![]() There are 2 types of cores, namely Performance cores (P-core) and Efficient Core (E-core) and only the performance cores are hyper-threading, while the efficient cores are not. Note that starting with the 12th gen intel has started making cpus with a hybrid core/thread architecture. With hyperthreading support available, Windows Task Manager will show "Logical Processors" twice the number of cores. They can detect and report the number of cpu cores and threads. To check on a machine use tools like cpu-z and hwinfo or Windows Task Manager. To check whether a cpu has threading support, check its specs online. Not all cpu models have hyper threading support. Intel CPUs use 'hyper-threading' and AMD CPUs use 'simultaneous multi-threading' or SMT to achieve this, with both technologies essentially being the same.Īs mentioned earlier, more cores and threads equal better efficiency and multitasking as the processor is better able to execute more tasks simultaneously. So for example, an Intel i5-10400 processor has 6 physical cores and 12 threads. While the core count represents the number of physical cores in a CPU, the number of threads represents the number of virtual cores a processor can simulate. Note that Hyper-Threading is specific to Intel and the AMD equivalent is Simultaneous Multi-Threading (SMT) which does something similar. 8 core/8 thread > 4 core/8thread > 4 core/4 thread However a 4 core cpu with hyperthreading will be slower than a 8 core cpu without hyperthreading. So a 4 core cpu with hyperthreading will be faster than a 4 core cpu without hyperthreading. Now this does not exactly double the performance but it does add some advantage. In other words, a 4 core cpu with hyperthreading support will appear to have 4 x 2 = 8 cores. Hyper-Threading feature when present on a cpu allows each core on the cpu to act somewhat as 2 cores. Check out the cpu hierarchy list at tomshardware to see a performance comparison of popular cpu models. Multicore cpus often use naming conventions like quad-core (4 cores), hexa-core (6-core), octa-core (8 cores), deca-core (10 cores). ![]() Here are some cpu models with their core and thread counts For professional video editing jobs an 8 core cpu would be ideal whereas for building a work-station look for a 12/16 core cpu.įor most home users with basic requirements like document editing, web browsing, video viewing etc, a modern 4-core processor will be sufficient. If you are planning to get a gaming pc or laptop then look for a laptop with atleast 6 cores. Processes like video-editing/transcoding and applications like games use multiple cores to run tasks in parallel and see massive performance gains with more cores. The more cores a processor has, the faster it can handle multiple processes, which is important for multitasking or for heavy workloads that can take advantage of multiple cores. Having multiple cores allows the cpu to run multiple programs simultaneously thereby making it faster. Each core is like a cpu within a cpu that can execute programs. Most modern cpus have multiple cores anywhere from 4,6,8 to upto 32 and 64. ![]() In this article we shall take a look at some of important features of a cpu that affect its performance and also affect the choice of other components like motherboard, ram, psu, cooler, graphics card etc. When choosing a CPU, it's important to take note of every little detail in the specs and make sure that the other components in your build are compatible with it. Intel i3/Ryzen 3 series cpus are the entry level and low budget ones whereas the intel i9/ryzen 9 series are for high performance workstation computers.īesides the name and number there are many core features or specifications of cpus that determine the performance. The mainstream Intel Core family of processors includes the i3, i5, i7, and i9 chips, while AMD Ryzen includes the Ryzen 3/5/7/9.Īll cpus are not alike in terms of performance and the most expensive ones are more powerful. Most computer cpus are manufactured by either Intel or AMD. ![]() CPUs also have a heat sink and fan installed right over them, since they produce the most amount of heat out of all components. ![]()
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