The I7 720QM and I5 430M are good

The i7 720QM is much better, it is a 4-core CPU, which is equivalent to the level of the 2-core i7-620M, and generally speaking, it is about 30% higher than the 430M performance.

However, since 720qm is 45nm, the heat generation is larger than that of 430m made of 32nm, and there is no integrated graphics card in the CPU.

It mainly depends on your use,i7 4710MQ quad-core eight-wire,i5 6300HQ quad-core four-wire,H stands for soldering CPU,M stands for mobile can replace CPU,There is also the same performance of the two CPUs for playing online games,Large stand-alone games on 4710 have advantages,Multi-tasking and multi-response,Game multi-open,And so on are i7 4710MQ have advantages,So choose based on your own needs,First of all, i7 is better than i5 performance,This is understandable,Secondly, MQ is a replaceable slot, HQ is a soldered slot and cannot be replaced, so the i7 4710MQ is better.

It is definitely the i7 4710M that is more powerful. There's not much to say. But the i7 4710M has a higher calorific value.

Although the i5 is highly efficient. However, the comparison between the two is still better than the i7.

But the laptop needs to be measured as a whole, not only the CPU is high, but also the performance is high.

The standard pressure i7 is not recommended for notebooks, and the heat dissipation cannot be suppressed.

As for the high cost performance, you can choose Lenovo Xiaoxin 700 series, HP Shadow Phantom 2, or go directly to the ship.

It should be i7 4710hq, i7 4710hq is a quad-core eight-executor, i5 6300hq is a quad-core four-executor, now because Intel has been squeezing toothpaste on the performance 5th generation relative to the 4th generation due to the mass production problem of the new process, the performance does not rise but falls, and the 6th generation is considered the fifth generation. . . But the gap is not so big, look at it this way The low-frequency i5 of the first generation is a little weaker than the i3 of the fourth generation, so there is a conclusion that the 6th generation i7 is less than 10% stronger than the 4th generation i7 at the same frequency, so the 4th generation i7 is still a little stronger than the sixth generation i5 comprehensive performance.

By data analysis:

First of all: i5 6300 is a quad-core four-executor, i7 4710 is a quad-core eight-executor, performance comparison: i7 4710 is 40% stronger than i5 6300, i7 4710 can be upgraded, but i5 6300 can't be upgraded, so I still choose i7 4710, and the upgrade space in the future is still relatively large!

In terms of multiplexing alone, it is definitely good for i7 6700HQ, and the notebook is definitely better than i5 in terms of running score of the fourth-generation i7 quad-core, but in terms of long-term use, the laptop tube and what processor you add to heat dissipation are hard injuries.

It's not a level at all, the difference is multiple, the former looks very high-level but the ultra-low voltage U of dual-core and four-execution threads, and the latter is a high-end model of four-core and eight-execution threads, and the gap between the two is too big.

Q is quad-core, M is mobile version, H is high-voltage BGA welding version, MQ is mobile version quad-core, HQ is high-voltage version quad-core, non-removable, the first four-digit indicates the generation, and the larger the last three, the stronger the performance.

The i73250M is equivalent to the fourth-generation i5. The i73250M is quad-core. i7 refers to the Core 7, which is a 64-bit quad-core introduced by Intel in 2008.

M is an abbreviation for mobile, which means that this processor is used for laptops and has a lower CPU processing compared to desktop computers.

Core i5 processor.

The Core i5 processor is a product of Intel that is also based on the Intel Nehalem microarchitecture. Unlike the Core i7, which supports triple-channel memory, the Core i5 will only integrate a dual-channel DDR3 memory controller. In addition, the Core i5 will integrate some Northbridge features and will integrate a PCI-Express controller.

The interface is also different from the LGA 1366 of the Core i7, which uses the new LGA 1156.

In terms of processor cores, codenamed Lynnfiled, the Core i5 with a 45nm process will have four cores and does not support hyper-threading technology, providing only four threads in total. In terms of L2 buffer memory, each core has its own 256KB and shares up to 8MB of L3 buffer memory.

The i5 3230M+740M is a little better.

i7 is more core,The main frequency is lower,The heat is larger,310M is weaker than the nuclear display。

i5 3230M controls the frequency reduction easily, the performance is decent, and there are no obvious shortcomings with 740M.

A Lenovo Z500 that I helped someone repair before, it seems to be in this configuration, and it is relatively easy to use.

The Core i7 (Chinese: Core i7, core codename: Bloomfield) processor is a 64-bit quad-core CPU launched by Intel in 2008, which follows the X86-64 instruction set and is based on the Intel Nehalem microarchitecture, replacing the Intel Core 2 series processor.

History: The Core i7 is a family of CPUs produced by Intel (Intel Corporation) for mid-to-high-end users, including Bloomfield (2008).

Lynnfield (2009), Clarksfield (2009), Arrandale (2010), Gulftown (2010), Sandy Bridge (2011), Ivy Bridge (2012).

Haswell (2013), Haswell Devil'S Canyon (2014), Broadwell (2015), Skylake (2015) and many other sub-series.

The i5-7500 is a desktop processor that doesn't need to worry about cooling and battery life, while the i5-2430M needs to take these issues into account and has two fewer cores than the i5-7500. Therefore, the performance is far inferior to that of the i5-7500.

Running scores.

Summary. Hello dear, it's a pleasure to serve you. The i53230M is equivalent to the i7 second-generation mobile processor. In terms of overall performance, the performance of the i72 generation is a little stronger than that of the i53230M.

i53230m is equivalent to i7 generation, which is better.

Hello dear, it's a pleasure to serve you. The i53230M is equivalent to the i7 second-generation mobile processor. In terms of overall performance, the performance of the i72 generation is a little stronger than that of the i53230M.

1.There are many types of processors used in computers. It is divided into mobile terminal standard pressure. Low voltage on the mobile end. Desktop. Many different types of processors. So if you want to compare performance, you need to compare different types of CPUs.

2.Normally. We all compare the same type of CPU. For example, your CPU ending in M is the mobile terminal standard CPU. So it's generally compared to a CPU ending in M.

3.i5 and i7. They represent mid-range performance and high-end performance, respectively.

So the i7 CPU of the same era is stronger than the i5. But there is a big gap between different types of CPUs. For example, the performance of your i5 standard pressure CPU can be close to that of the i7's 4th generation low-voltage CPU.

Which is more power-intensive.

The stronger the performance, the more power it consumes. Low-voltage CPUs are more power-efficient. Oh. Uh-huh.