Intel Has Entered the Era of 10nm Technology. What Changes Have Been Made to the Tenth Generation of

Intel has laid out the 10nm process for a long time. However, due to the high technical requirements of the 10nm process and the difficulty of its own development, it was not until August this year that Intel officially announced that the 10nm process has been improved and entered the stage of commercial production. With the listing of the 10th generation core mobile processor based on the 10nm process, there is more and more relevant information. Subsequently, Intel also released the 10th generation core mobile processor based on the 14nm process, so as to enrich the 10th generation core mobile processor camp.

So what progress has taken place and what are the highlights of the ten generation core mobile processors that led Intel into the era of 10nm technology? Today, let's answer your questions and solve your doubts.

The 10th generation core mobile version has a huge system and adopts new naming rules

From the existing products released by Intel, the tenth generation core mobile version is divided into two camps: the 10nm process camp and the 14nm process camp. Let's first look at the changes in the products of the 10nm process camp from the name.

Intel's first ten generation core mobile version of 10nm technology has 11 models, namely U series and Y Series, both of which are low-power processors. Among them, there are 6 models of U series, which belong to the type of low power consumption, while there are 5 models of Y Series, which belong to the type of ultra-low power consumption. Among the 11 10th generation core mobile processors manufactured by 10nm process, there are 3 Core i7, 5 core i5 and 3 core I3, covering high, middle and low levels. The R & D codes of the 11 processors in the 10nm process are ice lake, all based on the latest sunny Cove architecture.

Starting with the 10th generation core mobile processor, Intel has introduced a new naming method. Let's take the 10th generation core i7-1065g7 in the above figure as an example to explain it. As can be seen from the above figure, the naming of the 10th generation core mobile processor is still a combination of letters and numbers. Among them, "Intel Core" is the brand name, and "i7" is the product model commonly talked about. In addition to i7, the current 10th generation core also has well-known i3 and i5. Next is the focus of the new naming. The first two "10" in "1065" in the figure above represents that this product is the tenth generation product of Intel Core, the next two "65" represents the product model, and the last digit in the last two represents the power consumption of this product. For example, "5" represents that the TDP is 15W or 25W, "8" represents that the TDP is 28w, and "0" represents that the TDP is 9W or 12W. Then let's look at the last "G7", which is also very distinctive. It specifically refers to the core graphics card level equipped with the processor. In addition to "G7", there are "G4" and "G1".

Here is another supplementary analysis. Intel has created a new core graphics card for the tenth generation core and named it "Ruiju plus graphics card". Based on Intel gen11 graphics card architecture, it is the first Intel GPU to support VESA adaptive synchronous display standard and bt.2020 specification. According to Intel's official data, the performance of the core display has doubled compared with the previous generation. "G7" and "G4" mentioned above are "Ruiju plus graphics card" series. G7 with 64 EU execution units ranks first, followed by G4 with 48 EU execution units. "G1" is not a new series, but belongs to the UHD series of Intel Core display, with 32 EU execution units.

After understanding the latest naming rules of the 10th generation core mobile 10nm process camp, we can see from "Intel Core i7-1065g7", which is an Intel 10th generation core mobile processor with 15W TDP and a new G7 level "Ruiju plus graphics card".

After watching the 10nm process camp, let's look at the 14nm process camp. At present, Intel has released 8 products with 14nm process, which are divided into 4 low-power U series and 4 ultra-low-power Y Series. The U series includes 2 i7, 1 i5 and 2 I3, while the Y Series includes 1 i7, 2 i5 and 1 I3. The R & D code of the eight processors in the 14nm process is comet lake, which follows the traditional architecture, but the number of cores, threads and memory support have been improved.

Although they are all ten generations of core, the 14nm process camp and 10nm process camp are obviously different in naming. Taking the products in the above figure as an example, we can see that the main difference from the 10nm process camp lies in the latter two parts: the first is the naming method of 5 digits. The first two "10" in "10710" still mean the tenth generation products, but the "710" representing the specific model of the product becomes three digits, in which the number "7" refers to the number of core threads corresponding to the processor, For example, "7" represents 6 cores and 12 threads, others are "5", "3", "2" represents 4 cores and 8 threads, and "1" represents 2 cores and 4 threads. The last letter "U" still represents the core graphics card, but it should be explained here that the core graphics of the 14nm process camp is consistent with the previous generation, not a new "Ruiju plus graphics card", which is mainly determined by the overall architecture.

