Microsoft’s Surface lineup has fully embraced ARM once again.

We’ve recently had the opportunity to test the new Surface Pro (13-inch), Microsoft’s latest premium 2-in-1 powered by Qualcomm’s newest Snapdragon platform. Like last year’s Surface Laptop (13-inch), this year’s Surface Pro continues Microsoft’s transition toward ARM-based Windows PCs. Microsoft also retains its somewhat unusual naming convention, officially branding the device as “Surface Pro, 13-inch” with a comma separating the product name and screen size—a naming style that’s become uniquely Microsoft.

While the processor architecture has evolved, the Surface Pro continues to showcase everything that has made Microsoft’s flagship Windows devices stand out over the years: premium craftsmanship, elegant industrial design, and exceptional versatility.

Its 13-inch 3:2 touchscreen is ideal for productivity, reading, note-taking, and creative work. Paired with the Surface Slim Pen 2, it offers an experience traditional laptops simply can’t match. Attach the optional magnetic keyboard cover, and the tablet instantly transforms into a full-featured laptop without compromising the familiar Windows workflow.

Microsoft also continues to emphasize sustainability. The new Surface Pro features:

• 100% recycled aluminum alloy enclosure
• 100% recycled rare-earth metals in its magnets
• 100% recycled cobalt in the battery

While these environmentally friendly materials may not be a deciding factor for every buyer, they reflect Microsoft’s ongoing commitment to reducing the environmental impact of its hardware without sacrificing durability or build quality.

Because the Surface Pro is fundamentally a tablet, its hardware layout naturally differs from a conventional laptop.

The device features physical power and volume buttons on the side, much like a smartphone, making them easy to reach whether you’re holding the tablet in portrait or landscape orientation. Although this arrangement may seem unusual to laptop users, it quickly becomes intuitive in everyday use.

Connectivity is minimalist but modern.

In addition to Microsoft’s proprietary Surface Connect magnetic charging port, the tablet includes two identical USB4 Type-C ports. While two ports may sound limited compared to many laptops, both are fully featured and support:

• High-speed USB4 data transfer
• DisplayPort 1.4a video output
• Up to three external 4K displays at 60Hz
• USB Power Delivery fast charging up to 60W

In practical terms, the limited number of ports is offset by their impressive versatility.

Powering the new Surface Pro is Qualcomm’s latest Snapdragon X2 Elite, the company’s flagship Windows processor for 2026.

Built on Qualcomm’s third-generation Oryon CPU architecture, the chip delivers substantial improvements in both performance and energy efficiency over its predecessor. It also integrates a next-generation Hexagon NPU capable of delivering up to 80 TOPS of AI computing performance, fully unlocking Microsoft’s latest Windows 11 AI+ PC features.

One interesting aspect of Microsoft’s AI ecosystem is that Windows 11 AI+ currently relies almost entirely on the CPU and NPU for on-device AI acceleration. Unlike desktop gaming PCs equipped with powerful discrete GPUs, these AI features cannot yet take advantage of dedicated graphics hardware. As a result, ARM-powered laptops like the new Surface Pro actually offer one of the best native experiences for Microsoft’s latest AI capabilities.

2. Design & Build Quality: A Classic Surface Experience, Refined

The latest Surface Pro (13-inch) continues Microsoft’s iconic 2-in-1 design philosophy. As the 12th-generation Surface Pro, it retains the familiar detachable tablet form factor while refining nearly every detail. The front is dominated by a clean 13-inch display with slim bezels, creating an elegant, distraction-free appearance. Users can operate it as a standalone tablet or attach the magnetic keyboard cover to enjoy a laptop-like experience within seconds.

Microsoft offers the device in Platinum, Black, and the new Sand Gold finish. Our review unit came in Sand Gold, which features a smooth matte texture that feels both premium and resistant to fingerprints. The polished Microsoft logo on the rear contrasts beautifully with the matte aluminum chassis, giving the tablet a refined yet understated aesthetic.

Although Windows 11 is primarily designed for landscape use, Microsoft has thoughtfully positioned the power and volume buttons along the side of the tablet, much like a modern smartphone. The layout feels natural whether you’re holding the Surface in portrait or landscape orientation, making everyday operation intuitive from the start.

Attach the Surface Pro Keyboard, unfold the built-in kickstand, and the tablet instantly transforms into a conventional notebook. Thanks to the rigid keyboard base and adjustable kickstand, the overall experience closely resembles that of a traditional laptop, making it equally suitable for productivity and entertainment.

Connectivity remains simple but highly capable. Both USB-C ports are identical and fully support USB4, enabling:

• High-speed data transfer
• DisplayPort video output
• Support for up to three 4K displays at 60Hz
• USB Power Delivery fast charging up to 60W
  
  

Despite offering only two ports, their versatility minimizes the need for additional connectivity options.

On the opposite side sits Microsoft’s proprietary Surface Connect magnetic charging port. At first glance it resembles an SD card slot, but the magnetic connector supports reversible attachment, allowing the charging cable to naturally route according to how the tablet is positioned.

The magnetic keyboard is another highlight of the Surface ecosystem.

By default, the front edge folds upward and magnetically attaches to the lower bezel of the display, creating a slight incline that provides a more ergonomic typing angle. Users can also unfold the keyboard completely to reveal the hidden storage and charging compartment for the Surface Slim Pen 2.

Microsoft continues its focus on sustainability by using an eco-friendly Alcantara-like material on the keyboard cover. The keyboard itself offers generously sized keys with comfortable travel and firm tactile feedback, making extended typing sessions surprisingly enjoyable. Although the touchpad is somewhat smaller than those found on conventional laptops, the touchscreen and stylus reduce the need to rely on it extensively.

The integrated kickstand remains one of the Surface Pro’s defining features.

Constructed entirely from metal, the hinge feels exceptionally sturdy while providing smooth, controlled resistance. It holds its position securely at virtually any angle and opens up to 165 degrees, allowing the Surface Pro to function equally well as a laptop, media viewer, digital sketchpad, or note-taking tablet.

Hidden beneath the kickstand is Microsoft’s removable SSD compartment. Our review unit is equipped with a 512GB SSD, giving users the option of replacing or upgrading the storage in the future—a rare feature among today’s premium ultra-portable devices.

The included 39W charger is remarkably compact and lightweight, making it ideal for travel. Alternatively, users can charge the device via USB-C using any compatible power adapter, although 60W or higher is recommended to achieve the fastest charging speeds.

3. Performance & Software Compatibility: ARM Has Finally Come of Age

The new Surface Pro is powered by Qualcomm’s flagship Snapdragon X2 Elite, featuring the enhanced second-generation Oryon architecture.

The processor adopts a 12-core (6 Performance + 6 Efficiency) design manufactured on TSMC’s advanced 3nm process, delivering significant improvements in both computing performance and energy efficiency while maintaining impressively low power consumption.

One of the biggest concerns surrounding ARM-based Windows PCs has always been software compatibility. Fortunately, Microsoft’s Prism translation layer continues to mature.

Interestingly, the traditional x64 version of CPU-Z still runs correctly under emulation, although it can no longer accurately identify many ARM-specific processor details. Even so, benchmark testing completed successfully, producing the following results:

• Single-core: 327.7
• Multi-core: 5806.0

These scores demonstrate that translated x86 applications now operate reliably on Windows ARM.

Running the native ARM version of CPU-Z reveals the processor’s full capabilities.

Native benchmark scores increased substantially:

• Single-core: 450.6
• Multi-core: 7468.5

Compared with native execution, Microsoft’s translation layer incurs approximately 22% performance loss, a noticeable improvement over previous ARM generations and a perfectly acceptable compromise for legacy software compatibility.

The trend continues in 7-Zip compression testing.

The native ARM version completed the benchmark in 51.2 seconds, while the translated x64 version finished in 60.4 seconds, representing only about 16% performance loss during software emulation. Such results indicate that most traditional desktop applications can now run with surprisingly little overhead.

In Cinebench R20, running under x86 translation, the Snapdragon X2 Elite achieved:

• 511 cb (Single-Core)
• 3862 cb (Multi-Core)

The processor even outperformed AMD’s older Ryzen 7 1700X in multi-core performance while delivering substantially stronger single-core results—an impressive achievement considering its far lower power consumption.

The newer Cinebench R23 paints a similarly positive picture.

The Snapdragon X2 Elite scored:

• 1367 points (Single-Core)
• 10,099 points (Multi-Core)

Even while running translated x86 code, both single-threaded and multi-threaded performance surpassed Intel’s once-flagship Core i9-9880H, highlighting just how far Qualcomm’s Windows processors have evolved.

4. Graphics Performance: Integrated GPU Now Rivals Modern x86 Solutions

One of the most significant improvements in the Snapdragon X2 Elite isn’t just the CPU—it’s the integrated graphics processor.

The chip features Qualcomm’s latest Adreno X2-85 GPU, representing a substantial leap over the previous generation. While many benchmark applications still require x86 emulation on Windows ARM, Microsoft’s Prism translation layer has matured enough that most graphics benchmarks now run reliably, allowing us to evaluate real-world GPU performance.

We first ran 3DMark Wild Life and Wild Life Extreme, two cross-platform graphics tests designed to compare GPU performance across different architectures.

The Surface Pro achieved:

These results demonstrate a dramatic improvement over Qualcomm’s previous integrated graphics solutions and place the new Adreno GPU firmly in competition with the latest integrated graphics from Intel and AMD.
The device also successfully completed 3DMark Time Spy (DirectX 12) and Fire Strike (DirectX 11) under emulation.

The Adreno X2-85 recorded graphics scores of:

• Time Spy: 2,581
• Fire Strike: 7,516

For an ultra-portable ARM tablet without a dedicated GPU, these are impressive numbers. The graphics performance is now comparable to current-generation integrated graphics found in mainstream Intel Core Ultra and AMD Ryzen mobile processors, making casual gaming and GPU-accelerated creative workloads far more practical than before.

While this Surface Pro isn’t intended to replace a gaming laptop, it comfortably handles lightweight games, indie titles, emulators, cloud gaming, and even many older PC games with ease.

5. Memory, Storage & Surface Slim Pen 2

Our review unit comes equipped with 24GB of LPDDR5 memory running at 9,523MT/s, providing ample bandwidth for multitasking, creative applications, and AI workloads.

Although memory benchmarking tools such as AIDA64 still operate under translation mode on Windows ARM, the results indicate that memory performance is fully in line with expectations for a premium ultraportable device.

Storage performance is equally solid.

Microsoft includes a 512GB PCIe 4.0 SSD, and benchmark testing with both native ARM and translated x64 versions of CrystalDiskMark showed virtually identical results, suggesting that Microsoft’s storage subsystem suffers almost no measurable performance penalty under emulation.

Overall SSD performance reaches the level expected from a modern PCIe 4.0 drive, providing fast boot times, responsive application loading, and excellent file transfer speeds.

During ATTO Disk Benchmark testing, write performance dipped only during the largest sustained transfers, likely because the SSD exhausted its high-speed cache. This behavior is typical of many consumer PCIe 4.0 SSDs and should have little impact on everyday use.

