Huawei Nova 14 VS Samsung Galaxy A36 5G

The most significant differentiator in this group is water protection. The Samsung Galaxy A36 5G carries an IP67 rating, meaning it can withstand full submersion in up to one meter of water for 30 minutes — genuine waterproofing. The Huawei Nova 14, rated at IP65, is only protected against low-pressure water jets from any direction, but cannot handle submersion. In practical terms, the A36 5G survives accidental drops in a sink or pool; the Nova 14 handles rain and splashes but little more. This is a meaningful real-world gap for anyone prone to water-related accidents.

On physical dimensions, the Nova 14 holds a modest ergonomic edge. Its 75.5 mm width versus the A36 5G's 78.2 mm, combined with a slimmer 7.2 mm profile against 7.4 mm, translates into a noticeably smaller overall volume — 87.9 cm³ compared to 94.3 cm³. That roughly 7% reduction in bulk makes the Nova 14 easier to grip one-handed and more pocketable. The weight difference of just 3 g (192 g vs 195 g) is negligible and will go unnoticed in daily use.

Overall, neither phone has a rugged build or foldable form factor. The Samsung Galaxy A36 5G holds a clear advantage in water protection, which is the more consequential spec for most users. The Nova 14 counters with a slightly more compact and slimmer chassis, but unless one-handed usability is a top priority, the superior IP67 rating gives the A36 5G the stronger edge in this category.

At a foundational level, these two displays are remarkably alike: both sport a 6.7″ OLED/AMOLED panel with a 120Hz refresh rate, branded damage-resistant glass, Always-On Display, and HDR10 support. For everyday use — scrolling, streaming, reading — most users would be hard-pressed to tell them apart at a glance.

Digging into the numbers, the Huawei Nova 14 edges ahead on pixel density at 395 ppi versus the A36 5G's 385 ppi, a difference too small to be perceptible to the human eye in normal use. The Nova 14 also uses a slightly taller resolution (1084 x 2412 px vs 1080 x 2340 px), but again, this gap is cosmetic rather than practical. Where the Samsung Galaxy A36 5G pulls ahead is HDR10+ support — an upgraded standard that enables dynamic, scene-by-scene tone mapping for compatible video content, delivering more precise brightness and contrast than the static metadata of standard HDR10. For users who stream HDR content on platforms that support HDR10+, this translates into a genuinely richer viewing experience.

These displays are too close to call on most metrics, but the A36 5G's HDR10+ capability is the one differentiator that carries real-world weight for media consumption. It gives Samsung a narrow but meaningful edge in display quality for video-centric users, while the Nova 14 offers nothing in return that is practically distinguishable.

Raw performance favors the Samsung Galaxy A36 5G by a clear margin. Its Snapdragon 6 Gen 3 chip scores approximately 619,500 on AnTuTu against the Nova 14's Kirin 8000 at roughly 521,000 — a gap of nearly 19%. In practical terms, this shows up in faster app launches, smoother multitasking under load, and more headroom for demanding games. The A36 5G's architectural advantages compound this lead: a tighter 4 nm process node versus the Kirin's 5 nm delivers better performance-per-watt, and DDR5 RAM running at 2750 MHz moves data noticeably faster than the Nova 14's DDR4 at 2200 MHz. The GPU story follows the same pattern — the Adreno 710 clocked at 800 MHz outpaces the Maleoon 910 at 750 MHz.

The Nova 14 fights back convincingly on storage and memory ceiling. It ships with 512 GB of internal storage — double the A36 5G's 256 GB — and supports up to 16 GB of RAM versus the A36 5G's 12 GB cap. For users who store large local media libraries or want to future-proof against memory demands, these are genuine advantages. The Nova 14 also draws a slightly lower 6W TDP versus 7W, hinting at marginally more efficient operation under sustained workloads, though the real-world thermal difference at this scale is modest.

Taken together, the A36 5G holds a clear performance edge in processing speed, memory bandwidth, and GPU throughput — the specs that govern day-to-day responsiveness and gaming. The Nova 14 reclaims ground on storage capacity and expandable RAM, making it the stronger pick for power users who prioritize space and multitasking headroom over raw speed. For most users, though, the A36 5G's compute advantage is the more impactful differentiator.

Both phones share a solid baseline: a 50MP primary shooter with OIS, 4K/30fps video, phase-detection autofocus, slow-motion, and a full suite of manual controls. But the Huawei Nova 14 pulls significantly ahead across nearly every meaningful camera differentiator. Most striking is the selfie camera — the Nova 14 packs a 50MP front sensor against the A36 5G's 12MP, a fourfold resolution advantage that translates directly into sharper, more detailed self-portraits and better-quality video calls. The A36 5G partially compensates with a slightly wider front aperture (f/2.2 vs f/2.4), admitting marginally more light, but the resolution gap is far more impactful in practice.

On the rear camera system, the Nova 14 again leads in key areas. Its 3x optical zoom enables true lossless telephoto magnification — the A36 5G lists no optical zoom whatsoever, meaning any zoom on that device degrades image quality. The Nova 14 also adds laser autofocus, which accelerates and improves focus accuracy in low-contrast or low-light scenes, and critically supports RAW shooting — a must-have for photography enthusiasts who want full post-processing control. The A36 5G offers neither. The main aperture is a near-wash, with the A36 5G at a marginally wider f/1.8 versus the Nova 14's f/1.9.

