hexa core vs octa core

VASTKINGKingPad M10 10.36 Inch Android 11 Tablet, 4G LTE Phone Calls, 2K Resolution, Octa Core, 4GB RAM, 128GB Storage, 5Ghz WiFi, GPS, 13MP Camera, Full Metal Uni-Body, Cellular + WiFi, Mystic Gray : Amazon.ca: Electronics. "/> trust gxt 158 mouse. sopat extra thick mattress topper review Findmany great new & used options and get the best deals for Dell XPS 8940 i5-10400 16GB 256GB SSD 1TB HDD Windows10 White Edition at the best online prices at eBay! Free shipping for many products!. Whatthis means in simpler terms is that a quad-core phone will spread the load to all of its four cores, and an octa-core phone will also spread the load over all eight cores. hey guys..😎😎 in this video i explain what is dual core, quad core, hexa core, octa core, deca core processor deca core is latest in the market deca core faster Hexcore advantage: It has 6 cores. Relative disadvantages: it does not have 2, 4, 8, or 10 cores. Octa core advantage: It has 8 cores. Relative disadvantages: it does not have 2, 4, 6, or 10 cores. Deca core advantage: It has 10 cores. Relative disadvantages: it does not have 2, 4, 6, or 8 cores. Or perhaps you'd prefer that as a table: sidekickvs urinator; rainbow mokoko lost ark; japanese amateur girls 3mg nicotine vape juice 100ml; jeep grand cherokee 2022 engines android quickstep launcher pahoa weather. bobcat s450 manual body parts worksheet for grade 2 pdf; federal law catalytic converter theft; el camino parts craigslist; kitchen shelf ikea booth vrchat world junior hợp âm tháng 4 là lời nói dối của em. Contents What Is a CPU Core?What Do Cores Do in a CPU?How Do More Cores Affect Performance on Windows 10?So, More Is Better? The Central Processing Unit CPU of a computer’s most important component. It’s essentially the brain that makes calculations and decisions about how to run every task and operation on a PC. The CPU is integral to a PC. For example, you can still use the computer without a dedicated video card, a network card, or even a sound card. However, without the processor, you merely have an expensive piece of industrial brick. There are various ways to categorize the CPU—by manufacturer, generation, or clock speed among others. However, the most important method of classification is by how many cores they have. Using that yardstick, there are two main CPU types the single-core CPU and the multi-core CPU. Single-core processors are all but extinct at this time so we only have computers whose processors use between two and eight cores. However, does it matter how many cores a processor has and how many your CPU needs? This article answers these questions. We’ll explain each type of CPU and how your choice of processor correlates to performance. What Is a CPU Core? A CPU is a computer’s processor chip that executes instructions fed to it by a computer program. On a Windows 10 PC, that program is the operating system. The main component of a CPU is the processing unit or core. The core is responsible for reading and executing program instructions. If the processor is like the human brain, then the processing unit or core is like the cerebrum. It’s the part that carries out the primary functions of the CPU. Now, just like the human cerebrum is divided into right and left portions, a CPU can have more than one processing unit. The more cores there are, the faster the tasks are carried out. A computer with one processor core can carry out a single task at a time. Although it may perform the task very fast it must finish before it can do something else. On the other hand, multiple cores help speed up system operations because the computer treats each core as a different processor. It assigns tasks to each one simultaneously. With multiple tasks being done at the same time, both speed and performance are increased. In the early days of the computing system, processors only had one core because of the limits of technology at that time. Nowadays, a single-core CPU is a rare thing; every consumer PC comes with at least a two-core processor. What Do Cores Do in a CPU? When it’s time to purchase a new computer, many users are confused about labels like “dual-core”, “quad-core,” and so on. They might wonder what cores do exactly and why the number of cores matters. Strictly speaking, a core is equivalent to a CPU. Most modern computers have multiple cores on a processor chip. In effect, the system has more than one CPU to use at a time. The operating system distributes tasks among the cores to ensure the smooth running of computer programs. Depending on what you wish to do with your system, you probably need one with multiple cores. How Do More Cores Affect Performance on Windows 10? Sure, you might not mind splurging on the latest and greatest PC if you have the money. However, it might be better to tailor your purchase according to your needs. The kind of PC you buy should be designed for the kind of programs you want to run on it. Also, remember that performance is not only dependent on hardware but software as well. Too many junk files on the hard drive, corrupted memory, and even