Surface Slim Pen 2 Experience

The included Surface Slim Pen 2 remains one of the best styluses available for Windows devices.

Although its flattened body initially appears smaller than a conventional pen, it measures approximately 135mm in length, making it just as comfortable to hold during long writing or drawing sessions. In practice, it feels much more natural than its appearance might suggest.

Because it’s a first-party Microsoft accessory, Windows 11 offers seamless native support without requiring any additional software installation.

Nearly every pen function can be customized directly through the Windows Settings app, resulting in an exceptionally polished user experience.

During handwriting tests in Microsoft Paint, pen latency was virtually imperceptible. Ink appeared instantly beneath the pen tip, making note-taking and sketching feel fluid and responsive.

The pen’s rear button functions as an eraser by default—simply flip the pen over to erase handwritten content, closely mimicking the experience of using a traditional pencil.

The Surface Slim Pen 2 also includes two programmable buttons:

• Top button
  • Single press: Launch OneNote
  • Long press: Launch OneNote
  • Double press: Activate Windows 11’s AI-powered Click to Do feature
• Side button
  • Functions as a right-click shortcut, allowing quick access to context menus while drawing or navigating Windows.

These thoughtful shortcuts significantly improve productivity and reinforce Microsoft’s focus on pen-based workflows.

6. Battery Life & Thermal Performance: ARM Efficiency Sets a New Standard

One of the biggest advantages of Qualcomm’s ARM platform is its exceptional power efficiency, and the new Surface Pro (13-inch) fully demonstrates just how far Windows on ARM has come.

Although we were unable to disassemble the device due to Microsoft’s tightly integrated construction, hardware monitoring software confirmed that the tablet houses a 54.5Wh battery, which is quite generous for such a slim and lightweight 2-in-1.

Outstanding Battery Life

To evaluate real-world endurance, we used PCMark 10’s Applications Battery Test, which simulates everyday productivity tasks using Microsoft Office applications such as Word, Excel, and PowerPoint.

It’s worth noting that only certain PCMark 10 workloads currently support ARM devices under Microsoft’s Prism translation layer, so these results shouldn’t be directly compared with previous laptop reviews that used different battery benchmarks.

Even so, the results were nothing short of remarkable.

Starting from a full charge, the Surface Pro continued running until the battery reached 4%, delivering an impressive:

• 20 hours and 17 minutes of continuous runtime

For a full Windows PC, this level of endurance is outstanding. It easily covers an entire workday—and even two days of moderate office use—without requiring a charger. Qualcomm’s Snapdragon X2 Elite clearly sets a new benchmark for energy efficiency in Windows laptops and tablets.

Thermal Performance

We also conducted a sustained stress test using AIDA64.

Due to current limitations in ARM monitoring software, some utilities were unable to accurately report CPU frequency and temperature during the test. Native ARM versions of HWiNFO and CPU-Z provided only partial monitoring information, so the following figures should be viewed as approximate rather than absolute.

At the beginning of the stress test, the Snapdragon X2 Elite’s SoC briefly reached a power draw of approximately 46.7W before gradually stabilizing at around 16.8W under sustained load.

This behavior suggests that Microsoft allows the processor to boost aggressively for short bursts of demanding work before settling into a highly efficient operating range. Naturally, the tablet’s fanless-like thin chassis imposes some thermal limitations compared to thicker laptops, but sustained performance remains very respectable.

Surface temperatures also remained well controlled.

The aluminum chassis distributed heat evenly across the device, preventing noticeable hotspots. Most warmth was concentrated near the rear exhaust area, while the front display stayed relatively cool, particularly around the center where users are most likely to interact with the touchscreen.

Overall, Microsoft’s thermal design strikes an excellent balance between comfort and performance.

7. Verdict: Windows on ARM Has Finally Reached Maturity

Last year, when we reviewed the Surface Laptop (13-inch), we focused heavily on software compatibility because Windows on ARM was still proving itself. At the time, Microsoft’s Prism translation layer had already reached a point where most everyday applications ran smoothly, with only a handful of professional programs lacking ARM support.

One year later, the situation has improved even further.

Today, nearly all mainstream Windows applications run without issue, and many professional software developers have released native ARM versions of their applications. Software compatibility is no longer the major concern it once was.

The Snapdragon X2 Elite also delivers noticeably better performance when running translated x86 software.

Using CPU-Z as an example, the translated version achieves approximately 77% of the native multi-core performance and 72% of the native single-core performance. While there is still some performance overhead associated with emulation, it has been reduced enough that most users are unlikely to notice it during everyday computing.

Compared with last year’s Snapdragon X Plus platform, the improvements are substantial.

Although the processors belong to different product tiers and aren’t directly comparable, benchmark results clearly show the rapid evolution of Qualcomm’s PC processors:

• Around 50% higher multi-core performance in CPU-Z
• Approximately 20–30% higher scores in Cinebench R20 and R23
• Significant gains in both performance and efficiency

These improvements make the new Surface Pro feel considerably faster than its predecessor across a wide range of workloads.

Perhaps the biggest surprise, however, is the new Adreno X2-85 GPU.

In 3DMark’s Wild Life benchmark, graphics performance has nearly doubled compared to the previous generation. Even more importantly, DirectX 11 and DirectX 12 benchmarks now place Qualcomm’s integrated graphics on par with the latest mainstream integrated GPUs from Intel.

For the first time, an ARM-based Windows PC is capable of handling not only office productivity but also light gaming and multimedia entertainment with confidence.

The Surface Pro (13-inch) ultimately succeeds because it combines several key strengths into one elegant device:

• Excellent build quality
• Premium 2-in-1 versatility
• Mature Windows on ARM compatibility
• Outstanding battery life exceeding 20 hours
• Dramatically improved CPU and GPU performance
• AI-ready Snapdragon X2 Elite platform
• Superb Surface Slim Pen 2 experience

For business professionals, students, digital artists, and frequent travelers, the Surface Pro delivers one of the best mobile productivity experiences currently available.

And thanks to its vastly improved integrated graphics, it is no longer just a productivity machine. Casual gaming, media consumption, and creative work are now genuine strengths, making the latest Surface Pro one of the most complete ARM-powered Windows devices Microsoft has ever produced.

The post New Surface Pro (13-inch) Review: Massive Gains in Performance and Efficiency, Integrated Graphics Now Rival the Latest x86 Chips appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

OPPO has officially refreshed its fashion-focused Reno series with the new Reno16 lineup. Staying true to the Reno family’s emphasis on photography for younger users, the Reno16 also raises the bar in industrial design. The standout “Heartbeat Starlight” colorway features one of the most stunning rear panel designs we’ve seen on a smartphone.

To create this unique appearance, OPPO employs an advanced 3D imaging film process on the back cover. By combining a nano-scale microlens array with sophisticated optical engineering, the phone creates a convincing naked-eye 3D floating effect. Unlike traditional lenticular 3D designs that require a specific viewing angle, the Reno16’s optical illusion looks natural from almost any direction. The silver stars and surrounding orbital ring appear to float above the surface of the back panel, giving the phone a remarkable sense of depth.

The moment we took the Reno16 out of its box, everyone in the office gathered around to see it. No matter how you looked at the phone, the stars appeared to hover above the back cover. Yet when you reached out to touch them, the surface remained perfectly smooth. It’s easily the most convincing naked-eye 3D effect we’ve encountered on a smartphone.

After some research, we discovered that the Reno16 series is the first smartphone to incorporate Shengyin Optoelectronics’ patented 3D Imaging Film technology. The optical principles behind the design are incredibly complex. Even after studying the published patent documentation, we found the engineering difficult to fully understand—but the visual effect speaks for itself.

Unfortunately, neither photographs nor videos can accurately reproduce this extraordinary optical illusion. The floating effect must be experienced in person to be fully appreciated. We strongly recommend visiting an OPPO retail store if you have the opportunity—the Reno16’s 3D back panel is unlike anything currently available on the smartphone market.

While the exterior steals the spotlight, the internal hardware is more conservative. The Reno16 is powered by the MediaTek Dimensity 8550 SUPER paired with OPPO’s Tidal Engine, delivering smooth everyday performance. Its 6.32-inch display keeps the phone compact and easy to hold, while its 191-gram weight makes it feel exceptionally light in the hand.

Photography remains one of the Reno16’s biggest strengths. Impressively, the standard model shares exactly the same camera hardware as the Pro version, including:

• 200MP primary camera
• 50MP periscope telephoto camera
• 50MP ultra-wide camera

This camera setup is unusually generous for a non-Pro smartphone and exceeds expectations for its class.

Battery life is another highlight. The Reno16 features OPPO’s latest Glacier Battery built with spherical silicon-carbon anode technology. Although the standard model is smaller than the Reno16 Pro, its battery capacity is only 300mAh less, ensuring that real-world endurance remains excellent despite the more compact form factor.

2. Design and Build Quality: A Stunning Naked-Eye 3D Floating Effect

The OPPO Reno16 features a compact 6.32-inch display, making it one of the smallest smartphones in today’s market of increasingly large devices. Ultra-slim bezels maximize the screen-to-body ratio, giving the phone an immersive front view that is almost entirely display.

Even the retail packaging reflects the Reno16’s premium positioning. The silver-colored box incorporates a special printing process around the circular “star ring” graphic, producing dynamic reflections that shift under different lighting conditions and hint at the design language of the phone itself.

The Reno16 is available in the same three color options as the Pro model. Our review unit came in the breathtaking Heartbeat Starlight finish, where the glossy white back panel pairs beautifully with a silver aluminum alloy frame, creating a clean and elegant appearance.

What truly sets this color apart is OPPO’s innovative 3D Imaging Film technology. Rather than relying on textured materials or raised elements, the back panel remains completely smooth while creating an astonishing optical illusion. The silver stars and orbital ring appear to float several millimeters above the surface, shifting naturally as your viewing angle changes.

Unlike conventional lenticular designs that only work from a specific direction, the Reno16’s effect is remarkably consistent from almost every angle. It genuinely feels as though the decorative elements exist in three-dimensional space, despite the back cover remaining perfectly flat.

No photograph or video can accurately reproduce this experience. Even animated images fail to capture the subtle changes in lighting and shadow that occur as the phone moves. OPPO’s implementation is the first application of this 3D imaging film technology on a smartphone, and the difference between seeing it on screen and holding it in your hand is dramatic. If possible, we strongly recommend visiting an OPPO retail store to experience the effect firsthand.

Turning to the camera module, the Reno16 shares exactly the same imaging hardware as the Pro model. The square camera island sits only slightly above the back panel, although the large primary sensor and periscope telephoto lens protrude a bit further—a reasonable compromise for such high-end camera specifications.

The phone’s side buttons are equally well executed. Both the power key, volume rocker, and customizable shortcut button feature the same matte silver finish as the aluminum frame, giving the entire device a cohesive premium appearance.

The top and bottom edges maintain a clean, minimalist layout. The SIM tray and USB Type-C charging port are positioned along the bottom edge, while OPPO includes its 80W SUPERVOOC fast charger in the retail package.

