The iPhone 16e's first performance test appeared on Geekbench, highlighting the impact of Apple's decision to use a modified version of the A18 processor that has fewer Graphic processing unit (GPU) cores compared to other versions in the iPhone 16 series.

According to the recorded results, the phone achieved about 24,000 points in the graphical performance test, which indicates a decrease of nearly 15 percent compared to the performance of the iPhone 16 and iPhone 16 Plus.

This discrepancy is due to Apple's strategy based on a technology known as "chip binning," a common practice in the semiconductor industry that is used to classify produced chips based on their performance.

Using this technology, lower-efficiency chips with broken or inactive components are assigned to lower-cost devices, helping to reduce wastage, improve productivity, and provide multiple options for consumers.

Chip Binning technology aims to exploit the differences that appear during chip manufacturing processes, as the quality of performance varies between units due to technical complexities. These chips are then classified for optimal use, reflecting the natural and expected diversity of the semiconductor industry.

As for the technical specifications.