Fairphone 6 VS Samsung Galaxy A56 5G

The most consequential difference in this group is water protection. The Fairphone 6 carries an IP55 rating, meaning it is splash- and jet-resistant but not submersion-proof, while the Samsung Galaxy A56 5G holds an IP67 rating, meaning it can survive immersion in up to 1 meter of water for 30 minutes. In practice, IP55 covers rain and accidental splashes, but dropping the Fairphone 6 in a sink or pool is a real risk. The A56 5G handles that scenario with confidence, giving it a clear edge for users who are clumsy around water or frequently use their phone outdoors.

On physical form, the two phones tell opposite stories. The Galaxy A56 5G is noticeably slimmer at 7.4 mm thick versus the Fairphone 6's 9.6 mm — a 30% difference that is immediately felt in the pocket and in-hand. Despite being taller and wider, the A56 5G also displaces less volume (93 cm³ vs 110 cm³), meaning its mass is packed more efficiently. Weight is essentially a wash at 193 g and 198 g respectively, so neither phone has a meaningful comfort advantage there.

Where the Fairphone 6 fights back decisively is repairability: it achieves a perfect French Repairability Index score of 10, compared to the A56 5G's already solid 8.4. This index reflects how easily a phone can be repaired by the user or a third party, covering spare part availability, documentation, and disassembly complexity. For environmentally conscious buyers or those who want to extend a device's lifespan, this gap is meaningful. Overall, the A56 5G wins on sleekness and water protection, while the Fairphone 6 wins on long-term repairability — making the better choice dependent on what the user values most.

Both phones use OLED/AMOLED panels with a 120Hz refresh rate, so the baseline experience — punchy colors, deep blacks, and smooth scrolling — is shared. The meaningful divergences emerge in size, sharpness, and brightness. The Galaxy A56 5G sports a larger 6.7″ screen, which benefits media consumption and multitasking, while the Fairphone 6's 6.31″ panel makes it more one-hand-friendly. Pixel density flips the advantage though: at 431 ppi, the Fairphone 6 renders text and fine detail more crisply than the A56 5G's 385 ppi, a difference that is perceptible when reading small text or viewing detailed images up close.

Brightness is where the A56 5G pulls ahead more decisively. Its 1200 nits typical brightness outpaces the Fairphone 6's 880 nits by a significant margin — in direct sunlight, that gap translates to noticeably better legibility. The A56 5G also supports HDR10 and HDR10+, meaning compatible streaming content will display with wider dynamic range and more accurate highlights and shadows. The Fairphone 6 lacks any HDR certification, so it misses out on that visual uplift for HDR-mastered content.

On glass protection, both phones use branded damage-resistant glass, but the A56 5G's Gorilla Glass Victus is a generation ahead of the Fairphone 6's Gorilla Glass 7i, offering stronger drop and scratch resistance. Taken together, the A56 5G holds a clear display advantage in real-world conditions — brighter outdoors, HDR-capable for streaming, larger for immersion, and better protected. The Fairphone 6's sharper pixel density is a genuine counterpoint, but it is unlikely to outweigh the broader display package the A56 5G delivers.

Both phones are built on a 4nm process node and share a surprising amount of architectural common ground — identical RAM speeds, DDR5 memory, thread counts, and API support. The real story is how their respective chips, the Qualcomm Snapdragon 7s Gen 3 in the Fairphone 6 and the Samsung Exynos 1580 in the Galaxy A56 5G, diverge in raw output. The Exynos 1580 leads in CPU clock speeds across all core clusters and translates that into meaningfully higher Geekbench 6 scores: 1360 vs 1162 single-core and 3893 vs 3239 multi-core. Single-core performance governs everyday responsiveness — app launches, UI snappiness, typing latency — while multi-core headroom matters for heavier workloads like video export or sustained gaming. The A56 5G holds a roughly 17% lead in single-core and 20% in multi-core, which is noticeable in sustained tasks.

Graphics tell a similar story. The A56 5G's Xclipse 530 GPU runs at 1300 MHz with 256 shading units, compared to the Fairphone 6's Adreno 710 at 1050 MHz with 128 shading units — half the shading units. More critically, the A56 5G's maximum memory bandwidth is 51.2 GB/s, exactly double the Fairphone 6's 25.6 GB/s. Memory bandwidth is a key bottleneck for GPU-intensive workloads; at double the throughput, the A56 5G can feed its graphics pipeline significantly faster, which benefits gaming frame rates and any task involving large image or video buffers.

The Fairphone 6 does counter with a higher maximum supported RAM of 16GB versus the A56 5G's 12GB ceiling, though both ship with configurations well below that. For most users, the A56 5G's 12GB of installed RAM versus the Fairphone 6's 8GB is the more immediately relevant figure, giving the Samsung more headroom to keep background apps alive. Across CPU, GPU, bandwidth, and active RAM, the Galaxy A56 5G holds a consistent and clear performance advantage throughout this group.

The rear camera systems share a 50MP primary sensor and OIS, but diverge in configuration. The Galaxy A56 5G fields a triple-lens system — adding a third 5MP lens to its 50MP and 12MP pairing — while the Fairphone 6 sticks with a dual-lens setup. That extra lens on the A56 5G extends compositional flexibility, typically covering macro or depth use cases. However, the Fairphone 6 hits back on optics quality where it counts most: its primary lens opens to f/1.6 versus the A56 5G's f/1.8. A wider maximum aperture lets in more light, which directly benefits low-light and indoor photography with less noise and faster effective shutter speeds. Its secondary lens also has a wider f/2.2 aperture matching the A56 5G's ultrawide, so the gap is specifically at the primary lens — which is the one used most.

