Motorola Moto G86 Power VS Samsung Galaxy F36 5G

At first glance, the Motorola Moto G86 Power and Samsung Galaxy F36 5G appear nearly identical in hand feel — their weights are virtually indistinguishable at 198 g and 197 g respectively. The more meaningful physical difference lies in their form factor: the F36 5G is noticeably slimmer at 7.7 mm thick compared to the G86 Power's 8.7 mm, and its smaller overall volume (98.6 cm³ vs 104.8 cm³) suggests a more compact, pocket-friendly silhouette despite being slightly taller and wider in footprint. In day-to-day use, that 1 mm difference in thickness is perceptible and gives the F36 5G a more premium, svelte feel in hand.

Where the two phones diverge most significantly is durability. The Moto G86 Power carries a waterproof rating, while the Galaxy F36 5G offers no water resistance whatsoever. This is a substantial real-world advantage — a waterproof phone can survive rain, spills, or accidental drops into shallow water, whereas the F36 5G has zero protection against moisture ingress. Neither device features a rugged build or a foldable form factor, so outside of water resistance, both share a conventional, standard-durability design.

The Moto G86 Power holds a clear edge in this category. While the F36 5G wins on slimness and marginally smaller volume, the waterproofing on the G86 Power is a far more impactful real-world advantage — it adds meaningful protection that the F36 5G simply cannot match, making the G86 Power the stronger choice for users who prioritize durability in their phone's design.

Both phones share the same OLED/AMOLED panel technology and a 120Hz refresh rate, delivering smooth scrolling and rich, punchy colors on screens of nearly identical size. The meaningful divide, however, is in sharpness: the Moto G86 Power's 446 ppi pixel density versus the Galaxy F36 5G's 385 ppi is a gap large enough to be visible — text looks crisper, fine detail in photos is more defined, and the overall image quality on the G86 Power is a clear step above.

The G86 Power further extends its display lead with support for both HDR10 and HDR10+, meaning compatible streaming content — from Netflix to YouTube — renders with greater dynamic range, more nuanced highlights and shadows, and richer color depth. The F36 5G supports neither standard, so its OLED panel, while inherently capable of strong contrast, never unlocks that elevated visual tier. On top of that, the G86 Power includes branded damage-resistant glass, offering meaningful scratch and impact protection that the F36 5G's unspecified glass simply does not provide. The F36 5G's sole counter is its Always-On Display feature, which lets users glance at time and notifications without waking the screen — a genuinely useful convenience, but a secondary consideration against image quality advantages.

The Moto G86 Power wins this category convincingly. Its sharper resolution, HDR10+ support, and protective glass make it the superior display package by a substantial margin. The F36 5G's Always-On Display is a nice utility feature, but it cannot offset the G86 Power's lead in visual fidelity and screen durability.

On raw processing power, these two phones are closer than their different chipsets might suggest. The Moto G86 Power's MediaTek Dimensity 7300 edges out the Galaxy F36 5G's Samsung Exynos 1380 in both Geekbench 6 benchmarks — 2932 vs 2758 multi-core and 1026 vs 1007 single-core — but these margins are modest in practice. Day-to-day tasks like app launching, browsing, and social media will feel essentially identical on both devices. The G86 Power's newer 4 nm fabrication process compared to the Exynos 1380's 5 nm node does carry a meaningful implication beyond raw speed: smaller semiconductor nodes generally translate to better power efficiency, meaning the G86 Power's chip is likely to generate less heat and consume less energy under sustained workloads.

The gaps widen considerably when looking beyond the CPU. The G86 Power's RAM runs at 6400 MHz versus the F36 5G's 3200 MHz — double the memory bandwidth — which accelerates data transfer between the processor and RAM, benefiting multitasking and memory-intensive applications. Its GPU also clocks higher at 1047 MHz vs 950 MHz, giving it a modest graphics edge for gaming. Most decisively, the G86 Power ships with 512 GB of internal storage and 8 GB of RAM, against the F36 5G's 128 GB and 6 GB — a fourfold difference in storage that fundamentally changes how freely a user can store photos, videos, and apps without worry.

The Moto G86 Power takes a comprehensive win here. While neither phone dominates on raw CPU benchmarks, the G86 Power's advantages in RAM capacity, memory speed, GPU clock, storage, and chip efficiency stack up into a meaningfully stronger performance package — particularly for users who multitask heavily or consume a lot of local media.

The rear camera systems tell an interesting story. Both phones lead with a 50 MP primary sensor backed by an 8 MP ultrawide, share identical OIS, phase-detection autofocus, and top out at 4K 30fps video — making their core shooting experiences nearly equivalent. The Galaxy F36 5G technically adds a third lens, a 2 MP depth sensor, but this is largely a nominal addition; dedicated depth sensors at this resolution contribute minimally to real-world portrait shots that modern computational photography handles through the primary lens anyway. In practice, the two phones' rear cameras are functionally matched on the features that matter.