3. Camera Performance: A 200MP Triple-Camera System Designed for Creative Photography

One of the Reno16’s biggest surprises is that it inherits exactly the same camera hardware as the Reno16 Pro, making it one of the most aggressively equipped standard models in its class.

The rear camera system consists of:

• 200MP primary camera
• 50MP periscope telephoto camera
• 50MP ultra-wide camera

On paper, these specifications rival many flagship smartphones. However, OPPO positions the Reno16 as a lifestyle imaging phone rather than a professional photography flagship. Its software focuses heavily on creative shooting modes, Live Photos, and social-media-friendly image styles tailored for younger users.

The 200MP main camera features an f/1.8 aperture and a 1/1.56-inch image sensor. Under normal shooting conditions, it captures images in 50MP pixel-binned mode, combining four pixels into one to improve light sensitivity and overall image quality.

A dedicated High Resolution mode allows users to capture full 200MP images, although this mode requires stronger lighting and is less practical for everyday photography.

The 50MP periscope telephoto camera offers an 85mm equivalent focal length with an f/2.8 aperture. While the aperture is slightly smaller than ideal, it supports 170mm lossless zoom and up to 120x digital zoom, making it easy to isolate subjects from busy backgrounds and create more dramatic compositions.

Completing the system is a 50MP ultra-wide camera with a 16mm equivalent focal length, f/2.0 aperture, and a 116-degree field of view, allowing users to capture expansive landscapes and dynamic architectural shots.

OPPO has also expanded its creative photography tools. In addition to its popular Live Photo features and collage options, the Reno16 introduces a new POP Camera mode that combines multiple filter effects into a single tap, allowing users to create stylized images with minimal effort.

Rather than aiming for absolute realism, OPPO intentionally tunes the Reno16’s image processing toward a more emotional and visually appealing aesthetic that aligns with current social media trends. This artistic approach may not satisfy photography purists, but it resonates well with the phone’s youthful target audience.

During our sample photography session, the weather provided a brief window of sunshine between heavy rainstorms, creating beautiful cotton-like clouds across the sky. However, the Reno16 occasionally struggled with these challenging high-contrast backlit scenes, producing images that were slightly underexposed—even when HDR was enabled.

Fortunately, this appears to be a software tuning issue rather than a hardware limitation, and we hope future firmware updates will improve HDR exposure performance.

4. Gaming & Performance: Smooth Performance for Popular Mobile Games

The OPPO Reno16 is powered by the MediaTek Dimensity 8550 SUPER processor, working alongside OPPO’s proprietary Tidal Engine performance optimization technology. Rather than simply maximizing benchmark scores, the system intelligently analyzes user habits and dynamically allocates resources to deliver a balance between performance, responsiveness, and battery efficiency during daily use.

To keep temperatures under control, OPPO has upgraded its cooling solution with a new Crystal Cooling System featuring an ultra-thin heat dissipation material often referred to as “hand-torn steel.” This advanced thermal design improves heat transfer while minimizing its impact on the phone’s thickness and overall weight.

Although the Reno16 is not marketed as a gaming smartphone, its real-world gaming performance proved surprisingly capable. We tested two of the most demanding and popular mobile titles—Honor of Kings and Genshin Impact—to evaluate its stability and efficiency.

Honor of Kings

For our test, both graphics quality and frame rate were set to their maximum available settings. Gaming Mode was enabled through OPPO’s Game Assistant, along with enhanced graphics and resolution options.

The Reno16 maintained an impressive average frame rate of 120.35 FPS throughout an entire 5v5 match. Frame rate fluctuations were virtually nonexistent, with only a brief dip occurring during the end-of-match animation. From the laning phase to large-scale team fights, gameplay remained exceptionally smooth.

Power efficiency was equally impressive:

• Average power consumption: 2.98W
• Energy per frame: 24.85mW

These figures indicate that the phone achieves high frame rates without excessive power draw or unnecessary heat generation.

Genshin Impact

Genshin Impact is a much more demanding title, making it an excellent test of sustained performance.

Graphics were configured to the highest quality with the frame rate capped at 60 FPS, while Gaming Mode unlocked the phone’s full performance potential. OPPO also offers a Super Frame Rate feature that uses frame interpolation to produce smoother visuals beyond the game’s native frame rate.

During a 10-minute exploration session in Sumeru City, the Reno16 delivered an outstanding average frame rate of 89.75 FPS. Performance remained remarkably stable, with only two brief frame drops, and even the lowest recorded frame rate stayed above 60 FPS. Throughout the test, gameplay felt consistently fluid with no noticeable stuttering.

Power consumption during the session averaged:

• Average power draw: 5.04W
• Energy per frame: 56.23mW

For a slim photography-focused smartphone, these results are excellent and demonstrate that the Reno16 is more than capable of handling today’s mainstream mobile games.

5. Battery Life & Charging: A Compact Phone with Exceptional Endurance

One of the Reno16’s most impressive achievements is its battery capacity.

Despite featuring a relatively compact 6.32-inch display, the phone houses a massive 6,700mAh Glacier Battery, ensuring that battery life never feels like a compromise.

The battery utilizes OPPO’s latest silicon-carbon anode technology, the same advanced chemistry found in the Reno16 Pro. Although the standard model’s battery is 300mAh smaller than the Pro’s, the difference is largely offset by its smaller display and lower overall power consumption, resulting in similarly impressive endurance.

To evaluate battery life, the reviewers conducted a continuous high-intensity usage simulation using Battery Dog software.

Starting from a full charge, the phone remained under constant workload until the battery dropped to 20%, lasting an impressive 13 hours and 27 minutes.

This result comfortably supports a full day of demanding use, including photography, social media, video streaming, gaming, and general productivity.

Charging is handled by the included 80W SUPERVOOC Flash Charger, producing the following results:

During testing, the initial charging speed was somewhat limited because of high ambient summer temperatures, which caused the battery to warm up quickly. Once temperatures stabilized, charging accelerated before gradually slowing near full capacity to protect long-term battery health.

Under cooler conditions, charging performance is expected to be even faster.

6. Verdict: It May Not Be for Everyone, But Everyone Will Admire It

The OPPO Reno16 successfully continues the Reno series’ tradition of combining stylish design with strong imaging capabilities.

Its camera hardware is genuinely flagship-level for its class, while OPPO’s software enhancements make photography more creative and accessible, especially for younger users who enjoy capturing and sharing everyday moments.

The 6.32-inch display strikes an ideal balance between usability and portability, making the phone comfortable to operate with one hand. Despite its compact dimensions, the 6,700mAh Glacier Battery delivers outstanding endurance, lasting well over 13 hours in demanding usage tests.

Performance is another pleasant surprise. While the Reno16 isn’t designed as a dedicated gaming device, the Dimensity 8550 SUPER and OPPO’s Tidal Engine provide enough power to run today’s most popular mobile games smoothly, even during extended gaming sessions.

However, the Reno16’s greatest strength isn’t its processor or even its cameras—it’s the design.

The Heartbeat Starlight finish, with its extraordinary naked-eye 3D floating effect, is unlike anything we’ve seen on a smartphone. Every person who saw the phone during testing instinctively picked it up to examine the illusion more closely. It’s a visual experience that simply can’t be appreciated through photos or videos alone.

For young consumers looking for a capable camera phone, there are many excellent options available today. But for those who want a smartphone that combines solid imaging performance with a truly distinctive design that attracts attention wherever it goes, the OPPO Reno16 stands out as one of the most fashionable and visually striking choices on the market.

The post Eye-Catching Naked-Eye 3D! OPPO Reno16 Review: The Stylish Imaging Smartphone Everyone Will Admire appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

• Pro-Level Power: Surprisingly, Huawei didn’t skimp on performance. The entire lineup—including the standard model—is powered by the same Kirin 9010S processor, meaning you get high-end speed without paying the premium price.

• Premium Aesthetics: Available in Sky White, Iridescent Mother-of-Pearl, Sky Blue, and Starry Black, the standard edition looks and feels premium, completely avoiding that cheap, entry-level vibe.

• Outdoor-Ready Display: While it has a slightly lower resolution than its siblings, the standard screen actually outshines them with a peak brightness of 1800 nits. Paired with a smooth 120Hz refresh rate, it stays perfectly legible even under direct sunlight.

• Streamlined Cameras: The rear setup drops to a dual-camera system by cutting the ultra-wide lens, which won’t matter much for casual daily shooting. Crucially, it keeps the heavy hitters: a 50MP RGGB main sensor, a periscope telephoto lens, and Huawei’s signature red maple leaf primary color lens for accurate color grading and effortless, one-click shots.

The Real Standout: Despite its slimmer profile, the standard nova 16 packs the exact same massive 7000mAh battery and 100W wired fast charging as the top-tier models. The only thing you miss out on is the Ultra’s 50W wireless charging.

By keeping the weight at a mere 199 g, the standard Nova 16 pulls off a rare feat: delivering elite battery life in a genuinely slim, lightweight body.

Design & Aesthetics

The Huawei nova 16 features a 6.68-inch 2.5D flat screen with ultra-narrow edges. While it looks and feels completely flat during daily use, swiping inward from the sides reveals a subtle, smooth curve that makes it incredibly comfortable to hold.

The design of the entire Nova 16 series is a standout. Aside from the minimalist Starry Black, the other three colors—Sky Blue, Iridescent Mother-of-Pearl, and Sky White- sport dynamic back panels that shift color and shadow depending on how the light hits them.

The Sky Blue model is particularly striking. It mimics a clear, watery blue sky or sea, catching the light with silver-white reflections that look like gentle waves or drifting clouds.

On the lower back, the phone is subtly branded with the classic Huawei nova logo.

• Rear Cameras: The back features a symmetrical, clean layout. Two lenses are housed under a black protective glass on the left, while Huawei’s “Red Maple” original color lens is neatly tucked inside a black ring on the right.

• Side Buttons: The volume rocker sits on the side, with a slightly shorter power button placed comfortably right below it.

• Bottom Edge: The bottom houses the essentials: a speaker, microphone, USB-C port, and the SIM card slot.

Packed with a Kirin 9010S processor and a massive 7000mAh battery, the Huawei nova 16 is an absolute bargain. It easily offers the best hand-feel in the entire lineup and comes standard with a blazing-fast 100W charger right in the box.

Performance & Gaming Experience

Powered by the Kirin 9010S flagship chip, HarmonyOS 6.1, and the Ark Performance Engine, the Huawei nova 16 handles demanding mobile games with ease. To keep things running smoothly, the Ice Core Cooling System uses a large-area VC liquid cooling setup. This effectively manages heat and prevents performance throttling, ensuring lag-free gaming even after two hours of continuous play.

1. Genshin Impact

We tested Genshin Impact on the highest graphics settings at 60 fps, utilizing the phone’s high-performance mode.

• Frame Rate: During a 10-minute run through Sumeru City, the phone averaged a remarkably stable 59.8 fps with virtually no stutters.

