Motorola Moto G86 Power VS Samsung Galaxy M06 5G

The most significant differentiator in this group is water resistance: the Motorola Moto G86 Power is rated as waterproof, while the Samsung Galaxy M06 5G offers no water resistance at all. In practical terms, this means the Moto G86 Power can survive rain, splashes, or accidental drops in water — a meaningful real-world advantage for users who are active outdoors or simply prone to accidents. The M06 5G provides no such protection, making it a riskier companion in wet environments.

In terms of physical form, the two phones trade blows without a clear winner. The Galaxy M06 5G is slightly slimmer at 8 mm versus 8.7 mm, and a touch lighter at 191 g versus 198 g, which can make a subtle difference during extended one-handed use. However, the M06 5G is also taller and wider, so despite being thinner, it occupies a larger footprint. Overall volume is nearly identical — roughly 104 cm³ for both — meaning neither phone is dramatically more compact in practice.

Neither device features a rugged build or a foldable form factor, so those traits cancel out. The Moto G86 Power holds a clear design edge in this group primarily due to its waterproofing, which is a genuinely protective feature the M06 5G simply cannot match, and one that adds long-term durability value well beyond what the marginal weight and thickness differences of the Samsung can offset.

Display technology is where these two phones diverge most dramatically. The Moto G86 Power uses an OLED/AMOLED panel, which delivers true blacks, high contrast, and vibrant colors by lighting pixels individually — a fundamental technological advantage over the IPS LCD in the Galaxy M06 5G, which relies on a backlight and cannot match that depth or color accuracy. For anyone who watches video, browses social media, or simply values a visually rich screen, this distinction is immediately noticeable in everyday use.

Sharpness tells a similarly one-sided story. The Moto G86 Power resolves at 1220 x 2712 px across its 6.67″ panel, yielding a pixel density of 446 ppi — images and text appear crisp and detailed. The M06 5G's 720 x 1600 px resolution on a slightly larger 6.74″ screen produces just 260 ppi, a level where individual pixels can become visible at normal viewing distances, particularly when reading small text or viewing fine detail. The G86 Power also supports HDR10 and HDR10+, enabling richer highlights and shadows in compatible content — a feature entirely absent on the M06 5G.

The Moto G86 Power further edges ahead with a 120Hz refresh rate versus the M06 5G's 90Hz, meaning smoother scrolling and more responsive-feeling touch interactions. Add in its damage-resistant glass — which the M06 5G lacks — and the G86 Power holds an unambiguous and comprehensive display advantage across nearly every measurable dimension in this category.

At the heart of this comparison sits a meaningful chip generation gap. The Moto G86 Power runs on the MediaTek Dimensity 7300, built on a 4 nm process, while the Galaxy M06 5G uses the Dimensity 6300 on a 6 nm node. A smaller semiconductor size generally translates to greater power efficiency and thermal headroom — meaning the G86 Power can sustain higher performance for longer without throttling or excessive heat. The real-world gap is confirmed by Geekbench 6 scores: the G86 Power posts 1026 single-core and 2932 multi-core, versus 782 and 2012 respectively for the M06 5G — roughly a 30% advantage in both categories. For everyday tasks like app switching, web browsing, and light gaming, this difference is tangible.

Memory is another area where the G86 Power pulls ahead substantially. It pairs its processor with 8 GB of DDR5 RAM running at 6400 MHz, compared to the M06 5G's 6 GB of DDR4 at 2133 MHz. Faster RAM reduces bottlenecks between the CPU and memory, contributing to snappier app launches and smoother multitasking. The G86 Power also supports up to 16 GB maximum memory versus 12 GB on the M06 5G, giving it more headroom for future-proofing. On storage, the difference is stark: 512 GB versus just 128 GB — four times the capacity, which matters enormously for users who store media, games, or large apps locally.

Both chips share the same architectural philosophy — 8-thread big.LITTLE with HMP scheduling and DirectX 12 graphics support — so neither has a structural edge there. But taken as a whole, the Moto G86 Power holds a clear and well-rounded performance advantage: faster chip, more efficient process node, superior RAM speed and generation, and dramatically more storage. The M06 5G is a capable entry-level performer, but it cannot match the G86 Power's headroom for demanding workloads.

Both phones share a 50 MP primary sensor, but the Moto G86 Power pairs it with an additional 8 MP secondary lens, giving it a versatile dual-camera system the Galaxy M06 5G simply lacks. More impactful, however, is the G86 Power's optical image stabilization (OIS) — a hardware mechanism that physically compensates for hand movement during shooting. The M06 5G has no OIS, which means it is more susceptible to motion blur in low-light shots or while recording video. Speaking of video, the G86 Power captures up to 4K at 30 fps, while the M06 5G tops out at 1080p at 30 fps — a meaningful gap for anyone who wants high-resolution footage for sharing or editing.

Selfie capability is another area of clear divergence. The G86 Power sports a 32 MP front camera compared to just 8 MP on the M06 5G. While megapixel count alone does not guarantee image quality, a fourfold resolution difference does translate to noticeably more detail and greater cropping flexibility in self-portraits. The G86 Power's front aperture of f/2.2 versus the M06 5G's f/2 means the Samsung lets in marginally more light on the selfie cam — but this is a minor trade-off against the resolution gap.

