your CPU to run high-end programs and Software. In that case, the CPU having Intel thermal velocity boost will benefit you.
But if you are an average user who doesn’t have a high workload and complex applications on your system, this may not be your purpose.
How to use the thermal velocity boost feature on my PC?
There is no configuration for this technology to enable and work as this is an altogether by-default feature with compatible processors making the peak frequencies achievable.
FAQs
Will this technology be Beneficial to Gamers and Enthusiasts?
There is no doubt that gamers and enthusiasts will benefit from this technology. Thermal Velocity Boost will not only enhance your gaming experience but will also make it more realistic.
Thermal Velocity Boost is also used to construct considerably more realistic video game worlds. This will allow players to immerse themselves even more in games.
Overall, gamers and enthusiasts will benefit greatly from this technology.
Final Words
By default, the thermal velocity boost feature enables the users to gain maximum output from the processor. It maximizes your system’s performance and doesn’t harm or damage the CPU if it runs at its peak-rated clock speed.
There is no alteration with its maximum upper-rated frequency as done in overlocking. Some changes in the BIOS settings can disable this, but this may be risky and harmful to the CPU, so trying to get it disabled isn’t the right thing to be recommended.