invalid registry keys can make a PC with adequate specs perform far less than the sum of its parts. A PC cleanup utility like Auslogics BoostSpeed will help you restore the performance to the normal level. For basic tasks like browsing, watching videos, playing music, and using basic productivity apps like Word and Excel, a computer with two or four cores might be sufficient for your needs. For gaming and video editing, you should choose a good computer that has between four and eight cores as the increased number of cores will be better able to handle the extensive operations that gaming and graphics editing involves. For complex workstations that require graphics rendering, you’re better off splurging on one of the specialized beasts out there with at least 12 cores. You can even find up to 64 cores for the most extreme resource-demanding tasks like 3D animation rendering and on-site network computing. These are the common types of CPU based on the number of cores Single-core CPU or processor with one core. Dual-core CPU or processor with 2 cores. Quad-core CPU or processor with 4 cores. Hexa-core CPU or processor with 6 cores. Octa-core CPU or processor with 8 cores. Deca-core CPU or processor with 10 cores. Duodeca-core CPU or processor with 12 cores. Let’s look at each one in turn. Single-Core CPU The age of microprocessors began with a one-core CPU. Even though it could only perform a single operation at a time, it was still an improvement over what came before. Nowadays, the only place to easily find a processor with one core is in a tech museum. Dual-Core CPU Processor chips with two cores can be found in most entry-level computers. Examples of two-core CPUs are the Intel Core Duo and the AMD X2. They use two processors on a single chip. Dual-core computers are very budget-friendly and allow you to do a few basic tasks at a time. You can play media files and perform simple browsing, type out documents and play old Super Mario games without overloading the CPU. Quad-Core CPU A computer with four cores is good enough for regular tasks like gaming, basic video editing, and multi-productivity work. The Intel 6th and 7th generation chips are mostly quad-core. Hexa-Core CPU You can find processors with six cores in many of the latest mid-range gaming and graphics editing laptops around. If you’re looking for a machine that can handily perform advanced video editing 3D rendering, and play AAA games comfortably, you can go for a hexa-core chip. However, the PC should also be paired with at least 8GB of RAM to take full advantage of the parallel processing. Octa-Core CPU This type of chip is found in high-performance computers used by engineers, architects, and specialized workers that do a lot of complex graphics rendering. If you’re a professional gamer or a programmer that uses software that needs a lot of resources, an 8-core PC may be the best tool for your trade. Deca-Core CPU Any computer with a 10-core chip should easily handle anything you throw at it, all other things being equal. The Intel Core i9-10850K is an example of a deca-core chip produced for gaming desktops. Playing the heaviest games at 4K, virtual reality, and advanced software mapping will be a breeze with this type of processor. Duodeca-Core CPU and Above In recent times, CPUs with more and more cores are being released for the most demanding operations a computer could ever do. Examples are the AMD Ryzen 9 5900X with 12 cores, Intel Core I9-9980XE Extreme Edition with 18 cores, and AMD Ryzen Threadripper 3960X with 24 cores. These are performance monsters for deep-pocketed users looking for a specific technology. So, More Is Better? There is a pretty straightforward correlation between the number of cores on a PC and its optimum performance. But not always. Other factors that determine how fast a computer is. Apart from the number of cores, you have to consider the number of threads as well. Threading is the ability to run multiple processes on a single chip at a time. Some chip makers added threading capability to their better chips to further boost performance. So, thanks to threading capability, a quad-core computer might be able to run 8 processes at once while a hexa-core computer is limited to just six processes. In that case, the 4-core PC with threading capability is the better choice as it allows for better multitasking and enhanced performance. For the best value when shopping for a new PC, you should be on the lookout for CPUs with multithreading capability. Intel calls theirs Hyper-Threading and AMD calls theirs Simultaneous Multithreading. The CPU’s clock speed is another factor to consider. Clock speed is the rate at which the processor operates, defined as the completion of one processing cycle and measured in gigahertz. A general rule of thumb with clock speeds higher is better. Of course, the storage and RAM affect the speed of the processor as well. For the best results, you should go for a computer that pairs a good CPU with a fast SSD and at least a DDR4 memory. We hope this article has increased your knowledge of computer processors. With