Apple A13 Bionic vs Apple M4 Pro (12-CPU 16-GPU)

The Apple A13 Bionic, introduced in September 2019, is designed for mobile devices like iPhones and iPads.

It offers efficient performance for everyday tasks and mobile gaming. The Apple M4 Pro (12-CPU 16-GPU), a newer chip with the M4 architecture, targets professional users and delivers high computing power for demanding scenarios in devices like the iPad Pro or MacBook Pro.

The A13 Bionic is manufactured using the 7nm process and utilizes the A13 (Lightning / Thunder) architecture with 8 MB of L2 cache. The M4 Pro, on the other hand, is produced using the more advanced 3nm process, integrating 12 CPU cores and a powerful 16-core graphics unit (Apple M4 Pro (16 Core)) with 36 MB of L2 cache.

In terms of computing power, the M4 Pro far surpasses the A13 Bionic. For both single-core and multi-core tasks, the M4 Pro delivers significantly higher performance thanks to its state-of-the-art architecture and core count. The A13 Bionic offers good performance for its class, but the M4 Pro enables significantly faster execution of complex calculations.

For gaming scenarios, the M4 Pro is clearly superior to the A13 Bionic. Its integrated graphics unit with 16 GPU cores and 273 GB/s memory bandwidth offers significantly higher graphics performance than that of the A13 Bionic with 34 GB/s, enabling smoother frame rates and more demanding games. The A13 Bionic is designed for high energy efficiency in mobile devices and has lower power consumption.

The M4 Pro is also very efficient, but due to its significantly higher performance, it inherently has higher power consumption and thermal design power (TDP). Direct individual prices are not available. The A13 Bionic is found in more affordable mobile devices and offers good value for money there.

The M4 Pro is part of premium devices, where it delivers excellent performance for professional applications for its price. In summary, the A13 Bionic is ideal for energy-efficient everyday devices and mobile gaming. The M4 Pro is the optimal choice for users who require maximum computing and graphics performance for professional software and demanding gaming.

The choice therefore depends on the performance requirements and the intended area of application.