How about the Core i3 370M

Processor name: i3-370m, cache capacity: 3 MB, clock speed: GHz, TPD, power consumption: 35 W, DDR3, speed: DDR3-800, 1066 MHz, integrated graphics, Yes, number of cores: 2

This CPU performance is absolutely satisfactory for daily use, and it is not worse than the previous generation P8700. The main frequency is the same as that of the i5-450M, but the latter can be turbo accelerated to In terms of 3D animation rendering, PS large-scale ** processing, the latter has more advantages. Everything else is pretty much the same, because the CPU performance is generally excessive.

For playing 3D games, the main thing is to look at the performance of the graphics card, if the graphics card performance is strong, the i3-370M will definitely not become a bottleneck. Only the CPU is different, with the i3 370 being a few hundred cheaper than the i5 450. There is an advantage in terms of price-performance ratio.

If you have great requirements for 3D games, for the current laptop graphics card configuration, ATI HD5650 or NVIDIA GT335M or above is recommended.

It's not bad, it's the low-end of the i-series, but the performance is good, and it's in 25th place among all notebook processors.

Master Lu ranking is i3 370 one place higher than i5 430 I don't want to say more I see how you use it to map or something Use hz high point to play games and choose graphics card high performance.

Product Model Frequency Turbo Frequency Thread Cache Multi-core Power Consumption Core i3-330M - 4 threads 3MB Dual Core 35W Core i3-350M - 4 threads 3MB Dual Core 35W Core i3-370M - 4 threads 3MB Dual Core 35W Core i5-520M 4 threads 3MB Dual Core 35W

The performance gap at the same frequency is very small, don't believe you**Search for four generations of CPUs**, basically very expensive, about 410-490, about 7% stronger.

The 1150 board is very cheap, the H81 has many options for those less than 100, and the 300 pieces can be on 16G DDR3.

If you are installing a new machine, use a new one if you have more than four coresIf you upgrade to the old configuration, buy i3 4170(490 blocks).It's better to add 60 yuan to buy a magic i7(Direct ** search: magic change i7).That's it.

If you don't consider the graphics card, just play lol these games, then you can put on the magic i7 with the core display Iris 5200(However, GIGABYTE boards are not supported.) The full-height frame rate of the core display is 150+, and the group is not less than 90

It's now April 1, 2020 last modified:

The new board U can consider i3 9100F, if there is a volume of Pinduoduo full of more than 200 minus 35, you can buy, plus the store's coupon, and the final price is 400 free shipping, and then go to get a board. If you don't have money, go to the Xianyu app to pick up a good Yingtai B250 that doesn't need to be shielded by magic,About 135 yuan,Just two DDR4 2133 2400 memory。 (Station B has a review**,Actually, 2400 is enough),There's no need to buy high-frequency memory.,It's better to add the money to buy high-frequency memory to the graphics card.。

You can also get on the H110 B150 DDR3 motherboard, the premise is to change the magic (pay attention to whether you need to shield the pins),** and the above is about the same, the advantage is that you can use the DDR3 special strip, a single DDR3 1600 16G is only 165 yuan.

The above set of boards is perfect for all kinds of games, CPUZ single-core 490, multi-core performance looks like 1880.

If it is a fourth-generation platform, you can upgrade it to i5 4690k, and the current ** loose piece is about 440 yuan. The advantage is that there is a core graphics card, you don't need to buy a graphics card, and you can also overclock. Overclocking to the point where most of the nine generations of U's single core is good in terms of cost performance.

The i3 7100 is still enough for the current office and general online games, after all, this is the mid-range processor of the year.

Computers are not absolutely good, as long as they are sufficient.

Core i3 7100 is a mid-range model of the LGA1151 socket seventh-generation Core series, which is outdated, with performance between Pentium G5420 and G6400, which is equivalent to the current low-end level, but it has no problem with ordinary online games with low requirements such as daily office Internet access, audio-visual entertainment and running DNF, Fantasy Journey to the West, Call of Duty 4, Far Cry 1 and other old stand-alone games. If you pair it with a mid-range graphics card such as GTX1050Ti 1650, you can also play mainstream large-scale games such as "Chicken" with medium special effects.

The general office is fine, but if you play games, the frame will drop and get hot, so it can only be said to be an office machine.

See what you're up to. I think i3 was silent back then.

The main differences are: 3110M has a high frequency, (2400 vs. 2260), and the memory transfer rate is high (1600 vs. 1066), and the GPU is fast.

CPU clock speed, that is, the clock speed at which the CPU cores work. It is usually said that how many megahertz is a certain CPU, and this number of megahertz is the "main frequency of the CPU".

Many people think that the main frequency of a CPU is its operating speed, but this is not the case. The main frequency of the CPU indicates the speed of the digital pulse signal** in the CPU, which is not directly related to the actual computing power of the CPU.

Since the main frequency does not directly represent the computing speed, in some cases, it is likely that the actual computing speed of the CPU with a higher frequency will be lower.

The overall running speed of the computer not only depends on the CPU computing speed, but also related to the operation of other subsystems, only by increasing the main frequency at the same time, the running speed of each subsystem and the data transmission speed between each subsystem can be improved, the overall running speed of the computer can be really improved.

Memory is one of the most important components of a computer, and it is the bridge that communicates with the CPU. The running of all programs in the computer takes place in memory, so the performance of the memory has a very large impact on the computer.

Memory, also known as internal memory, is used to temporarily store computing data in the CPU and exchange data with external memory such as hard disks.

As long as the computer is running, the CPU will transfer the data that needs to be calculated to the memory for calculation, and when the operation is completed, the CPU will send the result out, and the operation of the memory also determines the stable operation of the computer.

Memory is made up of parts such as memory chips, circuit boards, gold fingers, etc. There are many types of memory, which can be divided into main memory and auxiliary memory according to their use, and the main memory is also known as internal memory (referred to as memory, which is called memory in Hong Kong and Taiwan).