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Apple iPhone 15 Pro Max Charging Cable In-Depth Review: A Comprehensive Analysis from Connectors to Performance—
Cable Specifications: A Detailed Comparison of Materials and Design

Apple iPhone 15 Pro Max Charging Cable In-Depth Review: A Comprehensive Analysis from Connectors to Performance—

Cable Specifications: A Detailed Comparison of Materials and Design

Optimized Conductor Structure

Apple’s original charging cable features a three-layer structure consisting of tin-plated copper cores, an aluminum foil shielding layer, and a braided mesh shielding layer, with a cable diameter of 3.2mm—0.4mm thicker than third-party cables. Test results show that the cable’s temperature rise is only 12°C at 25W power, while some low-quality cables can reach a temperature rise of 35°C, posing safety risks. Additionally, the Apple cable’s bending lifespan exceeds 5,000 cycles, which is twice that of third-party cables.

Differences in connector design

The Type-C connector of the original charging cable uses a C94 protocol chip, supporting E-Marker intelligent recognition. Test results show that when connected to non-PD protocol devices, the cable automatically downgrades to 5V/3A output to avoid overvoltage risks. However, some third-party cables lack the E-Marker chip, which may cause charging abnormalities when connected to older devices.

Length and Certification

Apple offers two length specifications: 1 meter and 2 meters, both certified under the MFi (Made for iPhone) program. Test results show that the 2-meter cable has a voltage drop of 0.3V at 25W power, which is 0.1V higher than the 1-meter cable, but still within the safe range. Note that non-certified cables may have issues such as unstable voltage or interrupted data transmission, which could potentially damage the battery with prolonged use.