The I3 2130 helped me configure a cost effective computer

i32130 has not been officially listed, even if it has just been listed, it may not be available. It's not as affordable as going directly to the i52300. It's not much cheaper than the i52300 either.

More than 800 cost-effective CPU AMD Athlon™ II X3 435 (Case) 1 535 * Motherboard Jabra Hummer HZ02 1 499 * Memory Goldbond 2GB DDR3 1333 (Millennial) 1234 360 *

Summary. Hello, kiss <>

The CPU can be replaced, but <> is not recommended

The second-generation mobile version of the i3 is bound to choose the second-generation i7 if you want to change the CPU to get a more obvious performance improvement, but generally speaking, the heat dissipation conditions of the notebook equipped with i3 are difficult to suppress the heat of the i7, so it is difficult for the i7 to maintain the turbo state.

If the budget is sufficient, it is recommended to replace the notebook, if the budget is insufficient, you can choose a desktop, and if you really don't have the budget, you can consider adding an SSD or memory module.

Can the i32310M processor be upgraded? What configuration is appropriate.

Hello, dear [Bixin] for you to find that the i32310m processor can not be upgraded<>

This mode mostly uses the CPU and graphics card soldered to the motherboard, resulting in the inability to upgrade. But even if your laptop motherboard can support up to i7 2640mcpu with the same interface. At best, its performance is only at the level of the desktop i3 Gen 3 processor

Can you replace the CPU

Hello, kiss <>

The CPU can be replaced, but <> is not recommended

The second-generation mobile version of i3If you want to get a more obvious performance improvement by replacing the CPU, you must choose the second-generation i7, but generally speaking, the heat dissipation conditions of the notebook equipped with i3 are difficult to suppress the heat of i7, so that i7 is difficult to maintain the turbo frequency state If the budget is sufficient, it is recommended to replace the new notebook, and if the budget is insufficient, you can choose a desktop, and you really don't have a budget to consider adding SSD or memory modules.

Hello, please wait a minute

Forehead ......Hello dear, can you accept the link I just sent, the platform doesn't seem to be able to send a link to the product, you can place an order to buy it on **Tmall, Jingdong and other platforms.

Are there any good upgrades <>? Let him hurry up and recommend it.

Hello, please wait! <>

The general idea is: enough memory (4G up, 8G is the best), SSD (preferably 256G starts), and it should not be a big problem to use it smoothly after upgrading. As for CPU upgrades, theoretically you can change to a 4C8T i7, but I don't know if the heat dissipation pressure of the original notebook can't be suppressed.

However, if you upgrade them all, then the cost is actually more than the value of your original machine, so you might as well change to a new computer

Thank you. You're welcome, dear [than heart] can you give me a thumbs up if it's convenient<>

The i3 2130 is, of course, an integrated display. The model of the SNB architecture built-in core graphics card is: HD Graphics 2000.

The Intel Core i3 2130 uses dual cores, main frequency, and a front-side bus of 1333MHz. The Intel Core i3 2130 delivers excellent performance and stable operation.

Integrated graphics is a special type of graphics card.

Integrated graphics cards generally do not have video memory, but use a part of the main memory of the system as video memory, and the specific amount is generally automatically and dynamically adjusted by the system as needed. The performance of integrated graphics cards is a bit inferior to that of discrete graphics cards. Motherboards that use chipsets with integrated graphics cards do not have to use integrated graphics cards, and motherboards can completely shield the integrated graphics cards, but for cost reasons, this is rarely done.

In addition, some integrated graphics chipsets can also support separate graphics slots, such as Intel's G-series chipsets, while others no longer support dedicated graphics slots, such as Intel's GL-series chipsets.

A motherboard with a graphics card chip integrated by the motherboard northbridge chip is called an integrated motherboard, and the graphics card chip integrated by the northbridge is the core of the integrated graphics card, and the core and video memory together form the integrated graphics card.

=.= The current CPU clock frequency and not so important anymore.。。。 The key is to look at the multi-core processing power...

Let me choose the one in front of me.

CPU buy new not buy old can not ** main frequency just enough efficiency is the most important not to mention there is also turbo frequency technology, automatic overclocking at any time.

You are going to buy a notebook, the CPU performance of the i3 380M is stronger than that of the i3 2310M, and the integrated graphics performance of the i3 2310M is about 30% stronger than that of the i3 380M.

If someone tells you that SNB's integrated performance is at the same level as the low-end independent display, it is Fuyun, i7 2630M's integrated graphics card is a grade with the low-end independent graphics card, SNB's i7 and i3's integrated graphics card performance is different, don't be deceived. If you want to buy a notebook with integrated graphics, then wait a little longer and buy the i3 2310MDE notebook on a mass market. If you buy a separate display, you can buy it now.

It's the i3 380 that's better, I'm doing Lenovo.

