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MediaTek's Dimensity 9600 Pro Starts the 2nm Mobile Chip Era

MediaTek's Dimensity 9600 Pro remains one of the most important mobile hardware announcements heading into the new week because it is manufactured usi...

By Gameforce Mobile News Desk

MediaTek's Dimensity 9600 Pro Starts the 2nm Mobile Chip Era - Gameforce Mobile news hero image

Key facts

Topic:
Hardware
Published:
2026-09-20
Reported by:
Gameforce Mobile News Desk

Key takeaways

  • MediaTek's Dimensity 9600 Pro remains one of the most important mobile hardware announcements heading into the new week because it is manufactured using TSMC's advanced 2nm process.
  • MediaTek says the new flagship processor delivers substantial gains in on-device generative-AI performance, with its neural processing hardware offering a claimed 51 percent improvement over the previous generation in relevant workloads.
  • Retail devices will still determine the real outcome: cooling, memory, firmware and GPU drivers can make two phones using identical silicon behave very differently.

MediaTek's Dimensity 9600 Pro remains one of the most important mobile hardware announcements heading into the new week because it is manufactured using TSMC's advanced 2nm process. MediaTek says the new flagship processor delivers substantial gains in on-device generative-AI performance, with its neural processing hardware offering a claimed 51 percent improvement over the previous generation in relevant workloads.

The company also introduced the Dimensity 9600M on a 3nm process for a broader range of premium phones. Xiaomi, Oppo and Vivo are among manufacturers expected to use the new chips. Moving to 2nm matters for mobile gaming because performance per watt is often more valuable than raw peak speed. Phones have strict thermal limits, and a processor that performs more work within the same power envelope can potentially maintain high frame rates for longer.

Retail devices will still determine the real outcome: cooling, memory, firmware and GPU drivers can make two phones using identical silicon behave very differently.

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