The double-champion Dimensity 9200+ once again conquered AnTuTu's performance rankings, and the Dimensity 9300's full large-core architecture leads the flagship to another breakthrough

Recently, the high performance of Dimensity 9200 has become a hot topic that digital enthusiasts cannot avoid. Recently, AnTuTu released the AnTuTu flagship mobile phone performance rankings for June, vivo equipped with Dimensity 9200 X90s topped the list with a performance score of 1.62 million; last month, it was equipped with the Dimensity 9200 flagship chip iQOO Neo8 topped AnTuTu’s flagship mobile phone performance rankings in May. Not only that, but there are reports on the Internet that MediaTek’s next-generation flagship chip Dimensity 9300 will use the X4 full-core design and reduce power consumption by 50% compared with the previous generation chip. Netizens are waiting to see what happens. This brother has once again used his big move to push the performance of mobile phones to new heights.

The so-called "full large core" is to change the conventional combination of ultra-large core, large core, and small core in current flagship mobile phone chips, and directly design the flagship with an ultra-large core and large core solution. As for the chip CPU architecture, anyone with a discerning eye will know at a glance that the Dimensity 9300 is reaching the performance ceiling this time. Some people in the industry said that this design idea of ​​"starting with a big core" may be the general trend of flagship mobile phone chips in the future. In other words, the flagship mobile phone processor in 2024 will focus on an all-large core, and it will be rolled out again. New heights...

Obviously, judging from the current iteration speed of Android applications, this rolling method is indeed in line with demand changes and trends. Due to the increase in various applications, especially the increasing popularity of high-load games, the actual load of many daily-used APPs has also increased. Therefore, higher-performance, energy-efficient flagship chips are particularly important. MediaTek must have seen this trend early, so it decided to use the large core to replace the work of the previous small core in a low-load state to achieve higher energy efficiency, that is, the entire large core works efficiently. This breakthrough architectural design is very imaginative.

According to information released by Arm, the performance of the Cortex-X4 ultra-large core is 15% higher than that of the X3. The new energy-efficient microarchitecture based on the same process can reduce power consumption. 40%. The Cortex-A720 will become the mainstream large core next year, which can improve the sustained performance of mobile chips and is the main core of the new CPU cluster.

MediaTek has always had a tradition of being the first to use Arm’s new IP. In previous years, Dimensity, the flagship mobile phone chip, used its latest CPU and GPU. IP, and there will be new breakthroughs every time. MediaTek has long announced on its official Weibo that the next-generation flagship chip will use Arm’s latest IP. Therefore, what digital influencers revealed is that the Dimensity 9300 will have a major iteration and power consumption will be reduced by more than 50%. In addition to the energy efficiency gains brought by Arm’s new IP , it is definitely inseparable from MediaTek’s new technologies in core, scheduling and other aspects.

Why can MediaTek reduce power consumption when designing mobile phone chips on such a large scale? Well-known technology media Geek Bay believes that the full-core CPU architecture used in Dimensity 9300 , In fact, in terms of energy efficiency, this crazy scale approach does help achieve stronger energy efficiency under medium and high loads. If low load can be optimized, it will be competitive. I'm not surprised about the chopping of small cores. Apple has long used large cores as small cores, so Android will develop in this direction sooner or later. But the 4 X4s really shocked me. What is worth looking forward to is that under such extreme performance, power consumption can be effectively controlled in daily use.

More importantly, this all-big-core CPU architecture design will guide application developers to more actively use the ultra-large cores and large cores of flagship chips. The benefit is that in applications such as games that require a large amount of complex calculations Obtain the inherent advantages of performance and energy efficiency from the architectural level. Therefore, everything from hardware to software to the entire ecosystem will actively develop adaptations to support the full large-core CPU architecture. This means that whether it is single-core performance or multi-core performance, whether it is single-threaded or multi-threaded computing, "full "Big core" design will leave all traditional architecture behind and become a new trend in the development of flagship chip design.

Mobile phones equipped with the Dimensity 9200 chip have continuously achieved outstanding results on AnTuTu’s flagship mobile phone performance list, fully proving the powerful performance of the Dimensity 9200. In the past few years, Dimensity flagship chips have given full play to their genetic advantages of high performance, high energy efficiency and low power consumption. Enthusiasts are even more looking forward to the performance of Dimensity 9300, which is transmitted online and uses a full-core CPU architecture. If these news are true, the performance of next year's Android flagship phones may have a breakthrough improvement, which is worth looking forward to.

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