The iPhone SE 4 is rumored to launch next year, possibly in March, as Apple’s latest budget-friendly smartphone. Nearly three years after the iPhone SE (2022), also known as the iPhone SE 3, this new model is expected to feature significant updates to keep up with the rapidly evolving smartphone market.
Bigger and Better Display
One of the most notable upgrades is a 6.1-inch OLED display, replacing the 4.7-inch LCD panel on the iPhone SE (2022). This display will have a resolution of 2532 x 1170 pixels, similar to the iPhone 14. The SE 4 is expected to drop the physical Home button, giving it a more modern look akin to recent iPhones. While the refresh rate is likely to remain at 60Hz, this is consistent with its budget-friendly positioning. There’s some debate about whether it will feature a notch or Dynamic Island, but the former seems more likely.
Apple Intelligence Support
The iPhone SE 4 might support Apple Intelligence, making it one of the most affordable devices with this AI functionality. Currently available only on high-end iPhones like the iPhone 16 Pro, Apple Intelligence requires at least an A17 Pro chipset and 8GB of RAM. The SE 4 could even feature the A18 chipset from the iPhone 16.
Improved Camera
The iPhone SE 4 is expected to feature a single 48MP rear camera and a 12MP selfie camera. While it may seem modest compared to multi-lens systems, the 48MP lens aligns with those on the iPhone 14 Pro and the newer iPhone 15 models. This upgrade will bring a significant leap in photo quality while maintaining a cost-effective design.
Longer Battery Life
Leaks suggest the iPhone SE 4 will include a 3,279mAh battery, similar to the iPhone 14. This upgrade should deliver noticeable improvements over the 12 hours of battery life achieved by its predecessor, making it more suitable for everyday use.
New 5G and Wi-Fi Modem
The iPhone SE 4 is set to debut Apple’s custom-built 5G and Wi-Fi modem. This change marks a shift away from third-party manufacturers like Qualcomm, allowing for better integration, improved efficiency, and reduced battery consumption. While not flashy, this development reflects Apple’s strategic push toward self-reliance in component design.
