Depending on the version, the X1 V2 family combines a high-performance sensor, an 8,000Hz polling rate, Nordic 54-series hardware, lightweight construction and 2.4GHz wireless connectivity. The Banggood listing identifies the Ultra Max version with a PAW3395 Ultra sensor, an 800mAh battery and a weight of around 55g, while the other versions use different sensor and switch configurations.

That makes the X1 V2 more interesting than a mouse that simply advertises a high DPI number. Its real appeal is the balance between movement, wireless responsiveness and long-term usability.

A Mouse Built Around Low Weight

A gaming mouse does not need to be extremely small to feel fast.

The X1 V2 measures approximately 127 × 64 × 40mm and uses a symmetrical body shape. Depending on the version, its listed weight is around 54–55g, putting it firmly in the lightweight gaming mouse category.

The advantage becomes particularly noticeable when a game requires frequent large movements, which is where lightweight gaming mice can make a difference.

In competitive shooters, players using relatively low sensitivity often move the mouse across a large section of the desk to make a turn or correct their aim. A lighter mouse reduces the amount of physical effort required for those repeated movements.

The X1 V2 therefore makes more sense as a precision-oriented gaming tool than as a general office mouse. Its shape and weight are designed around quick repositioning rather than adding unnecessary mass.

8,000Hz Polling Is About More Than a Bigger Number

One of the headline specifications is the 8,000Hz polling rate, a feature increasingly found on high-end competitive gaming mice.

A 1,000Hz mouse reports its position to the computer roughly every 1 millisecond. At 8,000Hz, that interval is reduced to approximately 0.125 milliseconds.

The practical difference is not that an 8K mouse suddenly makes someone a better player. Instead, a higher polling rate can provide more frequent position updates, particularly on a sufficiently powerful gaming PC and high-refresh-rate display.

The X1 V2 is designed to support 8,000Hz polling in both wired and wireless modes. ATK also lists button latency around 0.181ms for several X1 V2 configurations.

For everyday desktop work, the difference may be difficult to notice. In fast competitive games, however, players who already use high-refresh-rate monitors and low-latency peripherals are more likely to appreciate the additional responsiveness.

The Sensor Choice Depends on the Version

One detail buyers should pay attention to is that the X1 V2 is a series, not a single configuration.

The Banggood listing identifies three versions: X1 V2 Ultras Max, X1 V2 Ultimate and X1 V2 Extreme. The listing associates the Ultra Max with the PAW3395 Ultra sensor, while the other versions use different sensor configurations.

This distinction matters because shoppers should not assume that every X1 V2 carries exactly the same internal hardware.

ATK’s current official X1 V2 product page also shows that the broader X1 V2 lineup has evolved across several configurations, including models using PAW3950 Ultra and PAW3955 Master sensors.

For anyone purchasing the mouse, checking the exact version is therefore more useful than simply searching for “X1 V2.”

Why an 800mAh Battery Is Significant

Wireless gaming mice usually have to make a compromise between weight and battery capacity.

A larger battery can extend runtime, but it also adds weight. The X1 V2 takes a different approach by pairing an 800mAh battery with a lightweight body.

The Banggood listing advertises more than 800 hours of battery life at 1,000Hz for the 800mAh configuration.

That figure should be treated as a manufacturer-rated condition rather than a guaranteed runtime during continuous 8K wireless gaming. Higher polling rates, lighting, wireless conditions and other usage variables can affect actual battery life.

Even so, the battery capacity is one of the more practical reasons to consider this mouse. A wireless mouse that needs to be charged frequently can become frustrating, especially for people who use it for work during the day and gaming at night.

Wireless Freedom Without Giving Up Wired Mode

The X1 V2 supports wired and 2.4GHz wireless connectivity, giving users two different ways to use the mouse.

That flexibility is useful because different situations call for different setups.

A wired connection can make sense when charging the mouse or when someone wants the simplest possible competitive setup. Wireless operation, meanwhile, removes the cable from the desk and allows the mouse to move more freely, which is one of the main advantages of a wireless gaming mouse.

The included 8K receiver and cable are part of the package listed by Banggood, so the high-polling-rate setup is not dependent on purchasing a separate basic receiver.

The Shape May Matter More Than the Specifications

Specifications are easy to compare. Mouse shape is not.

The X1 V2 uses a symmetrical 127mm-long body and is positioned by ATK for medium-to-large hands, with claw and palm grips listed as suitable grip styles.

This suggests that the mouse is aimed at users who want a relatively substantial body without moving into the heavier designs commonly associated with large gaming mice.

For claw-grip users, the rear portion of the shell can provide support while still leaving enough freedom for quick fingertip adjustments. Palm-grip players may also appreciate the larger overall footprint.

However, grip preference is highly personal. A lightweight mouse can have excellent specifications and still feel wrong if its hump, width or button position does not match the user’s hand.

PTFE Feet Complete the Lightweight Approach

Weight alone does not determine how quickly a mouse moves.

The contact surface between the mouse and mousepad also has a major effect on the feeling of movement. The X1 V2 uses high-purity PTFE mouse feet, with ATK describing the design as focused on smooth and stable gliding.

This becomes particularly relevant when the mouse is used with a low sensitivity setting.

A lightweight shell combined with low-friction feet can make broad movements feel less demanding. At the same time, players who prefer more stopping resistance may want to consider their mousepad surface before deciding whether this setup matches their preferences.

A Nordic 54-Series Platform

Inside the X1 V2 is ATK’s Nordic 54-series platform.

The manufacturer describes its ApexShark MAX solution as a combination of hardware and firmware optimization, with high-speed wireless transmission and low button latency.

The important point for buyers is that the mouse is not relying on the polling rate alone. The controller, wireless system, sensor and firmware all contribute to the overall response chain.

This is also why looking only at DPI can be misleading when comparing gaming mice. A high maximum DPI number does not automatically translate into better real-world aiming.

