Publication of the results of Alder Lake Core i5 and Core i3 processors


Preliminary results of the twelfth generation Intel Core i3-12300 and Core i5-12400 processors Through the website Chiphell has been revealed.

Non-K series Intel Twelfth Generation processors, called Alder Lake, are more popular with consumers for gaming and economical systems. Non-chips K This generation does not necessarily offer overclocking capabilities or even higher clock speeds than other models. But due to their better design and lower power consumption, they are a great option for prefabricated systems. That’s why Intel plans to launch at least 19 models of its next-generation processors in the Alder Lake-S family of desktop chips. Introduce to the market. Earlier in the news, we saw the details of the specifications of these processors.

But now the Enthusiast Citizen user in the Chiphell community has the results of a preliminary review of Core i5 and Core i3 processors Line up Non-K Has shared with the audience to give us a good view of the performance of this part of the Alder Lake family. We will take a brief look at this information below.

Intel Non-K Alder Lake-S Core i3 CPU

Non-K Intel Alder Lake-S Core i5 Processor Series

First of all, we have to start with the Intel Core i5-12400, an economical option and a favorite of many casual gaming enthusiasts. This CPU with 6 cores and 12 strings, which were all composed of Golden Cove performance cores or P cores, is one of the first models that do not use dual P + E design.

This processor has a total of 18 MB of L3 cache and its clock frequency reaches from 3 GHz in basic mode to 4.6 GHz in boost mode. The power consumption of this CPU is in the range of 65 watts, and considering the target market of these products, processors such as Ryzen 5 5600X from AMD should be introduced as its competitor. The Intel Core i5-12400 processor is priced at $ 210; The F version costs $ 180.

Non-K Intel Alder Lake-S Core i3 Processors Series

Next, we come to the twelfth generation Intel Core i3 series, which includes the Intel Core i3-12300 and i3-12100 in non-K models. Both CPUs They have a 4-core design with 8 strings, which is similar to the model The Core i5 is made up entirely of Golden Cove cores. On the other hand, the clock speed of these processors in boost mode has been announced as 4.4 and 4.3 GHz, respectively.

They have 12 MB of L3 cache and, like all i5-12600 models, use UHD730 integrated graphics. The iGPU used in higher-end models will be the UHD770. Finally, the Core i3-12100 processor is available for $ 140 for the standard version and $ 110 for the F version. The 12,300 is also priced at $ 150 in the US market.

The system used to test Core i3 and Core i5 Alderlick processors

The system used to test Core i3 and Core i5 Alderlick processors

Intel Alder Lake Core i5 and Core i3 processors were tested in this test on ASRock Z690 Phantom Gaming 4 motherboard and for this purpose two Apacer NOX DDR4-4266 8 GB RAM modules Used. On the platform The AMD used for comparison in this review is the only system motherboard to the ASRock X570 Taichi Modified and other components including the graphics card The Rich 6800 XT Taichi and its cooling system were unchanged to make the comparison results more tangible.

Synthetic performance benchmark results for non-K Intel Core i5 and Core i3 processors

First of all, we have to look at the results of the artificial performance of these processors in the tests under consideration. Where the Intel Core i5-12400 chip easily Ryzen 5 5600X In mode The active PBO is behind. Of course, the average advantage of this CPU over the AMD representative is about 5%, which does not seem much. But considering that the price of the Intel processor is about half the price of the Ryzen 5 5600X ($ 180 vs. $ 299), this is a big win for Intel over its regular rival.

Benchmark core-i312300 core-i312100 alder lake

But Core i3 processors This family with The Ryzen 3 5350G has been compared, which is the only 4-core, 8-string model in the Zen 3 series. In this test, Intel Core i3 processors completely beat the Ryzen 3 5350G, leaving an average performance of 20% and 26% better at best. This growth rate, in addition to beating the competition in this area, compared to Comet Lake processors Intel is also a significant leap forward.

Benchmark results of gaming performance of non-K Intel Core i5 and Core i3 processors

After the Synthetic test, we go to the main point. Intel Core i5-12400 processor here vs. AMD Ryzen 5 5600X Ranked up gaming performance Intel new CPU to be evaluated. In this test, AMD processor in 3 parts and Intel processor in 3 parts will win the competition. But we must remember that AMD processor uses active PBO and its price is much higher than Intel’s offer. In the case of Core i3 processors, the competition is 50-50; A result that can be gratifying for gamers of economic systems.

Assess the power consumption of non-K Intel Core i5 and Core i3 processors

We know that AMD has been superior to its competitors in terms of optimizing the power consumption of its processors for many years, and this story has continued with the introduction of the 7-nanometer architecture of the company’s processors. But it must be said that this superiority is finally over, and not only Intel’s high-end processors, but also the company’s economical and low-end offerings using the Intel 10ESF production process. They show better performance in optimizing power consumption.

