Honor X60 GT VS Vivo iQOO Z10 Turbo Pro

Both the Honor X60 GT and the iQOO Z10 Turbo Pro share the same IP65 water resistance rating, meaning both can handle dust and low-pressure water jets — a practical perk for everyday use, though neither is rated for submersion. Neither features a rugged build or a foldable form factor, so they compete squarely as standard candybar smartphones.

Where they diverge is in their physical footprint. The Honor X60 GT is notably the more compact device across every dimension: at 7.7 mm thick and 193 g, it undercuts the iQOO Z10 Turbo Pro's 8.1 mm and 206 g by a meaningful margin. A 13 g weight difference may sound minor on paper, but over a full day of use — calls, scrolling, one-handed navigation — the lighter phone causes noticeably less hand fatigue. The X60 GT's smaller volume (91.99 cm³ vs. 100.64 cm³) also translates to a more pocketable, less bulky feel overall.

In terms of design, the Honor X60 GT holds a clear edge: it is slimmer, lighter, and more compact while offering identical protection credentials. The iQOO Z10 Turbo Pro's larger frame may accommodate internal hardware trade-offs (such as a bigger battery or cooling system), but purely from a design and ergonomics standpoint, the X60 GT is the more refined and easier-to-live-with device.

Both phones use OLED/AMOLED panels, so the fundamentals — deep blacks, vibrant colors, and strong contrast — are shared. Their screen sizes are also practically identical at 6.7″ and 6.78″, a difference no user will perceive in daily use. Neither device supports HDR10, HDR10+, or Dolby Vision, so premium HDR content will not be rendered to its full potential on either handset.

The real separation comes down to two specs: refresh rate and pixel density. The iQOO Z10 Turbo Pro's 144Hz refresh rate versus the Honor X60 GT's 120Hz is a tangible advantage for anyone who games or scrolls heavily — animations feel perceptibly smoother, and fast-moving visuals have less motion blur at 144Hz. On sharpness, the Z10 Turbo Pro again leads with 453 ppi at a 1260 x 2800 px resolution against the X60 GT's 436 ppi and 1200 x 2664 px — though in practice, both exceed the 400 ppi threshold where individual pixels become imperceptible to the naked eye at normal viewing distances.

The Honor X60 GT counters with one meaningful exclusive: branded damage-resistant glass, which the Z10 Turbo Pro lacks. This adds a real-world durability advantage that matters for drop and scratch resistance over the phone's lifespan. On balance, the iQOO Z10 Turbo Pro edges ahead on display performance thanks to its higher refresh rate and sharper resolution, but the X60 GT's screen protection gives it a practical longevity argument that display-spec-focused buyers should not dismiss.

The silicon gap between these two phones is significant. The Honor X60 GT runs on the Snapdragon 8 Plus Gen 1, a capable chip but one that belongs to an older generation, while the iQOO Z10 Turbo Pro is powered by the newer Snapdragon 8s Gen 4 with an Adreno 825 GPU clocked at 1150 MHz versus the X60 GT's Adreno 730 at 900 MHz. That GPU clock advantage, combined with a newer graphics architecture, translates directly into better frame rates and thermal headroom in demanding games and GPU-accelerated workloads.

The memory subsystem tells an equally clear story. The Z10 Turbo Pro's 4800 MHz RAM speed and 76.8 GB/s memory bandwidth dwarf the X60 GT's 3200 MHz and 51.2 GB/s — nearly 50% more bandwidth, which reduces bottlenecks when the CPU and GPU are pulling large data sets simultaneously. The Z10 Turbo Pro also doubles the L2 cache to 6 MB (vs. 2 MB) and extends L3 to 8 MB (vs. 6 MB), meaning more data stays close to the processor cores and fewer expensive trips to main memory occur. Both ship with 16 GB of RAM and 512 GB of storage at this tier, but the Z10 Turbo Pro supports up to 24 GB maximum, offering more headroom in higher-configured variants.

The iQOO Z10 Turbo Pro wins this category decisively. Across chipset generation, GPU performance, memory bandwidth, and cache hierarchy, it holds concrete, measurable advantages over the Honor X60 GT. For users who prioritize sustained gaming performance, multitasking under load, or simply want hardware with more longevity before it starts to feel dated, the Z10 Turbo Pro is the stronger platform.

At first glance, the camera arrays look closely matched — both are dual-lens systems anchored by a 50 MP primary sensor with OIS, phase-detection autofocus, and a shared 16 MP front camera at f/2.5. Dig into the details, however, and meaningful gaps emerge. The iQOO Z10 Turbo Pro's secondary lens comes in at 8 MP compared to the Honor X60 GT's 2 MP depth sensor — a fourfold resolution difference that gives the Z10 Turbo Pro substantially more flexibility and image data for computational photography and portrait processing. A 2 MP depth sensor is largely a checkbox feature; 8 MP is a lens you can actually use.

The aperture advantage also sits with the Z10 Turbo Pro, whose primary lens opens to f/2.2 versus the X60 GT's f/2.4, and whose secondary lens reaches f/1.8 against the X60 GT's f/1.9. Wider apertures admit more light, which matters most in low-light and indoor shooting — the Z10 Turbo Pro's lenses have a measurable edge in these conditions. The most decisive gap, though, is in video: the Z10 Turbo Pro captures 4K at 60 fps, while the X60 GT tops out at 4K 30 fps. For video creators, 4K60 delivers twice the temporal resolution — smoother footage and far more usable frames when extracting stills from video.

The iQOO Z10 Turbo Pro holds a clear camera advantage across secondary sensor resolution, aperture width, and video capability. The Honor X60 GT is not a weak camera phone, but it trails on every differentiating spec in this group. Users for whom video quality and low-light performance are priorities will find the Z10 Turbo Pro the more capable imaging device based on these specifications.