Both cameras share a solid common baseline: phase-detection autofocus, continuous autofocus during video, slow-motion support, and a range of manual controls. However, the G86 Power also adds a built-in HDR photo mode, which the M06 5G lacks. Cumulatively, the Moto G86 Power holds a decisive camera advantage — OIS, 4K video, a higher-resolution front camera, dual rear lenses, and HDR mode together represent a substantially more capable imaging package.

Rarely does a specification group produce a result this definitive: the Motorola Moto G86 Power and the Samsung Galaxy M06 5G are identical across every single OS data point provided. Both run Android 15, share the same privacy feature set — including location controls, camera and microphone permissions, app tracking blocks, and clipboard warnings — and offer the same suite of usability tools such as dark mode, dynamic theming, split-screen multitasking, Picture-in-Picture, and offline voice recognition.

The practical implication is that neither phone offers a software experience advantage over the other based on this data. Users of both devices will find the same foundational Android 15 capabilities: on-device machine learning, customizable notifications, widget support, a media picker, and multi-user functionality. Neither gets direct OS updates, and neither supports Wi-Fi password sharing, focus modes, or PC-mode functionality — shared limitations that apply equally to both.

This category is an unambiguous tie. The choice between these two phones cannot be informed by operating system features, as the provided specs show no differentiators whatsoever. Buyers should weigh the advantages and trade-offs identified in other specification groups — such as display, performance, and cameras — to make their decision.

Battery capacity is one of the Moto G86 Power's most headline-grabbing advantages. Its 6720 mAh cell dwarfs the Galaxy M06 5G's 5000 mAh — a difference of over 34%. In practical terms, a larger battery directly translates to more hours between charges, whether that means an extra half-day of screen-on time, surviving a long-haul flight, or simply going two days on a single charge under moderate use. For users who prioritize endurance above all else, the G86 Power's oversized cell is a compelling differentiator.

Charging speed follows a similar pattern. The G86 Power supports 30W fast charging versus 25W on the M06 5G. The G86 Power therefore not only holds more energy but can replenish it at a faster rate — a double advantage. That said, it is worth noting that the G86 Power's larger battery means an absolute full charge will still take longer in real-world minutes, even at the higher wattage. Neither phone supports wireless charging, so both users are tethered to a cable regardless.

Shared traits — non-removable batteries, fast charging support, and a battery level indicator — cancel each other out. The Moto G86 Power wins this category clearly, offering both a substantially larger battery and a faster charging speed. For any user who spends long days away from a power outlet, this difference alone could be a decisive factor in the purchase decision.

Audio is the second specification group in this comparison to produce a complete tie. The Motorola Moto G86 Power and the Samsung Galaxy M06 5G are identical across every provided data point: both feature stereo speakers, both omit a 3.5 mm headphone jack, and neither supports high-fidelity wireless codecs like LDAC or aptX Lossless. Wired headphone users on both devices will need a USB-C adapter or a pair of wireless earbuds.

The presence of stereo speakers on both phones is a meaningful shared feature — dual-channel audio creates a noticeably wider, more immersive soundstage compared to a single mono speaker, particularly when watching video or playing games in landscape orientation. The absence of LDAC and aptX Lossless means neither phone can transmit CD-quality or higher audio to compatible Bluetooth headphones, which is a shared limitation for audiophiles but unlikely to matter to the average user.

This category is a complete tie based on the available data. Neither phone holds any audio advantage over the other, and the decision between them should rest entirely on the differentiators found in other specification groups.

Two meaningful differentiators emerge from an otherwise closely matched connectivity profile. First, the Moto G86 Power supports Wi-Fi 6 (802.11ax), while the Galaxy M06 5G tops out at Wi-Fi 5 (802.11ac). Wi-Fi 6 delivers faster throughput and significantly better performance in congested environments — such as apartments with many competing networks or busy public spaces — making it a tangible advantage for users who rely heavily on wireless data at home or work. Second, the G86 Power includes NFC, which the M06 5G lacks entirely. NFC enables contactless payments, quick Bluetooth pairing, and transit card functionality — conveniences that are increasingly part of daily life and difficult to replicate once absent.

The SIM situation offers an interesting trade-off. The G86 Power provides one physical SIM slot plus an eSIM, while the M06 5G offers two physical SIM slots. Users who need to run two numbers simultaneously will find the M06 5G more straightforward if their carrier does not support eSIM — but for those whose carriers do, the G86 Power's eSIM is equally capable and saves a physical slot. Download speeds are virtually identical at 3270 vs 3300 Mbits/s, making that a non-factor.

Both phones share 5G support, Bluetooth 5.3, USB Type-C, expandable storage, a fingerprint scanner, and a full navigation sensor suite including GPS, Galileo, gyroscope, compass, and accelerometer — a solid common foundation. On balance, the Moto G86 Power holds the connectivity edge, with Wi-Fi 6 and NFC representing real-world advantages that the M06 5G's dual physical SIM support does not fully offset for most users.

The Miscellaneous group offers very little to differentiate the two phones — every single data point is shared. Both the Moto G86 Power and the Galaxy M06 5G include a video light, and neither features a sapphire glass display, a curved screen, or an e-paper panel. There are no unique attributes on either side to analyze.

This is a complete tie. The provided specs in this category carry no decision-making weight, and buyers should look to the more substantive differences identified across other groups — such as display quality, performance, cameras, and battery — to inform their choice.