The most cost effective GPU host, the most powerful GPU

The chord host with a relatively high cost performance is actually the kind of assembly that can be.

So this aspect does not say that the best cost performance must choose the most suitable, only in this way can a very good effect be achieved.

That's a bit higher than some of the hosts, I think you can buy some of the best ones.

The cost performance is relatively high, I think it is very much, you have to see which one you need, you can go to the store first.

AMD has the highest performance of core RDN2.

The integrated GPU performance is equivalent to that of GT1030 and RX550, which can reach the performance level of current entry-level discrete graphics cards. You can play most online games with high special effects, play some stand-alone games with low special effects, support 4K hard decoding, and there is no problem with Internet access, office, etc.

Core i5-12400 has 6 cores and 12 threads, only equipped with a large core of performance cores, no energy-efficient core small core design, the maximum turbo frequency can be reached, and the TDP power consumption of 65W does not require high heat dissipation, but the overall performance is very strong.

Core graphics card

It is an intelligent graphics core, which is integrated into the intelligent processor, relying on the powerful computing power of the processor and the intelligent energy efficiency adjustment design, to achieve the same excellent graphics processing performance and smooth application experience at lower power consumption.

AMD's processors with HD graphics are called APUs (Accelerated Processors) by AMD, and Intel's processors with HD graphics include Sandy Bridge (SNB), Ivy Bridge (IVB), Haswell, SkyLake, KabyLake, and CoffeeLake platforms. However, there is a big difference between the two, the APU uses physical integration and unified power supply, that is, it is used on a single chip, unified bidirectional power management, and heterogeneous computing is used in operation.

Not necessarily, a good nucleus is stronger than a bad one, but it is still stronger than a nucleus. Take a look at the graphics card (GPU) ladder diagram. For example: RTX3060 (single display), > UHD630 (GPU), > GT210 (single display).

In addition, the concept of nouns in the title is confusing. Integrated graphics cards include core graphics, which are just a branch of integrated graphics.

In the past, integrated graphics cards were mainly integrated on the motherboard, also known as onboard graphics cards. Now they are integrated in the CPU and are called Core Graphics or APUs. Regardless of the integration in **, it is an integrated graphics card.

Currently, integration in CPUs is mainstream. Intel refers to integrated graphics integrated in CPUs as "core graphics" or "core graphics", and AMD refers to CPU products with integrated graphics as "APUs".

AMD and Intel, no matter how they are named, have similar layouts. They put the CPU chip and the GPU chip side by side on the same substrate and left it under the same CPU metal cover.

The image below shows the CPU with the lid open. The red arrow on the right shows the metal cover of the CPU. The white paste on the metal cover is thermal grease, and two chips are attached to the left substrate.

One rectangle (yellow arrow) is the GPU chip, and the other square (green arrow) is the CPU chip.