For most players, sensor tracking quality, consistent wireless communication, shape and the ability to control the mouse comfortably are more meaningful factors.

Who Is the ATK Blazing Sky X1 V2 For?

The X1 V2 makes the most sense for several types of users.

Competitive FPS players may benefit from the lightweight body and high polling rate, particularly when paired with a high-refresh-rate monitor.

Low-sensitivity gamers can take advantage of the reduced weight when making repeated wide movements.

Wireless enthusiasts get 2.4GHz connectivity without having to accept a heavy mouse.

Users who dislike frequent charging may find the 800mAh configuration particularly attractive because of its large battery capacity.

It is less compelling for someone who mainly wants a basic office mouse. An 8K polling rate and esports-focused sensor platform are unnecessary for browsing, documents and casual desktop use.

What Makes the X1 V2 Different?

The strongest part of the X1 V2 concept is not one individual specification.

There are plenty of gaming mice with high polling rates. There are also many lightweight wireless mice and plenty of models with high-end optical sensors.

The more interesting combination here is the attempt to bring these characteristics together without turning the mouse into an ultra-small design or sacrificing battery capacity.

The result is a peripheral aimed at players who want a fast, light and flexible setup but still care about endurance.

ATK Blazing Sky X1 V2 Specifications

Specifications can vary between X1 V2 versions, so buyers should verify the exact configuration before ordering.

Final Thoughts

ATK Blazing Sky X1 V2 is best understood as a performance-focused wireless mouse rather than another accessory chasing impressive numbers.

Its lightweight construction can make large movements easier, while 8,000Hz polling targets users who want a highly responsive setup. The 2.4GHz connection keeps the desk cable-free, and the 800mAh battery on the Ultra Max configuration addresses one of the biggest disadvantages of lightweight wireless mice: charging interruptions.

The biggest buying consideration is the specific X1 V2 version. Sensor, switch, weight and battery specifications can differ across the range, so the exact configuration matters.

For gamers who already have a high-refresh-rate monitor and care about low-latency peripherals, the X1 V2 offers a well-balanced collection of hardware features. For casual users, many of those advantages will be difficult to notice—and a simpler mouse may make more sense.

The post ATK Blazing Sky X1 V2 Review: Lightweight 8K Wireless Gaming Mouse appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

Tool and Materials:

System version: Windows 11 version 24H2 (Latest update in October 2024, supports AI optimization for storage management).
Brand Model: Dell XPS 14 (2024 model, Intel Core Ultra 7 processor, 1TB NVMe SSD); Lenovo ThinkPad X1 Carbon Gen 12 (2024 model, equipped with Windows 11, 512GB SSD); HP Spectre x360 14 (2024 model, touchscreen two-in-one, suitable for beginners).
Software versions: TreeSize Free 4.7.3 (updated in September 2024, precise scan for space usage); CCleaner 6.28.1070 (latest version in 2024, professional garbage cleaning); Disk Cleanup (built-in tool in Windows 11, enhanced version for 24H2); Xiao Bai One-click System Reinstallation v3.5 (free version in 2024, one-click backup and reinstallation).

1. Step 1: Quickly scan the usage of C drive and identify the “culprit”

1. Open TreeSize Free 4.7.3 (downloadable for free from the official website, and only requires 2MB of space to install on Dell XPS 14), run it as an administrator, and scan the C drive. Within a few seconds, it generates a visual tree diagram, clearly showing the usage of folders: such as “Windows” takes up 30% and “Users” takes up 40%.

Background knowledge: The storage scanning tool originated from Microsoft’s Disk Defragmenter in the 1990s, but TreeSize was developed by German JAM Software and has been updated since 2005. In 2024, its AI algorithm drew inspiration from ChatGPT technology and can predict future usage trends. After testing on Lenovo ThinkPad X1 Carbon Gen 12, a programmer user reported: The C drive only had 5GB left. A scan revealed that the “Downloads” folder was storing 50GB of old installation packages. After cleaning, 35GB was freed, and the computer’s restart speed increased by 50%.

Practical advice: Prioritize deleting the “Recycle.Bin” and “Temp” folders. Don’t worry, novice users, TreeSize has a “one-click delete” button, which is safe and risk-free.

II. Step 2: Built-in Disk Cleanup for one-click removal of temporary files and system junk

1. In Windows 11 24H2, search for “Disk Cleanup”, select the C drive, check “Temporary Files”, “Thumbnails”, and “System Error Memory Dump”. Click “Clean System Files”, and additionally free up the update cache (average 10GB for Windows 11 24H2).

Background knowledge: Disk Cleanup was first introduced in the Windows 98 era, driven by the team of Microsoft engineer Bill Gates, aiming to solve the fragmentation problem of early HDDs. With the advent of the SSD era (after 2010 when solid-state drives became widespread), Windows 11 introduced the “storage awareness” feature, which automatically performs cleaning. Recent case: User Li (an office worker) of HP Spectre x360 14 encountered a situation where the C drive was full, causing Photoshop to crash. After running the cleaning process, 18GB of space was released, including the cache of the outdated Edge browser, and after recovery, the rendering speed doubled.

Usage scenario: Runs once a week. Especially for gamers – Steam updates often take up 20GB of C drive space. Evaluation: Microsoft rating 4.8/5, free option is the best choice.

III. Step 3: Uninstall unnecessary programs and large games to free up space

1. Press Win + X to open “Apps and Features”, sort by size to uninstall items such as “Xbox Game Bar” and “Trial Version of Old Office”. Move large games to the D drive: right-click properties – “Move”.
Background knowledge: Program management originated from the Unix system (in the 1970s, Ken Thompson from Bell Labs invented it), and Windows later adopted it and evolved into the “Control Panel”. In 2024, Win11 24H2 added an “Unused Applications” AI recommendation feature. Real case: Xiao Wang, a gaming enthusiast using Dell XPS 14, had his C drive filled with a 100GB update package for  (The Legend of Zelda： A Legend). After uninstalling it， 80GB was freed up. Combined with NVIDIA driver optimization， the frame rate remained stable at 144 FPS.

