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When assembling a computer, if you plan to use a core display (integrated graphics card), then whether you need an optical drive becomes a question. PHP editor Yuzai will answer this question for you, explain in detail the relationship between the core display and the optical drive, and guide you to make a wise decision based on the specific situation. The following details will provide you with comprehensive and easy-to-understand answers.
No optical drive is required. The optical drive is mainly used to read CDs and has nothing to do with Harmony.
Whether to buy 6 cores or 8 cores should be decided based on your actual usage needs and budget.
If your main usage needs are daily applications, office software, web browsing and other light applications, then choosing a 6-core processor is enough, and the performance is sufficient to meet the needs of such tasks.
If your main usage requirements are more complex tasks, such as video editing, 3D modeling, game programming, etc., then an 8-core processor may be more suitable for you, because you need to have the ability to handle such tasks. More computing resources support.
Of course, 8-core processors are relatively more expensive, while 6-core processors are relatively cheaper. You should also make a decision based on your own budget. At the same time, it is also necessary to consider the matching of other hardware configurations, such as memory, hard disk, graphics card, etc., in order to obtain the best cost performance.
There are differences in performance, price, and use.
Performance difference: When high-intensity work tasks need to be performed, the greater the number of cores, the stronger the execution performance. The higher the number of cores, the fewer lags there will be during computer operation and the running speed will be relatively faster.
Usage difference: If it is a high-intensity computer use such as design or intensive computing, there are differences between the two. 8 cores will be more conducive to software performance than 6 cores.
Eight-core computer configuration list: It is recommended to use Gigabyte 970A-DS3P motherboard. This is an ATX motherboard. The maximum memory capacity is 32GB. The memory slot is 4×DDR3 DIMM. The CPU slot is Socket. For AM3/AM3, the graphics card slot is PCI-E 2.0 standard, and the USB interface has 12×USB2.0 interfaces (6 built-in 6 backplanes) and 4×USB3.0 interfaces (2 built-in 2 backplanes). The power socket has a 4-pin and a 24-pin power connector. The overall dimensions of this motherboard are 30.5×21.5cm.
Intel seventh generation i5: four cores and four threads, while the eighth generation i5 8400/8600K was upgraded to six cores and two threads, and the new upgrade added 2 cores and 2 threads;
Intel seventh generation i7: Four cores and eight threads, while the eighth-generation i7 8700K/8400 has been upgraded to six cores and twelve threads, with 2 native cores and 4 threads upgraded.
Simply put, compared to the seventh generation Intel Core CPU, the number of cores and threads has been significantly improved compared to the seventh generation. This is unprecedented in the past. It can be said that performance is no longer about squeezing toothpaste, but about performance. There have been great upgrades.
The prices of seven-core computers and eight-core computers are different. Eight-core computers are more expensive than seven-core computers. The more cores there are, the more expensive the processor will be. This It's directly proportional.
1. The more computer cores, the faster the calculation. So it is easy to use eight cores.
2. Simply put, a quad-core computer has four processing cores that can work together, which is equivalent to four brains working at the same time. The eight-core computer actually has "dual quad-cores", that is, eight cores, but they do not work together. Among them, the four-core cores are used for basic communication work, and the so-called "true eight cores" In theory, eight cores can be turned on at the same time for collaborative processing.
3. Quad-core computers and eight-core computers all belong to ARM in terms of kernel structure, and different manufacturers have different differences. An eight-core computer processor will be superior and theoretically more powerful. However, for a computer system, it is necessary to balance the performance and battery life of the computer. In the actual use of a four-core computer and an eight-core computer, the user experience The difference will not be huge, so in terms of actual operating speed, game performance, etc., a quad-core computer will not be inferior to a computer equipped with an eight-core processor.
14 core is better.
Comparing the power consumption of 8-core and 14-core processors, generally the function consumption of 14-core processors is lower than that of 8-core processors.
Performance comparison, generally the performance of 14-core processor is higher than that of 8-core processor
The main difference is the different work cores and different data processing capabilities.
1. Different working cores: A quad-core processor has four processing cores that can work together. There are two types of eight-core processors. One is actually a "dual quad-core", that is, there are eight cores, but they cannot work together. Four of the cores are often used in basic communications and other parts.
2. Different data processing capabilities: Compared with quad-core processors, eight-core processors generally bring better data processing capabilities, especially in high-definition decoding and games. Eight-core computing Has unique advantages.
1. The performance is different. The eight-core computer has more cores than the six-core computer. Therefore, the execution power of the eight-core computer is stronger than the six-core execution power. For example, when facing When performing some high-intensity work tasks, the eight-core computer has stronger processing power, is less prone to computer lags, and runs faster.
2. Different uses. If you need to use some professional design or high-intensity functional software, then when running, eight cores are more conducive to the operation of these software than six cores.
3. Prices are different. An eight-core computer is more expensive than a six-core computer. The more cores there are, the more expensive the processor will be. This is a direct proportional relationship. of.
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