The selfie camera is where the gap becomes impossible to ignore. The Moto G86 Power packs a 32 MP front sensor compared to the F36 5G's 13 MP — more than double the resolution. For selfie-focused users or those who rely on the front camera for video calls, content creation, or portrait shots, this difference is tangible: the G86 Power captures significantly more detail, offers greater flexibility for cropping, and produces sharper results in good lighting. Both share the same f/2.2 front aperture, so low-light behavior should be comparable, but the resolution advantage remains substantial.

The Moto G86 Power edges out this category, primarily on the strength of its front camera. The rear systems are closely matched and neither holds a decisive lead there, but a 32 MP selfie shooter against 13 MP is a concrete, user-facing advantage that makes the G86 Power the stronger choice for anyone who values front-camera quality.

Rarely does a spec group produce a result this definitive: the Motorola Moto G86 Power and Samsung Galaxy F36 5G run identical software profiles across every single data point provided. Both launch on Android 15, and their feature sets — spanning privacy controls, productivity tools, and customization options — are a perfect mirror of each other. From camera and microphone privacy toggles to dynamic theming, split-screen multitasking, Picture-in-Picture, and offline voice recognition, there is no meaningful distinction to draw between them on paper.

This is a complete tie, and no winner can be declared from the provided specs. Users should look to factors outside this group — such as each manufacturer's UI skin and software update commitments in practice — to differentiate the two, as the raw OS feature checklist offers no basis for a recommendation either way.

Battery capacity is where the Moto G86 Power makes one of its boldest statements across this entire comparison. Its 6720 mAh cell dwarfs the Galaxy F36 5G's already-respectable 5000 mAh — a 34% larger reserve that, in real-world terms, can translate to an extra half-day or more of screen-on time. For heavy users, frequent travelers, or anyone in situations where charging access is unreliable, that difference is not marginal; it is a fundamentally different endurance proposition.

Charging speeds tell a similar story, with the G86 Power pulling ahead again at 30W versus the F36 5G's 25W. The gap here is less dramatic in isolation, but combined with the larger battery, it means the G86 Power can replenish a significantly bigger cell at a faster rate — a practical double advantage. Neither phone supports wireless charging, and both use non-removable batteries, so those factors cancel out entirely.

The Moto G86 Power wins this category decisively and without ambiguity. A larger battery and faster wired charging together make it the clear choice for endurance-focused users, and the margin in capacity is wide enough to be meaningful in everyday use rather than just on a spec sheet.

The audio category yields another complete deadlock. Both the Moto G86 Power and the Galaxy F36 5G offer stereo speakers and omit the 3.5 mm headphone jack, meaning wired audio requires an adapter or USB-C headphones on either device. Neither phone supports any high-resolution Bluetooth audio codec — no aptX, no LDAC, no aptX HD or Adaptive — so wireless listening is limited to standard Bluetooth audio quality on both.

This is a tie with no meaningful differentiator between the two products. Users with strong preferences around wired or high-fidelity wireless audio should factor in external accessories rather than expect either phone to stand out on its own merits here.

Across the bulk of this category, the two phones are functionally identical — both support 5G, Wi-Fi 6, Bluetooth 5.3, NFC, GPS, expandable storage, and USB-C. The shared feature set is comprehensive enough that most users will experience no practical difference in day-to-day connectivity on either device.

The distinctions that do exist are worth unpacking. On cellular setup, the Moto G86 Power offers 1 physical SIM plus 1 eSIM, while the Galaxy F36 5G provides 2 physical SIM slots — a meaningful difference depending on the user's needs. Those in regions where eSIM adoption is strong or who prefer digital carrier switching will favour the G86 Power; users who rely on two physical SIM cards simultaneously — common for travelers or dual-line setups in many markets — will find the F36 5G more accommodating. On data speeds, the F36 5G leads in download at 3790 Mbits/s versus 3270 Mbits/s, but the G86 Power flips the script on upload at 3270 Mbits/s compared to just 1280 Mbits/s — a significant gap that benefits content creators, video callers, and cloud backup users.

This category is broadly a tie, with each phone holding a situational edge. The G86 Power suits eSIM users and upload-heavy workflows; the F36 5G better serves dual-physical-SIM users and those who prioritize download throughput. Neither advantage is universal enough to declare an outright winner — the right choice depends entirely on how the user intends to use their SIM slots and mobile data.

The miscellaneous category offers nothing to separate these two devices. Every data point — from the presence of a video light to the absence of sapphire glass, a curved display, or an e-paper panel — is identical across both phones. This is a complete tie, and no advantage can be assigned to either product based solely on the provided specs.