Apple’s newly unveiled iPhone 16e has taken the tech world by surprise, and not just because of its polished exterior. Venturing into the realm of custom-built components, Apple has introduced its very own C1 modem — a bold move that appears to be paying off with positive reviews. Moving away from its previous budget-friendly label, the iPhone 16e now aligns more closely with the aesthetic and performance standards of flagship models, while still carving its distinct identity.
Recently, a detailed teardown by iFixit revealed intriguing insights into the iPhone 16e’s internals. A key highlight is the new quick-release battery adhesive, akin to that in the main iPhone 16 lineup. This feature facilitates easier battery replacements by releasing the battery with a low-voltage charge, a welcome change for anyone who might need to service their device.
Inside, the iPhone 16e boasts a larger battery — clocking in at 15.55Wh — made possible by its single-lens camera, as opposed to the dual-camera configuration found in the iPhone 16. This trade-off has led to the iPhone 16e offering the most impressive battery life among iPhones with a 6.1-inch display.
One of the standout features is Apple’s new C1 modem, nestled beneath the RF board. It mirrors Qualcomm’s X71M in its 4nm modem and DRAM structure, accompanied by 7nm transceivers. Despite initial skepticism, early assessments suggest that Apple’s C1 modem exceeds expectations, indicating a promising future for Apple’s custom chip development.
However, it’s not all smooth sailing. The iPhone 16e’s repairability is a point of controversy. Apple’s design decisions have increased the complexity of repairs, as dismantling requires removal of all key internal components. Yet, there is a silver lining; Apple has relaxed the iOS parts pairing, making it somewhat easier to replace certain components than before. As iFixit suggests, these are teething issues in what may well be a significant direction for future Apple’s devices. Stay tuned for more insights as further details emerge from the ongoing tear down exploration.