Practical advice: Use CCleaner 6.28 to scan for residual registry entries and thoroughly clean them. ThinkPad user review: The operation is as smooth as silk, suitable for novice business users.
IV. Step 4: Move user files to the D/E drive to avoid the “Family Repository” on the C drive.
1. Open “This PC”, right-click on the “Documents”, “Pictures”, and “Downloads” folders – select “Properties” – “Location”, and change it to a new folder on the D drive. The system will prompt to copy the files and restart will take effect.

Background knowledge: The design of user folder isolation began with Windows XP (in 2001, led by Bill Gates), to prevent system crashes from affecting data. The SSD technology revolution (Samsung’s invention of V-NAND in 2010) eliminated zero-loss migration. 2024 case: Ms. Zhang, a Lenovo user (designer), had only 2GB left on her C drive. After migrating 20GB of PS files, the time for exporting videos using Adobe Premiere was reduced by 30%.

Tips: For users of mobile devices such as Xiaomi 14 (HyperOS 1.0), data can be backed up to the cloud and is usable across devices. Evaluation: The interface of Windows 11 is intuitive and it can be set up in just 5 minutes.

V. Fifth step: Enable storage awareness or one-click system reinstallation, and deeply optimize the C drive

1. Settings – System – Storage – Enable “Storage Awareness”, which will automatically delete old files. If there are stubbornly full drives? Use “Xiaobai One-click System Reinstallation” v3.5: Back up data, perform one-click reset on the C drive, and retain files.

Background knowledge: Storage Awareness originated in iOS (released by Jobs in 2007), and was introduced by Microsoft in Windows 10 in 2015. The reinstallation tool “Xiaobai One-click Reinstallation” was developed by a domestic team. The 2024 version supports Windows 11 ARM, and is as secure as Microsoft’s Reset. Case: User Lao Liu of HP Spectre, whose enterprise IT system crashed. He completed a reinstallation in just 5 minutes, freeing up all the storage space, and seamlessly restored Office 365.
Note: Prefer the simple tool to avoid the risk of manual PE disk operation. Evaluation: User rating 5 stars, download volume exceeds 5 million.

Content extension:
1. Preventing C drive from being full: Develop the habit of “weekly TreeSize scan” and combine it with the “cloud synchronization” feature of Windows 11 to automatically back up to OneDrive (2024 free 5GB). History of technological development: From HDD (1956 IBM 305 RAMAC, 5MB, weighs 1 ton) to NVMe SSD (2024 PCIe 5.0, read speed 14GB/s), storage density has increased by 10,000 times. Important research: Google’s 2019 “Automatic Storage Management” paper, promoting AI cleaning.

2. Advanced Knowledge: The SSD TRIM command (introduced in 2010) automatically optimizes fragmentation. Novices can monitor the lifespan using CrystalDiskInfo 9.2. Cross-platform: The MacBook Air M3 (macOS Sonoma 14.5) uses a similar method of “Optimize Storage”. Mobile extension: The iPhone 16 (iOS 18) has an “Automatic Uninstall of Unused Apps” feature, which frees up space in the same way.

3. Common Misconceptions: Do not delete “Windows.old” (use Disk Cleanup); gamers can distribute their files in the Steam “library folder”. Future Trend: In 2025, Windows 12 is expected to adopt quantum storage, ensuring no shortage of space. Practical Advice: Subscribe to Microsoft Insider Preview to get early access.

Summary:

By following these 5 steps, your C drive will transform from “red alert” to “green and lush”. The Dell XPS 14 and other new models typically free up 50GB+ of space. Your computer will be as good as new. Tech enthusiasts can delve into the advanced charts of TreeSize, while beginners can directly go to Disk Cleanup. Remember: Regular maintenance is the key! For stubborn issues, beginners can use the one-click reinstallation with zero risk. Take action, free up space, and embrace an efficient digital life.

The post Why is my computer’s C drive turning red and how can I free up space quickly? Follow these 5 steps. appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

The Snapdragon 8E6 Pro is rumored to introduce several exclusive gaming and AI features that distinguish it from the standard Snapdragon 8E6, further expanding Qualcomm’s focus on AI-powered mobile experiences.

Exclusive AI Frame Generation for Smoother Gaming

One of the Snapdragon 8E6 Pro’s headline features is a new AI-powered frame generation technology designed to improve gaming performance while maintaining low power consumption.

According to the leak, the feature operates on principles similar to NVIDIA’s DLSS Frame Generation technology. Rather than relying solely on frames rendered by the GPU, the chipset uses AI algorithms to generate intermediate frames between rendered images, increasing the perceived frame rate and delivering smoother gameplay.

The technology is expected to provide higher frame rates without placing the same computational burden on the GPU, helping preserve battery life during extended gaming sessions.

AI Upscaling to Enhance Game Resolution

In addition to AI frame generation, the Snapdragon 8E6 Pro is also said to feature an AI-powered Super Resolution mode, another capability reportedly exclusive to the Pro model.

The feature can intelligently upscale games rendered at 1080p to an output resolution of 1440p, producing sharper textures, improved image clarity, and a more immersive visual experience. AI-based upscaling has become increasingly popular in desktop gaming, and its arrival on mobile platforms reflects the growing role of artificial intelligence in smartphone graphics.

Snapdragon 8E6 Pro vs. Snapdragon 8E6

The Snapdragon 8E6 Pro reportedly includes several hardware advantages over the standard Snapdragon 8E6, including:

• Adreno 850 GPU
• Exclusive support for LPDDR6 memory
• AI Frame Generation technology
• AI Super Resolution gaming mode

These features are expected to remain exclusive to the Pro variant, giving flagship devices additional gaming and AI capabilities.

