What is the 10th generation i7 processor? How many generations is the eleventh generation i5 equival

The current tenth-generation i7 is still a low-voltage version of the processor, which is used for ultra-thin books, which is much worse than the standard press-type processor. Suitable for ordinary office or ordinary home use, not suitable for running large 3D software or games.

Anandtech also has a "sub-flagship" level Core i7

The measured performance of the 1065G7 processor, the CPU performance of the i7-1065G7 is not too much improved, and the GPU performance is eye-catching, and the overall performance does not seem to meet the psychological expectations of consumers for this latest 10nm processor. In fact, the focus of the 10th Gen Core is not on performance improvements, but on feature upgrades that affect the experience more.

A 10th generation mobile Core processor codenamed "Ice Lake".

Part of the Y series (Ice Lake-Y, 9W TDP) and U-series (Ice Lake-U, 15W and 28W TDP), the ultra-low-power Core platform tailored for fanless, standard, high-performance thin and light laptops.

In short, the 10th Gen Mobile Core Ice Lake achieves a breakthrough in performance through a new process and architecture, and integrates new wireless network technology, storage technology, and AI technology, breaking the graphics performance of previous mobile platforms (Gen 11 core graphics.

Bottlenecks in network performance (Wi-Fi 6), storage performance (Optane H10), connection performance (Thunderbolt 3), and artificial intelligence (DLBow) enable the new generation of thin and light laptops to be upgraded in an all-round way.

What is the difference between the i5 processor and the i7 processor.

The eleventh generation i5 is equivalent to the eighth generation of the i7.

The difference between the eleventh generation i5 and the eleventh generation i7:

1. The performance is different, the L2 cache of the 10th generation i7 processor is usually 2MB larger than that of the 10th generation i5 processor, so the 10th generation i7 can call more RAM to enhance the performance of the computer and reduce power consumption.

2. The cost performance is different, the tenth generation i5 processor is lower, the desktop version usually starts at 1,000 yuan, and the tenth generation i7 is more expensive than a few hundred yuan or even higher.

3. The architecture is different, the i5 uses the Intelnehalem architecture, which is fused with the North Bridge compared to the previous processor.

Northbridge is a chip that can improve communication capabilities, and the i7 uses a new Nehalem architecture.

Performance of the eleventh generation i5:

1. Compared with the previous generation, i5-1135G7 has generally improved the ultimate performance of the CPU by about 20%, and the integrated graphics card.

Almost doubled the performance if you let go of the bushes and ran (e.g. Xiaoxin Pro14

In this way, it can reach the full health performance of the MX350.

2. i7-1165g7 is relative to i5, according to knowledge, it is only four cores and eight threads, only core display.

Upgraded from 80eu to 96eu, the performance of the core graphics is increased by about 15% (based on the running score.)

and test), but the CPU boosts single-digit percentage points.

You need to pay attention, so if you have a discrete graphics card, don't consider the i7 version.

Why don't you consider the i7 version with a discrete graphics card?

In fact, this is a very white question,5 and i7,The main difference is the performance of multitasking,The software of the cardi5 and i7 will be card,If the student party is just playing games,i5 is completely sufficient。

If the i7 and i5 gap is not big, then what is the use of i5 and i7 positioning, as far as I know at present, the tenth generation i7 is the i7 of the notebook 1051U The specifications are the first two generations of i5, four cores and eight threads are to increase the CPU frequency, you can understand it as an upgraded version of i5 8250U, Intel really has no innovation and directly uses the original positioning of the advanced i5 directly as i7, personally, it is a big pit, and i5 1021u is actually 8250U upclock, there is not much improvement, And it can't beat 8300h.

The main difference between i7 and i5 is 3 points:

**No, i7 is more expensive than i5;

The graphics card matched by the manufacturer is different, and the i7 is generally higher than the i5;

The games that can be played are not the same.

If from a gaming point of view:

It doesn't cost money, you can play when you register, and you can buy at most ** or something, i5 can be satisfied. i5 can't be satisfied, whose money does the manufacturer make?

You can only play it with money, especially if there are hundreds of games in one game, it is best to choose i7 to have a good experience.

Play free games,LOL or something.,I don't feel anything about using i7.,If you must say yes.,Okay.,It's my bad eyes.。

The tenth-generation i7 is better. The differences are as follows:

2. Different cost performance: the eleventh generation i5 processor is lower, and the desktop version usually starts at 1,000 yuan, while the tenth generation i7 is more expensive than a few hundred yuan or even higher.

3. The architecture is different: i5 uses Intelnehalem architecture, compared with the previous processor that integrates the functions of Northbridge, Northbridge is a chip that can improve communication capabilities, and i7 uses a new Nehalem architecture.

Ten generations i7.

The L2 cache of the i7 processor is usually 2MB larger than that of the i5 processor, so the 10th generation i7 can call more RAM to enhance the performance of the computer and reduce power consumption, and the ** of the i5 processor is lower, and the desktop version usually starts at 1,000 yuan, while the 10th generation i7 is more expensive than a few hundred yuan or even higher.

The number of cores is different: the number of cores in the 10th generation of the i5 is 4 cores, the number of threads is 8 threads, and the number of cores in the 10th generation of the i7 is 6 cores and the number of threads is 12 threads.

Precautions for buying a computer.

The so-called i5 and i7 are just a general classification of CPU models by Intel, and do not represent an absolute ranking of processor performance. For processor performance, if a multi-core CPU has poor single-core performance, it is not necessarily comparable to a dual-core CPU with high single-core performance. As for the i7 and i5, the early i7 is not as good as the most **i5.

Therefore, when buying or assembling a computer, you can't blindly follow the saying that high configuration performance is necessarily good, and you should also compare with the same level when making comparisons, and it is unfair and inaccurate to compare one of the parameters alone.