this, you’ll go into your next PC purchase better informed. Given that PCs with 8 cores and above aren’t exactly cheap, you may need several rounds of saving to get what you want. In the meantime, you can use the Optimize Tool in Auslogics BoostSpeed to finetune your current PC for the best performance. Um processador multinúcleo ou multi core, em inglês é aquele que tem dois dual ou mais núcleos quad, hexa, octa, deca-core… de processamento dentro de um chip. Isso quer dizer que os smartphones possuem dois ou mais núcleos responsáveis por dividir as tarefas. Em processadores de um só núcleo também é possível executar várias funções ao mesmo tempo. Porém, elas podem chegar ao limite da capacidade da CPU Unidade Central de Processamento com um desempenho que vai deixar a desejar. Como funciona um processador? Parece bem óbvio, mas os processadores processam um monte de dados solicitados pelos aplicativos que você usa. Para abrir navegadores, mensageiros e jogos, o processador precisa acessar o armazenamento interno e encontrar os dados referentes ao app, levá-los até a memória RAM e trabalhar nesta troca até exibir tudo na tela. É o processador que também vai receber as informações que você mesmo cria no teclado e enviá-las ao aplicativo, num vai e vem de dados. A memória RAM, como já falamos aqui antes, tem a missão de permitir que o processador tenha acesso imediato aos dados que deseja como um meio do caminho, contribuindo para uma maior rapidez e capacidade de resposta. Quando o processador precisa fazer alguma coisa de novo, consulta dados da memória RAM. O que significa core? Como você já pode imaginar, um processador dual-core trabalha com dois núcleos, um quad-core com quatro, um hexa com seis e assim por diante… Um bom processador oferece melhor desempenho ao smartphone para que consiga realizar suas tarefas sem comprometer a performance — evitando travamento, lentidão e outras intempéries. O sistema operacional do celular, no caso do Android, por exemplo, trata cada um desses núcleos como um processador diferente. Na maioria dos casos, cada unidade possui seu próprio cache. Contudo, os dois núcleos ou mais não se somam em capacidade de processamento, o que eles fazem é dividir as demandas, tornando-as mais fáceis e rápidas. Um processador dual-core com clock de GHz não equivale, por exemplo, a um processador single-core com clock de Ghz o dobro, e sim a dois núcleos GHz operando em paralelo. Quanto maior o clock calculado em GHz melhor será o seu desempenho para executar diversos programas simultaneamente sem engasgos. Como já deve ter notado, uma série de características influenciam no desempenho do processador. O que conhecemos como “velocidade” clock é o número seguido de GHz. O que é clock? Podemos definir o clock como o volume de ações escrever e ler dados ou executar comandos que o processador pode executar por segundo. Sendo os GHz um indicador imediato da “velocidade”. Quanto mais “pulsos de clock”, mais rápida a frequência. Isso tornou-se necessário para resfriar processadores single-core com frequências cada vez mais altas em GHz e que amontoavam uma concentração cada vez maior de transistores — com o passar do tempo cada vez menores — no mesmo circuito integrado. Fazendo uma analogia bem superficial, um núcleo é um motor. Então, é natural imaginar que um deca-core com dez núcleos é o melhor para um processador rápido e potente. Entretanto, um desempenho impecável depende do motor, depende do tipo de carga que precisa levar e depende também da sua rotina de uso e esforço do motor. Quanto mais núcleos, melhor o celular? Observar só o clock não basta. Há limites para quão rápido pode ser um processador que cabe dentro de um smartphone que cabe na sua mão sem que esquente demais. A solução encontrada pelas fabricantes foi fazer chips de processadores móveis com mais de um núcleo, que funcionam como se fosse um processador independente. Assim, o número total de ações que consegue realizar por “pulso de clock” é maior. 1 o fator software 👩🏾‍💻 Os fabricantes podem fazer com que processadores usem cada núcleo para determinadas tarefas e isso permite, por exemplo, ter uma melhor autonomia de energia usando os núcleos mais lentos para tarefas simples e os núcleos mais rápidos e poderoso para tarefas complexas. É o processador que vai organizar e definir quais processos serão executados em qual dos núcleos — é comum que haja uma combinação com velocidades diferentes. É possível, ainda, que o próprio aplicativo ofereça configurações para otimizar os processos. Sendo assim, ter um processador com muitos núcleos não implica ganho velocidade substancial, pois o sistema operacional ou aplicativos podem não usar recursos com maestria. 