Technical specifications for MediaTek Dimensity 9300 were leaked

In its fierce competition with Qualcomm, MediaTek recently started to take the lead, and now information about its new chipset is out.

Technical specifications for MediaTek Dimensity 9300 were leaked

Amidst the technological race, MediaTek is set to unveil its much-awaited flagship processor, the MediaTek Dimensity 9300, this month. The release is strategically positioned just before Qualcomm’s anticipated launch of the Snapdragon 8 Gen 3 on 26 October 2023. Recent leaks indicate that the specifications and performance of the Dimensity 9300 might surpass initial expectations.

The details, divulged by the renowned informant Digital Chat Station on the Weibo platform, highlight the MediaTek Dimensity 9300's unique features. The processor is an octa-core CPU, consisting entirely of 8 performance cores, marking a departure from the typical design that incorporates efficiency cores. Further breakdown of the CPU core structure reveals a composition of 1 ARM Cortex X4 Prime core, 3 ARM Cortex X4 cores, and 4 ARM Cortex A720 cores.

Technical specifications for MediaTek Dimensity 9300 were leaked

The processor's peak clock speed is projected to surpass 3.25 GHz. Moreover, this powerhouse is equipped with the latest ARM Immortalis G720 MC12 GPU. Notably, benchmark scores from Antutu v10 hint at the Dimensity 9300 outclassing the Snapdragon 8 Gen 3 in both CPU and GPU metrics. Details regarding the power efficiency of the Dimensity 9300 remain undisclosed until MediaTek's official announcement.

Earlier reports have confirmed that the MediaTek Dimensity 9300 will be produced using TSMC's renowned N4P process, a 4 nm process node. This advanced node offers superior performance and marked power efficiency enhancements compared to the preceding N5 and N4 processes. Furthermore, the Dimensity 9300’s Cortex-X4 cores are speculated to present a performance surge of 15% alongside a 40% dip in power usage. The Cortex-A720 cores, on the other hand, are anticipated to boost energy efficiency by 20%.

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