• Thermals: The device stayed comfortably warm rather than hot, fluctuating between 37°C and 40°C. The average system temperature was 39.3°C (CPU at 46.6°C), showing no signs of overheating.

• Power: Average power consumption sat at 4.42W (73.9mW per frame).

2. Honor of Kings

For Honor of Kings, we maxed out the resolution and frame rate settings during a standard 5v5 match.

• Frame Rate: The game delivered a fluid average of 119.8 fps. Aside from a brief, expected dip during the final match-end cutscene, gameplay remained flawless.

• Thermals: Because the game is less demanding, the phone stayed remarkably cool. Temperatures hovered around a consistent 34.5°C and didn’t creep up over time.

• Power: Average power consumption was a highly efficient 3.66W (30.6mW per frame).

3. Peace Elite

We tested Peace Elite (PUBG Mobile) on HDR high-definition graphics at the maximum available frame rate, again using high-performance mode.

• Frame Rate: Over a 15-minute match, the frame rate averaged a rock-solid 60.2fps. The action stayed perfectly smooth, even during intense, close-quarters firefights.

• Thermals: Heat dissipation quickly balanced out, keeping the average temperature at just 34.5°C. You won’t have to worry about a hot phone during extended sessions.

• Power: Average power consumption was 3.37W (56mW per frame).

Cameras

As the entry-level model in Huawei’s youthful, lightweight flagship lineup, the standard Nova 16 makes a few strategic trade-offs to keep costs down. It drops the ultra-wide-angle lens and swaps the Pro’s 200MP RYYB main sensor for a standard 50MP RGGB sensor.

However, it keeps Huawei’s signature red maple color sensor. This means that whether you are shooting at night or under tricky lighting, the camera still captures highly accurate, true-to-life colors and preserves the natural atmosphere of the scene.

A Quick Tip on Focal Lengths

Since there is no ultra-wide lens, Huawei handles the focal lengths a bit differently in the camera app.

• 0.9x Zoom: Uses the main camera’s native 23mm field of view.
• 1x Zoom: Crops slightly to a standard 27mm equivalent.
• 2x Zoom: Punches in to a 54mm equivalent.

Keep an eye on these zoom toggles when framing your shots to get the exact composition you want, especially when shooting night views or portraits.

The Verdict: Huawei nova 16

Honestly, the best thing about the standard Huawei nova 16 is that it doesn’t feel like a downgrade. It packs the same Kirin 9010S processor as the pricier Pro and Ultra models. Combined with HarmonyOS 6.1, daily multitasking is perfectly fluid, and it handles heavy gaming without breaking a sweat. It also stays comfortably cool under load, thanks to its upgraded VC liquid cooling system, meaning no sudden stutters or overheating.

Huawei made some incredibly smart cuts here. They dropped the rarely used ultra-wide lens but kept what actually matters: a practical periscope telephoto and the signature Red Maple primary camera. Coupled with Huawei’s color tuning, it easily captures accurate, vibrant everyday shots without any fuss.

Battery life is a massive win for this generation.

• Capacity: A huge 7000mAh battery across the lineup.

• Real-world use: Lasts over 10 hours under heavy, continuous testing—meaning it easily clears a full day of normal use.

• Charging: 100W fast charging tops it up rapidly when you’re running low.

Is It Worth It?

By trimming the fat—like the ultra-wide lens—Huawei kept the price down while preserving a premium core experience. Plus, it’s the most comfortable and lightweight model in the lineup for one-handed use. If you want the full HarmonyOS ecosystem and top-tier performance without paying for features you won’t use, the standard Nova 16 is easily the smartest pick of this generation.

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Business users need more than a bigger screen, they need a smooth and efficient workflow. Imagine revising a contract while traveling. In many cases, the file must first be uploaded to cloud storage and then downloaded again at the office. During international conference calls, keeping track of discussions, taking notes, and identifying speakers can be equally challenging.

A true business-focused foldable flagship should offer more than premium hardware. It needs intelligent features that improve productivity, simplify collaboration, and support users in every work scenario.

The Lenovo Moto Razr Fold is designed to address these challenges.

Powered by Tianxi AI, the device brings advanced productivity tools to its large foldable display. Through the built-in Tianxi Claw assistant, users can assign tasks on the go and access completed results directly from their PC later, eliminating the need for USB drives or cloud transfers. During meetings, AI Notes can automatically transcribe conversations, identify speakers, and generate actionable to-do lists, reducing the need for manual note-taking.

As a foldable device, the Moto Razr Fold is remarkably slim, measuring just 4.43mm when unfolded and 9.89mm when folded. Weighing only 243g, it remains comfortable to carry and use. The phone adopts a seventh-generation Star Track architecture, delivering an almost crease-free display experience. Its 3D-printed titanium alloy hinge structure and third-generation Corning Gorilla Glass protection enhance durability.

The inner display features an 8.1-inch quad-curved panel with LTPO adaptive refresh rates from 1Hz to 120Hz. With 2,000 nits of global brightness and a peak brightness of 6,200 nits, visibility remains excellent even in bright outdoor environments.

Photography is another major highlight. Ranked first in DXOMARK’s foldable imaging category, the device combines a Sony LYT-828 main camera, a LYT-600 periscope telephoto lens, and a Samsung ultra-wide sensor, each offering 50MP resolution. Features such as AI Triple Exposure, AI Super Night Mode, and 3.5° gimbal-level AI stabilization help capture clear, stable images in a wide range of shooting conditions.

Paired with the Lenovo Moto Pen Ultra AI stylus, users can take notes, record meeting minutes, access real-time translation, and capture ideas more efficiently, further enhancing productivity.

So how does the Lenovo Moto Razr Fold  perform in everyday use? Let’s take a closer look.

First, let’s review the key specifications of the Lenovo Moto Razr Fold.

Design

The Lenovo Moto Razr Fold strikes an impressive balance between slim design and durability, making it one of the most refined foldable smartphones available today. When unfolded, the device measures just 4.43mm thick on one side, while the folded profile comes in at 9.89mm. Weighing 243g, it feels surprisingly comfortable in hand and remains easy to carry without the bulk typically associated with large foldable phones.

This slim form factor is made possible by Lenovo’s seventh-generation Star Track architecture. The design incorporates 3D-printed titanium alloy plates and an aerospace-grade aluminum frame, reducing overall thickness while maintaining structural strength and long-term folding reliability. The result is a nearly gapless fold when closed. The display is equally impressive. From the front, the crease is barely noticeable, and swiping across the center feels smooth and uninterrupted. Crease control is among the best currently available in the foldable smartphone market.

Its 8.1-inch quad-curved display features a 1-120Hz LTPO adaptive refresh rate, delivering smooth scrolling and responsive performance whether you’re reviewing documents, managing reports, or attending video meetings. Outdoor visibility is another highlight. With 2,000 nits of global brightness and a peak brightness of 6,200 nits, the screen remains easy to read even under direct sunlight. Whether checking notifications at a train station or capturing photos outdoors, content stays clear and vibrant.

The Pearl White version leaves a strong first impression with its clean and elegant appearance. The matte white rear panel features a subtle brushed texture that feels premium while resisting fingerprints and smudges.

A large metallic Motorola “M” logo sits prominently on the back, complemented by the frosted finish and rounded frame. The understated razr branding at the bottom adds a touch of identity without distracting from the overall design.

The rear camera module follows Motorola’s signature matrix layout, with four elements arranged in a 2×2 configuration. These include an ultra-wide macro lens, a main camera, a periscope telephoto lens, and a portrait flash combined with a 3-in-1 multispectral sensor. All three rear cameras feature 50MP sensors.

On the left side, a customizable shortcut key provides quick access to AI features and other frequently used functions through single or double presses. The right side houses the volume controls and power button. The power key also supports customizable shortcuts and can launch the Tianxi Smart Body assistant with a long press.

Audio performance benefits from a symmetrical dual-speaker system tuned in collaboration with BOSE. The setup supports conference-grade hands-free calling from distances of up to 1.5 meters, making it useful for meetings and group conversations. At the bottom, you’ll find a USB Type-C port, SIM card slot, speaker, and microphone, completing a clean and functional design.

Cameras

The Lenovo Moto Razr Fold brings flagship-level photography to the foldable phone category with a versatile triple 50MP camera setup. It features the Sony LYT-828 main sensor, a Samsung ultra-wide macro lens, and a Sony LYT-600 3x periscope telephoto camera, delivering impressive imaging performance across a wide range of shooting scenarios.

AI-powered features further enhance the experience, including AI Triple Exposure, AI Color Enhancement, AI Super Night Mode, and AI Super Zoom. Combined with 3.5° gimbal-level AI stabilization and dual-focal-length 8K video recording, the device has earned a DXOMARK Gold Label rating, making it one of the strongest camera systems available on a foldable smartphone.

Main Camera Performance

The Sony LYT-828 sensor captures excellent detail and dynamic range. When photographing glass-covered buildings, AI Triple Exposure balances bright skies and shadowed structures, preserving details in both highlights and darker areas.

For distant cityscapes, AI Super Resolution improves text clarity and architectural details, even in hazy conditions. Landscape shots benefit from AI Color Enhancement, producing natural colors and improved depth without appearing oversaturated.

Telephoto Camera Samples

The 3x periscope telephoto lens delivers sharp results from standard optical zoom to higher magnification levels. Whether capturing skyscrapers, distant landmarks, or detailed text, AI Super Zoom helps maintain clarity and detail throughout the zoom range.

Ultra-Wide Camera Samples

The 12mm ultra-wide lens is ideal for large scenes and architectural photography. In environments such as bridges, city roads, and waterfronts, it keeps lines straight while preserving strong detail across the frame.

Textures like concrete surfaces, water reflections, and distant buildings remain clear, allowing users to capture more of the scene without sacrificing image quality.

Night Photography

Night shots are one of the phone’s strongest areas. AI Super Night Mode controls highlights effectively while preserving details in darker areas. Store signs, illuminated buildings, and city landmarks appear sharp, with accurate colors and minimal noise.

Even without a tripod, photos remain clear and well-balanced, making nighttime photography simple and reliable.

Macro Photography

Using the ultra-wide camera’s macro capabilities, the Lenovo Moto Razr Fold captures fine details such as flower petals, pollen, textures, and small objects with impressive clarity. Natural background blur helps subjects stand out, making it useful for product photography and close-up detail shots.

Professional Video Features and AI Tools

Beyond photography, the Moto Razr Fold offers powerful video capabilities. It supports 8K 30fps Dolby Vision recording for maximum detail and flexibility in editing, along with 4K 120fps slow-motion video for cinematic footage.

The dual-view Vlog mode records simultaneously with the front and rear cameras, making content creation more convenient. AI-powered Photo Relay helps users achieve better shooting angles and reduces missed shots when someone else is taking the picture.

Additional creative tools, including Zhang Linghe’s exclusive Lingjing Time filter and custom watermark effects, provide more options for users who enjoy creating polished social media content and professional-looking videos.