The front camera gap is hard to ignore. The Fairphone 6 packs a 32MP selfie sensor with an f/2.0 aperture, compared to the A56 5G's 12MP at f/2.2. More megapixels mean more detail to crop into and greater flexibility for software processing, and the slightly wider aperture on the Fairphone 6 again advantages low-light selfies. For users who prioritize video calls, social content, or portrait selfies, the Fairphone 6's front camera is a meaningful step up on paper.

Beyond these differentiators, the two phones are functionally identical across video capability, autofocus system, manual controls, and shared shooting modes — both top out at 4K at 30fps and offer the same suite of manual overrides. The Fairphone 6 also includes a dual-LED dual-tone flash versus the A56 5G's single LED, which produces more natural-looking artificial light in photos. On balance, the A56 5G offers more rear camera versatility through its triple-lens array, but the Fairphone 6 holds a genuine optical edge on its primary aperture and a clear advantage on front camera resolution — making it the stronger choice for selfie-focused users, while the A56 5G suits those who value rear camera range.

This is a rare instance of a complete dead heat. Across every single data point in this group, the Fairphone 6 and the Galaxy A56 5G are identical — both launch on Android 15, both include the same privacy controls, the same productivity features, and the same set of system-level capabilities. From split-screen multitasking and picture-in-picture to on-device machine learning, dynamic theming, and offline voice recognition, neither phone holds any documented advantage over the other based on the provided specs.

One point worth flagging for context is that neither phone receives direct OS updates — meaning updates are not delivered straight from Google but are instead processed through the manufacturer first. This is standard for both Fairphone's custom Android build and Samsung's One UI layer, and it applies equally to both devices here. It is a shared characteristic rather than a differentiator.

The verdict for this group is a complete tie. Users should not factor operating system features into their decision between these two phones, as the data shows no distinction whatsoever. Any differences in the actual software experience — such as Samsung's One UI interface versus Fairphone's closer-to-stock approach — fall outside the scope of the provided specifications.

Capacity and charging speed both favor the Galaxy A56 5G. Its 5000 mAh battery holds a meaningful advantage over the Fairphone 6's 4415 mAh — a roughly 13% larger reservoir that, all else being equal, translates to more screen time before reaching for a cable. The A56 5G also charges faster at 45W versus the Fairphone 6's 30W, meaning shorter time tethered to a wall when the battery does run low. Neither phone supports wireless charging, so that omission is a shared limitation rather than a differentiator.

Where the Fairphone 6 carves out a genuinely significant advantage is its removable battery. This is an increasingly rare feature in modern smartphones, and its implications go beyond simple convenience. Users can carry a spare charged battery for all-day events without any cables, and more importantly, battery degradation — which affects every lithium cell over time — becomes a self-serviceable problem rather than a costly repair. This aligns directly with the Fairphone 6's repairability philosophy seen in its perfect French Repairability Index score from the Design group.

The verdict here depends on priorities. For raw endurance and charging speed, the A56 5G wins clearly. But the Fairphone 6's removable battery is a qualitative advantage that cannot be captured in mAh figures alone — it fundamentally extends the phone's usable lifespan and gives the user a level of autonomy the A56 5G simply cannot match. Users who keep phones for many years or travel without reliable power access will find the Fairphone 6's approach genuinely compelling despite its smaller capacity.

The audio specifications for these two phones are identical across every data point provided. Both feature stereo speakers and both drop the 3.5mm headphone jack, meaning wired audio requires a USB-C adapter or Bluetooth headphones on either device. Neither supports high-fidelity wireless codecs like LDAC or aptX Lossless, and neither includes a built-in radio. There is simply nothing in this data set that separates them.

This is a clear tie. Audio hardware should play no role in choosing between the Fairphone 6 and the Galaxy A56 5G, as the provided specifications reveal no advantage for either phone in this category.

Cellular and wireless connectivity split interestingly between these two phones. The Galaxy A56 5G pulls well ahead on modem throughput, with a maximum download speed of 5100 Mbits/s versus the Fairphone 6's 2900 Mbits/s — nearly double. While real-world 5G speeds rarely approach either ceiling, a faster modem handles network congestion and peak-demand situations more gracefully. On the other hand, the Fairphone 6 supports Wi-Fi 6E, which the A56 5G lacks. Wi-Fi 6E opens up the less congested 6GHz band, offering lower latency and faster local speeds for users with a compatible router. The Fairphone 6 also has a marginally newer Bluetooth 5.4 versus the A56 5G's 5.3, though the practical difference between these versions is negligible for most users.

SIM flexibility tilts decisively toward the A56 5G, which supports 2 physical SIMs and 2 eSIMs simultaneously — useful for travelers or anyone managing personal and work lines. The Fairphone 6 is limited to 1 SIM and 1 eSIM. Storage expandability flips the equation: the Fairphone 6 includes an external memory card slot, while the A56 5G does not, giving the Fairphone 6 users a cost-effective way to expand capacity beyond the built-in 256GB.

Two smaller but noteworthy exclusives: the Fairphone 6 includes a barometer — useful for weather apps, altitude tracking, and GPS accuracy — which the A56 5G omits. Taken together, this group does not produce a clean overall winner. The A56 5G leads on raw cellular speed and SIM versatility; the Fairphone 6 counters with Wi-Fi 6E, expandable storage, and additional sensors. Which set of advantages matters more will depend entirely on individual usage patterns.

The miscellaneous specifications for these two phones are identical across every available data point. Both include a video light, and neither features a sapphire glass display, curved display, or e-paper display. There is nothing here that separates them in any meaningful way.

This group is a tie, and should carry no weight in the decision between the Fairphone 6 and the Galaxy A56 5G.