Galaxy S21 FE 5G • Unlocked vs iPhone 14 Plus • Locked T-Mobile

The Samsung Galaxy S21 FE 5G, released in January 2022, and the Apple iPhone 14 Plus, launched in October 2022, represent distinct approaches to the modern smartphone experience. While the Galaxy S21 FE operates on the Android platform, offering extensive customization, the iPhone 14 Plus runs on Apple's iOS, known for its streamlined interface and ecosystem integration. Key differentiators between these two devices include their display technologies, camera systems, and overall approach to performance and user interaction.

When considering the long-term usability of a smartphone, factors like software support, physical resilience, and repairability are important. The Galaxy S21 FE 5G and iPhone 14 Plus offer different timelines and approaches to these aspects.

• Software Longevity: The iPhone 14 Plus, being an Apple device, typically receives iOS updates for an extended period, often five to seven years from its release, potentially offering software support until around 2028-2029. The Galaxy S21 FE, running Android, generally receives four major OS updates and five years of security updates from its launch, meaning its software support might conclude around Android 16 and security updates until late 2025 or early 2027.
• Physical Durability: Both devices feature robust builds designed to withstand daily use. The iPhone 14 Plus incorporates a Ceramic Shield front cover, which enhances drop performance, alongside an aluminum frame and glass back. The Galaxy S21 FE features Gorilla Glass Victus on its front display, an aluminum frame, and a plastic back. Both phones carry an IP68 rating for dust and water resistance, indicating protection against submersion in water.
• Repairability: The Galaxy S21 FE 5G has a decent repairability score of 7.5 out of 10, indicating a relatively straightforward repair process. The iPhone 14 Plus initially received a high repairability score due to its internal redesign allowing access from both front and back. However, this score was later downgraded from 7/10 to 4/10 due to Apple's software locks and parts pairing requirements, which can complicate independent repairs.

The performance of both devices is influenced by their internal components, affecting how smoothly they handle daily tasks, demanding applications, and multitasking.

• Processing Power: The iPhone 14 Plus is equipped with a powerful processor that ensures smooth operation across various applications and provides responsive performance for gaming and demanding tasks. The Galaxy S21 FE 5G also features a capable processor, delivering strong performance for everyday use and multitasking, though some users note it can be a power-intensive component.
• Memory and Storage: The iPhone 14 Plus comes with 6GB of RAM and offers storage options of 128GB, 256GB, or 512GB. The Galaxy S21 FE 5G is available with either 6GB or 8GB of RAM and storage options of 128GB or 256GB. More RAM can contribute to smoother multitasking, especially with many apps open simultaneously.
• Battery Behavior: The iPhone 14 Plus is recognized for its extended battery life, with many users reporting it can comfortably last through a full day of heavy use, and lighter users potentially getting two days on a single charge. The Galaxy S21 FE 5G, with a slightly larger battery capacity, offers solid battery life for moderate use, though heavy users might find themselves needing to charge more frequently.

The visual experience on both smartphones is a key aspect, with differences in display technology, size, and refresh rate impacting user interaction.

• Display Technology and Clarity: The iPhone 14 Plus features a 6.7-inch Super Retina XDR OLED display, providing deep blacks and vibrant colors with a resolution of 1284 x 2778 pixels. The Galaxy S21 FE 5G has a 6.4-inch Dynamic AMOLED 2X display, offering rich colors and sharp visuals at a resolution of 1080 x 2400 pixels.
• Brightness and Refresh Rate: Both displays offer high brightness levels, with the iPhone 14 Plus reaching up to 1200 nits peak brightness for HDR content, ensuring good visibility even in bright outdoor conditions. The Galaxy S21 FE 5G also achieves a peak brightness of 1200 nits, providing a similarly bright viewing experience. A key difference lies in the refresh rate: the Galaxy S21 FE 5G offers an adaptive 120Hz refresh rate for smoother scrolling and more fluid animations, while the iPhone 14 Plus maintains a standard 60Hz refresh rate.
• Screen Size and Viewing Experience: The iPhone 14 Plus provides a larger 6.7-inch screen, which can enhance the viewing experience for media consumption and provide more screen real estate for productivity. The Galaxy S21 FE 5G's 6.4-inch display offers a slightly more compact form factor while still providing an expansive viewing area.

Both devices offer capable camera systems designed to capture moments with clarity and detail, though their configurations and features vary.

• Rear Camera Systems: The iPhone 14 Plus features a dual-camera system on the rear, consisting of a 12MP wide lens and a 12MP ultrawide lens, with improvements for low-light performance and video stabilization. The Galaxy S21 FE 5G boasts a triple-camera setup, including a 12MP wide lens, a 12MP ultrawide lens, and an 8MP telephoto lens with 3x optical zoom, offering greater versatility for different shooting scenarios.
• Front Camera and Video Capabilities: The iPhone 14 Plus includes a 12MP front camera with autofocus, contributing to clearer selfies and improved video calls. The Galaxy S21 FE 5G features a higher-resolution 32MP front camera. Both phones are capable of recording 4K video at various frame rates, with the iPhone 14 Plus offering enhanced video stabilization and cinematic mode features.
• Audio Experience: Both devices provide a good audio experience for media consumption and calls. The iPhone 14 Plus offers stereo speakers, and its microphone quality is generally clear for calls and recordings. The Galaxy S21 FE 5G also features stereo speakers and delivers clear call quality with effective noise suppression.