Apple iPhone 16e VS Meizu 22

Both the Apple iPhone 16e and the Meizu 22 share the same IP68 waterproof rating, meaning neither has an advantage when it comes to water and dust protection — both can handle submersion under the same standardized conditions. Neither offers a rugged build or a foldable form factor, so they compete squarely as conventional candybar-style smartphones.

Where the two diverge is in overall size and weight. The iPhone 16e is meaningfully more compact: at 167 g versus 190 g, it is 23 grams lighter — a difference that is noticeable during prolonged one-handed use or when carried in a pocket all day. Its slimmer profile (7.8 mm vs 8.2 mm) and shorter height (146.7 mm vs 152 mm) also contribute to a smaller total volume of 81.8 cm³ compared to the Meizu 22's 88.5 cm³ — roughly an 8% difference in bulk. The widths are nearly identical (71.5 mm vs 71 mm), so the distinction is primarily in how tall and how heavy each phone feels rather than how wide.

From a pure design and ergonomics standpoint, the iPhone 16e has a clear edge: it is lighter, thinner, and more pocketable while offering identical water resistance. The Meizu 22's larger footprint could accommodate a bigger battery or display, but based solely on the design specs provided, the iPhone 16e is the more refined and easier-to-handle device.

Both phones use OLED/AMOLED panels and are virtually tied on pixel density — 460 ppi on the iPhone 16e versus 465 ppi on the Meizu 22 — meaning sharpness is indistinguishable in everyday use. The Meizu 22 carries a slightly larger 6.3″ screen compared to the iPhone 16e's 6.1″, which translates to a bit more real estate for reading, media, and multitasking, though neither is dramatically bigger than the other.

The most consequential difference, however, is the refresh rate. The Meizu 22's 120Hz panel delivers noticeably smoother scrolling, animations, and gaming responsiveness compared to the iPhone 16e's 60Hz display — a gap that is immediately perceptible in daily use, not just on paper. Equally striking is the brightness disparity: the Meizu 22 reaches 1800 nits typical brightness against the iPhone 16e's 800 nits, which makes a significant practical difference in outdoor legibility under direct sunlight. The Meizu 22 also adds an Always-On Display and HDR10+ support, while the iPhone 16e counters with Dolby Vision — a premium HDR format well-suited for streaming certified content on Apple's ecosystem.

The Meizu 22 holds a clear display advantage in this comparison. Its higher refresh rate, dramatically superior brightness, and Always-On Display functionality represent tangible, everyday improvements over what the iPhone 16e offers. The iPhone 16e's Dolby Vision support is a meaningful perk for streaming enthusiasts, but it does not offset the Meizu 22's broader and more impactful set of display strengths.

On raw CPU performance, the Apple A18 chip in the iPhone 16e commands a decisive lead. Its Geekbench 6 single-core score of 2989 dwarfs the Meizu 22's 2041 — a nearly 50% gap that reflects real-world advantages in app launch speed, UI responsiveness, and any task that depends on a single fast core. The A18 also wins in multi-core performance (7560 vs 6833), and its 3 nm fabrication process versus the Snapdragon 8s Gen 4's 4 nm node suggests greater power efficiency alongside that performance lead. The iPhone 16e's GPU clock speed (1398 MHz vs 1150 MHz) and larger L2 cache (8 MB vs 6 MB) further reinforce its advantage in graphics-intensive and latency-sensitive workloads.

Where the Meizu 22 pushes back is in memory and storage headroom. It ships with 16 GB of RAM — double the iPhone 16e's 8 GB — and supports a maximum of 24 GB, which is especially relevant for heavy multitasking, keeping more apps live in the background, and future-proofing. Its 1 TB of internal storage also doubles the iPhone 16e's 512 GB, a meaningful advantage for users who store large media libraries or work with high-resolution files locally. The Meizu 22 additionally supports multithreading, squeezing more throughput from its 8-core CPU configuration.

The iPhone 16e holds the performance edge in the areas that matter most for day-to-day speed and responsiveness — particularly single-core throughput and GPU efficiency. The Meizu 22 compensates with considerably more RAM and storage, making it the stronger choice for users who prioritize multitasking capacity and local storage over peak processing power.

The camera hardware gap between these two phones is substantial. The Meizu 22 fields a triple 50 MP rear camera system — with three distinct apertures covering wide, ultrawide, and telephoto perspectives — while the iPhone 16e relies on a single 48 MP main lens. In practice, a multi-lens system gives the Meizu 22 far greater compositional flexibility, and its 3x optical zoom outreaches the iPhone 16e's 2x, meaning telephoto shots will retain more detail without leaning on digital cropping. The Meizu 22 also pairs its front camera with a 50 MP sensor versus the iPhone 16e's 12 MP — a meaningful resolution advantage for selfies and video calls, though the iPhone 16e's wider f/1.9 front aperture (vs f/2.1 on the Meizu 22) gives it a slight low-light edge up front.

The iPhone 16e answers back in video capabilities. It supports Dolby Vision recording and HDR10 recording, formats the Meizu 22 lacks entirely — a genuine advantage for users who shoot video destined for HDR-capable TVs or Apple devices. The iPhone 16e also retains manual shutter speed control, which the Meizu 22 omits, giving it more granular creative control in stills. Both phones share OIS, phase-detection autofocus, 4K/60fps recording, and slow-motion support, so the baseline shooting experience is competitive.

Overall, the Meizu 22 has the broader camera system for photography — more lenses, higher zoom, and a dramatically higher-resolution front camera make it the more versatile shooter. The iPhone 16e carves out a meaningful niche in video quality through its Dolby Vision and HDR10 recording support, but for users who prioritize photo flexibility and zoom range, the Meizu 22 holds a clear structural advantage.

