Dimensity 9300 chip released by Mediatek last year has attracted attention because it abandoned the low-performance core and adopted a full-core design, and according to the latest Revelations, Mediatek will continue to use this advanced design concept for its next generation of chips.
On April 28, Weibo blogger @digital chat station broke the news that Mediatek’s next generation of Tianguet flagship mobile chip, that is, Dimensity 9400, will use the CPU architecture of ARM’s latest code name BlackHawk, and the current testing progress is good.
At the same time, the blogger further said: “IPC has been internally verified, Black Hawk super core X5>A17 Pro > Atun Nuvia.” We know that the higher the IPC of the chip architecture, the stronger the performance at the same frequency, @digital chat station uses the “bottom (sensor)” in photography to compare, indicating that “bottom one level crushing people”, which fully shows that the super-large nuclear performance of Dimensity 9400 will be very strong.
@Digital chat station also said in the revelation that this year’s Mediatek flagship is still a full core design, the CPU base is very strong, and Dimensity 9400 full core will win at the starting line. For reference, the current flagship Dimensity 9300 mobile platform chip has a groundbreaking design of a full core CPU architecture, including four Cortex-X4 ultra-large cores up to 3.25GHz, and four Cortex-A720 large cores with a main frequency of 2.0GHz. In the Antutu V10 version, the comprehensive running score of the normal temperature environment can exceed 2130,000 points. In terms of power consumption, in addition to TSMC’s mature 4nm process technology, Dimensity 9300 also ensures power consumption control through the full use of out-of-order kernel and other technologies. This can make CPU performance clean. In short, you can always trust Mediatek when it comes to CPU performance.
Regarding Dimensity 9400, @digital chat station previously revealed that the flagship mobile platform uses X5+X4+A7 full core lineup, cache and APU recharging, we can expect a wave.