Galaxy A14 5G vs iPhone SE (2020)

The Samsung Galaxy A14 5G, released in January 2023, and the Apple iPhone SE 2020, launched in April 2020, represent distinct approaches to smartphone design and functionality. While the Galaxy A14 5G offers a larger display and modern connectivity, the iPhone SE 2020 provides a compact form factor and a powerful internal processor. Both devices operate on different ecosystems, with the Galaxy A14 5G running Android and the iPhone SE 2020 running iOS, influencing their user experience and software support.

When considering the long-term usability of these devices, their release timelines and software support policies are key differentiators.

• Software Longevity: The iPhone SE 2020, released in April 2020, typically receives iOS updates for approximately 5-6 years from its launch, with current support extending to iOS 26.3. The Galaxy A14 5G, launched in January 2023, is promised 2 years of Android OS updates and 4 years of security updates, meaning it will receive updates until Android 15 and security patches until 2027. This suggests the iPhone SE 2020 may offer a longer period of major OS updates, while the Galaxy A14 5G provides a solid, though shorter, commitment to software and security.
• Physical Durability: The iPhone SE 2020 features an IP67 rating for water and dust resistance, offering protection against splashes and submersion up to 1 meter for 30 minutes. It has a glass front and back with an aluminum frame. The Galaxy A14 5G does not carry an official IP rating, indicating it is not protected against dust or water ingress.
• Repairability: The iPhone SE 2020 has a repairability score of 6 out of 10, with components like the display and battery being relatively straightforward to replace, though the glass back is considered impractical to repair. Information on the specific repairability score for the Galaxy A14 5G is less widely available, but its construction typically involves more adhesive, which can complicate repairs.

The performance of a smartphone is crucial for daily tasks, and these two devices offer different capabilities in this regard.

• Processing Power: The iPhone SE 2020 is equipped with a powerful processor that, at its release, was considered among the fastest in a smartphone, enabling it to handle demanding applications and multitasking with ease. This allows for smooth navigation, quick app launches, and responsive gaming experiences. The Galaxy A14 5G features an octa-core processor that provides efficient performance for everyday usage, including casual gaming and general multitasking.
• Storage and Multitasking: The iPhone SE 2020 comes with 3GB of RAM and storage options of 64GB, 128GB, or 256GB, without expandable storage. The Galaxy A14 5G offers more flexible storage with 4GB, 6GB, or 8GB of RAM and 64GB or 128GB of internal storage, which can be expanded up to 1TB via a microSD card. This expandable storage is a notable advantage for users who require significant space for media and applications.
• Battery Behavior: The Galaxy A14 5G houses a 5000 mAh battery, which users report can comfortably last for one to two days of typical use. It supports 15W wired charging. The iPhone SE 2020 has an 1821 mAh battery, which, while optimized by iOS, may require more frequent charging for heavy users. It supports 18W fast charging and also offers wireless charging capabilities.

The visual experience is a primary interaction point for users, and both phones present different display technologies and sizes.

• Display Technology and Size: The Galaxy A14 5G features a larger 6.6-inch PLS LCD display, offering a more expansive viewing area. The iPhone SE 2020 has a more compact 4.7-inch Retina IPS LCD display. Both use LCD technology, which provides good color reproduction and viewing angles.
• Resolution and Clarity: The Galaxy A14 5G boasts a 1080 x 2408 pixel (FHD+) resolution, resulting in a pixel density of approximately 400 ppi, offering sharp and detailed visuals. The iPhone SE 2020 has a resolution of 1334 x 750 pixels, with a pixel density of 326 ppi, which still provides a clear image for its size.
• Brightness and Refresh Rate: The iPhone SE 2020 offers a typical brightness of 625 nits, which aids visibility in various lighting conditions. The Galaxy A14 5G has a peak brightness of 480 nits, which some users report can be challenging to view in direct sunlight. The Galaxy A14 5G features a 90Hz refresh rate, contributing to smoother scrolling and a more fluid visual experience, while the iPhone SE 2020 maintains a standard 60Hz refresh rate.

For many users, the camera system is a critical factor, and these devices offer distinct photographic capabilities.

• Rear Camera System: The Galaxy A14 5G features a triple-camera setup on the rear, including a 50 MP wide-angle primary sensor with PDAF, a 2 MP macro lens, and a 2 MP depth sensor. This configuration allows for versatile shooting, including detailed main shots, close-ups, and portraits with background blur. The iPhone SE 2020 has a single 12 MP wide-angle rear camera with optical image stabilization (OIS) and a bright f/1.8 aperture. Despite being a single lens, it leverages computational photography for features like Smart HDR and Portrait mode (for human faces).
• Photography Performance: The Galaxy A14 5G's 50 MP main sensor is capable of capturing bright photos with natural colors and good detail in daylight. The iPhone SE 2020's camera, while lower in megapixel count, is praised for its image processing, producing sharp images with good color and dynamic range, even in challenging lighting conditions, though it lacks a dedicated Night mode.
• Video Recording and Front Camera: Both phones can record video at 1080p at 30 frames per second with their front cameras. The Galaxy A14 5G's rear camera records at 1080p@30fps. The iPhone SE 2020 offers more advanced video capabilities, including 4K recording at 24, 30, or 60 frames per second, and slow-motion video up to 240fps at 1080p, with stereo sound recording. The iPhone SE 2020 has a 7 MP front camera, while the Galaxy A14 5G features a 13 MP front camera.