Motorola Razr 60 VS Samsung Galaxy A56 5G

The most defining design difference between these two phones is their form factor. The Motorola Razr 60 is a foldable device, meaning it folds in half clamshell-style, while the Samsung Galaxy A56 5G is a conventional candy-bar slab. In practical terms, the Razr 60's folding hinge allows it to collapse to a much more pocket-friendly footprint when not in use — a genuine lifestyle advantage for those who prioritize portability. The A56's fixed slab design, however, is simpler, more durable mechanically, and eliminates any concerns about hinge wear over time.

On water resistance, both phones are rated waterproof, but the Razr 60 carries an IPX8 rating while the A56 holds an IP67 rating. IPX8 technically allows for deeper or longer submersion than IP67's certified limit of 1 meter for up to 30 minutes, giving the Razr 60 a marginal edge in liquid protection. Worth noting: the ″X″ in IPX8 means Motorola has not formally certified dust resistance, whereas the ″6″ in the A56's IP67 confirms full dust-tight protection — a subtle but real trade-off depending on your environment.

In terms of handling, the Razr 60 is noticeably lighter at 188 g versus the A56's 198 g, and marginally thinner at 7.3 mm compared to 7.4 mm — though these differences are minor day-to-day. Overall, the Razr 60 holds the design edge for users who want a compact, modern form factor and slightly stronger water resistance; the A56 counters with proven dust certification and the reliability of a traditional build.

Both phones share a strong display foundation — OLED/AMOLED panels with a 120Hz refresh rate and damage-resistant glass — so neither user is making a compromise on core visual quality or smoothness. Where they diverge is in size and sharpness. The Razr 60's main screen measures 6.9″ at 413 ppi, while the A56 offers a 6.7″ panel at 385 ppi. The pixel density gap is meaningful: at 413 ppi, the Razr 60's display is visibly crisper when reading fine text or viewing detailed images up close, whereas 385 ppi on the A56, while still sharp, falls slightly behind by comparison.

A notable differentiator is HDR support. Both handle HDR10 and HDR10+, which covers the majority of streaming content on platforms like Netflix and YouTube. However, the Razr 60 also supports Dolby Vision — a dynamic, scene-by-scene HDR format used by Apple TV+, Disney+, and others. For heavy streaming users, this translates to richer contrast and color accuracy on a wider range of content that the A56 simply cannot render at the same level.

Finally, the Razr 60's secondary screen — a feature absent on the A56 — adds a functional outer display for quick glances at notifications, widgets, or media controls without ever unfolding the phone. Taken together, the Razr 60 holds a clear display edge in every meaningful dimension: larger canvas, higher pixel density, broader HDR compatibility, and an additional screen entirely.

Chipset architecture tells an interesting story here. The Razr 60 runs on a MediaTek Dimensity 7400X with a dual-cluster CPU (4 cores at 2.6 GHz, 4 at 2.0 GHz), while the A56 uses a Samsung Exynos 1580 with a tri-cluster layout peaking at 2.9 GHz on its prime core. That higher peak clock on the A56 gives it an edge in single-core burst tasks — things like app launches and UI responsiveness — where that fastest core does most of the heavy lifting. Both chips are built on a 4 nm process and share the same 8-thread, big.LITTLE with HMP configuration, so neither has a structural efficiency disadvantage.

On memory and graphics, the split continues. The A56's 51.2 GB/s memory bandwidth is double the Razr 60's 25.6 GB/s, and its GPU clocks higher at 1300 MHz versus 1047 MHz — both of which translate to a meaningful advantage in GPU-intensive workloads like gaming and video processing. The Razr 60 counters with faster RAM at 6400 MHz versus the A56's 3200 MHz, and supports up to 16 GB of RAM compared to the A56's 12 GB ceiling, giving it more theoretical headroom for future configurations.

Storage is the Razr 60's clearest win: 512 GB internal storage versus the A56's 256 GB is a tangible, everyday advantage for users who store large media libraries or avoid cloud dependency. Overall, performance here is genuinely split — the A56 holds the edge in raw GPU throughput and memory bandwidth, making it the stronger pick for graphics-heavy use, while the Razr 60 leads on storage capacity and RAM scalability.

Lens count is the first structural divide: the Razr 60 has a dual rear camera (50 MP + 13 MP), while the A56 deploys a triple rear system (50 MP + 12 MP + 5 MP). That third lens on the A56 adds a dedicated depth or macro role, giving it more compositional flexibility across different shooting scenarios. On the main lens, the Razr 60's slightly wider aperture of f/1.7 versus the A56's f/1.8 offers a marginal low-light advantage — a real but subtle difference in dimly lit environments. Both share OIS, phase-detection autofocus, and identical 4K 30fps video ceilings, so neither pulls ahead on fundamental photo or video capability.

Selfie cameras tell the opposite story. The Razr 60 packs a 32 MP front shooter, nearly three times the resolution of the A56's 12 MP sensor. For users who prioritize portrait detail or frequently crop selfies, that resolution gap is significant. The A56 answers with a slightly wider front aperture of f/2.2 versus f/2.4, which theoretically admits a bit more light, but this is unlikely to offset the substantial resolution difference in most conditions.