Full Ecosystem Collaboration

Tianxi AI sits at the heart of the Lenovo Moto Razr Fold, creating a smarter and more connected user experience. Powered by an L3-level intelligent agent system, it introduces the built-in Tianxi Claw digital assistant, enabling seamless collaboration between smartphones, tablets, and PCs. Combined with the Lenovo Moto Pen Ultra AI stylus, AI note-taking, AI translation, and intelligent workflow tools, the device can proactively handle tasks and improve productivity.

Cross-Device Collaboration Without Boundaries

The Lenovo Moto Razr Fold extends collaboration beyond basic file sharing. Tianxi AI synchronizes workflows, task progress, and knowledge across devices, creating a unified experience. Tianxi Claw is available out of the box with no complicated setup required.

In testing, we created a custom “Parameter Comparison” workflow on a PC. The command automatically synced to the phone. After saying, “Compare the parameters of products A, B, and C,” Tianxi Claw collected the information, organized the data, and generated a comparison spreadsheet highlighting key differences—all without additional configuration.

The experience becomes even more convenient with background task execution. Users can start a report on their PC before leaving work and continue their day. By the time they access their phone later, the completed report is already synchronized and ready to review.

Tianxi AI also keeps its knowledge base updated across devices in real time. Research notes, comparison tables, and unfinished projects remain accessible wherever you are, eliminating the need for manual uploads or backups.

Fast File Sharing Across Platforms

One of the most practical benefits of Tianxi Claw’s ecosystem integration is effortless file sharing between devices.

Through HyperConnect, smartphones and laptops can transfer documents, images, videos, presentations, spreadsheets, and compressed files quickly and reliably. Files can be shared with a simple drag-and-drop action or one-click transfer, even when handling large project files.

This streamlined process removes the need for USB drives, cloud uploads, or messaging apps, making cross-device file management significantly more efficient.

Lenovo Moto Pen Ultra AI Stylus

Designed for productivity, the Lenovo Moto Pen Ultra AI stylus weighs just 6g and delivers a comfortable writing experience on the large foldable display. Its 1.4mm soft tip mimics the feel of writing on paper, while 4,096 pressure levels ensure precise and natural input.

A customizable shortcut button provides quick access to note-taking, AI selection tools, annotations, screenshots, and editing features. Users can instantly capture ideas, mark up business documents, or take notes with greater flexibility than traditional keyboard-and-mouse input.

The stylus also includes a location-tracking feature to help prevent loss.

AI Magic Pen

The AI Magic Pen adds intelligent content recognition to everyday use. Users can simply circle unfamiliar text or information on the screen to instantly receive explanations and contextual insights.

It also supports AI SketchUp functionality, transforming rough sketches into refined visual renderings. This helps accelerate brainstorming, concept development, and creative communication without requiring complex design tools.

AI-Powered Note-Taking

AI note-taking enhances meeting productivity by transcribing conversations in real time and automatically identifying different speakers.

During meetings, users can highlight important moments while the system generates structured summaries and actionable task lists. This significantly reduces the time spent organizing notes afterward.

All generated content is automatically saved to the AI knowledge base and synchronized across phones, tablets, and PCs. When users need information from a previous meeting, they can simply ask Tianxi Claw to retrieve it instead of manually searching through files or chat histories.

AI Translation

For international communication, Tianxi AI provides low-latency, real-time translation with high accuracy.

The built-in translation system supports ten languages and offers both side-by-side and face-to-face display modes, making conversations easier for all participants.

When encountering foreign-language text, users can simply circle it with the stylus for instant translation. There is no need to switch applications or manually enter text, allowing communication to remain smooth and uninterrupted.

Performance Testing

The Lenovo Moto Razr Fold is powered by Qualcomm’s fifth-generation Snapdragon 8 processor, paired with LPDDR5X Ultra RAM and UFS 4.1 storage. The hardware is optimized for multitasking, AI-powered applications, and productivity-focused workloads. A large VC cooling system helps maintain stable temperatures during extended use, ensuring smooth performance for office tasks, split-screen workflows, and video conferencing.

As a foldable flagship designed for productivity, the device prioritizes stability and power efficiency while still delivering strong gaming performance. To evaluate its real-world capabilities, we tested two popular titles: Honor of Kings and Genshin Impact.

Honor of Kings

Currently, Honor of Kings does not fully utilize the foldable display. Even with full-screen mode enabled, the game avoids the area around the front camera. A future OTA update may improve screen adaptation.

For testing, the game was set to its highest frame rate, ultra-high resolution, maximum graphics settings, and High-Performance Mode during a standard 5v5 match.

The Razr Fold maintained a near-constant 120fps throughout gameplay, with only minor fluctuations. Frame rates rarely dipped below 115fps, resulting in smooth combat, roaming, and jungle farming.

Power efficiency was equally impressive, with an average power draw of 2.59W and per-frame power consumption of 21.6mW.

Genshin Impact

For Genshin Impact, graphics were set to the highest preset with the frame rate capped at 60fps. The test consisted of a 10-minute run through Sumeru City in High-Performance Mode.

Performance remained highly stable throughout the session, averaging 59.8fps with just 0.7fps of fluctuation. Gameplay felt smooth and responsive, with no noticeable stuttering or frame drops.

The device recorded an average power consumption of 3.56W, while per-frame power consumption measured 59.5mW, demonstrating an effective balance between performance and efficiency even in a demanding open-world title.

The post Lenovo Moto Razr Fold Review: The AI-Powered Foldable Phone! appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

Last year’s Red Magic 11 Pro+ took cooling a step further by introducing a water-cooling system alongside an active cooling fan. This hybrid cooling approach significantly improved heat management, allowing the phone to maintain peak performance and support high-speed charging more effectively.

The newly launched Red Magic 11S Pro+ continues this dual-cooling strategy, combining water and air cooling to push performance and thermal efficiency even further.

Designed for gamers who want a true console-like experience on the go, the Red Magic 11S Pro+ aims to be the ultimate mobile gaming platform.

The phone retains Red Magic’s signature design language, featuring a flat back panel, a sharp-edged display, and a transparent aesthetic that highlights its gaming-focused identity. The transparent rear panel showcases the internal cooling system, including the ring-shaped liquid channels and circulating coolant. Besides improving cooling performance, the moving liquid adds a unique visual effect that reinforces the phone’s futuristic appearance.

On the front, the Red Magic 11S Pro+ features a 6.85-inch Wukong Screen 2.0 with no notch or punch-hole. Thanks to its under-display front camera, users get a truly uninterrupted viewing experience, whether gaming or watching videos.

The display uses BOE’s X10 luminescent material and supports a 144Hz refresh rate for smooth visuals. It also carries SGS and TÜV Rheinland eye-comfort certifications, helping reduce eye strain during extended gaming sessions.

Performance is another major highlight. The Red Magic 11S Pro+ is powered by the Snapdragon 8 Elite Leading Version, one of Qualcomm’s most powerful mobile processors. Built on an advanced 3nm process, each chip undergoes extensive testing to ensure stable operation at high clock speeds while maintaining efficiency under demanding workloads.

This strict selection process helps deliver consistently strong performance across every device. Paired with the CUBE Sky Game Engine 3.0 and AI-driven optimization, the phone offers stable frame rates, lower power consumption, and improved battery efficiency during gaming.

To make full use of its powerful hardware, Red Magic has also integrated a PC emulator into its gaming space. Users can connect directly to Steam, install compatible PC titles, and play them on the phone. With built-in translation and optimization features, the experience is far more accessible, allowing gamers to enjoy PC-quality titles without complicated setup procedures.

Appearance

Red Magic remains one of the few brands fully dedicated to gaming smartphones. While most phones look increasingly similar, Red Magic has maintained a distinctive design language that makes its devices instantly recognizable.

The Red Magic 11S Pro+ continues this tradition with its signature boxy shape and small rounded screen corners. Although the squared design may feel less comfortable for one-handed use, it works perfectly for horizontal gaming and maximizes the usable display area.

The phone features ultra-thin bezels and an under-display front camera, creating a seamless, uninterrupted screen. For gamers, the slight compromise in selfie quality is a worthwhile trade-off for a distraction-free gaming experience.

Its design embraces a futuristic, industrial aesthetic. Different textures, including brushed metal and CD-pattern finishes, are combined beneath a protective glass back. Even the camera module sits flush under the glass, resulting in a completely flat rear surface that feels consistent during gameplay.

On the upper back, you’ll find the RGB Red Magic logo alongside branding for the Snapdragon 8 Elite Leading Edition chipset, adding a premium and tech-focused touch.

Cooling has always been a Red Magic strength, and the 11S Pro+ takes it further with a hybrid cooling system that combines active fan cooling with a built-in liquid cooling solution. Through the transparent rear panel, users can see the pulsating liquid-cooling engine and blue coolant channels, giving the phone a striking high-tech appearance while improving thermal performance during gaming, charging, and wireless charging.

The frosted metal frame features clean, sharp edges that enhance the phone’s bold gaming identity. Air intake and exhaust vents on both sides allow the internal fan to efficiently move heat away from key components.

To accommodate the cooling system and shoulder triggers, the power and volume buttons are positioned closer to the center of the frame. A dedicated red gaming switch instantly launches Game Space, transforming the device into a focused gaming machine. The textured finish on the switch also makes it easy to locate by touch.

Additional gaming-focused details include touch-sensitive shoulder triggers and customizable RGB lighting integrated into the frame. At the center of the rear panel, the visible liquid-cooling engine, blue coolant, and circular cooling channel create a unique visual centerpiece that reinforces the phone’s performance-first design.

One-Click Access to Game Space

The Red Magic 11S Pro+ features a dedicated red gaming switch on the side. With a quick flip, the phone enters Game Space, instantly optimizing performance for gaming by minimizing background activity and focusing system resources on your game.

Inside Game Space, you’ll find all installed games in one place. Some titles even feature custom backgrounds, adding a more immersive feel to the gaming environment.

Players can further customize their experience through the CUBE Energy Cube. Settings for performance, graphics, and controls can be adjusted individually for each game, making it easy to fine-tune gameplay based on personal preferences.

A notable addition is the row of PC and console gaming platform icons, including Steam, displayed within Game Space. Thanks to Red Magic’s translation engine, the 11S Pro+ goes beyond mobile gaming by supporting PC game emulation, effectively turning the device into a handheld gaming console.

We tested this feature by logging into a Steam account through a PC emulator. The Steam library was fully accessible, and downloading large games was surprisingly fast. For example, The Witcher 3: Wild Hunt, a game exceeding 50GB, completed installation in roughly 30 minutes.

In testing, The Witcher 3 ran locally at around 15–30 FPS, with smoother performance in indoor areas. While it’s not ideal for experiencing the full game on mobile, it’s still perfectly enjoyable for a quick round of Gwent.

Tomb Raider (2013) delivered a much better experience. Even with advanced hair effects enabled, the game maintained an average frame rate of about 50 FPS. Paired with a game controller, the experience felt remarkably close to playing on a PC.

Lighter games such as Stardew Valley are an even better fit for mobile play. They run smoothly, work well with virtual touch controls, and allow players to enjoy their favorite Steam games and mods wherever they go.

