1. The price is different. There will be some differences in the price of CPU with core display and without core display. The price of CPU without core display will be different. CPU prices will be lower.
2. Different prices: There will be some differences in the price of CPU with core display and without core display. The price of CPU without core display will be lower.
3. The difference in performance between CPU with core display and without core display: CPU with core display, the host can display the screen normally after plugging in the CPU, without the need for an independent graphics card, otherwise an independent graphics card is required.
1. Well, although the 1050 graphics card is a low-end graphics card, its performance is no problem for playing mainstream large-scale games. The CPU integrated graphics cannot be compared. . The integrated graphics performance of the CPU is very low and can only be used for office work, reading web pages, browsing videos, watching movies, etc.
2. In large-scale stand-alone games, more emphasis is placed on the performance of the graphics card and the multi-core performance of the CPU. At this time, the multi-core performance advantage of i5-12400 is highlighted. In several stand-alone games tested this time, i5-12400 performed slightly better than Ryzen 5600x.
3. It is possible. Paired with 1050, a 2G graphics card is completely sufficient, but it can only be used as an entry-level configuration. This graphics card is a medium-performance graphics card, so the performance is not very high, and it can be matched.
4. Comparing gtx1050 graphics card and 12500h core display, the performance of 12500h core display is equivalent to gtx950 graphics card. The theoretical maximum performance of Intel's 12th generation Core i5 12500h can reach the range of gtx950, and the actual performance can easily exceed gtx760. The most powerful core display on the market is AMD r7.
In short, it is very scientific to say that the CPU cannot drive the graphics card before the concept of GPU emerged. Yes, because the graphics card at that time could only complete the work of polygon generation. The comparison was the fill rate and the polygon generation rate. Other lighting and other work still had to be completed by the CPU, which was very dependent on the CPU.
CPU performance has a significant impact on graphics card performance. If the CPU performance is too weak, paired with a high-end graphics card, it will limit the full performance of the graphics card. Specifically, it is difficult to achieve optimal image quality in some games. On the contrary, pairing a high-performance CPU with a low-end graphics card will waste the powerful performance of the CPU. Therefore, the performance of the two must be balanced.
When a low-performance CPU is paired with a high-performance graphics card, the full performance of the graphics card cannot be used, and there is a bottleneck. If you don’t care about waste, you can get a high-performance graphics card.
The low CPU cannot bring out the performance of the graphics card. The result for the game is that it loads slowly or even cannot be entered. After entering, it is stuck. You can upgrade to AMD X4 880K, and the power supply is recommended to be no less than the rated 450W.
Generally speaking, the higher the graphics performance of the computer, the higher the performance of the CPU required. Only when there is no bottleneck in CPU performance can graphics performance be optimized and the entire computer be optimized. In addition, the configuration and performance of the motherboard, the power and quality of the power supply will also affect the performance of the graphics card.
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