# iPhone 16e: Strong Cellular Capabilities and Enhanced Battery Life
The launch of the iPhone 16e has sparked considerable attention, especially in relation to its cellular capabilities and battery longevity. Recent evaluations by the Chinese review platform Geekerwan have shed light on how the iPhone 16e stacks up against its peers, particularly the iPhone 16, with respect to connectivity and energy use.
## Cellular Performance Evaluation
Geekerwan’s assessments employed a custom synthetic cell tower within their laboratory to assess the 5G capabilities of the iPhone 16e. The findings reveal that the iPhone 16e displays cellular performance akin to that of the iPhone 16, showcasing similar speeds and dependability. This is encouraging for prospective purchasers, implying that the iPhone 16e can offer a strong cellular experience even as a more affordable alternative.
A significant differentiation is that the iPhone 16e does not provide support for mmWave technology, which is incorporated in the iPhone 16. Nonetheless, in practical scenarios, this limitation did not substantially impact the overall performance during evaluations. Geekerwan also executed real-world testing on a subway train, where they noted that all iPhone 16 models, including the 16e, sustained comparable levels of connectivity strength and faced a similar number of disconnections.
## C1 Modem Efficiency
A major highlight from Geekerwan’s assessments is the efficiency of the C1 modem integrated into the iPhone 16e. Apple asserts that this modem is up to 25% more energy-efficient compared to the Qualcomm modem utilized in the iPhone 16. The evaluations validated this claim, with the iPhone 16e showing a notably lesser power consumption in both robust and weak signal circumstances.
For example, in high signal situations, the iPhone 16 consumed an average of 0.88 watts, while the iPhone 16e drew only 0.67 watts—a disparity of around 24%. In low signal conditions, the power consumption was 0.81 watts for the iPhone 16 as opposed to 0.67 watts for the 16e, indicating a 17% enhancement in efficiency.
## Practical Battery Life
Battery longevity is a vital consideration for smartphone users, and the iPhone 16e has demonstrated commendable results in this domain too. During a 5G video streaming trial, the iPhone 16e ran for an impressive 7 hours and 53 minutes, surpassing the iPhone 16’s 7 hours and the iPhone 16 Pro’s 6 hours and 54 minutes. This equates to nearly an additional hour of usage compared to the standard iPhone 16.
Nonetheless, it is important to note that the iPhone 16e comes with a larger 3961mAh battery, roughly 12% larger than that of the iPhone 16 Pro. This increased battery capacity likely aids in the enhanced battery lifespan observed in the 16e, in conjunction with the efficiency achieved through the C1 modem.
## Summary
The preliminary evaluations of the iPhone 16e’s cellular capabilities and battery efficiency are promising, suggesting that Apple has effectively fused a more efficient modem with a larger battery to improve user experience. While the absence of mmWave support may be a factor for certain users, the overall enhancements in performance and battery life render the iPhone 16e an attractive choice for those in search of a dependable smartphone at a reasonable price.
For a deeper insight into the testing methodology and findings, you can view the complete video from Geekerwan [here](https://www.youtube.com/watch?v=bRjsMasGzKA).
