Apple iPhone 17e Teardown Reveals A19 Processor, SK hynix Memory, and Higher BOM Costs

TechInsights uncovers Apple's latest entry-level iPhone, highlighting the A19 application processor, 256GB storage upgrade, MagSafe support, and a detailed cost comparison with the iPhone 16e and Google Pixel 9a.

June 11, 2026

Apple's new iPhone 17e (A3575) is the most affordable model in the iPhone 17 lineup, but TechInsights' teardown reveals several significant upgrades. The device is powered by Apple's new A19 application processor and features 8 GB LPDDR5X SDRAM and 256 GB 4D NAND flash storage, both supplied by SK hynix. It also introduces MagSafe/Qi2 wireless charging up to 15W, a feature absent from the previous-generation iPhone 16e.

Our cost analysis shows the iPhone 17e carries the highest bill of materials (BOM) cost among the devices compared, exceeding the iPhone 16e by 14% and the Google Pixel 9a by 19.2%. The A19 processor remains the largest cost contributor, accounting for 18.49% of total device cost, while memory costs increase significantly due to the higher-capacity LPDDR5X and 256 GB storage configuration.

The teardown also highlights Apple's continued investment in RF connectivity, camera systems, and memory technologies as it brings more premium features to its entry-level smartphone.

Access the Complete Apple iPhone 17e Teardown

Go beyond the highlights with TechInsights' comprehensive analysis of Apple's latest entry-level smartphone. The full report provides detailed insights into the technologies, components, suppliers, and cost drivers behind the iPhone 17e, including:

• Complete bill of materials (BOM) and cost analysis
• Component identification and supplier attribution
• PCB, package, and subsystem analysis
• Memory and storage characterization
• Competitive benchmarking against the Google Pixel 9a and Apple iPhone 16e
• High-resolution teardown photography and device imagery