I do not know if you noticed that there are no high-end processors and entry-level or even midrange processors. The difference is based on the basic frequency, on the one hand the number of core, there is the size of the cache and the number of threads, only to accelerate the frequency, no matter what level Processor, speed up is essential, why is this?
What is the role of acceleration frequency
Whether it is Intel or AMD, Turbo Boost or Pricision Boost is actually a means to dynamically accelerate frequencies. This acceleration frequency mainly affects single core performance.
First of all, the acceleration frequency can improve the single-core/dual-core computing capabilities, especially those software that can not make full use of multi-core software, and must rely on high-frequency to improve computing efficiency. Second, where hyper-threading does not work, it is necessary to rely on the most primitive violence to achieve its purpose. Accelerating the clock comes into being. So you can see that entry-level processors can be without hyper-threading and have a small number of cores, but they will not be without acceleration.
In fact, the acceleration frequency is more like an "overclocking" action that does not require manual intervention. The user does not have to enter the BIOS to adjust the voltage, frequency, frequency, or what. The computational requirements will come and the CPU will automatically determine if an acceleration frequency is needed. It is dynamically adjusted within the allowable range of thermal power design, even if the idle core is turned off under certain conditions!
Hyper-threading is not an acceleration frequency
There are many small partners that can easily confuse the frequency of acceleration and hyper-threading. In fact, these are two different technologies. Hyper-Threading (HT), which first appeared on the Pentium 4 in 2002, uses special hardware instructions to emulate two logic cores into two physical chips so that a single processor can use threads. Parallel computing, in turn, is compatible with multi-threaded operating systems and software, reducing CPU idle time and improving CPU operating efficiency. However, this technology may not appear on any processor like the acceleration frequency, and entry-level products such as the Pentium series do not have many models.
The biggest benefit of accelerating the frequency is to make a lot of entry-level, mid-range processors have good game performance - because a lot of games is to call up the computing power of two cores at most, even can compete with the high-end processor one by one. Of course, this is not an absolute factor, including the dependence of the game itself on the processor will also affect the performance of the game.
Super processor Xiaobian recommend them
Intel Pentium G4600
Recommended reason: one of the cheapest entry-level processor products, the performance can be used, comes with nuclear display also eliminates the expense of configuring the graphics card, more importantly, you can use 100 series motherboards, supporting low cost.
AMD Ruilong 3 1200
Recommended reason: price is very good, with AM4 motherboard price is not expensive, but need to configure a discrete video card, entry-level gamers can consider Oh.
Intel Core i3 8100/i3 8350K
Recommended reason: i3 8100 performance is good, the basic frequency is also high, the only pity is the matching price is slightly more expensive, the motherboard + processor price is about 1700 yuan; i3 8350K most attractive is the ability to overclock, especially the game Performance based on good performance can have the opportunity to go further and have the potential to compete with midrange products.