Samsung Galaxy F07 VS Samsung Galaxy M17 5G

Both the Samsung Galaxy F07 and the Galaxy M17 5G share the same IP54 ingress protection rating, meaning both offer a comparable degree of resistance to dust and water splashes. Neither carries a rugged build designation, so neither is engineered for extreme outdoor conditions — they are everyday-use devices with a reasonable level of incidental protection.

Where the two diverge slightly is in their physical form factor. The F07 is notably taller at 167.4 mm versus the M17 5G's 164.4 mm, making it a longer device in the hand and pocket. However, the F07 is also lighter at 184 g compared to the M17 5G's 192 g — an 8-gram difference that, while modest on paper, can be perceptible during prolonged one-handed use or when carried in a shirt pocket. The M17 5G is fractionally thinner at 7.5 mm versus 7.6 mm, a difference too small to matter in practice. Overall volume is nearly identical, with the F07 at 98.47 cm³ and the M17 5G at 96.05 cm³.

In terms of design, the two phones are remarkably close, with no rugged or foldable differentiators to tip the scales. The F07 holds a modest edge for users prioritizing a lighter feel in daily carry, while the M17 5G's slightly shorter height may make it fractionally easier to reach across the screen. For most users, however, this category is effectively a near-tie.

The display is where the gap between these two phones becomes most pronounced. Both share a 6.7-inch screen and a 90Hz refresh rate, but the underlying panel technology tells a very different story. The Galaxy F07 uses an LCD IPS panel, while the M17 5G steps up to an OLED/AMOLED display — a difference that translates directly into deeper blacks, richer contrast, and more vibrant colors in everyday use. OLED panels also tend to be more power-efficient when displaying dark content, which can have a secondary benefit on battery life.

Resolution sharpness is another area of significant divergence. The F07 renders at 720 x 1600 px, yielding a pixel density of just 262 ppi — serviceable for casual browsing but noticeably soft when reading fine text or viewing detailed images. The M17 5G's 1080 x 2340 px resolution pushes pixel density to 385 ppi, a meaningful jump that results in visibly crisper content at normal viewing distances. The M17 5G also includes branded damage-resistant glass and an Always-On Display — the latter allowing users to check the time or notifications without fully waking the screen, a practical convenience the F07 lacks entirely.

The M17 5G holds a clear and decisive advantage in this category. Across panel quality, resolution, screen durability, and display features, it outclasses the F07 at every turn. For users who spend significant time consuming media, reading, or simply value a premium screen experience, the difference here is tangible enough to be a meaningful factor in the buying decision.

Under the hood, these two phones take notably different approaches. The Galaxy F07 is powered by the Mediatek Helio G99 on a 6 nm process, while the M17 5G runs on the Samsung Exynos 1330 built on a 5 nm node. The finer fabrication process on the M17 5G generally allows for greater power efficiency at comparable performance levels. Both chips share an 8-thread big.LITTLE CPU architecture with nearly identical core configurations, so raw single-threaded tasks will feel similar — but the differences compound quickly when looking beyond the CPU alone.

Memory and storage tell a more decisive story. The M17 5G ships with 8 GB of DDR5 RAM and 128 GB of storage, doubling the F07's 4 GB DDR4 and 64 GB respectively. More impactful still is the M17 5G's maximum memory bandwidth of 51.2 GB/s — nearly three times the F07's 17.1 GB/s. This throughput advantage directly benefits multitasking, gaming, and any task that moves large amounts of data quickly between memory and the processor. On the GPU side, the F07's Mali G57 runs at a higher clock speed, but the M17 5G's Mali G68 MP2 is a dual-core configuration and supports DirectX 12 versus the F07's DirectX 11, giving it a broader feature set for graphics-intensive workloads. One nuance: the F07 supports a maximum RAM configuration of up to 12 GB, higher than the M17 5G's 8 GB ceiling — though at its base 4 GB, that theoretical headroom is irrelevant in practice.

The M17 5G holds a clear performance advantage in this category. Greater RAM, faster memory architecture, vastly superior memory bandwidth, a newer GPU feature set, and a more refined manufacturing node collectively make it the stronger platform for demanding apps, gaming, and sustained multitasking. The F07 is competent for light daily use, but the M17 5G is the more capable device by a meaningful margin.

At first glance, both phones share a 50 MP primary sensor, but the M17 5G pulls ahead immediately by adding a third rear lens — a 50, 5, and 2 MP triple-camera system versus the F07's dual 50 and 2 MP setup. That extra 5 MP lens expands compositional versatility, giving M17 5G users an additional focal option the F07 simply cannot match. More consequential, however, is the M17 5G's built-in optical image stabilization (OIS) on the main camera — a feature the F07 lacks entirely. OIS physically compensates for hand movement during shooting, producing noticeably sharper photos in low light and steadier video footage without relying solely on software correction.

