The iPhone 16e is Apple's latest addition to the iPhone 16 series. While the design and hardware are closely based on the standard model, there are some interesting technical differences. A teardown by iFixit now provides a closer look at the inner workings of the device. What is particularly striking is that Apple is focusing on making the iPhone 16e easier to repair. The new battery adhesive, the simplified replacement of the charging port and the lack of MagSafe are key aspects. In addition, the C1 modem is the first to use a cellular module developed by Apple.
Every new iPhone is disassembled by technical experts shortly after its release to analyze its repairability and technical innovations. Especially in recent years, Apple has often been criticized for its devices being difficult to repair and for the limited availability of spare parts. With the iPhone 16e, however, the company seems to be going in a different direction. The model achieves a repairability rating of 7 out of 10 points - the same as the regular iPhone 16.
Easy battery removal thanks to new technology
One of the most important advances concerns battery replacement. Apple no longer uses the traditional stretch-release adhesive strips on the iPhone 16e, which could often tear when removed. Instead, a new method is used: an electrically triggered battery adhesive. This applies current to a screw post and a conductive tab, allowing the battery to be released within a few seconds. This technology could make battery replacement much easier in the future and also extend the lifespan of the devices, as a defective battery can be replaced more easily.
MagSafe is missing – with an interesting side effect
One notable difference from the iPhone 16 is the lack of MagSafe. A CT scan of the device confirms that Apple has completely omitted the magnetic charging ring on the iPhone 16e. While this eliminates the possibility of using MagSafe accessories such as chargers or magnetic wallets, there is also an unexpected advantage. Wireless charging on the iPhone 16e is at a maximum of 7.5 watts, i.e. without the 15 watts typical for MagSafe. This keeps the battery cooler when charging wirelessly. Battery temperatures of over 30 °C were measured on the iPhone 16 with MagSafe, which can shorten the battery life in the long term. The slower but cooler charging without MagSafe could therefore mean that the iPhone 16e offers a longer battery life.
Charging port is easier to replace
Replacing the charging port is another issue that came up during the teardown. Apple has published official instructions for changing the port, suggesting that replacement has become at least somewhat easier. While opening the device remains a challenge, there is a small design change that makes repairs easier. A metal clip that holds the back cover in place has been adapted to protect a flexible cable for the flash unit. This reduces the risk of repairers accidentally damaging this cable when opening the device.
Apple's new C1 modem – a step towards independence
One of the most important technical innovations in the iPhone 16e is the new C1 modem. It was developed by Apple itself and replaces the Qualcomm variant that was previously used in iPhones. The teardown shows that the C1 modem is located under the RF board and uses a special housing structure. The 4-nanometer modem chip and the DRAM are integrated into it, while the 7-nanometer transceiver is housed on the underside of the RF board. This is a significant step for Apple, as the company aims to produce all important chips itself in the long term. In future iPhone generations, the modem could be further optimized and integrated into the board differently.
Face ID instead of Touch ID – another change with repair benefits
Apple has decided against Touch ID for the iPhone 16e and instead relies exclusively on Face ID. This brings with it a number of advantages, particularly in terms of ease of repair. The home button, which was often prone to wear on older iPhones with Touch ID, has been completely eliminated. This reduces the number of mechanical components that can break over time. In addition, the elimination of Touch ID has an impact on the so-called part pairing. Since Touch ID is considered a biometric security feature, it was previously exempt from the strict restrictions on replacing iPhone components. Face ID is also a biometric technology, but since there is no longer a mechanical button, there is one less component that could cause potential problems during repairs.
iPhone 16e: Good repairability with minor limitations
The iPhone 16e teardown shows that Apple has taken some measures to improve repairability. The new battery adhesive, the slightly easier replacement of the charging port and the lack of MagSafe technology are decisive factors. The new C1 modem is an important step for Apple to become independent from Qualcomm. The decision to rely exclusively on Face ID could also lead to fewer mechanical defects in the long term.
iFixit rates the iPhone 16e's repairability at 7 out of 10 - the same as the regular iPhone 16. That's a decent rating, even if it doesn't come close to the ratings of devices with a modular design. Whether the iPhone 16e is worth it for you depends on your priorities. If you're looking for an iPhone that's a little easier to repair and potentially offers longer battery life without MagSafe, it could be an interesting choice. Alternatively, iFixit suggests that a refurbished iPhone could be a cheaper alternative that also offers good repairability. Our Amazon Storefront: The best products for your smart home and much more! (Image: Apple)
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