Motorola Moto G86 VS Samsung Galaxy A36 5G

Both the Motorola Moto G86 and the Samsung Galaxy A36 5G are waterproof and non-folding slabs with no rugged build, so at a glance they seem evenly matched on design. The critical distinction in water resistance, however, lies in the rating: the G86 carries an IP68 certification, meaning it can withstand submersion beyond the standard test depth, while the A36 5G is rated IP67, which covers accidental drops in shallow water up to 1 meter for 30 minutes. For most users this difference is minor, but for anyone near pools, beaches, or who tends to drop their phone in sinks, the G86 offers a measurable extra margin of protection.

In terms of physical feel, the G86 is notably more pocket-friendly. It is 10 g lighter (185 g vs. 195 g) and 3.5 mm narrower (74.7 mm vs. 78.2 mm), which translates directly to easier one-handed use and less fatigue during extended sessions. The A36 5G counters with a slightly slimmer profile at 7.4 mm thick versus the G86's 7.8 mm, giving it a marginally sleeker feel when held flat, though the difference is barely perceptible in daily handling.

Overall, the Moto G86 holds the design edge in this group. Its superior IP68 rating and more compact, lighter form factor are practical advantages that most users will notice day-to-day, while the A36 5G's marginal thickness advantage does not offset those differences.

On the surface, these two displays look similar — both are OLED/AMOLED panels at roughly 6.7 inches with a 120Hz refresh rate and HDR10+ support. Dig into the numbers, though, and the Moto G86 pulls ahead decisively in raw visual quality. Its 446 ppi pixel density against the A36 5G's 385 ppi means noticeably crisper text and finer detail, particularly when reading small print or viewing high-resolution photos. More striking still is the brightness gap: the G86's 4500 nits typical brightness dwarfs the A36 5G's 1200 nits, which in practice means the G86 remains comfortably legible in direct sunlight where the A36 5G would struggle.

The A36 5G reclaims some ground in two specific areas. It features an Always-On Display, a convenience the G86 lacks entirely — useful for glancing at time, notifications, or widgets without waking the phone. It also ships with Gorilla Glass Victus, which offers stronger scratch and drop resistance than the G86's Gorilla Glass 7i, a meaningful long-term durability advantage for users who skip cases.

Taking the group as a whole, the Moto G86 holds the clear display edge. The resolution and especially the brightness advantages are substantial and affect everyday usability directly. The A36 5G's Always-On Display and superior glass are genuine perks, but they do not close the gap on the core screen performance metrics that matter most for media consumption and outdoor use.

Benchmark numbers tell a clear story here. The Moto G86's MediaTek Dimensity 7300 outscores the A36 5G's Snapdragon 6 Gen 3 across the board — AnTuTu lands at 675,000 vs. 619,557, and Geekbench 6 single-core results follow the same pattern at 1026 vs. 1007. These margins are not enormous, but they are consistent, suggesting the G86 will feel slightly snappier in CPU-bound tasks like app launches and web browsing. The GPU advantage is more pronounced: the G86's Mali G615 MC2 runs at 1047 MHz versus the Adreno 710's 800 MHz, which translates to a tangible edge in graphically demanding games and GPU-accelerated workloads.

The A36 5G fights back with a larger base RAM allocation — 12GB compared to the G86's 8GB. More RAM means the system can keep a greater number of apps suspended in the background without reloading them, which benefits heavy multitaskers. However, the G86 supports a maximum of 16GB of RAM (likely via virtual RAM expansion), exceeding the A36 5G's hard cap of 12GB, so the G86 retains the ceiling advantage. The G86 also runs its memory at a significantly faster 6400 MHz versus the A36 5G's 2750 MHz, which contributes to its stronger benchmark throughput.

Factoring everything in, the Moto G86 takes the performance edge. Its lead in CPU benchmarks, superior GPU clock speed, faster RAM, and higher memory ceiling outweigh the A36 5G's advantage in out-of-the-box RAM quantity. For users who prioritize gaming or sustained performance, the G86 is the stronger choice in this group.

The rear camera setup is where these two phones diverge most meaningfully. The Samsung Galaxy A36 5G fields a triple-lens system (50, 8, and 5 MP) against the G86's dual-lens setup (50 and 8 MP), giving the A36 5G an additional perspective — likely a macro or depth lens — that simply isn't available on the G86. More impactful still is the aperture on the A36 5G's primary lens: at f/1.8 versus the G86's f/2.2, it admits meaningfully more light, which in practice yields better results in dim environments like indoor events or twilight shots. Both phones share the same 4K 30fps video ceiling, OIS, and phase-detection autofocus, so the shooting experience is otherwise closely matched.