Gaming Performance

The Red Magic 11S Pro+ delivers smooth and responsive gameplay even without enabling its highest performance setting. The built-in dual shoulder triggers make advanced controls easier to use, especially in fast-paced competitive games.

Game Space includes a variety of useful tools that allow players to fine-tune performance, optimize graphics, and access AI-powered features such as Tactical Coach and Magic Girl Voice Actor.

For users who want maximum performance, the phone offers Destroyer Mode, which unlocks the full power of the hardware. However, it also increases power consumption and heat output, so it’s best used only when necessary. For our testing, we used Awakening Mode, which represents a more realistic everyday gaming scenario.

Honor of Kings

With graphics set to the highest settings and Awakening Mode enabled, the Red Magic 11S Pro+ maintained a near-perfect 144fps throughout a 5v5 match. Frame drops were minimal and only appeared briefly during the end-game animation. Gameplay remained consistently smooth.

• Average power consumption: 3.78W
• Power consumption per frame: 26mW

Peace Elite

Running at the highest graphics settings, Peace Elite was limited to 60fps due to the game’s graphics mode. Even so, the frame rate stayed perfectly stable throughout gameplay, showing that the phone had plenty of performance headroom.

• Average power consumption: 2.51W
• Power consumption per frame: 41.1mW

Genshin Impact

In Genshin Impact, graphics were set to the highest quality with a 60fps limit. Visuals looked impressive, with strong HDR effects, realistic lighting, and detailed environmental reflections.

During a 10-minute run through Sumeru City, the phone achieved an average frame rate of 61fps with excellent stability and almost no noticeable fluctuations.

• Average power consumption: 3.63W
• Power consumption per frame: 59.6mW

Honkai: Star Rail

Using maximum graphics settings and a 60fps cap, we tested the game by continuously running through the Golden Hour area for 15 minutes. The average frame rate reached 60.7fps. While minor fluctuations appeared occasionally, they were brief and had little impact on overall smoothness.

• Average power consumption: 6.71W
• Power consumption per frame: 110.6mW

Shoulder Trigger Experience

The customizable shoulder triggers are one of the phone’s standout gaming features. In most supported games, they can be mapped to on-screen controls, allowing players to enjoy advanced four-finger gameplay without a steep learning curve. Individual trigger profiles can also be configured for different games. Only a small number of competitive titles restrict trigger mapping to maintain fair gameplay.

Cooling and Temperature Performance

During our Honkai: Star Rail stress test, the highest recorded surface temperature was 41°C on the front and 40.1°C on the back. The phone felt only slightly warm during extended gaming sessions.

The active cooling fan and liquid cooling system worked effectively, helping the device maintain stable performance under heavy loads. Even during demanding gameplay, there were no signs of thermal throttling or noticeable frame drops.

Battery Life and Charging

The Red Magic 11S Pro+ packs a large 7500mAh battery and supports 120W fast charging along with 80W wireless charging. This combination delivers excellent battery endurance while keeping charging times impressively short. The built-in air and liquid cooling systems also help maintain stable and efficient wireless charging performance.

In Battery Dog’s battery endurance test, the Red Magic 11S Pro+ lasted 13 hours and 24 minutes under moderate to heavy usage, making it more than capable of handling a full day of gaming, streaming, and everyday tasks.

Using the included 120W GaN charger, the phone charged from 17% to 31% in just 5 minutes. It reached 50% in 15 minutes, 77% in 30 minutes, and 91% in 40 minutes. The charging speed then slowed to protect battery health, with a full charge completed in approximately 55 minutes.

Conclusion

The Red Magic 11S Pro+ takes mobile gaming to a new level, and its built-in PC emulator is easily one of its most impressive features. Players can log into their Steam accounts, download games directly, and enjoy PC titles without needing extra hardware or complicated setup processes.

This feature helps bridge the gap between mobile and PC gaming. Instead of being tied to a desktop, users can access a large portion of their Steam library right from their phone, making gaming more flexible and convenient wherever they are.

Of course, there are still some limitations. Running PC games on a smartphone relies on command translation, and factors such as hardware size, cooling constraints, and touchscreen controls mean that demanding AAA titles won’t always match the performance of a high-end gaming PC.

That said, the experience is surprisingly practical. During testing, The Witcher 3: Wild Hunt could run, though performance under heavy workloads was naturally limited compared to a desktop system. For lighter activities like playing Gwent, however, the game remained smooth and enjoyable. Many indie games perform even better, delivering stable frame rates and responsive controls. Older AAA titles, including Tomb Raider (2013), also run smoothly with solid optimization.

For players who want a more console-like experience, connecting a game controller instantly transforms the device into a capable handheld gaming system. This greatly improves control accuracy and makes PC gaming on the go far more enjoyable.

The strong gaming performance comes from the phone’s flagship hardware. Powered by the Snapdragon 8 Ultra and supported by the CUBE gaming engine, the Red Magic 11S Pro+ delivers more than enough power for modern mobile games and demanding emulation workloads.

Cooling is another highlight. The Pulsating Liquid Cooling Engine and ICE Magic Cooling System work together to keep temperatures under control during extended gaming sessions. Even under heavy loads, performance remains stable with minimal frame drops or thermal throttling.

The design complements the gaming focus perfectly. Its flat, futuristic chassis looks premium, feels comfortable in hand, and carries the distinctive style that esports enthusiasts appreciate.

Overall, the Red Magic 11S Pro+ is more than just a smartphone. It combines powerful hardware, advanced cooling, Steam game compatibility, and a gamer-focused design into a single device. For users looking for a portable platform capable of handling both mobile and PC gaming experiences, it stands out as one of the most exciting gaming phones available today.

Read Also: The Official Announcement for Red Magic 11S Pro Product Launch has been Set for May 18th

The post Red Magic 11S Pro+ Review: Play AAA Games Now on Phone! appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

Because of this, shooting games remain one of the best ways to test a phone’s performance tuning and gaming optimization. Brands often use these titles to highlight their technical capabilities.

The OnePlus Ace series has focused on esports gaming since the beginning. Previous models built a strong reputation among mobile gamers thanks to stable performance, efficient cooling, and reliable game optimization, making the series a popular choice for competitive play.

With the new OnePlus Ace 6 Ultra, OnePlus takes a more focused approach instead of trying to deliver a typical all-around flagship experience. The phone is designed specifically around the needs of mobile gamers, especially shooting game players, with upgrades centered on real-world gaming performance.

One of its biggest highlights is the dual-form design. In everyday use, it works like a premium flagship smartphone with a slim body and high-end hardware. When paired with a dedicated gaming controller, it can switch into an esports-focused setup that delivers a handheld console-style gaming experience for longer sessions.

Powering the device is the Dimensity 9500 flagship chipset built on TSMC’s advanced 3nm process, offering strong performance with improved power efficiency.

OnePlus also integrates its self-developed Wind Rider gaming kernel directly into the system architecture. This optimization improves CPU, GPU, memory, and storage scheduling to maintain stable frame rates while reducing overheating and throttling during demanding gameplay.

To further improve gaming stability, the OnePlus Ace 6 Ultra uses a three-chip esports system. The Dimensity 9500 and gaming kernel handle sustained performance, the G2 Pro esports network chip improves connection stability, and the Lingxi touch chip enhances touch response accuracy. Together, they help maintain smooth gameplay, stable networking, and responsive controls during extended gaming sessions.

The phone features a 6.78-inch 1.5K display with a 165Hz refresh rate, higher than the standard 120Hz found on many flagship devices. It also supports 3840Hz high-frequency PWM dimming and eye-protection technology to reduce eye strain during long gaming sessions while keeping animations and controls smooth.

Battery life is another major highlight. The device packs a large 8600mAh battery with 120W fast charging, delivering long gaming endurance with quick recharge times. It also includes IP66, IP68, IP69, and IP69K dust and water resistance ratings, offering stronger durability than many gaming-focused smartphones.

For photography, the OnePlus Ace 6 Ultra includes a 50MP main camera and an 8MP ultra-wide camera. While gaming is clearly the main focus, the camera setup is still capable of handling everyday photos, landscapes, and wide-angle shots.

In the full review ahead, we will test the OnePlus Ace 6 Ultra across design, gaming performance, handling, battery life, and camera performance to see how it performs in real-world use.

Design

The OnePlus Ace 6 Ultra features a 6.78-inch 1.5K flat display with a centered punch-hole camera and ultra-slim bezels on all four sides, creating a clean and immersive viewing experience.

One of its standout features is the 165Hz refresh rate, which is smoother than the standard 120Hz panels found on most smartphones. The display also supports 3840Hz high-frequency PWM dimming and OnePlus Eye Protection technology. It carries TÜV Smart Eye Protection 5.0 certification, helping reduce eye strain during long gaming or media sessions.

The Ace Awakening color option uses a 3D stereoscopic etched finish on the back panel. The large ACE branding runs across the rear with subtle blue and purple lighting effects over a black surface, giving the phone a unique gaming-inspired look and a textured feel in hand.

On the rear, the metal-style camera module houses a 50MP main camera and an 8MP ultra-wide sensor. A vertical LED flash and infrared sensor sit beside the module, while the ACE branding is placed below it.

The phone measures 8.45mm thick and weighs 217g. Its matte dark-gray metal frame has a soft frosted texture that resists fingerprints and improves grip. Rounded edges also make the device more comfortable to hold.

The power and volume buttons are positioned on the right side and offer tactile, responsive feedback. At the top, the phone includes a speaker and microphone, while the bottom houses another speaker, a USB Type-C charging port, a microphone, and a SIM tray.

The OnePlus Ace 6 Ultra ships with a 120W fast charger in the box. We also tested the OnePlus Strix G15 Gaming Controller, which features a white body with red shoulder buttons and rear accents for a bold esports-style appearance.

The controller connects directly through a USB Type-C port for low-latency gaming. Its stretchable design fits securely around the phone, and the built-in heat-conducting section helps manage device temperature during gaming and charging sessions.

Performance Testing

The OnePlus Ace 6 Ultra is powered by the Dimensity 9500 chipset and features the self-developed Wind Chaser Gaming Kernel, which improves CPU, GPU, and memory scheduling for better gaming stability. Paired with the Glacier Cooling System, G2 Pro e-sports network chip, and Lingxi Touch Chip, the phone delivers stable frame rates, reliable connectivity, and fast touch response during long gaming sessions.

For testing, we used three popular mobile shooters: Peacekeeper Elite, Call of Duty: Mobile, and CrossFire: Legends. All games were tested at 165 FPS in a 26°C room with high-performance and esports modes enabled.

Peacekeeper Elite

The game was set to smooth graphics with 165 FPS enabled. During a classic 4-player squad match, the phone achieved an average frame rate of 165.7 FPS with a fluctuation index of just 0.1. The 1% low frame rate stayed at 145.5 FPS, keeping gameplay smooth during parachuting, driving, and intense final-circle fights.

Average power consumption reached 4.3W, while per-frame power usage was 26mW.