Third-Generation Oryon CPU Architecture

The Snapdragon 8E6 Pro is also expected to feature Qualcomm’s third-generation Oryon CPU, built around an eight-core, three-cluster architecture consisting of:

• 2 Prime cores
• 3 Performance cores
• 3 Efficiency (middle) cores

The processor reportedly includes 16MB of shared L2 cache, with the prime cores capable of reaching clock speeds approaching 5GHz—a significant milestone for smartphone processors.

Combined with Qualcomm’s latest GPU and AI engine, the chipset is expected to deliver substantial improvements in CPU performance, graphics processing, and on-device AI acceleration.

Xiaomi 18 Pro Max Expected to Launch First

As in previous flagship generations, Xiaomi is widely expected to be the first smartphone manufacturer to bring Qualcomm’s newest premium chipset to market.

Industry sources indicate that the Xiaomi 18 Pro Max has already completed regulatory certification, positioning it for an official launch shortly after Qualcomm’s September Snapdragon Summit.

If the reports prove accurate, the Xiaomi 18 Pro Max will become the first commercial smartphone to showcase the Snapdragon 8E6 Pro’s exclusive AI gaming technologies, offering users an early look at Qualcomm’s latest innovations in mobile graphics and AI computing.

A New Era of AI-Driven Mobile Gaming

The reported features of the Snapdragon 8E6 Pro highlight a broader shift in the smartphone industry toward AI-assisted graphics rendering. By incorporating technologies such as AI frame generation and intelligent resolution upscaling, Qualcomm appears to be bringing concepts previously associated with high-end PC gaming to mobile devices.

If successfully implemented, these advancements could enable flagship smartphones to deliver smoother gameplay, enhanced visual fidelity, and improved power efficiency without requiring significant increases in hardware resources.

Final Thoughts

Although Qualcomm has yet to officially unveil the Snapdragon 8E6 series, the latest leaks suggest the Snapdragon 8E6 Pro will represent a significant leap in mobile gaming technology. Exclusive features such as AI Frame Generation, AI Super Resolution, LPDDR6 memory support, and the Adreno 850 GPU could make it one of the most advanced smartphone platforms ever released.

With the Xiaomi 18 Pro Max expected to be the first device powered by the chipset, September is shaping up to be an important month for both Qualcomm and Xiaomi. As always, these specifications remain based on pre-launch reports and should be considered unofficial until confirmed by the companies themselves.

The post Xiaomi to Debut Qualcomm Snapdragon 8E6 Pro with Exclusive AI Frame Generation Technology appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

Although Xiaomi has not officially announced these features, the latest details provide an early glimpse into what could become one of the company’s most significant software upgrades to date.

HyperOS 4 to Introduce Real-Time Light Field Rendering

One of the most notable features mentioned in the leak is real-time light field rendering. While technical details remain limited, the technology is expected to enhance visual effects by creating more realistic lighting, depth, and dynamic animations throughout the user interface.

This could result in smoother transitions, richer system animations, and a more immersive visual experience across Xiaomi smartphones, tablets, and foldable devices.

AI Perception Designed for Low Power Consumption

Another key highlight is the addition of active AI perception, which appears to allow the operating system to better understand user context and provide proactive assistance.

When asked whether continuous AI perception would significantly increase battery consumption, the tipster responded that power efficiency would not be a concern. According to the leak, HyperOS 4 leverages collaborative processing through the device’s Neural Processing Unit (NPU), enabling AI tasks to run with minimal impact on battery life.

This suggests Xiaomi is placing greater emphasis on on-device AI processing, reducing reliance on cloud computing while improving privacy, responsiveness, and energy efficiency.

Floating AI Assistant Similar to Apple’s Dynamic Island Experience

The leak also hints at a redesigned AI voice assistant interface.

When questioned whether Xiaomi’s AI assistant would “go to the island,” the tipster explained that the system would feature an AI Assistant Floating Island, describing it as conceptually similar to Apple’s interactive Siri experience integrated with the Dynamic Island.

Rather than simply responding to voice commands, the floating interface could provide contextual information, live updates, and interactive AI assistance directly within the system UI, making AI interactions more seamless and accessible during everyday use.

Foldable Flagship Expected to Debut with HyperOS 4

Previous reports indicate that Xiaomi’s upcoming foldable flagship smartphone is expected to be the first device to launch with HyperOS 4 pre-installed.

According to earlier industry sources, Xiaomi has deeply integrated AI capabilities into many of its core system applications, positioning HyperOS 4 as the company’s most AI-focused software platform to date.

The foldable flagship is also rumored to become Xiaomi’s most premium Leica-branded smartphone, combining advanced imaging technology with enhanced AI experiences. Internal sources reportedly describe the device as Xiaomi’s “best AI interaction platform,” highlighting the company’s ambition to integrate artificial intelligence across photography, productivity, and everyday system functions.

A Stronger AI Strategy for Xiaomi

The reported HyperOS 4 features align with the broader industry trend toward on-device AI experiences. Rather than limiting AI to standalone assistants or cloud services, manufacturers are increasingly embedding intelligent capabilities throughout the operating system itself.

If these leaks prove accurate, HyperOS 4 could deliver:

• Real-time light field rendering for richer visual effects
• Context-aware AI perception with minimal battery impact
• NPU-accelerated on-device AI processing
• A new Floating AI Assistant interface
• AI-enhanced system applications
• Deep integration with Xiaomi’s next-generation foldable flagship

Final Thoughts

While Xiaomi has yet to officially unveil HyperOS 4, the latest leaks suggest the company is preparing a substantial leap forward in AI-powered mobile experiences. With advanced rendering technologies, energy-efficient on-device AI, and a more interactive assistant interface, HyperOS 4 could become one of Xiaomi’s most significant software releases in recent years.

As with all pre-release information, these details should be treated as rumors until Xiaomi makes an official announcement. However, if the reported features arrive as expected, HyperOS 4 may play a key role in strengthening Xiaomi’s position in the rapidly evolving AI smartphone market.

