Apple iPhone 17 VS Samsung Galaxy F07

The most meaningful design difference between these two phones lies in their water protection. The iPhone 17 carries an IP68 rating, meaning it is fully waterproof and can withstand submersion in water — typically up to several meters for a defined period. The Galaxy F07, by contrast, is rated IP54, which only guarantees resistance to splashes and light rain. In practice, this gap is significant: an accidental drop in a sink or pool is a recoverable situation for the iPhone 17, but potentially a damaging one for the F07.

In terms of physical form, the iPhone 17 is the more compact and lighter device. At 177 g and a footprint of 71.5 × 149.6 mm, it is noticeably smaller and easier to handle one-handed compared to the F07's 184 g frame stretching to 77.4 × 167.4 mm. The F07 does edge out the iPhone 17 in thinness — 7.6 mm versus 7.95 mm — but the difference is barely perceptible in hand. The F07's larger overall volume (roughly 98.5 cm³ vs 85 cm³) reflects its bigger footprint rather than any meaningful ergonomic advantage.

Neither phone offers a rugged build or a foldable form factor, so those attributes are a wash. Overall, the iPhone 17 holds a clear edge in this category: it is lighter, more pocketable, and significantly better protected against water — a combination that directly impacts everyday durability and usability.

The display technology gap here is substantial. The iPhone 17 uses an OLED/AMOLED panel, which produces true blacks, higher contrast, and more vibrant colors by lighting pixels individually. The Galaxy F07 relies on an LCD IPS screen — a fundamentally older technology that uses a backlight behind the entire panel, resulting in less contrast and washed-out blacks by comparison. For anyone who watches video, browses photos, or uses their phone in varied lighting, this distinction is immediately visible in daily use.

Sharpness is where the gap becomes even harder to ignore. The iPhone 17 packs 460 ppi into a 6.3″ screen at a 1206 × 2622 resolution, while the F07 offers just 262 ppi at 720 × 1600 across a larger 6.7″ panel. At that pixel density, text and fine detail on the F07 will appear noticeably softer — particularly when reading small text or viewing high-resolution images up close. The iPhone 17 also supports Dolby Vision and HDR10, adding a wider dynamic range for compatible streaming content — features entirely absent on the F07.

Both screens support touch input and neither uses branded damage-resistant glass, so those traits cancel out. The iPhone 17's 120Hz refresh rate versus the F07's 90Hz also gives it a smoother scrolling and animation experience, though the practical difference is less dramatic than the resolution and panel-type gaps. Across nearly every display metric that matters — sharpness, contrast, color accuracy, and HDR support — the iPhone 17 holds a commanding advantage.

Raw performance is perhaps the starkest divide between these two devices. The iPhone 17's Apple A19 chip, built on a 3 nm process, scores 3608 single-core and 8810 multi-core on Geekbench 6. The Galaxy F07's Mediatek Helio G99, fabbed at 6 nm, returns 729 single-core and 1979 multi-core. Single-core performance is roughly 5× higher on the iPhone 17 — and that metric is what dictates how snappy everyday interactions feel: app launches, UI responsiveness, and web browsing. The multi-core gap is similarly wide, meaning the iPhone 17 handles sustained workloads like video editing or gaming at an entirely different level.

The memory and graphics subsystems reinforce this picture. The iPhone 17's memory bandwidth of 78.8 GB/s dwarfs the F07's 17.1 GB/s, meaning data moves between the processor and RAM far faster — a critical factor for graphics-heavy tasks and multitasking. On the GPU side, the iPhone 17 runs at 1490 MHz with 128 shading units versus the F07's 950 MHz and just 32 shading units, translating to a massive advantage in gaming performance and computational graphics. Storage also diverges sharply: 512 GB versus 64 GB — the F07 will feel limiting for users who store media locally or install many apps.

Both chips support big.LITTLE architecture, integrated LTE, and 64-bit processing, but these are baseline features that do not close the chasm in actual capability. The iPhone 17 wins this category decisively across every meaningful performance dimension — raw speed, GPU power, memory throughput, and storage capacity — and it is not particularly close.

Video capability alone tells a telling story: the iPhone 17 records at 4K 60fps with Dolby Vision and HDR10 support, while the Galaxy F07 tops out at 1080p 30fps with no HDR recording format at all. For anyone who shoots video — even casually — this is a fundamental difference in output quality and future-proofing. Paired with optical image stabilization (OIS) on the iPhone 17 (absent on the F07), handheld footage will be dramatically steadier, particularly in motion or low light.

On the main camera, the headline megapixel counts are close — 48 MP dual-lens on the iPhone 17 versus 50 MP primary on the F07 — but megapixels alone are a poor quality indicator. The iPhone 17's wider f/1.6 aperture on its primary lens lets in significantly more light than the F07's f/2.4, which directly improves low-light photography. The iPhone 17 also includes a BSI sensor, which is optimized for better light capture, and offers 2× optical zoom — the F07 has no optical zoom at all, meaning any zoom it offers is purely digital and results in quality loss. The front camera gap is equally notable: 18 MP with a wider f/1.9 aperture on the iPhone 17 versus 8 MP at f/2.0 on the F07.

Both cameras share a reasonable feature set for manual controls and modes — phase-detection autofocus, HDR stills, slow motion, timelapse, and panorama are present on both. However, the iPhone 17 adds manual shutter speed control, which the F07 lacks, giving more creative control in demanding shooting conditions. Taken together, the iPhone 17 holds a clear and comprehensive advantage in cameras, particularly for video quality, low-light photography, and optical zoom versatility.