Rarely does a spec-by-spec comparison produce a result this definitive: the Honor X60 GT and the iQOO Z10 Turbo Pro are in complete parity across every operating system data point provided. Both ship with Android 15, share identical privacy toolsets — including location controls, camera/microphone permissions, and app tracking blocks — and offer the same productivity and usability features such as split-screen multitasking, Picture-in-Picture, dynamic theming, and offline voice recognition.

A few shared omissions are worth noting for context. Neither phone receives direct OS updates (meaning updates are routed through the manufacturer rather than pushed by Google directly), which can introduce delays in security patches and version upgrades. Neither supports cross-site tracking blocks or Wi-Fi password sharing, and focus modes are absent on both — features that have become standard on some competing platforms.

This category is an unambiguous tie. There is no differentiator to weigh, no trade-off to navigate — the software foundation these two phones offer their users is, based on the available data, identical in every measurable respect.

Power users, take note: the iQOO Z10 Turbo Pro pulls ahead on both ends of the battery equation. Its 7000 mAh cell outclasses the Honor X60 GT's already-generous 6300 mAh by 700 mAh — a difference that, in real-world terms, can translate to an additional hour or more of screen-on time depending on usage intensity. Both phones clear the threshold where most users should comfortably reach a full day without anxiety, but the Z10 Turbo Pro offers a more substantial buffer for heavy users, travelers, or those who regularly push their phone through long sessions of gaming or video streaming.

On replenishment speed, the gap is equally pronounced. The Z10 Turbo Pro's 120W fast charging versus the X60 GT's 80W means significantly shorter time tethered to a cable — at 120W, a large battery can go from near-empty to full in well under an hour, whereas 80W, while still fast by most standards, will lag noticeably behind. For users who charge in short bursts rather than overnight, this 40W difference is a practical daily advantage. Neither phone supports wireless charging, so the wired charging speed is the only replenishment option on both.

The iQOO Z10 Turbo Pro wins the battery category clearly, offering more capacity to last longer and faster charging to recover quicker. The Honor X60 GT's 6300 mAh is far from inadequate, but it cannot match the Z10 Turbo Pro on either metric — making this one of the more one-sided matchups across the two devices.

For speaker-based listening, both phones are on equal footing — stereo speakers and no 3.5mm headphone jack on either device. Wireless audio quality, however, is where the two diverge sharply. The Honor X60 GT supports none of the major high-resolution Bluetooth audio codecs, meaning it is limited to standard Bluetooth audio quality when paired with wireless headphones. The iQOO Z10 Turbo Pro, by contrast, supports aptX, aptX HD, aptX Adaptive, and aptX Lossless — a comprehensive suite that covers everything from efficient standard streaming up to true lossless wireless audio transmission.

The practical significance of this is considerable for anyone investing in quality wireless headphones. aptX Adaptive dynamically adjusts bitrate to maintain audio quality and minimize latency, making it well-suited for both music and gaming. aptX Lossless takes it further, enabling CD-quality audio over Bluetooth when paired with a compatible device — a feature that was rare even on flagship phones until recently. The X60 GT's absence of any aptX support means users are capped at the baseline codec quality their headphones fall back to, regardless of how capable those headphones are.

The iQOO Z10 Turbo Pro wins this category without contest. For users who rely on wired headphones, neither phone offers a 3.5mm jack, so both are equally inconvenient. But for wireless audio enthusiasts, the Z10 Turbo Pro's codec support is a meaningful, real-world advantage that the Honor X60 GT simply cannot match.

The connectivity foundation is largely shared: both phones offer 5G, dual SIM, NFC, USB Type-C, and a comparable sensor suite including GPS, gyroscope, accelerometer, compass, and an infrared sensor. Where the iQOO Z10 Turbo Pro steps ahead is in wireless standards. Its support for Wi-Fi 7 (802.11be) puts it a full generation beyond the X60 GT's Wi-Fi 6 ceiling — and while Wi-Fi 7 router infrastructure is still maturing, the standard delivers significantly higher throughput and lower latency when available, making it a meaningful long-term investment. Similarly, the Z10 Turbo Pro's Bluetooth 6.0 versus the X60 GT's 5.3 brings improved connection stability, reduced power consumption, and enhanced positioning capabilities.

One figure that cuts against the trend is cellular download speed: the Honor X60 GT is rated for 10,000 Mbits/s versus the Z10 Turbo Pro's 4,200 Mbits/s. This is a substantial spec difference on paper, though real-world 5G speeds are governed by network conditions, carrier infrastructure, and band availability rather than device maximums alone. The Z10 Turbo Pro edges ahead on upload speed at 3,500 Mbits/s versus 3,000 Mbits/s, a narrower gap. Both phones share USB 2.0 — a limitation that caps wired data transfer speeds on either device regardless of storage or processing capability.

On balance, the iQOO Z10 Turbo Pro holds the connectivity edge thanks to its newer Wi-Fi and Bluetooth standards, which offer compounding benefits in ecosystems where those technologies are supported. The Honor X60 GT's superior peak download figure is notable, but the Z10 Turbo Pro's more future-ready wireless stack makes it the stronger platform for the longer term.

The miscellaneous spec group for these two phones is as straightforward as it gets: every data point is identical. Both the Honor X60 GT and the iQOO Z10 Turbo Pro include a video light, and neither features a sapphire glass display, a curved display, or an e-paper display. There is simply nothing here to separate them.

This category is a complete tie — no differentiator exists in either direction based on the provided data. Buyers weighing these two phones against each other should look to the other specification groups, where the real distinctions between these devices are found.