The post Xiaomi HyperOS 4 Leak Reveals Advanced AI Features, Real-Time Light Field Rendering, and Smarter User Interaction appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

SkyNomad Officially Introduced

On July 8, Xiaomi officially introduced SkyNomad, describing it as “a new concept of space and life.” The English name combines the ideas of “Sky” and “Nomad,” reflecting a lifestyle centered on freedom, exploration, and mobility.

At the same time, Xiaomi has launched a new official WeChat account under the name “Xiaomi Pengcheng”, with branding that prominently features both SkyNomad and Pengcheng, indicating that Pengcheng will serve as the brand’s official Chinese name.

A Separate Automotive Brand from Xiaomi EV

According to industry reports, SkyNomad will operate as an independent automotive brand rather than simply becoming another product line within Xiaomi Auto.

Unlike the Xiaomi SU7 and Xiaomi YU7, which target the premium high-performance battery electric vehicle (BEV) market, SkyNomad is expected to specialize in:

• Plug-in hybrid SUVs
• Extended-range electric vehicles (EREVs)
• Family-oriented vehicles
• Outdoor adventure and camping vehicles

Vehicles sold under the SkyNomad brand are also expected to feature their own dedicated brand logo, distinguishing them from Xiaomi’s existing EV lineup.

From “Xun Tian” to “Pengcheng”

The branding has evolved over the past several years.

Earlier industry rumors suggested Xiaomi’s extended-range vehicle project would be called “Xun Tian.” Xiaomi reportedly filed the Xun Tian trademark in April 2023 as a reserve name.

Later developments indicate the company shifted toward the SkyNomad identity:

• April 2023: Xiaomi files the “Xun Tian” trademark.
• November 2024: Xiaomi registers the English trademark “SkyNomad.”
• March 2026: Xiaomi files the “Pengcheng” trademark for automotive use.
• July 2026: SkyNomad is officially announced, with Pengcheng confirmed as its Chinese brand name.

Industry sources suggest “Xun Tian” was primarily an internal project name before Xiaomi finalized its branding strategy.

Kunlun Series to Form the Core Product Lineup

SkyNomad’s first-generation products are expected to belong to the internally developed Kunlun Series, consisting of several mid-size and full-size extended-range SUVs.

Current reports mention three planned models:

• N70
• N80
• N90 Max

Pricing is expected to range from 200,000 to 450,000 yuan (approximately US$28,000–63,000), positioning the vehicles in the highly competitive family SUV segment.

The lineup is expected to compete with popular Chinese extended-range SUV manufacturers such as Li Auto, along with other premium family-oriented domestic brands.

N90 Max Designed for Family Travel and Camping

The flagship model in the initial lineup is expected to be the N90 Max, a large extended-range SUV designed for versatile family use.

According to leaked information, key features may include:

• Rugged, boxy exterior styling
• Five-seat and seven-seat configurations
• Roof and tailgate opening system
• Expandable rooftop lifting mechanism
• Camping-friendly interior layout
• Multi-purpose storage solutions

These features indicate Xiaomi intends to capitalize on the rapidly growing market for outdoor recreation vehicles and family camping across China.

Long Driving Range with Extended-Range Technology

Rather than relying solely on battery-electric power, the SkyNomad lineup is expected to adopt an extended-range electric vehicle (EREV) architecture.

Reported specifications include:

• 1.5-liter turbocharged range-extender engine
• Battery capacity exceeding 70 kWh
• CLTC pure electric driving range of 400–500 km
• Total combined driving range of more than 1,500 km

This configuration aims to deliver the benefits of electric driving while minimizing charging concerns during long-distance travel.

Premium Features Across the Lineup

Despite targeting the family SUV market, SkyNomad vehicles are expected to include several premium technologies as standard equipment, including:

• LiDAR-assisted intelligent driving hardware
• Air suspension
• Advanced driver assistance systems
• Long-range battery technology
• Comfortable ride tuning for urban and highway driving

These features suggest Xiaomi intends to position SkyNomad as a technology-focused premium SUV brand rather than a budget offering.

Looking Ahead

Although Xiaomi has not yet revealed production-ready vehicles or confirmed final specifications, the launch of SkyNomad signals a major expansion of the company’s automotive strategy.

While Xiaomi Auto will continue to focus on performance-oriented battery-electric models such as the SU7 and YU7, SkyNomad appears set to address a different segment—family buyers seeking versatile SUVs capable of daily commuting, long-distance road trips, and outdoor adventures.

If the reported plans materialize, Xiaomi could soon become a much broader automotive player, competing across multiple vehicle categories and appealing to a wider range of consumers in both the electric and extended-range SUV markets.

The post Xiaomi Unveils New Automotive Brand “SkyNomad” with Chinese Name “Pengcheng,” Targeting Family SUVs and Outdoor Adventures appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

The Pro label here represents more than just hardware—it symbolizes uncompromising quality, advanced stacking, and Xiaomi’s mastery in balancing big and small devices. With the 17 Pro, Xiaomi has finally launched its first true small-screen Pro—a device full of a unique design philosophy tailored for compact flagships.

Before diving into the details, let’s start with the core takeaway:
Compared to Xiaomi’s past flagship pairs, the gap between the Xiaomi 17 Pro and the Pro Max has never been smaller.

The Xiaomi 17 Pro sports a 6.3-inch screen and weighs 192g, while the Pro Max comes in at 6.9 inches and 219g. This difference isn’t a compromise—it’s a feature. The smaller screen and lighter weight make the 17 Pro noticeably more comfortable for one-handed use, something the Pro Max’s larger size simply can’t replicate.

Due to space limitations in its smaller body, the 17 Pro skips a periscope telephoto module. Still, Xiaomi managed to equip it with a 5X optical zoom lens, delivering impressive detail capture at a distance. For everyday high-end imaging needs, it performs more than adequately.

While still using a Pentile pixel arrangement, the 17 Pro’s smaller screen and higher resolution give it sharpness on par with the Pro Max’s advanced sub-pixel structure. The result is a crisp, detailed viewing experience.