The privacy philosophies of these two operating systems diverge in telling ways. The iPhone 16e leads on security-oriented features: it offers Mail Privacy Protection, cross-site tracking blocking, and direct OS updates — meaning security patches arrive immediately from Apple without depending on a third-party manufacturer or carrier. The Meizu 22 matches many baseline privacy controls but lacks these three, and its absence of direct OS updates is a long-term consideration for users who prioritize staying current with security fixes.

Flip the lens to flexibility and daily usability, and the Meizu 22 pulls ahead on several fronts. It supports split-screen multitasking, dynamic theming, and theme customization — none of which the iPhone 16e offers — giving users considerably more control over how the interface looks and how apps are used simultaneously. It also functions as a multi-user system, useful for shared devices, and allows games to be played while downloading, a small but practical convenience the iPhone 16e skips. The Meizu 22's OS is also free and open source, which matters to a specific audience that values transparency and community-driven development.

These two operating systems reflect fundamentally different priorities, making this category a draw that depends entirely on the user's needs. The iPhone 16e has a clear edge in privacy and update reliability, which is decisive for security-conscious users. The Meizu 22 leads on customization and multitasking flexibility, suiting those who want more control over their daily experience. Neither OS is objectively superior across the board — the right choice hinges on whether you value a tightly controlled, consistently updated environment or an open, highly configurable one.

Battery capacity is where the Meizu 22 establishes one of its most commanding advantages in this entire comparison. Its 5510 mAh cell is nearly 40% larger than the iPhone 16e's 3961 mAh — a gap wide enough to translate into a meaningfully longer time between charges under comparable usage conditions, whether that is screen-on time, streaming, or background tasks.

The charging story is equally lopsided. The Meizu 22's 80W wired fast charging is nearly three times the iPhone 16e's 27W, meaning the larger battery can realistically refill faster in absolute terms despite holding more energy. On wireless charging, the contrast is even starker: 66W wireless on the Meizu 22 versus a modest 7.5W on the iPhone 16e — a difference that pushes wireless charging from a convenient overnight option on the iPhone to a genuinely fast, practical top-up method on the Meizu. The Meizu 22 also supports reverse wireless charging, allowing it to act as a power source for other devices, a feature the iPhone 16e lacks entirely.

The Meizu 22 wins the battery category decisively on every measurable dimension — capacity, wired charging speed, wireless charging speed, and reverse charging capability. For users who travel frequently, have long days away from outlets, or simply dislike managing charge anxiety, the Meizu 22's battery system is a substantial practical upgrade over what the iPhone 16e offers.

Audio features are sparse for both phones, and the two share several limitations: neither includes a 3.5mm headphone jack, neither supports radio, and both lack aptX, LDAC, and aptX Adaptive — meaning wired headphone users will need an adapter or Bluetooth earbuds regardless of which device they choose.

The sole differentiator is the Meizu 22's support for aptX HD, a Bluetooth audio codec that transmits higher-resolution audio wirelessly compared to standard codecs. For listeners using compatible aptX HD headphones, this can mean noticeably cleaner, more detailed sound over a Bluetooth connection. The iPhone 16e offers no equivalent high-resolution wireless audio codec based on the provided specs.

Given the limited data available, the Meizu 22 holds a narrow edge in audio, solely by virtue of its aptX HD support. It is a niche advantage that only benefits users with compatible headphones, but it is a real one. For everyone else relying on standard Bluetooth audio, both phones are effectively tied in this category.

Wireless connectivity is one area where the Meizu 22 pulls meaningfully ahead. It supports Wi-Fi 7 and Wi-Fi 6E in addition to older standards, while the iPhone 16e tops out at Wi-Fi 6 — meaning the Meizu 22 is better positioned to take advantage of newer routers with faster throughput and less congestion on the 6 GHz band. Its USB 3.2 port also enables significantly faster wired data transfers compared to the iPhone 16e's USB 2.0, a practical difference when moving large files like videos to a computer. The Meizu 22 also accommodates two physical SIMs, useful for travelers or users juggling personal and work lines, whereas the iPhone 16e offers only one physical SIM alongside an eSIM.

The iPhone 16e counters with safety and biometric features that the Meizu 22 lacks entirely. Emergency SOS via satellite and crash detection are potentially life-saving capabilities with no equivalent on the Meizu 22. For authentication, the iPhone 16e uses 3D facial recognition rather than a fingerprint scanner, while the Meizu 22 takes the opposite approach with a fingerprint scanner and no 3D face unlock — a preference-driven trade-off between convenience in different conditions. The iPhone 16e also includes a barometer, absent on the Meizu 22, and its cellular download speed spec of 10,000 Mbits/s substantially exceeds the Meizu 22's 4,200 Mbits/s, suggesting support for more advanced cellular bands.

This category does not have a single clear winner — it splits along user priorities. The Meizu 22 leads on local wireless and wired connectivity with Wi-Fi 7 and USB 3.2, while the iPhone 16e holds a decisive edge in safety features and cellular speed. Users who travel in remote areas or prioritize emergency preparedness will find the iPhone 16e's satellite SOS and crash detection compelling differentiators that the Meizu 22 simply cannot match.

The miscellaneous specs provided for both phones are identical across every data point: both include a video light, and neither features a sapphire glass display, a curved display, or an e-paper display. There is nothing in this spec group that distinguishes one device from the other.

This category is a complete tie based on the available data. No advantage can be assigned to either the Apple iPhone 16e or the Meizu 22 here, and users should weigh the other specification groups to inform their decision.