Comparison of mobile phone processors. Which processor is better for a tablet? Which processor is better for gaming on a tablet?

It's true, but it doesn't sound like it. Does my smartphone require 8 cores or even 10? Its basic idea is this: a car has an engine, just like a smartphone has a processor. The number of cylinders in an engine is similar to the number of cores in a processor. In the past, automakers used 8-cylinder engines, but in Lately Fuel economy is becoming increasingly important, which is why many engines now use four cylinders.

Which processor is better for gaming on a tablet?

In a car, all cylinders have the same cubic capacity. This completely changes the balance of things. But that's not true; Moorhead is trying to compare oranges to pears. This type of device is what is called heterogeneous multiprocessing. This type of arrangement is what is called heterogeneous multiprocessing, where not all cores are the same. To make it work, it assigns tasks to cores according to these characteristics.

Tablet processor performance comparison

So let me offer an alternative analogy that better captures the reality of heterogeneous multiprocessing, the humble kitchen knife. In our kitchen we have a piece of wood with several different knives. Knives are different sizes, some are longer, some are shorter, some are thinner, some are wider, some have a serrated edge and so on. Each knife has an optimal use. A bread knife is great for cutting bread, a bone sock is great for removing meat from a bone, a chef's knife is best for chopping, etc. you can use a bread knife to chop and you can also peel the carrots with a chef's knife as it is still a knife with a nice sharp edge, however it is not ideal and probably not recommended.

More cores equals more choice. I have options, I have choices. Think of it this way, more cores equals more choice. Now the scheduler can choose the right kernel for the right job. Like me, power efficiency is really the goal of these increasingly large multi-core processors. And as Robert Triggs wrote in his article yesterday: It may seem a little intuitive, but 10 cores doesn't automatically improve performance. However, it offers a lot more choice about what you can do with your workload.

The idea is to scale even more efficiently from small, low-power processors, through mid-range quad-core processors, and all the way up to dual-core high-end configurations. If Patrick Moorhead wants to use an auto industry analogy, here's another one: the gearbox.

Of course you can travel everywhere by car high speed, but is this the most effective? What we're seeing is chipmakers experimenting with the optimal balance of performance and power versus cores, and on this moment it seems to be beneficial for adding more cores.

All common tasks that will not fully utilize all 10 CPU cores but have 10 cores means the scheduler can run the best cores for the tasks. So far we've talked about technology, why is one design better than another? What is heterogeneous multiprocessing? But the real problem is probably not technology, it's marketing. The phrase "octa-core" is used in the sense that 8 cores are better than 4 in terms of performance.

But the real message is the 8 big ones. So, why 8 and 10 main hobbies? Every company must differentiate itself from the competition. Other processor manufacturers are trying to take advantage of this. So, in conclusion, the key factor to understand about 8 and 10 core processors is that all cores are not the same. Core clusters have different performance and power characteristics. Remember that more cores equals more selection. More choice means better energy efficiency, but not necessarily more performance.

If you were to raise money today, it would likely cost much less. While processors are important for optimizing battery performance, speed, and overall function of a smartphone, they don't themselves sell smartphones. His worldwide plan was also limited.

Beijing's local government has supported it financially, Lei Jun said on Tuesday, and China's central government has been pushing for years to build a local semiconductor industry. And actual performance results may fluctuate, which is normal.

So it's likely that the three new chips will have more high performance in the future, let's wait and see together. Even when looking at efficiency, a mixed picture emerges at first. Octa core processor is a microprocessor with a total of eight data cores, which is suitable for various electronic systems. This type of CPU is less common in the mobile sector than multi-core processors with two or four modules.

In a smartphone or tablet with an octa-core processor, eight data cores work on pending processes and tasks. Not all cores are running at the same time, but individual threads are distributed among active cores depending on the operating system and programming running application. Usually they have different clock speeds and have different performance characteristics. Combined with the integrated graphics chip, they form a central computing unit or tablet. Once a process, such as an application or game, begins, data and computation instructions are distributed across the processor cores.

How mobile phones with octa-core processors remain efficient

When the operating system is optimized to use multi-core processors, access and load times are reduced and performance is increased. These values ​​are specific to individual data cores and cannot be added. For this reason, many manufacturers equip their smartphones and tablets with high-performance rechargeable batteries that provide longer runtime while simultaneously supplying the processor with the necessary energy.

Which smartphones are equipped with an eight-core processor?

However, sometimes we don't pay attention to something as important as the "heart of the smartphone", the processor, the component that moves everything. It's funny, isn't it? Why does a mobile device manufacturer want to move from a high-end processor to a mid-range processor?

Maybe because this high-end processor is not as high-end as it claims? At the moment the two are the undisputed kings in the manufacturing sector mobile processors. So once again we've put the question on the air: how many cores does your smartphone really need?

But first of all: what do kernels do?

Will these ten cores be used or is this pure marketing, or as we said at the time, a major war? Let's start from the beginning, although readers of this site will know more than enough: what is a kernel and what is its function? In terms as we understand it, the core is the part of the processor that is responsible for executing a task. Multiple cores allow you to perform multiple tasks in parallel, so the more cores a processor has, the more tasks it can perform simultaneously.

Theoretically, yes, but only at a basic level, since it depends not only on hardware, but also from software, as well as from operating systems smartphones and applications running on it. That is, if the developer programmed his application to run in one core, there is no point in having ten.

How will a 10-core processor work?

However, developers are increasingly optimizing their applications for multi-core systems. This also extrapolates to smartphones in the same way. Of course, this dual-core package, which is responsible for the heaviest tasks, leads us to the next question.

Do you really need that many cores?

Of course, the presence of many cores is associated with high resource consumption and heat generation. So we finally get it wet and say no, we don't need that many cores. This is because fewer cores allow the system to run at higher speeds while being more power efficient.

One of the common elements we consider when choosing a computer is its processor. However, in the world of TV, we don't look that much. Today we will tell you how the processor of your TV affects the image quality. More fast processor provides a better transition when opening the application of our TV, which guarantees us a current experience that meets our expectations.

Multi-core processors, more powerful for high-quality image processing

From our background in computer science or photography, as amateur or advanced users, we can get an idea of ​​how the processor will affect image processing. And how do we know which processor is better? In truth, it helps us a lot if his name follows more or less the same rule as in computer technology.

The higher the operating frequency, the more power is required for image processing. This is explained very simply, because real behavior can be much more complicated. As a summary we could say that two TVs that mount the same type of panel, the quality of the resulting picture will depend on which one has best processor for their processing. Of course, all the technologies that the brand develops in different models, will also affect the final result.