The Samsung Galaxy A36 5G holds no meaningful camera advantage based on these specs. The Nova 14 delivers a clear and broad camera advantage — superior selfie resolution, genuine optical zoom, faster autofocus, and RAW capability — making it the stronger choice for users who treat the camera as a primary buying criterion.

Across every single data point in this category, the Huawei Nova 14 and Samsung Galaxy A36 5G are in complete lockstep. Both offer the full suite of modern OS features users have come to expect: split-screen multitasking, customizable notifications, widget support, voice commands, child lock, multi-user profiles, device tracking, and camera/microphone privacy controls. Neither receives direct OS updates, and neither can be used as a PC replacement.

The shared absence of direct OS updates is the one spec here worth flagging for any prospective buyer. This means both phones rely on manufacturer-mediated update pipelines rather than receiving patches straight from the OS source — a factor that can affect the timeliness and longevity of security and feature updates, regardless of brand.

There is simply no basis within these specs to declare a winner. This category is a complete tie: every feature present on one phone is equally present on the other, and any decision between the two must rest entirely on the differentiators found in other specification groups.

Battery is one of the clearest wins for the Huawei Nova 14 in this entire comparison. Its 5500 mAh cell outpaces the A36 5G's 5000 mAh by 10% — a gap large enough to translate into a meaningfully longer day on a single charge, particularly for heavy users who stream, game, or stay on mobile data for extended periods. Combined with the charging speed advantage, this makes for a compelling power package overall.

Speaking of charging, the Nova 14's 100W fast charging is in a different league from the A36 5G's 45W. At more than double the wattage, the Nova 14 can go from near-empty to full in a fraction of the time — a significant quality-of-life advantage for users with unpredictable schedules or limited charging windows. The A36 5G's 45W is respectable for its class, but it simply cannot compete here. Adding to the Nova 14's edge: it comes with a charger in the box, while the A36 5G does not — meaning Samsung buyers may face an additional purchase to unlock even that 45W speed.

Neither phone supports wireless charging or has a removable battery, so those are non-factors. The verdict here is unambiguous: the Huawei Nova 14 holds a decisive battery advantage on every meaningful metric — larger capacity, dramatically faster wired charging, and an included charger — making it the clear winner in this category.

Wired audio listeners will find no comfort in either device — both drop the 3.5mm headphone jack, and neither includes a radio. For speaker use, they are evenly matched, each delivering stereo sound for media consumption and hands-free calls.

The one differentiator in this category belongs to the Huawei Nova 14: LDAC support. This high-resolution Bluetooth audio codec transmits up to three times more data than standard Bluetooth audio, preserving significantly more detail when streaming to compatible wireless headphones or speakers. For users who own LDAC-capable audio gear, the Nova 14 can deliver near-lossless wireless audio quality — a meaningful step up from the conventional Bluetooth audio the A36 5G is limited to.

This is a narrow but real advantage for the Nova 14. It only matters to users with compatible wireless audio equipment, but for that audience it is a genuine differentiator. For everyone else, the two phones are effectively tied on audio hardware.

The core connectivity stack — 5G, Wi-Fi 6, USB-C, NFC, GPS, and Galileo — is identical between the two phones, so the real story lies in the finer details. The Samsung Galaxy A36 5G has a slight edge in Bluetooth, running version 5.3 against the Nova 14's 5.2, which brings incremental improvements in connection stability and energy efficiency. More practically significant is the A36 5G's flexible SIM configuration: it supports eSIM alongside physical SIM slots, enabling users to switch carriers digitally without swapping cards — a genuine convenience for frequent travelers. The Nova 14 is limited to dual physical SIM only, with no eSIM support.

The Nova 14 answers back with an infrared sensor, absent on the A36 5G. This allows the phone to function as a universal remote control for TVs, air conditioners, and other IR-compatible appliances — a niche but surprisingly practical feature for users who value consolidating their devices. It is one of those specs that goes unnoticed until you have it, and then becomes a daily convenience.

This category ends in a nuanced split. The A36 5G's eSIM support is the broader, more future-facing advantage — digital SIM management is increasingly relevant as carriers expand eSIM adoption. The Nova 14's infrared sensor, meanwhile, serves a narrower but loyal audience. Users who travel internationally or want carrier flexibility will lean toward the A36 5G; those who want a versatile remote-control capability will prefer the Nova 14.

The miscellaneous category offers no grounds for differentiation whatsoever. Every spec listed here — video light present, no sapphire glass, no curved display, no e-paper display — is identical across both the Huawei Nova 14 and the Samsung Galaxy A36 5G. This is a complete tie by every available measure in this group.

The only point worth noting is that neither phone opts for a curved display, which is a deliberate design choice that typically benefits usability: flat screens are easier to apply screen protectors to and tend to suffer fewer accidental edge touches. But since both phones share this trait equally, it carries no comparative weight here.

This category should play no role in a buying decision between these two devices. Any meaningful distinction must be drawn from the other specification groups where real differences exist.