Intel Core i5-12400 In most cases, it receives 73 watts of power, and in contrast, AMD Ryzen 5 5600X With PBO has a power consumption of about 119 watts. Of course, Intel Core i3 chips At 61 to 64 watts, power consumption is slightly higher than the 52.6 watt processor AMD Ryzen 3 are 5350G. But this difference leads to a 30 to 40% improvement in performance.

Assess the power consumption of non-K Intel Core i5 and Core i3 processors

Assess the power consumption of non-K Intel Core i5 and Core i3 processors

Performance temperature evaluation of non-K Intel Core i5 and Core i3 processors

Finally, we come to the part where we talk about the temperature of Intel 12th generation chips. Where the Intel Core i5-12400 At 58 degrees Celsius, it is much cooler than 86 degrees Celsius AMD Ryzen 5 5600X Act. On the other hand, models The Core i3 is slightly warmer than the Core i5 at 62 degrees Celsius, but still lower than the Ryzen 3 5350G’s 68 degrees Celsius. In addition, the figures for the latency of these processors are given in the following diagrams.

In addition to the above, the Vietnamese Association Voz Also the results of the initial review of the processor Intel Core i5-12400 has been released and has tested this CPU along with the new cooler included in the box. Intel CPU At the end of this test, the maximum recorded temperature is 70 to 80 degrees Celsius.

Intel Twelfth Generation Cooling

New generation Intel cooler

Overall, the AlderLike non-K series processors are a significant improvement over the previous generation’s 14-nanometer platform, and even for people with older Zen platforms. They are a good option for upgrading to a new generation. Line up Intel Non-K, just like the effect of the K-Series Alderlick processors have entered the high-end gaming market, with the potential to change the general consumer market and lower-end gaming processors. As mentioned, processors Core i5 and Core i3 This series comes with a stock cooler in the product box, which has an attractive and modern design and is fully compatible with the LGA 1700 socket.

Intel plans to attend CES 2022 From motherboards Unveil the H670, B660 and H610 as well. This could have a positive effect on the price of Alder Lake products in the open market and by continuing to support DDR5 / DDR4 memory. Help those who are interested in using these products to have better access.

Finally, while drawing your attention to a table of Intel 12th generation processors, we ask that you share your thoughts with Zomji and other users.

name CPU

Cores P Cores E Core / String Cash L3 TDP (PL1) TDP (PL2) Frequency P Frequency E Approved price
Core i9-12900KS 8 8 16/24 30MB 125W Unknown 3.2 / 5.2 2.4 / 3.9 Unknown
Core i9-12900K 8 8 16/24 30MB 125W 241W 3.2 / 5.2 2.4 / 3.9 $ 599
Core i9-12900 8 8 16/24 30MB 65W 200W 2.4 / 5.1 1.8 / TBA $ 520
Core i9-12900T 8 8 16/24 30MB 35W Unknown TBA / 4.9 Unknown Unknown
Core i7-12700K 8 4 12/20 25MB 125W 190W 3.6 / 5.0 2.7 / 3.8 $ 419
Core i7-12700 8 4 12/20 25MB 65W 190W 2.1 / 4.9 1.6 / TBA $ 360
Core i7-12700T 8 4 12/20 25MB 35W Unknown TBA / 4.7 Unknown Unknown
Core i5-12600K 6 4 10/16 20MB 125W 150W 3.7 / 4.9 2.8 / 3.6 $ 299
Core i5-12600 6 0 6/12 18MB 65W 200W 3.3 / 4.8 Unknown $ 240
Core i5-12500 6 0 6/12 18MB 35W Unknown 3.0 / 4.6 Unknown $ 220
Core i5-12500T 6 0 6/12 18MB 35W Unknown TBA / 4.4 Unknown Unknown
Core i5-12400 6 0 6/12 18MB 65W 150W 2.5 / 4.4 Unknown $ 210
Core i5-12400T 6 0 6/12 18MB 35W Unknown TBA / 4.2 Unknown Unknown
Core i3-12300 4 0 4/8 12MB 60W 100W 2.5 / 4.4 Unknown Unknown
Core i3-12200T 4 0 4/8 12MB 35W Unknown TBA / 4.2 Unknown Unknown
Core i3-12100 4 0 4/8 12MB 60W 100W 3.3 / 4.3 Unknown $ 140
Core i3-12100T 4 0 4/8 12MB 35W Unknown TBA / 4.1 Unknown Unknown
Pentium G7400 2 0 2/4 6MB 46W Unknown 3.7 Unknown $ 80
Celeron G6900 2 0 2/4 4MB 46W Unknown 3.4 Unknown $ 60



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