2 a memória de cache ⏳ Aliada à memória RAM, o processador tem ainda o que chamamos de memória de cache, um pequeno espaço de armazenamento de dados absurdamente rápido que fica no próprio chip para guardar dados que precisam ser acessados com muita frequência. A forma como essa pequena memória de cache é dividida entre os núcleos do processador varia bastante em cerca de três níveis L1, L2 e L3, sendo o L1 é o mais rápido e isso pode influenciar no resultado final do desempenho de um processador mesmo com muitos núcleos anunciados em propaganda, porém subutilizados. Como avaliar o processador de um smartphone? Certamente que você vai continuar observando a velocidade em GHz na ficha técnica dos celulares, mas deve levar em consideração que comparar processadores é muito mais do que avaliar “quem tem clock maior”. De acordo com a arquitetura adotada pela fabricante isto é, a maneira como o chip é construído, seu desempenho pode variar. E, lógico, como você não é um especialista nisso, não precisa se agarrar a quesitos tão técnicos ou se aprofundar na questão da memória de cache ou de como suas aplicações trabalham com os núcleos de um processador. É para isso que existem “benchmarks”. Como isso funciona? Análise técnicas simulam o desempenho de um ou mais chips em situações leves e severas. Ao final, cada um dos processadores recebe uma pontuação com base no seu desempenho. Se você estiver em dúvida entre dois smartphones com processadores de fabricantes diferentes, por exemplo, a melhor coisa é consultar pontuações em testes. O Tecnoblog costuma divulgar comparativos entre os melhores celulares e que usam processadores com arquiteturas completamente diferentes como a Apple e a Samsung. Um bom exemplo é o comparativo entre o A10 Fusion — o primeiro chip com CPU quad-core a equipar um iPhone — com o Snapdragon 845, um chip octa-core da Qualcomm. Conforme a pontuação do Geekbench, o processador do velho iPhone 7 e iPhone 7 Plus se sai melhor que o rival presente em Androids de Sony, Xiaomi, Samsung e LG, incluindo a linha Google Pixel 3. Para deixar um pouco mais complicado, você ainda tem processadores Exynos, da Samsung, em algumas versões de aparelhos. Outro exemplo de que total em núcleos não é documento é o A12 Bionic, da Apple, que é hexa-core. Comparado ao mesmo Snapdragon 845, da Qualcomm, o A12 tem reconhecidamente mais desempenho bruto, independente de otimizações de software. Um terceiro exemplo é o Exynos 9810, um octa-core de GHz, da Samsung em comparação com o Snapdragon 805, um quad-core de 2,65 GHz, da Qualcomm. Em tese, o modelo da Qualcomm tem maior velocidade em GHz, mas era um pesadelo para os usuários pois esquentava absurdamente, revelando desempenho insatisfatório e deixando o chip de oito núcleos da sul-coreana com menor frequência em vantagem. Vale notar que, em geral, as análises só levam em consideração o desempenho do processador sozinho e não o conjunto do smartphone por completo. Uma memória RAM lenta, uma memória flash lenta ou um software mal otimizado, podem botar tudo a perder mesmo em um celular equipado com processador de vários núcleos. Sendo assim, fica a dica veja comparativos técnicos, GHz não é tudo, há mais nisso aí. Androidocta-coreProcessador multinúcleoQuad-coreinglêsCPUiPhoneQualcommSamsungiPhone 7 PlusiPhone 7AppleApple A10 FusionLG ElectronicsXiaomiSonyExynos You weren't right so long! The chip maker MediaTek pioneered the concept of with the launch of the Helio X20 processor. Lately, the company added another deca-core chipset to the lineup with the introduction of the Helio there is a new deca-core chip in the market, we will witness the launch of smartphones equipped with the same in the coming months. Undoubtedly, these smartphones will be flagship models. But, when it comes to the buyers' perspective, we need to accept the fact that it could be too confusing to choose a smartphone due to the different options available in the Tech Controversies of 2016 Galaxy Note 7, Reliance Jio & MoreIt can be said that buying an Android phone is an overwhelming task as there is a wide variety of choices. The task becomes tougher as the makers use their own techniques to confuse the buyers. Sometimes, you might come to the conclusion that buying a deca-core processor equipped phone is a good decision as the chipset is better than an octa-core one due to the higher number of cores. But, that's not always true as choosing a processor shouldn't be done based on the number of cores You Should Never Buy At An Apple StoreToday, we at GizBot, have decided to shed light on the different multi-core processors that exist in the market right now, starting from dual-core to deca-core and the number of cores that one actually need to get a better user experience. Do educate yourself on the same from below. Multi-core Processors That Exist Dual-core Processors In the dual-core processors, the CPU will have two cores in each processor. The dual-core processors will have a couple of processors that are combined with each other and the cache and cache controllers of these will be integrated onto a single circuit. Quad-core Processors This is a chip with four cores that can read data and execute tasks independently. Each core will operate in conjunction with the other circuits including memory management, cache, and I/O ports. Also, each core in the quad-core processors can run several instructions simultaneously, which will increase the speed of the system by means of parallel processing. Hexa-core