Apple’s M3 Chip vs. Qualcomm’s Snapdragon X Elite: A New Era in PC Chips

Srishti Dey
Srishti Dey January 13, 2024
Updated 2024/01/13 at 9:50 AM

Apple and Qualcomm are competing to reshape the PC chip industry. Following Qualcomm’s Snapdragon X Elite debut, Apple unexpectedly released the M3 chip, sparking a race that may drastically alter the computer processor market. We examine the main distinctions and ramifications of these two cutting-edge chips in this essay.


The Apple M3 Chip


M3 Lineup: Using a state-of-the-art three-nanometer technology, Apple unveils the M3 chip. With a basic model, Pro, and Max models, the range represents a major advancement in CPU development.

Performance: The M3 outperforms the M1, which was its predecessor, by 30%. It has eight cores and eight threads, and its maximum frequency is 3.70 GHz. The Max edition impresses with 16 CPU cores and 40 GPU cores, while the Pro variation balances performance and efficiency cores and supports up to 36GB of RAM.

The Snapdragon X Elite from Qualcomm:

Features of the Snapdragon X Elite: The Snapdragon X Elite processor from Qualcomm has 12 high-performance cores and is built on a 4nm technology. It has a potent Adreno GPU with 4.6 teraflops of graphics processing capabilities and provides excellent single- and multi-threaded performance.

Consequences: These processors herald a new phase in PC technology. Qualcomm wants to provide an ARM-powered alternative to Intel and AMD’s hegemony in the PC industry. Apple, on the other hand, wants to increase the use of the ARM architecture in personal computers. Both businesses aim to revolutionize the PC chip market by combining high performance, extended battery life, and power economy.

A notable advancement in PC chip technology is represented by Qualcomm’s Snapdragon X Elite and Apple’s M3. The customers and the future of PC computing are the true victors in this fierce struggle between the two industry titans. With these developments, a new age of potent, effective, and adaptable PC processors is expected to begin.

Share this Article