Which is better, Ryzen 5 3600 or i7 10700?

If you look at the CPU by the value retention rate, it must be 10700.

In terms of performance, the performance of the 10700 is better.

But from the point of view of cost performance and **, it is still better than 3600.

The main thing is your trade-off, if not bad money, go straight to 10700

AMD's first batch of 7nm Ryzen desktop processors will be on the market on July 7, with a total of 5 models, the cheapest of which is Ryzen 5 3600, 6 cores and 2 threads design, 65W TDP, frequency, and the suggested retail price is 1599 yuan. Foreign enthusiasts have been the first to get this processor and have conducted a simple test on the machine.

Among them, the CPUZ has been correctly identified, and judging from the Matisse-B0 step, it seems that it is not an ES QS tablet, but a production version. The CPU-Z's built-in benchmark test shows that it scores 502 points for single-thread and 3989 points for multi-thread, and the Ryzen 7 2700X (8C16T, Zen+) is 2% higher than a single thread.

Let's take a look at another set of benchmarking tools, Cinebench R15 20.

The R15 runs 1443CB, which is an improvement from the previous generation Ryzen 5 2600; It's almost on par with the i7-9700K.

The R20 ran 3229 and 3505CB, which is 45% higher than the i7-7700K and only 10% behind the Ryzen 7 2700X.

The production process of electricity is extremely complex, with multiple processes such as power generation, transmission, distribution, and consumption. Among them, power generation refers to the place where electric energy is produced, such as: thermal power units, hydropower units, etc.; Transmission refers to the operation of using high-voltage lines to complete power transmission; Substation refers to the use of high-voltage substation to convert high-voltage voltage, ultra-high-voltage voltage and other electrical energy into low-voltage electrical energy; Distribution is the final step, which reduces the voltage and delivers the electricity to the consumer.

The power transmission and transformation project of the power system attaches importance to the two steps of transmission and transformation. With the rapid increase in China's electricity demand, there is an urgent need for power system transmission and transformation projects to undertake the transmission and transmission of the power system. A number of power transmission and transformation projects together constitute the main frame of China's power grid.

At this stage, China's power transmission and transformation projects generally have multiple voltage levels such as 110kv, 220kv, 330kv, 500kv, etc., of which 220kv is used more frequently in China; 330kV is commonly found in China's northwest power grid; The 500kV level is the highest, and the requirements for cost, capacity, and process are higher and more advanced. At present, China attaches great importance to the construction of 500kV power grid, which is the backbone of China's power grid. Power transmission and transformation engineering is an important engineering project in the construction of the main grid of the power grid, including transmission line engineering and substation engineering, which requires high costs, extremely complex engineering construction, and high construction technical requirements.

Power transmission and transformation projects generally include electrical installation, communication and automation, civil engineering, electrical equipment commissioning, system start-up and commissioning, etc. Among them, electrical installation includes the installation of primary equipment such as high-voltage equipment, and also includes the wiring and installation of secondary equipment such as protection and control systems; Communication and automation refers to communication engineering and substation automation; Civil engineering covers equipment foundation, building engineering, four-way and one-level, frame foundation, etc.; The commissioning of electrical equipment is to test and adjust the installed primary equipment and secondary equipment; System start-up and commissioning refers to the start-up and commissioning of the operation of transmission lines and substations after the construction of power transmission and transformation projects. The status quo of power system power transmission and transformation project management does not pay attention to the coordination of the project scheduleThe power system power transmission and transformation project is very different from other projects, and the requirements of the power system power transmission and transformation project are higher, and the construction progress is required to be carried out in strict accordance with the specified requirements to ensure that the project construction is completed on time.

At this stage, most of China's power enterprises do not pay attention to the management and coordination of the progress of power transmission and transformation projects, which seriously affects the quality of the project, which not only reduces the ability of construction personnel and engineers to control the progress of the project, but also has a great impact on the efficiency and quality of the project. A small number of power transmission and transformation projects only pay attention to the progress of the project, and lack the supervision of the project quality, resulting in the problem of urban power shortage.

Both the Ryzen R7 and the Core i7 are high-performance processors, and they have their own advantages and disadvantages in different aspects.

First of all, the Ryzen R7 uses AMD's zen architecture, while the Core i7 uses Intel's Coffee Lake or Comet Lake architecture. From a performance perspective, the Ryzen R7 performs better at multi-core performance, while the Core i7 performs better at single-core performance.

Secondly, the price of Ryzen R7 is relatively low, and it also performs very well in some Shihui application scenarios, such as **rendering and multi**processing. The Core i7, on the other hand, is more suitable for applications that require high single-core performance, such as gaming and virtualization.

Finally, it is important to note that the choice of processor spike also considers its compatibility with other hardware and software, as well as factors such as required power consumption and heat dissipation. Therefore, the specific choice should be weighed according to individual needs and actual circumstances.

There is a significant difference between the Ryzen R7 and the Core i7 in terms of the number of cores, among them, the Ryzen R7 has up to 8 cores, while the State Tongjian Core i7 can have up to 12 cores. In addition, the Ryzen R7 outperforms the Core i7 and excels in both single-core and multi-core applications. So, if you need a high-performance processor, the Ryzen R7 will be a great choice.

Both the Ryzen R7 and the Core Talk i7 are high-performance processors, and their performance depends on the specific application scenario and Senbi usage requirements. Here are some comparisons of them:1

Performance: In terms of multi-core performance, the Ryzen R7 has an advantage over the Core i7, offering more cores and threads, and performing better at multitasking. In terms of single-core performance, the Core i7 has an advantage over the Ryzen R7, which can provide higher clock frequency and better single-threaded performance.

2.Power Consumption: The Ryzen R7 is more energy-efficient than the Core i7, with lower power consumption and longer battery life.

3.Ryzen R7 is more affordable than Core i7.

To sum up, if you need a high-performance processor with multiple cores and threads, and you are sensitive to **, you can choose the Ryzen R7. If you need more single-threaded performance and are not sensitive to power consumption and**, you can opt for the Core i7.

If conditions permit, it is recommended that the Core series will retain its value better.

Hello! If you play games, then choose the one with the Core i7 processor.