The selfie equation flips the script. The G86 packs a 32MP front camera versus the A36 5G's 12MP, a substantial resolution advantage that benefits users who prioritize sharp, detail-rich selfies or frequently crop and zoom into self-portraits. Both front cameras share the same f/2.2 aperture, so in low light they perform on equal footing — the G86 simply captures more detail in good lighting.

This group is genuinely split depending on use case. The A36 5G holds the rear camera edge thanks to its wider primary aperture and extra lens, making it the stronger choice for general photography. The G86 is the clear winner for selfie-focused users. Neither phone dominates outright, but users who shoot more with the rear camera will find the A36 5G's main lens more capable in challenging light.

Rarely does a spec group produce a result this clean: the Motorola Moto G86 and the Samsung Galaxy A36 5G are running Android 15 with an identical feature set across every data point provided. Privacy controls, productivity tools, accessibility options, and system-level features — including dark mode, dynamic theming, split-screen, Picture-in-Picture, on-device machine learning, and offline voice recognition — are matched one-for-one. Neither phone receives direct OS updates according to the provided data, which places both on equal footing for long-term software support expectations as well.

This is a complete tie for this group. There is no differentiator in the provided specs that gives either phone an advantage in operating system features. Users choosing between these two devices should weight their decision entirely on the other spec groups — display, performance, cameras, and design — as the software experience documented here is indistinguishable between them.

Two different philosophies emerge from the battery specs here. The Moto G86 prioritizes capacity with a 5200 mAh cell versus the A36 5G's 5000 mAh, a 200 mAh difference that is modest but marginally favors the G86 for raw endurance — translating to a small but real buffer during long days away from a charger. The A36 5G counters with significantly faster wired charging at 45W compared to the G86's 30W, which in practical terms means meaningfully less time tethered to a wall. A 45W charger can typically recover a large battery from near-empty to a usable level in well under an hour, while 30W takes noticeably longer.

Neither phone supports wireless charging, and both use sealed, non-removable batteries — so those factors cancel out entirely. The real-world question for users comes down to habit: if you charge overnight and rarely need a top-up mid-day, the G86's slightly larger capacity is the more relevant advantage. If you charge in short bursts throughout the day or frequently find yourself needing a quick refill before heading out, the A36 5G's faster charging is the more practical asset.

This group is a contextual split with no universal winner. Heavy users who value charging speed will prefer the A36 5G, while those who prioritize maximum battery reserves between charges will lean toward the Moto G86. The margins are close enough that neither advantage is decisive on its own.

The audio specs for these two phones are identical across every provided data point. Both feature stereo speakers and omit a 3.5mm headphone jack, meaning wired headphone users will need a USB-C adapter or a pair of wireless earbuds on either device. Neither supports LDAC or aptX Lossless, so audiophiles seeking high-resolution wireless audio transmission will find no advantage on either side.

This is a complete tie. The provided specs give no basis to differentiate the two phones on audio, and users should look to other spec groups to inform their decision.

Much of this spec group is identical — both phones offer 5G, Wi-Fi 6, Bluetooth 5.3, NFC, USB-C, and the same sensor suite including GPS, gyroscope, and compass. The meaningful gaps come down to three areas. First, modem throughput: the G86 pulls ahead with 3270 Mbits/s download and upload speeds versus the A36 5G's 2900 Mbits/s down and a notably lower 1600 Mbits/s upload. For most users this is invisible in daily use, but content creators or anyone frequently uploading large files over cellular will feel the A36 5G's upload ceiling more acutely.

Storage flexibility is another G86 advantage: it includes a microSD card slot, while the A36 5G does not. For users who shoot a lot of video or want to expand storage cheaply without paying a premium for a higher-capacity model, this is a genuinely practical differentiator. On the flip side, the A36 5G offers greater SIM flexibility — supporting configurations up to 2 physical SIMs or 2 eSIMs simultaneously, compared to the G86's single SIM plus single eSIM. For frequent travelers or users juggling personal and work lines, that dual-SIM versatility is a real convenience.

Overall, the Moto G86 holds a slight edge in this group thanks to its faster upload speeds and expandable storage. However, users who rely on dual-SIM functionality will find the A36 5G uniquely accommodating in a way the G86 simply cannot match.

The miscellaneous specs for these two phones are a perfect match across every provided data point. Both include a video light, and neither features a sapphire glass display, curved display, or e-paper display — four-for-four identical results. This is a complete tie, and the provided data offers no basis for differentiation. Users should rely on the other spec groups to make their final decision between the Motorola Moto G86 and the Samsung Galaxy A36 5G.