The most decisive gap, however, is in video HDR support. The Razr 60 records in both HDR10 and Dolby Vision, formats that preserve far greater dynamic range and color depth in footage — the A56 supports neither. For anyone who shoots video with the intent of watching it on a capable display or editing it professionally, this is a meaningful content quality difference. Overall, the Razr 60 holds the camera edge on selfie resolution and video HDR versatility, while the A56 counters with a more versatile triple-lens rear arrangement.

Rarely does a spec group produce a result this clear-cut: across every single data point provided, the Motorola Razr 60 and the Samsung Galaxy A56 5G are identical. Both ship with Android 15, share the same privacy toolkit — including location controls, camera/microphone permissions, and app tracking blockers — and offer the same productivity and customization features such as dynamic theming, split-screen multitasking, widgets, and Picture-in-Picture mode.

The shared feature set is genuinely strong. On-device machine learning, offline voice recognition, battery health monitoring, and a media picker are all present on both devices, reflecting a modern Android 15 baseline that covers the needs of most users without requiring third-party workarounds. Neither phone gets direct OS updates — meaning both rely on their respective manufacturers to push Android updates rather than receiving them straight from Google — which is a shared limitation worth keeping in mind for long-term software support.

With no divergence anywhere in the provided data, this group is an absolute tie. A user's software experience will be shaped far more by each manufacturer's custom Android skin and update cadence — neither of which is reflected in these specs — than by any intrinsic OS-level difference between the two phones.

Battery capacity and charging speed cut in opposite directions here, creating a genuine trade-off. The Samsung Galaxy A56 5G packs a 5000 mAh battery versus the Razr 60's 4500 mAh — a 500 mAh gap that, in practice, translates to a meaningful difference in endurance over a full day of use. For users who frequently find themselves away from a charger, that larger reservoir on the A56 is a tangible advantage.

When it does come time to recharge, the picture flips. The A56 supports 45W wired fast charging compared to the Razr 60's 30W, meaning the A56 can replenish its larger battery considerably faster — partially offsetting the raw capacity advantage of needing to charge less often in the first place. Where the Razr 60 reclaims ground is with wireless charging, a feature the A56 lacks entirely. For users embedded in a wireless charging ecosystem — desk pads, car mounts, nightstands — the Razr 60's support for this convenience is a qualitative lifestyle difference that no wired speed figure can replace.

Neither phone includes a charger in the box, so that is a shared inconvenience. On balance, this group has no outright winner — it depends entirely on use pattern. The A56 suits endurance-focused users who want more capacity and faster top-ups via cable, while the Razr 60 better serves those who prioritize wireless charging convenience and can tolerate a slightly smaller battery.

The audio baseline is shared: neither phone offers a 3.5mm headphone jack, both deliver stereo speakers, and neither supports LDAC — so wired headphone users will need an adapter on both devices, and the speaker experience starts from the same foundation. Where the Razr 60 pulls ahead is in wireless audio codec support. It includes aptX Lossless, a codec capable of transmitting CD-quality audio over Bluetooth without compression artifacts, provided the receiving headphones or earbuds also support it. The A56 lacks this entirely, meaning Bluetooth audio on the A56 is limited to lossy compression regardless of how capable the paired headphones are.

Microphone count is the other differentiator. The Razr 60 has 3 microphones versus the A56's 2. An additional microphone enables more sophisticated noise cancellation and spatial audio capture — practical benefits during calls in noisy environments, voice recordings, and video shoots where background noise suppression matters.

Taken together, the Razr 60 holds a clear audio edge. It outperforms the A56 on both ends of the audio chain — higher-fidelity wireless playback via aptX Lossless and superior audio capture through its third microphone — making it the stronger choice for users who treat audio quality as a priority.

The two phones share a near-identical connectivity foundation — 5G, NFC, USB Type-C, GPS with Galileo support, and the same core sensor suite — so the real story here lies in the finer details. The Razr 60 supports Wi-Fi 6E, which the A56 does not. Wi-Fi 6E extends into the 6 GHz band, offering significantly less congestion and higher potential throughput in environments with many competing devices, such as offices or apartments with dense Wi-Fi traffic. For the A56, Wi-Fi 6 is the ceiling, which is capable but increasingly common and therefore more prone to interference in busy environments.

Bluetooth tells a smaller but still relevant story. The Razr 60 runs Bluetooth 5.4 versus the A56's 5.3, a generational step that brings incremental improvements in connection reliability and efficiency — a modest but real advantage for users who keep multiple Bluetooth devices paired simultaneously. On SIM flexibility, however, the A56 pulls ahead with support for 2 physical SIMs and 2 eSIMs, compared to the Razr 60's 1 physical SIM and 1 eSIM. For frequent travelers or users managing personal and work lines simultaneously, that dual-SIM dual-eSIM configuration on the A56 is a practical and meaningful edge.

Overall, connectivity here is genuinely split by use case. The Razr 60 is stronger for wireless performance thanks to Wi-Fi 6E and a newer Bluetooth version, while the A56 wins on SIM versatility for multi-line users. Neither phone holds a dominant overall advantage in this group.

The miscellaneous spec group offers no differentiation between these two phones whatsoever. Both have a video light, neither features sapphire glass, a curved display, or an e-paper display — every data point is an exact match. This is a complete tie, and no purchase decision should hinge on anything in this category.