Apple iPhone SE4: March 2025 Launch OLED Notch Display and In-House 5G Modem Highlight Both Strengths and Weaknesses

Apple iPhone SE4: March 2025 Launch OLED Notch Display and In-House 5G Modem Highlight Both Strengths and WeaknessesAs we approach December 2024, Apple's highly anticipated iPhone SE4 is just a quarter away from its official launch. Analysts predict a March 2025 release date

Apple iPhone SE4: March 2025 Launch OLED Notch Display and In-House 5G Modem Highlight Both Strengths and Weaknesses

As we approach December 2024, Apple's highly anticipated iPhone SE4 is just a quarter away from its official launch. Analysts predict a March 2025 release date. Recent leaks from overseas media have shed light on the device's screen specifications, unveiling some of the phone's secrets.

According to leaked information, the iPhone SE4 will feature an OLED display with a notch design, abandoning the iconic Home button characteristic of previous iPhone SE models. This means the Touch ID fingerprint sensor is gone, replaced by the more advanced Face ID facial recognition system, enhancing both security and convenience. This represents a significant upgrade for the iPhone SE line and marks Apple's decision to bring OLED screen technology to a lower-priced model.

LG and BOE will jointly supply OLED panels for the iPhone SE4. LG's share is estimated at 25% to 35%, corresponding to approximately 5 to 7 million panels. This suggests Apple has a relatively optimistic market outlook for the iPhone SE4, anticipating strong sales. The phone will reportedly sport a 6.1-inch display with a 1170x2532 pixel resolution, offering competitive specs within its price range and delivering a sharp, clear visual experience.

However, the most noteworthy aspect of the iPhone SE4 is its inclusion of Apple's in-house 5G modem. This marks a significant step for Apple in the mobile communication sector, showcasing its progress toward self-sufficiency in core components. However, this technology currently has limitations. Apple's first-generation 5G modem reportedly only supports Sub-6GHz bands, lacking support for mmWave. This is a significant drawback for users.

While Sub-6GHz offers broader coverage, its speeds are comparatively slower. Conversely, mmWave delivers significantly faster speeds but with limited coverage. The absence of mmWave support means the iPhone SE4's 5G experience may not be optimal, particularly in areas with mmWave coverage. In densely populated urban centers, for instance, users may not experience the high speeds mmWave offers.

For Apple, integrating its own 5G modem into the iPhone SE4 reflects both its ambition in technological development and its strategy to reduce costs and increase profit margins. By developing core components in-house, Apple can better control its supply chain and mitigate risks associated with third-party vendors. However, the immaturity of this technology introduces uncertainty regarding the iPhone SE4's market performance.

In conclusion, the iPhone SE4's specifications are both exciting and slightly disappointing. The OLED notch display, Face ID, and Apple's in-house 5G modem are all highlights. However, the limitation of the modem to Sub-6GHz bands could impact user reviews and market reception. Consumers should carefully consider their needs and usage scenarios when deciding whether to purchase the device.

The March 2025 launch of the iPhone SE4 will bring new dynamics to the market, and its actual performance will be crucial in determining its value. We will continue to monitor developments and provide readers with the latest updates. Whether Apple will improve its 5G modem in future models to include mmWave support remains to be seen a factor that will significantly impact Apple's competitiveness in the 5G market and consumer expectations for 5G performance on Apple devices. The iPhone SE4's release is undoubtedly a major event in the 2025 mobile phone market and its performance will significantly influence Apple's future product strategy. We look forward to witnessing its official launch in March 2025 and gaining a deeper understanding of its real-world performance.