Call of Duty: Mobile

For Call of Duty: Mobile, graphics were set to standard with 165 165FPS enabled. Esports mode, super frame rate, and fast touch response were also activated.

Testing was done in the Nuketown multiplayer map. The frame rate stayed consistently around 165 FPS throughout the match, with an average of 165.6 FPS and a fluctuation index of 0.1. Gunfights felt smooth with almost no noticeable lag.

The game recorded an average power draw of 3 W and 18.2 mW power consumption per frame.

CrossFire: King of Guns

In CrossFire: Legends, the game was tested at medium graphics with 165 FPS enabled and Esports mode turned on. Testing took place on the Silent Village zombie map.

The phone maintained an average frame rate of 165.7 FPS with a fluctuation index of 0.1. Even the 1% low frame rate remained close to 150 FPS, delivering responsive movement, fast weapon switching, and smooth camera control. Average in-game power consumption was 2.37W, with per-frame power usage measured at 14.4mW.

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For years, small Android tablets struggled with compromises. Some offered lightweight designs but weak displays with low brightness and poor refresh rates. Others delivered solid performance but became too heavy and bulky, losing the convenience that makes compact tablets appealing in the first place.

Because of this, Apple’s iPad mini remained the benchmark for small tablets, while Android alternatives often felt incomplete.

That changes with the OPPO Pad Mini. Officially launched on April 21, OPPO positions it as a premium compact Android tablet built for gaming, entertainment, and portability.

After several days of use, the device stands out for one key reason: balance. Unlike many previous mini Android tablets, it avoids major compromises in performance, display quality, portability, and battery life.

The tablet features an 8.8-inch 2.5K OLED display with a 144Hz refresh rate and up to 1600 nits of peak brightness. The screen delivers sharp visuals, smooth scrolling, and excellent outdoor visibility. Combined with ultra-thin bezels and a 92.5% screen-to-body ratio, the viewing experience feels immersive despite the compact size.

Performance is another major highlight. The tablet is powered by the Qualcomm Snapdragon 8 Gen 5 processor, making it one of the first compact Android tablets to use Qualcomm’s latest flagship chipset. With an AnTuTu score reportedly reaching 3.21 million, the device is designed to handle demanding games, multitasking, and high-performance apps with ease.

What makes the hardware even more impressive is how lightweight the device remains. The tablet weighs just 279g and measures only 5.39mm thick, making it comfortable to use with one hand and easy to carry during travel or daily commutes. It is even lighter than many competing mini tablets, including the iPad mini.

Battery life is also a strong point. Despite its slim design, the tablet includes an 8000mAh battery with 67W fast charging support, helping solve one of the biggest weaknesses traditionally associated with compact tablets.

Design

The OPPO Pad Mini features an 8.8-inch OLED display with a 3:2 aspect ratio, 2520 × 1680 resolution, and 344ppi pixel density. It supports a 144Hz refresh rate and 240Hz touch sampling for smoother scrolling and responsive gaming. Peak brightness reaches 1600 nits, delivering vivid colors and sharp visuals.

The tablet uses an ultra-narrow bezel design with evenly sized borders measuring just 2.99mm. Its 92.5% screen-to-body ratio creates a clean, immersive front view. Rounded corners and a compact body improve one-handed comfort and make the device easier to hold for long periods.

An 8MP front camera is placed at the center of the top bezel for video calls and online meetings. The model shown here comes in the Mint Green color option. It uses a unibody metal chassis with an anodized sandblasted finish, giving the tablet a smooth and premium feel.

On the back, the 13MP rear camera and flash sit inside a slightly raised circular module. The curved edge transition blends naturally into the rear panel, keeping the design minimal and modern. The tablet measures only 5.39mm thick and weighs 279g, making it lightweight and highly portable.

Dual stereo speakers are positioned symmetrically on both sides of the device. Combined with the matte metal frame, the audio setup delivers an immersive experience for gaming and video playback in landscape mode.

The power button and volume controls are placed on the top edge with a matching matte finish. The buttons provide crisp tactile feedback, while the nearby microphone and speaker grilles maintain the tablet’s clean layout.

Inside the box, OPPO includes a 67W fast charging adapter for quicker charging out of the box.

Performance Test

Despite its slim 8.8-inch design, the OPPO Pad Mini packs serious flagship-level performance. It is the first compact tablet powered by the Qualcomm Snapdragon 8 Gen 5 mobile platform, built on an advanced 3nm process. The chipset features two 3.80GHz ultra cores, six 3.32GHz performance cores, and an Adreno 840 GPU, delivering strong gaming and multitasking performance.

To test its real-world capabilities, we ran three popular mobile games under maximum performance settings.

(Honor of Kings)

Using the built-in Game Assistant, we enabled Esports Mode with maximum graphics and frame rate settings.

During a full 5v5 match in Honor of Kings, the OPPO Pad Mini maintained a stable 144FPS with almost no frame drops or fluctuations.

• Average power consumption: 4.23W
• Power per frame: 29.4mW

Gameplay felt consistently smooth and responsive throughout the match.

Game for Peace

For Peacekeeper Elite, we enabled Smooth Graphics with 144FPS mode and activated Esports Mode for full performance output.

In a classic 4-player squad match, the tablet delivered an average frame rate of 143.5FPS with only 0.3 frame fluctuation. Gameplay remained stable with no noticeable lag or stutter.

• Average power consumption: 4.69W
• Power per frame: 32.7mW

The overall experience stayed fluid even during intense combat scenes.

(Genshin Impact)

In Genshin Impact, we enabled Esports Mode and Super Frame Rate mode while running the game at maximum graphics settings in Sumeru City for a 10-minute test.

With frame interpolation enabled, the game was boosted from 60FPS to 120FPS, resulting in noticeably smoother visuals. OPPO’s AI-based frame generation uses deep learning technology, creating a more natural high-frame-rate experience without obvious ghosting or screen tearing.

Throughout the 10-minute gameplay session, frame rates remained highly stable at around 120FPS, with an average of 119.8FPS and only 0.2 fluctuation.

• Average power consumption: 5.69W
• Power per frame: 47.5 mW

In actual gameplay, movement and camera transitions felt extremely smooth with no visible stutter.

Productivity Tool

The OPPO Pad Mini is not just for streaming and gaming. It also includes several smart features designed for creativity, productivity, and everyday use. After testing it hands-on, here’s what stood out.

1. 92.5% Screen-to-Body Ratio and 144Hz Display Improve Daily Use

Browsing apps like Xiaohongshu feels immersive on the OPPO Pad Mini. The 2.99mm ultra-slim bezels and 92.5% screen-to-body ratio create a near full-screen viewing experience. Combined with the 144Hz OLED display, scrolling through feeds feels smooth and responsive with almost no blur or lag.

Shopping and multitasking are also more comfortable. The split-screen mode gives both apps enough viewing space thanks to the slim bezels. Its 8.8-inch size sits between a smartphone and a large tablet, offering a wider display without feeling too heavy during long use.

2. Comfortable Reading Experience With Eye Protection

Even without the matte display version, the OPPO Pad Mini still delivers strong eye-care features. It includes hardware-level low blue light protection that reduces harmful blue light while keeping colors natural.

A useful addition is the “Soft Color Mode,” which makes the display easier on the eyes by reducing harsh colors while still keeping enough detail visible. It creates a reading experience similar to an e-ink display.

At only 279g, the tablet is lightweight and easy to hold with one hand. Reading eBooks, articles, or documents for long periods feels comfortable. The OLED panel also provides sharper text and better contrast than standard LCD tablets, helping reduce eye strain during extended reading sessions.

3. AI Drawing Tools Make Content Creation Easier

Inside the OPPO AI settings, users can access AI Drawing features that help turn simple ideas into polished visuals.

The experience becomes even better with the new OPPO Pencil 3 Pro. The stylus magnetically attaches to the side of the tablet for instant pairing and charging, making it easy to pick up and use anytime.

With 16,000 pressure levels and nearly zero activation force, writing feels natural and responsive. The X-axis linear motor also adds vibration feedback, giving different brushes and pens a more realistic writing feel instead of the usual “glass surface” sensation.

One of the most useful features is the AI Quick Wheel. Squeezing the stylus opens a circular menu with shortcuts like AI Circle, Notes, Global Annotation, and Presentation Pointer. This reduces extra steps and keeps workflows fast and efficient.

The AI Circle tool is especially practical. Users can circle any image or text on the screen, and the system instantly recognizes the content. From there, it can create notes, answer AI questions, enhance image quality, or remove backgrounds from photos. The simple “press, circle, process” workflow makes studying and office tasks much faster.

The stylus also supports a ringing locator feature, helping users quickly find the pen when it is nearby.

AI Chart Creation

AI Drawing can also turn sketches or reference images into clean mind maps, bar charts, or line graphs within seconds. The generated layouts look polished and can be edited or exported easily.

AI Illustration Generation

Users can also transform simple doodles into complete artwork. After circling a sketch, different styles such as watercolor or 3D animation can be applied automatically. This makes digital art creation much more accessible, even for beginners.

4. PC-Level CapCut Editing on a Portable Tablet

The built-in CapCut app on the OPPO Pad Mini offers a PC-style editing experience with more advanced tools than the standard mobile version.

Importing videos and images from the gallery is quick and convenient. During testing, editing a 4K video timeline remained smooth with no major lag. Tasks like applying filters, adjusting colors, and adding background music all felt responsive and easy to manage.

For users who want portable video editing without carrying a laptop, the OPPO Pad Mini works surprisingly well as a compact editing station.

Battery Life and Charging

Despite its ultra-slim 5.39mm body, the OPPO Pad Mini packs a large 8000mAh battery and supports 67W SUPERVOOC fast charging. Battery life and charging speeds were tested in real-world usage scenarios.

Battery Life Test

The tablet was tested using a comprehensive battery benchmark that simulated daily tasks such as CPU-intensive workloads, AI processing, image browsing, video playback, and web browsing. Screen brightness was fixed at 50%, auto-brightness was disabled, and volume was set to 30% for consistent results.

In testing, the OPPO Pad Mini lasted 12 hours and 37 minutes from 100% down to 20% battery. Based on the results, total battery life is estimated at around 15.8 hours on a full charge, delivering strong all-day endurance for entertainment and productivity.

Charging Test

Charging performance was tested with the screen turned off. The battery charged from 1% to 10% in 10 minutes, reached 58% in 30 minutes, and hit 90% in one hour. The tablet showed a full charge at 1 hour and 10 minutes, while a complete charge took around 74 minutes.

Verdict

The OPPO Pad Mini proves that a small Android tablet no longer means making compromises. It combines flagship-level performance, a premium display, and long battery life in a lightweight body that is easy to carry every day.

The 8.8-inch 2.5K OLED display is one of its biggest highlights. With a 144Hz refresh rate, 1600 nits peak brightness, and a 92.5% screen-to-body ratio, the viewing experience feels smooth and immersive. Whether you are scrolling through social media, watching videos, or gaming, the screen delivers sharp visuals and fluid motion.