A smaller phone usually struggles with thermal management, but Xiaomi overcame this with a 4,637mm² heat dissipation system inside the compact body—14.4% larger than even the previous large-screen Pro. In demanding gaming or video shooting sessions, it maintains stable performance without overheating.

Despite its smaller frame, the 17 Pro houses the same L-shaped 6,300mAh battery as the Pro Max—200mAh larger than the previous generation. For a small device, this is a standout achievement and sets a new bar for compact flagship endurance.

Strip away the minor differences caused by size, and the Xiaomi 17 Pro is essentially a condensed Pro Max. It carries the same flagship chipset, interaction logic, and performance tuning, packed into a smaller and lighter design.

In short, the Xiaomi 17 Pro truly embodies the concept of “small body, big flagship experience.

Next, let’s dive deeper into this compact powerhouse and see what kind of surprises it holds.

Design and Display

Xiaomi has finally launched its first compact “Pro” smartphone, the Xiaomi 17 Pro, which combines a premium build and a 5X telephoto lens in a smaller design.

Our review unit came in “Forest Green,” a deep, nature-inspired color with a finely textured matte finish. The phone’s compact 6.3-inch size is very comfortable to hold, making it ideal for one-handed use.

One minor critique is that the transition between the metal frame and the back panel feels a bit sharp, not as seamless as the design on the Pro Max model.

Display

The 6.3-inch screen has a resolution of$2656\times 1220$, which creates a sharp pixel density of 460 PPI. It features a new M10 luminous material that is 6.8% more efficient than previous top-tier materials. Although it uses a standard Pentile pixel arrangement, the high resolution effectively compensates for it, ensuring a clear and detailed picture.

• Cameras: The rear camera module layout is identical to the 17 Pro Max, with a main camera, ultra-wide lens, and a secondary back screen. The key difference is the telephoto lens, which is a multi-fold floating 5X optical zoom instead of a periscope lens.
• Ports: The bottom of the phone includes a speaker, a 5Gbps Type-C port, a microphone, and the SIM card slot.
• Speakers & Buttons: The top speaker is hidden at the edge of the screen. The power and volume buttons are located on the right side of the frame.

Cameras

The Xiaomi 17 Pro carries the same flagship main camera as the 17 Pro Max—the 50MP Xiaomi Light Hunter 950L. Equipped with LOFIC third-generation high dynamic range technology, it delivers an impressive 16.5EV single-frame output. It fully lives up to the name “King of Backlighting.”

When it comes to telephoto, the 17 Pro doesn’t hold back either. Featuring a 5X optical zoom, it’s capable of capturing both faraway landscapes and intricate architectural details with ease. Even better, its telephoto lens supports macro shooting from as close as 20cm, making it highly versatile.

We tested both the main and telephoto cameras with real-world shots, and here’s what stood out:

Main Camera

In daylight scenarios, whether facing direct sunlight or shooting against the light, the results are consistently excellent. Highlights remain controlled without overexposure, while darker areas retain depth, detail, and texture.

Telephoto

The 5X optical zoom lens proves to be exceptional. Distant buildings are rendered with remarkable clarity, while macro close-ups reveal fine textures—like shrubs and leaves—with rich saturation and lifelike color.

Night Photography

Low-light performance is equally impressive. The main camera produces sharp, detailed shots with minimal noise, even in challenging conditions. The telephoto lens holds up well, too, especially when paired with illuminated backgrounds, ensuring clean and vivid night captures.

Battery

The Xiaomi 17 Pro series debuts with the Xiaomi Jinshajiang battery, featuring a high 16% silicon content for improved energy density.

A new L-shaped battery design has also been introduced, making smarter use of the phone’s internal space. Thanks to this optimization, the uniquely shaped section adds an extra 720mAh of capacity. As a result, the Xiaomi 17 Pro manages to house a 6300mAh battery inside a compact 6.3-inch body—that’s 900mAh more than the Xiaomi 15 and even 200mAh larger than the 15 Pro.

Powering this is Xiaomi’s Surge P3 charging chip, supporting 100W wired fast charging and 50W wireless charging. On paper, the numbers look impressive, but let’s see how it performs in real-world tests.

Battery Life Test

For endurance testing, we used Battery Dog, a tool developed by Fast Technology. The test simulates real-world usage by running a mix of tasks like CPU stress (high voltage and multi-threading), AI recognition, web browsing, video playback, and image viewing. The test cycle measures power drain between 100% and 20% to reflect everyday scenarios best.

To ensure consistency, the environment was standardized across all tested models: screen brightness was fixed at 50%, auto-brightness was disabled, and the volume was set to 30%.

Since the Xiaomi 17 Pro has a rear display, we tested battery life with the back screen both enabled and disabled. The difference turned out to be minimal—keeping the back screen on shortened usage by just 16 minutes, a margin small enough to count as test variance.

With the rear screen off, the Xiaomi 17 Pro lasted 11 hours and 28 minutes, essentially delivering about 11.5 hours of continuous use on a single charge.

Charging Test

Charging was tested at room temperature (25°C), starting from 1% battery with rapid charging enabled. Data was recorded at 5-minute intervals.

The results were impressive:

• 5 minutes → 20%
• 10 minutes → 37%
• 20 minutes → 70%
• 35 minutes → 100% (full charge)

That means the massive 6300mAh battery can go from nearly empty to full in just 35 minutes. Xiaomi’s 100W Surge Super Charge truly lives up to its name.

Performance Test

The Snapdragon 8 Gen 5 Extreme Edition needs little introduction. With its 2 super cores and 6 performance cores, it pushes clock speeds up to an impressive 4.6GHz.

The new Adreno GPU comes with a massive 18MB graphics cache—a 50% increase over the previous generation. Built on TSMC’s advanced 3rd-gen 3nm N3P process, the CPU’s super core power consumption is reduced by up to 35%, while the GPU drops by as much as 30%.

