The smartphone processor race is entering a new phase as chipmaker MediaTek moves to an advanced 2nm manufacturing process. The company has unveiled its Dimensity 9600 Pro, a flagship mobile chipset built using TSMC's 2nm process technology.

The move is significant because shrinking the manufacturing process can allow chipmakers to pack more transistors into a smaller area while potentially improving performance and power efficiency.

What makes a 2nm chip different?

The "2nm" figure refers to the semiconductor manufacturing process used to produce the chip. In general, a more advanced process can enable greater transistor density and improvements in efficiency, although real-world gains depend on the chip's architecture and implementation.

For smartphone users, this technology could eventually translate into faster performance, improved battery efficiency and more capable AI processing.

MediaTek takes the lead in the 2nm smartphone race

MediaTek's Dimensity 9600 Pro is being positioned as a major step forward for flagship smartphones. According to reports, it is the first flagship smartphone chipset to be introduced using TSMC's 2nm manufacturing process.

The development also puts pressure on rival chipmakers as the industry moves towards increasingly advanced semiconductor technology.

Why does the chip matter for AI?

Modern smartphones are relying more heavily on artificial intelligence for photography, voice assistants, translation, image processing and other features.

A newer-generation processor can provide more computing capability for these tasks while attempting to keep power consumption under control.

This is particularly important as smartphone manufacturers add more AI features that require processing large amounts of information directly on the device.

Will 2nm make phones faster?

A smaller manufacturing process does not automatically mean every smartphone will suddenly become dramatically faster.

Performance depends on several factors, including CPU and GPU architecture, clock speeds, cooling, memory and software optimisation.

However, the move to 2nm gives chip designers a more advanced manufacturing foundation for developing future high-performance mobile processors.

What could this mean for smartphone buyers?

Consumers may not immediately notice the difference between a 2nm and a previous-generation chip simply by looking at specifications.

The more important changes could emerge in everyday areas such as sustained performance, gaming, battery life and on-device AI capabilities.

Flagship smartphones using processors based on advanced manufacturing processes could also become increasingly capable of handling tasks that previously required cloud computing or more powerful hardware.

The smartphone chip race is getting more intense

MediaTek's move to 2nm highlights how quickly semiconductor technology is advancing.

As companies compete to develop smaller and more efficient chips, smartphone processors are becoming increasingly important to the overall experience—not just for speed, but also for AI, cameras, gaming and battery efficiency.

The next generation of flagship smartphones could therefore see another major leap in processing technology as 2nm chips begin making their way into commercial devices.