Choose i7 well, buy new not buy old.

The 11th generation i5-L16G7 has 5 cores and 5 threads, and the main frequency is, which contains one large core Sunny Cove and four small cores Tremont.

The 10th Gen Core i7 will achieve frequencies above 5GHz, and the mobile product line will still be up to 8 cores and 16 threads. In addition to the regular upgrade of the i7-10750H, a mysterious i7-10875H has also appeared in the new gaming product.

As shown in the figure above, the i7-10875H main frequency, up to. In contrast, the main frequency of the previous generation of i7-9750H is, and the turbo frequency is, from which it can be inferred that i7-10875H is no longer the original 6 cores and 12 threads, it is likely to be 8 cores and 16 threads, that is, the low-frequency version of i9.

The processor of the i7 is always better than the processor of the i5, the number of cores of the tenth generation i7 is 6, the number of cores of the eleventh generation i5 is 4, and the number of threads of the tenth generation i7 is 12, and the number of threads of the eleventh generation i5 is 8.

I think the 10th generation i7 has better performance, because the i7 itself is a more high-end product than the i5, and when the Intel process is still 14nm, the 11th generation processor is just an overclocked version, which is not as good as the 10th generation i7.

The tenth generation i7, because the tenth generation i7 and the eleventh generation i5 are both 14nm process, the i7 has a higher turbo frequency and power consumption than the i5, and the number of cores in the i7 is also more than that of the i5, so the tenth generation i7 is stronger than the eleventh generation i5.

Hello! As for the Core i7, since it is a new product and is the highest-performing CPU on the market at the moment, it has a strong monopoly, so the cost performance is very low! But the performance is really high!

It is recommended that you try it if you have a lot of money on hand, after all, it is a supreme CPU.

If you only pursue a certain performance, then you should buy other CPUs, and now the Core Q series also has quad-cores, and the main frequency has also reached a very high level.

There are two interfaces: LGA1156 and LGA1366.

Intel has proposed a formula for the high frequency brought by the new architecture and improved process, that is: IPC frequency The performance of the processor, IPC is "instructions per clock cycle", which is "same frequency performance" in popular terms, and the basis for determining the same frequency performance is the microarchitecture design of the processor. Intel held an architecture day in 2018, and the microarchitecture roadmap announced at that time Speaking of the micro-dust architecture, Intel introduced the first batch of 10nm products Ice Lake to the market in 2019, and the core part of the processor, Ice Lake, adopts a newly designed Sunny Cove microarchitecture, which has been comprehensively enhanced compared to the traditional SkyLake microarchitecture, with deeper pipelines, larger buffers, more execution units, and more advanced instruction set support, The average IPC improvement is as high as 18 Sun Trembling; Therefore, even if the first generation of 10nm frequency is limited, the performance of Ice Lake products equipped with Sunny Cove microarchitecture is still not bad.

However, many users are worried about the lower frequency performance of Intel's original 10nm, and many consumers are looking forward to Patrick's early arrival with a product that meets both high frequency and high IPC.

In September 2020, Intel officially released the 11th Gen Core processor, codenamed Tiger Lake, which has been fully upgraded from the inside out, providing powerful IRIS XE graphics, discrete AI computing units, a new multi-** engine, PCIe controllers, and support for Thunderbolt 4. As for the computing core part of the processor, Tiger Lake adopts a newly designed microarchitecture, supplemented by high-frequency blessing, and the performance improvement is also very significant. The new architecture and improved process bring high frequencies before Intel proposed a formula, that is:

IPC is the "number of instructions per clock cycle", which is "co-frequency performance" in popular terms, and the basis for determining co-frequency performance is the microarchitecture design of the processor. Intel held an architecture day in 2018, and the microarchitecture roadmap announced at that time Speaking of microarchitecture, Intel launched the first batch of 10nm products Ice Lake to the market in 2019, and the core part of the processor, Ice Lake, adopts a newly designed Sunny Cove microarchitecture, which has been fully enhanced compared to the traditional SkyLake microarchitecture, with deeper pipelines, larger buffers, more execution units, and more advanced instruction set support, The average IPC increase is as high as 18; Therefore, even if the first generation of 10nm frequency is limited, the performance of Ice Lake products equipped with Sunny Cove microarchitecture is still not bad. However, many users are worried about the lower frequency performance of Intel's original 10nm, and many consumers are looking forward to having a product that meets the high frequency and high IPC as soon as possible.

Compared with Skylake, Sunny Cove has a significant improvement in IPC, reaching a maximum of 40 and an average of 18 In order to increase the frequency, Intel continues to improve on the basis of the 10nm process, combining enhanced FinFET crystals and Super MIM (metal-insulator-metal) capacitors to create a new 10nm SuperFin process, which has achieved a significant improvement in intra-node performance. Even the official said that the performance improvement is comparable to the complete process node conversion. Embodied in the market, the flagship product in the 11th generation Core Tiger Lake - Core i7-1185G7 can achieve a single-core turbo frequency and a full-core turbo frequency, which is nearly 1GHz higher than the Core i7-1065G7! The mainstream product, the Core i5-1135G7, can also achieve a single-core turbo frequency and a full-core turbo frequency, which is much higher than the flagship Core i7-1065G7 of the previous generation.

Since the release of Intel's 11th generation Core i7 processor, Envy has gained enough attention in the market. The market brother key has reacted well to its performance, which fully proves the strong competitiveness of Intel's 11th Gen Core i7 processors.

This is the most ** i seven-processor in 2021.,It's an eight-core processor.,It's a very good computer processor.,It's not ready.,If it's a design class.,If you use more software.,Then it's very good to choose this processor.。