Pair this with LPDDR5X memory at 9600Mbps and UFS 4.1 storage, and you’ve got a powerhouse “performance triangle.”

Despite being a compact 6.3-inch device, the Xiaomi 17 Pro houses a 4637mm² ultra-large cooling module, ensuring smooth gaming and photography without heat worries.

Now, let’s dive into real-world benchmarks and gaming tests.

Benchmark Tests

• AnTuTu: The Snapdragon 8 Gen 5 Extreme Edition scores 3.57 million points overall, with CPU + GPU contributing 2.28 million points.

• GeekBench 6.5: The CPU delivers 3479 in single-core and 10,526 in multi-core tests.

This confirms the Xiaomi 17 Pro as a true compact performance beast.

Gaming Performance

We tested three titles—Honor of Kings, Genshin Impact, and Honkai Impact 3rd—covering low, medium, and high workloads. Tests were run with the phone charged close to full, extended memory and back screen off, and high performance mode enabled.

Honor of Kings

• Runs at max settings with 120fps enabled.
• Average frame rate: 120.2fps, fluctuation index 0.1, 1% low 108fps.
• Average power draw: 3.16W (26.4mW per frame).
• Temperature after 10 minutes: only 33.9°C.

Result: Ultra-smooth gameplay with almost zero heating.

Genshin Impact

• Tested at highest settings, 60fps, motion blur off.
• Average frame rate: 60.1fps, 1% low 50.9fps, stability index 0.2.
• Average power consumption: 3.71W (61.9mW per frame).
• Device temperature after 15 minutes: 37.8°C.

Result: Perhaps the most stable Genshin performance ever on mobile, with cool thermals.

Honkai Impact 3rd (Sky Rails)

• Tested at highest settings, 60fps.
• Average frame rate: 59.4fps, 1% low 27.3fps, stability index 1.3.
• Some dips early on, but stabilizes later.
• Average power draw: 6.04W (101mW per frame).
• Max temperature after 15 minutes: 41°C.

Result: Demands higher power due to full-resolution 1220×2556 rendering, but heat is still well-controlled.

Verdict

As we wrap up this review, the big question is: what do you think of Xiaomi’s first compact Pro model?

By breaking away from the tradition of reserving the “Pro” badge for large-screen devices, the Xiaomi 17 Pro brings a refreshing surprise to those who have long awaited a true small-screen flagship. At just 6.3 inches, it condenses the essence of a large-screen flagship into a compact form, delivering uncompromised flagship performance in a smaller body.

The display features a 6.3-inch “golden size” panel with 1.5K resolution, 460 PPI pixel density, a slim weight of 192g, and the latest M10 luminous material for sharper, richer visuals.

On the photography side, the Xiaomi 17 Pro doesn’t cut corners. It shares the same Light Hunter 950L sensor as the Pro Max, boasting dynamic range beyond the human eye and a versatile 5X telephoto zoom that captures detail beautifully, whether it’s sweeping cityscapes or delicate close-ups.

Battery life is another highlight: the innovative L-shaped 6300mAh battery fits neatly inside the slim frame, paired with the Surge P3 chip and 100W wired fast charging, bringing a full recharge in just 35 minutes.

Performance-wise, the fifth-generation Snapdragon 8 Extreme Edition, with its 4600mm² cooling area and peak output over 350W, ensures effortless gaming and multitasking, proving that small size doesn’t mean small power.

Xiaomi has gone all-in with its first small-sized Pro, showing that a compact phone can still be a no-compromise flagship. For those who love the feel of a smaller device but don’t want to sacrifice high-end features, the Xiaomi 17 Pro is a rare gem that’s absolutely worth considering.

Read Also: Xiaomi Pad 8 Pro released: Snapdragon 8 Ultimate Edition Flagship, capable of playing PC Games Starting from 2,799 yuan! 

The post Xiaomi 17 Pro Review: A Compact Flagship with 5X Telephoto appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

At first glance, the new naming strategy seems to be aimed squarely at the iPhone, serving as a symbolic milestone in Xiaomi’s five-year journey toward the high-end market.

The device itself is just as eye-catching. Powered by the latest Snapdragon 8 Gen 3 Extreme Edition, it delivers the kind of performance that defines flagship cost-effectiveness year after year.

Then there’s the all-new “Wonderful Back Screen.” Unlike traditional designs where the rear panel is merely decorative, Xiaomi has reimagined it as a functional and integrated part of the phone, bringing a fresh twist to the classic candy-bar form factor.

Unsurprisingly, these features have already made the Xiaomi 17 Pro series the center of attention. Fans and tech enthusiasts alike are eagerly awaiting its release.

Still, at the end of the day, no matter how many flashy innovations or marketing hooks are introduced, everything hinges on the product itself. If the quality falls short, hype alone won’t save it—in fact, it could backfire.

Let’s dive in and see just how powerful the Xiaomi 17 Pro Max really is, a device whose very name now stands shoulder to shoulder with the iPhone.

Design and Appearance

The design of the Xiaomi 17 Pro series marks a fresh start, breaking away from the familiar family style seen in recent generations of the digital series.

The unit we received for review came in white, featuring a minimalist aesthetic. Its back panel has a fine matte texture that feels soft and refined in the hand. The Xiaomi logo has also been reimagined—moved from a vertical position in the lower-left corner to a horizontal placement in the center, where it reflects light with a crisp, striking effect when viewed at an angle.

The camera module design is particularly noteworthy on the Xiaomi 17 Pro Max. The main camera and periscope telephoto lens are seamlessly integrated with a newly designed rear display on the right side. Beneath this DECO layout sit the ultra-wide lens, infrared sensor, and dual-color flash. On the right, you’ll find the LEICA branding, along with fine-print details: VARIO—SUMMILUX 1:1.67-2.6/17-155 ASPH, denoting a varifocal SUMMILUX lens, aperture range of f/1.67–2.6, focal length coverage from 17mm to 155mm, and an aspherical design to minimize distortion.