Performance is another strong point. Powered by the Snapdragon 8 Gen 5, the tablet handles demanding games with ease. Games like Genshin Impact can run at stable high frame rates, while features like Lingxi Touch and frame enhancement improve responsiveness and visual quality. For mobile gamers, it feels like a compact performance powerhouse.

Despite weighing only 279g, the OPPO Pad Mini packs an 8000mAh battery that delivers excellent endurance. In testing, battery life reached nearly 16 hours on a full charge, making two-day light usage realistic. The lightweight design also makes it comfortable for travel, commuting, and long entertainment sessions.

The tablet also adds useful productivity and creative features. PC-level CapCut support makes mobile video editing far more practical, while AI-powered creative tools help turn quick ideas into polished content without needing a laptop.

There are still a few limitations. The standard version may not be ideal for users who spend long hours reading, so the matte soft-light edition could be the better choice for heavy readers. In addition, the 8.8-inch screen can feel cramped during split-screen multitasking, especially when working with multiple documents.

Overall, the OPPO Pad Mini is best suited for three types of users:

• Mobile gamers who want responsive controls and a compact device with flagship performance.
• Content creators who enjoy shooting photos, editing Vlogs, and creating content on the go.
• Daily commuters who want something lighter than a large tablet but more immersive than a smartphone.

If your phone screen feels too small and traditional tablets feel too bulky, the OPPO Pad Mini offers a balanced middle ground with very few compromises.

Read Also: OPPO Reno16 series is getting Pre-released: The new generation of powerful smartphones is here!

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Battery Life

We tested the S26+ using BatteryDog by Fast Technology, running a full workload that included CPU stress, multi-threading, AI tasks, image browsing, video playback, and web browsing. The tool also standardized conditions by setting brightness to 50%, disabling auto-brightness, and fixing volume at 30% for consistent results.

In testing, the S26+ dropped from 100% to 20% in 6 hours and 3 minutes. This equals roughly 7.5 hours of total screen-on use, which is enough for a full day of normal usage.

Charging performance is decent. Using a Samsung 45W wired charger (not included in the box), the phone fully charged from 0% in about 1 hour. It also supports 20W wireless charging and works well with Qi2 magnetic chargers for added convenience.

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As the latest addition to the Honor X Plus series, it combines a slim, lightweight build (1.66kg, 15.9mm) with a spacious 16-inch display. More importantly, it focuses on durability.

To put that into perspective, SGS is a globally recognized testing and certification organization with over 100 years of experience. Its Excellent Reliability Certification goes beyond basic safety checks, evaluating factors like structural strength, shock resistance, temperature endurance, and long-term durability. It’s a tough standard, and passing it signals top-tier reliability.

The Honor X16 Plus is the first laptop to earn this certification. At CES 2026, it passed over 20 rigorous tests, including drop resistance, structural pressure, temperature cycling, and keyboard splash protection. It also achieved an industry-first IPX2 rating for keyboard water resistance.

In Honor’s internal tests, the laptop continued working even after being driven over by a 1.2-ton vehicle—an uncommon level of durability in this segment.

Performance is solid as well. It features an Intel Core Ultra 5 325 processor, delivers up to 52W of performance, packs an 80Wh battery, and includes the upgraded YOYO intelligent assistant for AI-powered daily tasks.

So what happens when you combine portability, durability, and AI? Let’s take a closer look.

The post Is the Honor X16 Plus Worth It? Full Real-World Review appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

One of the standout features of the REDMI K90 MAX is its 18.1mm built-in cooling fan, currently among the largest integrated fans in a smartphone. The forward-leaning, unequal-pitched blade design significantly improves airflow, delivering up to 0.42CFM airflow output. This high-speed airflow is directed across the internal fin array positioned over the core chipset area, helping the device maintain lower temperatures during demanding gaming sessions.

Xiaomi has also focused on durability and user comfort. The fan uses an all-metal bearing system, which improves long-term reliability while keeping operation remarkably quiet. Even under heavy cooling load, noise levels remain around 32dB, making it nearly silent in everyday use. In addition, the cooling module comes with IPX8 and IPX9 water resistance certification, adding extra confidence for daily use.

Performance-wise, the REDMI K90 MAX is powered by the latest Dimensity 9500 processor, built with an advanced all-core architecture. This chipset not only delivers stronger raw gaming performance but also improves power efficiency and thermal control. The result is smoother gameplay with reduced heat generation, even in graphically intensive titles.

To further enhance the gaming experience, the phone includes REDMI’s advanced D2 AI discrete graphics chip. This dedicated chip supports AI-powered super resolution and dynamic frame interpolation, bringing PC-like visual enhancement to mobile gaming. Games appear sharper, smoother, and more fluid, while the main processor experiences less workload, helping reduce power consumption and internal temperatures.

Beyond active cooling, the REDMI K90 MAX also features an advanced passive cooling system. It integrates a 6000mm² ultra-large 3D vapor chamber cooling system, engineered to make closer contact with the motherboard and SoC layers. This three-dimensional design improves heat transfer efficiency and ensures more stable performance over extended gaming sessions.

The rear airflow vent design also plays an important role in thermal management. Positioned beneath the camera module, the vents guide airflow across the back panel, improving surface heat dissipation. This helps keep the phone comfortable to hold, even during long hours of competitive gaming.

The display is equally impressive. The REDMI K90 MAX features a 6.83-inch OLED panel with a 165Hz refresh rate, delivering ultra-smooth visuals ideal for fast-paced games. With 3500 nits peak brightness, the screen remains clear even in bright outdoor conditions. Meanwhile, the 3500Hz touch sampling rate ensures faster response times, giving players more precise and intuitive control.

For audio, Xiaomi has equipped the device with BOSE-tuned gaming sound and dual 1115X stereo speakers. The symmetrical landscape-oriented speaker layout improves directional audio accuracy, making in-game footsteps, gunfire, and environmental sounds easier to pinpoint.

Battery life is another major strength. The REDMI K90 MAX packs a massive 8550mAh battery, powered by advanced carbon-silicon anode and high-voltage cathode technology. With an impressive 876Wh/L energy density, the phone manages to offer exceptional endurance while maintaining a slim 8.18mm profile.

Design

The REDMI K90 MAX embraces a clean, performance-focused design inspired by the Xiaomi 17 series, featuring a bold camera DECO with an offset lens layout. What sets it apart is the integrated cooling fan intake grille, subtly built into the camera module. This unique detail doesn’t just add visual character, it reinforces the phone’s flagship-level performance identity.

On the front, the device sports a large 6.83-inch OLED flat display with a crisp 2772 × 1280 resolution. It delivers an ultra-smooth 165Hz refresh rate paired with an impressive 3500Hz touch sampling rate, making it highly responsive for gaming and everyday use. Thanks to the advanced M10 luminescent material, the screen achieves peak brightness levels of up to 3500 nits, ensuring excellent visibility even under direct sunlight.

The REDMI K90 MAX is available in three elegant color options: Shadow Black, Space Silver, and Sky Blue. The Shadow Black variant stands out with its textured back panel that mimics natural stone, giving it a refined yet understated look without feeling overly flashy.

Thermal management is a key highlight of the design. The camera module houses a precision-engineered intake grille with a fine metal mesh, protecting the internal cooling fan from dust and debris. Additional hidden vents beneath the camera DECO enhance airflow, allowing heat to dissipate efficiently from both the internal components and the back panel surface. This thoughtful design ensures consistent performance during extended usage.

The device features a sturdy right-angled metal frame that not only enhances durability but also allows it to sit flat and stable on surfaces. The side buttons are crafted with a matching frosted finish, blending seamlessly into the frame for a cohesive and premium feel.

For audio, the REDMI K90 MAX integrates dual 1115X speakers, carefully positioned to avoid obstruction during landscape gaming. This setup provides clearer sound output and better directional audio, helping users stay fully immersed in gameplay. A subtle BOSE gaming audio logo on the top bezel further emphasizes its entertainment-focused design.

To complete the package, the device includes a 100W fast charger in the box, ensuring quick and convenient power-ups right out of the gate.

Gaming and Performance

The REDMI K90 MAX is powered by the Dimensity 9500 chipset, paired with the AI-driven D2 discrete graphics chip. This combination delivers a consistently smooth gaming experience, even in demanding titles. The dedicated D2 chip introduces advanced frame interpolation, bringing PC-like visual fluidity to mobile gaming while optimizing performance efficiency.

A standout feature is the 165Hz ultra-high refresh rate display. Thanks to intelligent frame interpolation and super-resolution technology, the device can upscale gameplay in many titles, transforming standard frame rates into a noticeably smoother visual experience. Even games capped at lower refresh rates benefit from enhanced motion clarity and responsiveness.

Honor of Kings

In Honor of Kings, activating performance settings like Frenzy Mode, Super Resolution, and Smart Frame Interpolation significantly improves visual smoothness. With these features enabled, the display reaches a perceived 165Hz refresh rate through interpolation, while the actual rendered frame rate remains around 82.6fps. This approach reduces GPU load while maintaining fluid visuals.

Power efficiency is also notable. With AI-assisted interpolation active, the device consumes around 3.8W, slightly lower than running the game natively at 144Hz, which averages about 4.29W. In both modes, gameplay remains stable with minimal frame drops, ensuring a competitive edge.

(PUBG Mobile)

In Peacekeeper Elite, the REDMI K90 MAX maintains excellent stability during extended sessions. With enhanced graphics features enabled, the game runs at a steady ~82.5fps (interpolated to 165Hz visually). Frame drops are rare and typically occur only during heavy animations, such as victory sequences.

The device balances performance and power well, with an average consumption of 4.62W. This makes it suitable for longer gaming sessions without excessive battery drain.

Genshin Impact

For a graphically intensive title like Genshin Impact, the REDMI K90 MAX performs impressively. With AI interpolation enabled, the game runs at a stable 55fps, which is upscaled to a smoother 165Hz output. This results in fluid exploration and combat, even in detailed environments like Sumeru City.

When switching back to native 60Hz mode, performance remains highly stable with almost no frame fluctuations. Power consumption is slightly lower in native mode (around 4.2W), but the visual smoothness advantage of interpolation makes it a compelling option for many users.

Genshin Impact: Star Rail

In Honkai Impact: Star Rail, another demanding title, the device continues to deliver reliable performance. With interpolation enabled, the game maintains a consistent ~55fps internally, scaled to 165Hz for smoother visuals. Despite the heavy workload, frame stability remains excellent.

Running the game at its native 60Hz also provides a steady experience with minimal variation. While power usage increases slightly in high-performance mode, the difference is not significant enough to impact overall usability.

Thermal Performance and Cooling

The REDMI K90 MAX is equipped with an active air-cooling system that plays a crucial role in maintaining performance. During extended gaming sessions, temperatures remain well-controlled. With the cooling fan active, peak temperatures stay below 40°C, while the rest of the device maintains a balanced thermal profile.

Without the fan, temperatures can rise more quickly, especially around the core components. However, once the fan is reactivated, the device cools down rapidly within minutes. This efficient thermal management prevents throttling and ensures consistent performance over time.

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