Processors The hexa-core processors use six cores as the name suggests. These can handle the assigned tasks in a much faster and better way than the dual-core and quad-core processors. Usually, these chipsets use a quad-core processor and a dual-core processor. Octa-core Processors Octa-core processors use eight cores to perform the assigned task efficiently. Eventually, the octa-core processors render a 200% increase in the overall speed of the system than the quad-core processors. In some octa-core processors, there are two sets of quad-core processors used and these quad-core chips will be given different tasks based on the intensity of the task and the ability of the chipset. Deca-core Processors It goes without saying that the deca-core processors use 10 cores to complete the tasks in a more efficient way than the other processors. Undoubtedly, having an efficient deca-core processor will make the system super fast. These are the latest ones in the market and only a few smartphones have such processors. We can expect to see more such processors in the devices that will be launched in 2017. Also Read LTE vs LTE Advanced What's the Difference? How a Deca-core Processor Works? When it comes to the MediaTek MT6797 Helio X20, which is the first deca-core processor to be launched in the market, it has two quad-core configurations and a dual-core configuration on a single SoC. The four Cortex A53 cores are meant to handle the basic tasks such as general navigation, and the other four Cortex A53 cores that are clocked faster are meant for more demanding tasks. The other two Cortex A72 cores are meant to deal with tasks that are more intense such as 3D photography and 4K video recording. With the dual-core processor used for the high-end tasks, there rises another question. The question is, are the quad-core chipsets necessary. While many may answer "no" to this question, we would like to make it clear that a fast dual-core setup is optimal for a modern day smartphone in the place of an average quad-core processor. Also Read Key Things to Know Before You Buy a New Computer Deca-core Processor A Brief Analysis Talking about the deca-core processors, we can't rule out the factor that a smartphone with more cores will render better performance. But, it is true only in some cases. There are two terms related to processors - core and clock speed. Each core is a tiny processor that can work independently and the higher the number of cores the more tasks the phone can do at the same time. When it comes to clock speed, it is the GHz number given next to each processor. The higher the clock speed the faster the core can complete a given task. If you think that a deca-core processor is pretty powerful, you need to know that your aren't right all the time. However, most smartphone functions and apps are single-threaded, which points out that each app or function can be handled by just one core at a time. Eventually, even if you are playing a heave game on a deca-core processor equipped phone, only a single core will be used for the task. In that case, a dual-core processor with higher clock speed will be better in terms of performance in comparison to a deca-core processor. Also Read USB Type-C What Is It and How Is It Better Than Its Predecessors? Final Words As of now, the deca-core processor phones are pretty rare and expensive. If there exists a deca-core processor with a high clock speed, it is definitely a masterpiece. However, keep in mind that it will prove to be worthy only if you are a person who often runs 10 apps simultaneously its pretty rare, though. If not, a quad-core or an octa-core processor, which has a higher clock speed will be sufficient to offer seamless performance! Best Mobiles in India Best Cameras Best Selling Upcoming 1,24,999 79,999 1,39,900 89,900 84,999 82,999 59,400 74,999 94,999 79,999 65,900 13,999 6,499 13,499 11,999 1,29,900 17,990 12,999 7,332 13,999 24,867 8,799 22,999 31,840 11,440 8,150 46,340 9,694 34,880 32,696 Quad Core Vs Octa Core Have you ever wanted to know more about which one is best like Quad Core Vs Octa Core, or which core will affect the performance or even just what are the different types of cores to choose from? Lets, get to the details and know more about them and start with what is a core In the beginning when you start learning about computers first thing they teach us is about the processing unit or Central Processing UnitCPU as this is the main part of the computer system or you can say it as the brain of the computer, where all the transaction, instructions, functions, and many other tasks are performed. Most of the earlier computers used to have this CPU on a single Integrated Circuit Chip along with the memory. The other peripheral device interfaces, and many other components. This chip including the CPU performs all the arithmetic and logical instructions. Thus it is the central unit that performs all the commands sent to ALU arithmetic Logic Unit. During the course of time, the processing of the data and handling of the instruction requirement has substantially