Privacy is where the iPhone 17 pulls ahead on the software side. Beyond the core protections both phones share — location controls, camera/microphone permissions, and app tracking blocks — the iPhone 17 adds Mail Privacy Protection and cross-site tracking blocking, neither of which the Galaxy F07 offers. For users who are deliberate about their digital footprint, these are meaningful additions that passively work in the background without requiring any extra effort.

The Galaxy F07, running an open Android-based OS, brings its own set of advantages. It supports split-screen multitasking, multi-user accounts, dynamic theming, and theme customization — features absent on the iPhone 17. The ability to run two apps side by side is a genuine productivity differentiator for power users, and multi-user support makes it more practical as a shared device. Being free and open source also means greater flexibility for those who value platform openness. On the other hand, the iPhone 17 receives direct OS updates from Apple — a significant long-term advantage, as the F07 does not, meaning updates depend on Samsung's own release schedule and may be delayed or limited in number over the device's lifespan.

Both platforms are well-equipped with the fundamentals: dark mode, widgets, PiP, offline voice recognition, battery health checks, customizable notifications, and child lock are present on both. This category does not have a single clear winner — it comes down to priorities. The iPhone 17 leads on privacy and guaranteed software longevity, while the Galaxy F07 offers more flexibility in customization and multitasking.

Battery capacity is the Galaxy F07's most competitive spec in this comparison. Its 5000 mAh cell is substantially larger than the iPhone 17's 3692 mAh — a 35% difference on paper. All else being equal, a bigger battery means more hours between charges, which matters for heavy users or those who are frequently away from a power source. That said, real-world endurance also depends heavily on display technology, processor efficiency, and software optimization — factors that favored the iPhone 17 in earlier categories.

Where the iPhone 17 reclaims ground is in charging. At 40W wired fast charging versus the F07's 25W, the iPhone 17 replenishes its battery significantly faster — useful for users who top up quickly during short breaks rather than charging overnight. More distinctively, the iPhone 17 supports wireless charging, a convenience feature the F07 entirely lacks. For users embedded in a wireless charging ecosystem — desk pads, car mounts, nightstands — this is a daily quality-of-life advantage. Neither phone offers reverse wireless charging or a removable battery.

This category is a genuine trade-off rather than a clean win for either side. The Galaxy F07 holds the edge in raw battery capacity, which is likely to translate to longer endurance in typical use. But the iPhone 17 counters with faster wired charging and wireless charging support — two conveniences that reduce how much the smaller battery actually disrupts daily life. Users who prioritize longevity over top-up flexibility will lean toward the F07; those who value charging versatility will prefer the iPhone 17.

Audio is a category where each phone makes a different bet. The iPhone 17 drops the headphone jack entirely but compensates with stereo speakers — two drivers producing sound from different directions, which creates a noticeably wider, more immersive soundstage when watching video or listening to music through the device's built-in speakers. The Galaxy F07 takes the opposite approach: it retains a 3.5 mm audio jack, which means wired headphones plug in directly without adapters, but its single-driver speaker setup cannot match the spatial quality of a stereo arrangement.

The F07 also includes a built-in FM radio — a feature that requires no data connection and can be genuinely useful in areas with poor or no internet access, or simply for users who prefer live broadcast radio. The iPhone 17 has no radio capability. Neither device supports advanced Bluetooth audio codecs such as aptX, LDAC, or any of their variants, so wireless audio quality through Bluetooth is on equal footing for both.

Which phone ″wins″ here depends entirely on listening habits. The iPhone 17 is the stronger choice for speaker-based listening, with stereo output delivering a fuller sound for media consumption. The Galaxy F07 better serves wired headphone users and anyone who values offline radio access. For most modern users who rely on wireless earbuds or streaming, the iPhone 17's stereo speakers represent the more broadly useful audio advantage.

Wireless connectivity is a domain where the iPhone 17 holds a generational lead. It supports 5G and Wi-Fi 7 — the latest cellular and wireless standards — while the Galaxy F07 is capped at 4G LTE and Wi-Fi 5. In practical terms, this means the iPhone 17 can achieve dramatically faster real-world data speeds where 5G is available, and its maximum download speed of 10,000 Mbits/s versus the F07's 650 Mbits/s illustrates the ceiling difference clearly. For streaming, large file transfers, or simply future-proofing against network evolution, the iPhone 17 operates in a different class. Its Bluetooth 6 versus the F07's Bluetooth 5.3 also offers a newer standard, associated with improved connection reliability and efficiency.

The sensor and safety feature sets diverge sharply as well. The iPhone 17 includes a gyroscope, barometer, compass, 3D facial recognition, crash detection, and emergency SOS via satellite — the latter two being potentially life-saving features that function even without cellular coverage. The Galaxy F07 has none of these, but does offer a fingerprint scanner for biometric authentication, which the iPhone 17 lacks in favor of its 3D facial recognition system. The F07 also includes an external memory card slot, a practical advantage for users who want to expand storage cheaply — the iPhone 17 offers no such option.

Both phones share USB Type-C, NFC, GPS, Galileo support, and accelerometers, providing a common baseline. But looking at the full picture, the iPhone 17 holds a decisive advantage in connectivity and features — particularly in network speed, Wi-Fi generation, safety capabilities, and sensor breadth. The F07's fingerprint scanner and expandable storage are useful practical additions, but they do not offset the wider gap in connectivity infrastructure and real-world utility features.

The miscellaneous feature set for these two devices is identical across every available data point. Both include a video light, and neither features a sapphire glass display, a curved display, or an e-paper display. There are no differentiators to analyze here.

This category is a complete tie — the provided specs offer no basis for favoring one device over the other.