(10nm process specification parameters of Intel 10th generation core mobile processor)

(14nm process specification parameters of Intel 10th generation core mobile processor)

With 11 processors in the 10nm process camp and 8 processors in the 14nm camp, Intel's 10th generation core mobile processor has reached 19. Through the above two charts, we can clearly understand the specifications of each 10th generation core mobile processor. Whether it is 10nm process or 14nm process, these 19 processors are members of Intel's 10th generation core mobile version. It is believed that Intel will continue to release more 10th generation core mobile processors in subdivided fields to create a huge 10th generation core family.

What are the highlights of the tenth generation core? How is the positioning?

As Intel's 10th generation core mobile processor, which has been waiting for a long time, has both 10nm process and 14nm process. How does Intel position these two camps? What's the point of the 19 10th generation core mobile processors that have been released? Let's analyze it together.

Here we mainly look at the 10nm process camp. The 10nm process has been repeated for at least two years, but it was not until Intel announced its official commercial use in August this year that we saw the true face of the processor based on the 10nm process. The further improvement of the process represents a higher density of chips and brings more efficient processing performance. Therefore, intensive and efficient processing is the first focus of the 10th generation core mobile processor in the 10nm process camp.

We know that the 10th generation core mobile processor based on 10nm process also adopts a new architecture - Sunny cove. What does this new architecture bring? Due to the new technology, sunnycove's support in cache capacity, core support, execution port and instruction set has been significantly improved, which improves the overall performance of the architecture. So how much has it improved? At this year's Taipei Computer Show, Intel officially gave a set of data: the 10 generation core IPC increased by an average of 18%. We know that the formula to measure CPU performance is "CPU performance = IPC * frequency", which means that under the same frequency, the performance of the 10th generation core mobile processor with sunny Cove architecture based on 10nm process has increased by 18% on average. Sunny cove can be said to be the second focus of the 10th generation core mobile processor in the 10nm process camp.

We have obtained the test data of the tenth generation core from the foreign professional testing website passmark. At present, we can only see the test scores of the tenth generation core i7-1065g7, with a comprehensive score of 10859 and a single core score of 2563.

In addition to adopting a new architecture, among the ten generations of core in the 10nm process, Intel also brought a new core graphics card - Ruiju plus graphics card. For the core display, most of the comments have been tasteless, but it's a pity to give up. On the new "Ruiju plus graphics card", Intel adopted gen11, that is, the 11th generation core display architecture. The most advanced "Ruiju plus graphics card" supports up to 64 EU execution units, integrates variable rate shading function to improve rendering performance, and supports VESA adaptive synchronous display standard, The most intuitive feeling for users is the different experience when playing games. In addition, according to Intel's official data, the new core display supports bt.2020 specification and supports users to watch 4K HDR video in 1 billion colors. The new "Ruiju plus graphics card" is the third highlight of the 10th generation core mobile processor in the 10nm process camp.

In terms of memory support, the 10nm process camp supports lpddr4-3733 and ddr4-3200 memory at most, while the 14nm process camp supports lpddr4-2933 or ddr4-2666 at most. Due to its higher motherboard integration than the previous generation, the 10nm process camp realizes the native support for thunderbolt 3 and supports Intel Wi Fi 6 interconnection technology. In addition, intelligent performance is also a highlight of the tenth generation core. The tenth generation core mobile processor has deep learning acceleration technology, 1 teraflop GPU engine computing performance and a special engine supported by GNA. According to the official data released by Intel, the intelligent performance of the tenth generation core mobile processor has been improved by at least two times compared with the traditional processor.

Above, we have listed many highlights of the ten generations of core mobile processors. How is Intel positioned for the 10nm process camp and the 14nm process camp? In fact, it is very simple. For the mature 14nm process camp, it will mainly face the mainstream consumer groups in the market and complete the upgrading of the previous generation of processors, while the new 10nm process camp will focus more on the high-end market, especially for the light and thin book and mobile book markets, and achieve a better balance in performance and endurance.

Do you want to change the tenth generation core? When?

We return to the actual needs of users. I believe what you want to know most after reading so much analysis is "now that the tenth generation core has come out with so many processors, should you replace your notebook?" Here, let's take a comprehensive look at the ten generations of core mobile processors that have been released: the new process has brought Intel into the 10nm era, which is not only the change of specifications and parameters, but also the overall improvement scheme including computing performance, core display performance, data processing performance, intelligent interconnection performance and so on. It is undeniable that Intel has indeed injected new impetus into the industry.

However, looking back at the existing ten generation core notebooks on the market, they are basically the comet Lake ten generation core based on the 14nm process among the ten generation core notebooks, and the ice lake with the 10nm process is extremely rare. Therefore, you can buy the ten generation core notebooks on sale and experience the feeling of the next ten generation core. If you have further requirements, You can wait. After all, Intel has announced that it will soon launch a new second-generation 10nm process, which will cooperate with the architecture called Tiger lake. I believe the updated process will have a more mature experience.

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