Personally, I think i3 is better, reason:

1. The notebook graphics card GT630 is much better than the GT710, one is a performance-level graphics card, and the other is an entry-level graphics card; The entry-level graphics card is a little bigger and the game can't be played, of course, League of Legends can be played.

2. i5-3230 is better than i3-3110CPU, but it is difficult to feel it in daily games and office, and i5 uses core heat higher than i3, and the notebook definitely doesn't want to be too hot.

3. In terms of cost performance, the latter configuration is definitely cheaper, more practical, and the overall configuration is more balanced.

The power consumption of the third generation is lower than that of the second generation, and the performance of the third generation is similar to that of the second generation. The third generation of the core GPU is significantly better than the second generation.

The CPU performance of the i3-3000 is about 5% higher than that of the i3-2000 at the same frequency, and the graphics performance is about 20% higher.

The performance of the CPU is related to the microarchitecture, the number of cores, the main frequency, and the cache, and the first three have a very obvious impact.

The Core i3 380M and Core i3 2310M have the advantage of a very high clock speed, while the latter has the advantage of adopting a new SNB architecture for higher execution efficiency.

The new SNB architecture has about 15% improvement in product performance compared to the same positioning. Therefore, although the Core i3 2310M only has a clock speed, the performance is about the same as that of the previous generation. Therefore, it is between the i3 350m and the i3 370m.

Slightly inferior to the i3 380m

However, since they are all strong enough, there is no obvious difference in practice, and the actual power consumption of the i3 2310M is lower, so if the ** is the same, I recommend you to choose the i3 2310M

Both of these statements are correct, the CPU part 380M is indeed slightly stronger than the 2310M, the GPU part is 2310M stronger, LZ can wait for the follow-up model of SNB, and the main frequency will be somewhat improved.

The i3 2310M's GPU is automatically used when it is used with a GPU when it is used with a GPU for simple graphics operations, and when it is used for complex operations (large game graphics processing software). This has a more obvious effect on reducing power consumption for notebooks, while there is not much difference between CPUs. It is recommended to buy a notebook with i3 2310m.

If you are engaged in technology, it is recommended that 2310 I3 380 not talk about windows Play other systems, sometimes this "soft support" is still not as good as the "hard support" of 2310, including virtualization or something.

And the power consumption of the 2310 is much lower than that of the 380 390, although it is slightly inferior to the 380 390.

But the stability and performance of the 2310 are beyond doubt.

Both statements are true,In addition,I3 2310M heating power is smaller than i3 380M,At present, the second generation i3The main frequency is too low and does not support turbo frequency technology,Worse than the old generation of high-frequency i3,The gap between the second generation and the first generation is only reflected in the i7,The second generation i7 kills the first generation i7 (only refers to the notebook platform)

If you want to play 3D games, it is recommended to buy at least one with a mid-range independent GPU, and the built-in GPU of the second-generation i7 is only at the level of a low-end independent GPU, let alone the i3.

1. The difference between the two is about 20%. The performance of the i5-3210M is around 140%, and the performance of the i3-3110M is around 110%, so there is not much difference between the two.

2. Common denominator: Both are dual-core four-thread, 3M cache.

3. Differences: Core i5-3210M supports turbo frequency technology, the main frequency, and the turbo frequency can be achieved; The Core i3-3110M does not support turbo technology, main frequency.

<> above is a performance ladder chart of the CPU.

As you can see from the graph, the performance of the i5 3210M is a little below 140%, and the performance of the i3 3110M is a little above 110%.

So i5 3210m can be less than 30% stronger than i3 3110m, the difference between the two is not too big, both are basic performance level, but if you play games, if the difference is not too much, it is better to choose i5.

It is best to buy a notebook to understand all aspects such as the heat dissipation quality of the CPU graphics card, and the configuration is not necessarily comfortable to play, if the laptop heat dissipation is not good, the high configuration cannot be fully utilized.

It's pretty much the same,It's all dual-core four-thread,i5The main frequency is slightly higher,But I can't feel it,But i5There is turbo acceleration technology,It can be overclocked to,It's significantly improved compared to i3,i3 main frequency。。。 Usually, there is almost no difference, and the i5 turbo acceleration is about 30% more than i3

These two processors are the latest Intel Core 3rd generation processors.

The difference is that the overall performance of the i5 is better than that of the i3.

Moreover, i5 has a turbo acceleration function, which can adjust the main frequency of the processor according to the needs of use to achieve the best use effect, which i3 does not.

The i5 3210M performs better than the i3 3110M

One quad-core and one dual-core. There is no difference in running a small program, and it is not enough to run a slightly larger i3. Notebook recommends i5, i3 is too wasteful, so don't consider it.

i5 is better than i3 Since it came out i5, then choose i5, otherwise you will regret it.

Find a laptop CPU performance chart and do it yourself.