The front camera gap is equally apparent. The M17 5G's 13 MP selfie camera nearly doubles the F07's 8 MP shooter, which translates to finer detail in portraits and video calls. Meanwhile, the M17 5G's main lens opens to a wider f/1.8 aperture compared to the F07's f/2.4 — a meaningful difference in light-gathering ability that benefits shooting in dim environments. Beyond these distinctions, both phones are on equal footing: identical 1080p/30fps video caps, the same manual controls, phase-detection autofocus, HDR mode, and slow-motion support.

The M17 5G holds a clear camera advantage across every meaningful dimension — more rear lenses, OIS, a brighter main aperture, and a higher-resolution front camera. For users who prioritize photography or video, the F07's camera system is functional but outclassed here at each key differentiator.

Rarely does a spec group resolve this cleanly: the Samsung Galaxy F07 and the Galaxy M17 5G run an identical Android 15 software configuration across every single data point provided. From privacy controls — including location, camera, and microphone permissions, app tracking blockers, and clipboard warnings — to usability features like dark mode, dynamic theming, split-screen multitasking, and Picture-in-Picture, the two phones are in complete lockstep. Neither receives direct OS updates, meaning both rely on Samsung's own update pipeline rather than expedited Android rollouts.

This is a definitive tie. There is no differentiator to analyze here — users choosing between these two devices will have an identical software experience, with the same feature set, the same privacy toolbox, and the same limitations. Any preference in this category simply cannot factor into a buying decision between the two.

The battery category produces another clean sweep of parity. Both the Galaxy F07 and the Galaxy M17 5G carry identical 5000 mAh cells, support 25W fast charging, and share the same set of limitations — no wireless charging, no reverse wireless charging, and no removable battery. A 5000 mAh capacity is a solid baseline for a full day of moderate use, and 25W wired charging is a reasonable replenishment speed at this price tier, typically capable of topping up a depleted battery in roughly 90 minutes.

This is a complete tie. Every battery specification is identical across both devices, leaving no ground for differentiation. Battery life and charging experience will be governed by other factors — most notably the display and chipset efficiency covered in earlier categories — rather than anything in the battery spec sheet itself.

Audio is a category where neither phone excels, but the Galaxy F07 does hold two concrete advantages. It retains a 3.5mm headphone jack — an increasingly rare inclusion that allows users to plug in any wired headphones or earphones without an adapter, a practical convenience the M17 5G entirely forgoes. The F07 also includes a built-in FM radio, a modest but useful feature for users in regions with strong broadcast coverage or those who prefer not to stream. The M17 5G offers neither.

Beyond these two points, the spec sheets converge on shared limitations. Neither phone features stereo speakers, meaning audio output from both is mono — adequate for notifications and casual listening, but not immersive. Neither supports any high-resolution Bluetooth audio codec such as aptX, LDAC, or their variants, so wireless listening quality is capped at standard levels regardless of headphone quality.

The F07 holds a modest but clear edge in this category, purely by virtue of what it includes that the M17 5G omits. For users who rely on wired headphones or value an FM radio, the F07 is the more accommodating choice. For users who listen exclusively over Bluetooth and have no interest in radio, the gap narrows considerably — but the F07 still loses nothing here that the M17 5G gains.

The single most consequential difference in this category is cellular: the Galaxy M17 5G supports 5G, while the Galaxy F07 is limited to 4G LTE. This is reflected starkly in their respective speed ceilings — the M17 5G reaches a peak download of 2550 Mbits/s and upload of 1280 Mbits/s, compared to the F07's 650 Mbits/s down and 150 Mbits/s up. In practical terms, this means the M17 5G is substantially better positioned for the future as 5G networks continue to expand, and will deliver meaningfully faster data speeds in covered areas today.

On the sensors front, the M17 5G again pulls ahead with both a gyroscope and a compass — hardware the F07 lacks. The gyroscope enables more accurate motion detection for gaming, augmented reality, and navigation, while the compass supports proper directional orientation in map applications. The absence of these sensors on the F07 is a tangible limitation for users who rely on navigation apps or play gyroscope-dependent games. Everything else — Wi-Fi 5, Bluetooth 5.3, NFC, dual SIM, USB Type-C, expandable storage, GPS with Galileo, and fingerprint scanner — is shared equally between the two.

The M17 5G holds a clear and significant advantage here. The 5G capability alone is a forward-looking differentiator worth serious consideration for longevity, and the additional sensors further widen the gap for users with active, navigation-heavy, or gaming-oriented use cases.

The miscellaneous category offers nothing to differentiate between these two phones — every data point is identical. Both include a video light, and both omit sapphire glass, a curved display, and an e-paper display. None of the absent features represent a meaningful trade-off at this device tier; sapphire glass and e-paper displays are niche inclusions typically reserved for luxury or specialist devices.

This is a complete tie, and a narrow one at that — the specs covered here carry little weight in a typical buying decision. This category does not shift the overall comparison in either direction.