increased. To support these requirements it has been designed to add two or more CPUs to that single chip or you can say more cores or multi-cores on a single chip. If you talk about the basic functionalities of the core which are to Fetch the instruction, DECODE the instructions and Execute the instructions. Now you got the definition of the core as a single CPU and similarly, multi-core could define as two or more CPUs. Modern computers can accommodate these multi-core processors on a single socket, supported with single heat sink and fan to control the temperature. Let’s get into more details to see Quad Core vs Octa Core Dual-Core, Quad-Core, Hexa and Octa-Core As we see that CPU or a core handles the instructions and processes them so more the cores then it can handle more instructions and processes. By the use of a multi-core processor, we can achieve the high performing functionalities like multi-threading or parallel computing. So, when you want to purchase or build a computer consider whichmulti-core processor to add to gain the extra speed and the improved functionalityof the computer. In today’s market of processors, there are many companies competing each other but the leaders among them are Intel and AMD Advanced Micro Devices and the other companies which mainly focus on the mobile and tablet are Snapdragon, MediaTek, Apple and Samsung. Intel Processor ModelAMD Processor ModelDesktops Celeron, Pentium, CoreSempron, Athlon, PhenomMobile Celeron M, Pentium M, Core mobile processorSempron, Athlon, Turion Single CoreYesYesMutli Core YesYesModels Intel Pentium Dual-core processor Intel i3, i5, i7, and i9 Processors Intel Xeon Processors AMD A4, A6, A8, A10 AMD FX Processors AMD Ryzen Processors AMD Ryzen Threadripper Processor Each processor has multiple factors which determine the speed or the performance of the processor like Clock RateCacheFront Side Bus Clock Rate Each processor has the clock rate, which is the frequency of the clock pulse to execute the instructions. Thus the higher the clock rate, the more instructions can be handled by the CPU. With the increased clock rate, you will have an increase in energy consumption, thus producing more heat. So when you are buying a computer with a higher clock rate look for the best cooling solution also. Cache Today’s modern CPUs have different levels of caches including Instruction cache or data caches. These caches are used to reduce the average cost by storing the copies of data which is most frequently accesses from the main memory. Acting as a bridge in between RAM and the processor. Front Side Bus FSB It is a connector to the Random Access Memory, to determine the speed of the processor is determined by clock multiplier to the FSB. CPU speeds can vary with a different combination of different FSB frequency or the clock multiplier. If you have a computer with a Dual-Core processor then it is like having two individual CPUs installed in one single chip which will handle more instructions at a time. Thus it will increase the performance from the normal Single core processor. And similarly Quad-Core will have 4 cores on the single IC chip which is used to handle even more instructions and operations and similarly, the HEXA Core is with 6 cores. Unlike the QUAD Core, the Hexacore is not implemented in many devices. Octa-Core as the name says it has 8 Cores and it has double the speed as the Quad Core processor has. So, the device with Octa-core can handle double the number of instructions that can be handled by Quad-Core. Decision Whether you are upgrading your current PC or buying a new PC basic and the first criteria will be the budget, based on your budget look for the available best processor which will give you the speed performance for some years to come. Based on the factors we discussed Quad Core Vs Octa Core above will help you decide the new processor to purchase. For eg. The processor with the size of is much more recommended over the processor of size The amount of the Cache of the processor reflects the speed of the processor, more the size of Cache the more speed you can get from the processor. Go for the max available cache within your budget. NoteIf you only want to change the processor look for the socket size of the processor as it is different for the different consider the heat sink and an appropriate fan to provide the required cooling. For example the processor from intel Intel i7 10th Gen up to and 8M Cache It has and an 8M of cache memory, which is one of the pretty good processors to consider. Conclusion The multi-core processors dual, quad, Hexa or octa-core processor will increase the speed of your computer by performing multiple tasks subsequently. Along with the core look for the FSB, go for the higher FSB available within your budget. So, next time you purchase a new processor or a full set of PC we wish you have the best computing speed for years coming till the technology phases out. If you like the post or find any little information helpful please share the post and send your comments to us it matters to us a lot.

hexa core vs octa core