Every day, we rely on computing devices like smartphones, laptops, and desktops for both work and leisure. At the core of these devices lies the Central Processing Unit (CPU), the brain of the operation. When reviewing device specifications, you’ll often notice a term called “core count,” which refers to the number of processing cores the CPU contains.

What many people may not realize is that not all processor cores are created equal. When Apple unveiled its in-house processor, Apple Silicon, the A11 Bionic in 2017, it featured a combination of 2 high-performance cores (p-cores) and 4 high-efficiency cores (e-cores). This design strikes a perfect balance between power efficiency and performance, delivering exceptional battery life while providing the processing power needed when it matters most.

Modern CPUs are designed with a combination of performance cores (p-cores) and efficiency cores (e-cores), offering flexibility for different workloads. Choosing the right CPU for your needs is crucial. Take, for instance, the Apple M4 series: the 10-core M4 chip features 4 p-cores and 6 e-cores, while the M4 Pro boasts 12 cores with 8 p-cores and 4 e-cores. While the difference in core count may seem minor, these processors are tailored for distinct purposes. Generally, CPUs with more p-cores tend to be more expensive, but they also consume more power, which can significantly impact battery life. Balancing core configuration with your requirements is key to optimizing performance and efficiency.

If your Zoom call starts glitching, it could be a sign that your processor is struggling to keep up. Curious about CPU performance? Reach out to us—we’d be happy to help!