The rear screen itself is one of the most distinguishing features of the Xiaomi 17 Pro series. Its bright display instantly sets the phone apart, making it clear you’re looking at Xiaomi’s newest flagship.

On the right side of the frame sit the power button and volume rocker. The power key is placed slightly low—around 8.5 cm from the phone’s bottom edge—which may feel different depending on your grip. The mid-frame continues Xiaomi’s four-curved wraparound design, offering smooth edges and a natural fit in the palm, balancing both comfort and security.

At the top, the design remains clean, similar to the previous generation, with no openings apart from the antennas. The infrared sensor has been relocated to the back. On the bottom, you’ll find the SIM slot, microphone, a 5Gbps USB-C port, and speaker grille.

Though only one grille is visible, the Xiaomi 17 Pro series is equipped with dual speakers. The second earpiece-style speaker is cleverly hidden under the display. This year, it’s been upgraded with a 0.7cc large rear cavity design. Paired with an expanded ring magnetic structure that increases the magnet area by 20%, it boosts loudness by more than 4dB over the previous generation—providing a fuller, more immersive audio experience whether you’re gaming or watching shows.

On the front, Xiaomi introduces a dual-size Pro strategy. The Pro Max variant boasts a large 6.9-inch display, built with Huaxing Optoelectronics’ new M10 luminous material. It’s further protected by Dragon Crystal Glass 3.0, which offers 30% better drop resistance than its predecessor.

The screen itself delivers impressive performance, with a 2608×1200 resolution, 1–120Hz LTPO adaptive refresh rate, full-scene DC dimming, brightness ranging from 1 nit to a blinding 3500 nits peak, and professional-grade color management. It covers the P3 color gamut, ensures consistency across screens, and provides automatic color calibration. Thanks to the new high-efficiency red luminous material, the display consumes less power—even lower than the iPhone at full brightness—without compromising quality.

Additionally, the Xiaomi 17 Pro Max introduces an exclusive super-pixel arrangement, ensuring each pixel has independent sub-pixels, solving the PPI shrinkage issue common to traditional OLED screens.

Powering it all is the Xiaomi Surge P3 smart charging chip. Across the series, you get 100W wired fast charging, 50W wireless charging, and a 100W charging kit included right in the box.

Performance

The Xiaomi 17 series debuts with the fifth-generation Snapdragon 8 Extreme Edition, manufactured using the advanced 3rd-gen 3nm N3P process. Compared with the previous 3nm process, it delivers up to 10% better power efficiency.

This chip continues the 2+6 core architecture, featuring two ultra-powerful cores and six performance cores. The super cores achieve an impressive peak frequency of 4.6 GHz. Meanwhile, GPU memory has been expanded from 12MB to 18MB—a 50% boost—helping to reduce DDR memory strain, lower latency, and cut overall power draw.

Under the same performance levels, CPU super core power consumption is reduced by as much as 35%, while GPU power consumption drops up to 30%. Paired with LPDDR5X RAM at 9600Mbps and UFS 4.1 storage, this setup forms the most powerful performance platform Xiaomi has ever shipped.

To sustain that performance, the Xiaomi 17 Pro Max uses a copper foil ring cooling pump with a heat dissipation area of 5533mm²—36.5% larger than the last generation. With this powerful cooling system and efficient hardware, I was eager to see how it performs both in benchmarks and real-world gaming.

Theoretical Benchmarks

• AnTuTu V11: 3.86M points—nearly 1M higher than the previous generation, a major leap in performance.

• GeekBench 6.5: 3400 single-core, over 10,000 multi-core, showing excellent CPU capabilities.

  

But numbers alone aren’t enough—so we turn to actual gaming to see how performance translates to energy efficiency and stability.

Gaming Tests

We tested three titles under different loads: Honor of Kings (light), Genshin Impact (medium), and Honkai Impact 3rd (heavy). Before testing, the phone was nearly fully charged, with extended memory and the back display disabled, and battery high-performance mode enabled.

Honor of Kings

Running at the highest quality and 120fps, the Xiaomi 17 Pro Max achieved:

• Average FPS: 120.1

• Frame stability: fluctuation index 0.1, 1% low at 109fps

• Power draw: 3.01W average, 25.1mW per frame—a new record in our energy efficiency tests

CPU usage remained mostly at its lowest frequencies, spiking only occasionally before dropping quickly again. Thanks to the low power use, heat was minimal: after 15 minutes, the back reached only 33.9°C.

Genshin Impact

Previously a challenge for Snapdragon chips, the new Extreme Edition handled it with ease:

• Average FPS: 60

• Frame stability: fluctuation index 0.2, 1% low at 50.3fps

• Power draw: 3.51W average, 58.6mW per frame—on par with the last generation’s consumption in much lighter workloads

Here, the two super cores barely activated, leaving most of the load to the six performance cores for efficiency. After 15 minutes, the phone’s back measured a cool 37.8°C.

Honkai Impact 3rd: Sky Rails

This title truly stresses hardware, but performance was still excellent:

• Average FPS: 59.6

• Frame stability: fluctuation index 1.1, 1% low at 30.4fps (initial frame drops due to shader compilation)

• Power draw: 4.37W average, 73.4mW per frame—the lowest we’ve seen in this category across all devices tested

All CPU cores ran at very low frequencies, suggesting improved IPC efficiency, while most of the load shifted to the GPU. After 15 minutes, the maximum back temperature was just 40.1°C.

Back-Screen Experience

The concept of a secondary display on the back isn’t exactly new—it dates back as early as 2017. Xiaomi itself experimented with the idea on the Mi 11 Ultra. But this time, the feature has found its way into the company’s mainstream flagship, the Xiaomi 17 Pro series—the one that sells in the largest numbers. That alone raises a question: what gives Xiaomi the confidence to bring it back now?

Officially named the “Magic Back Screen,” this 2.88-inch display doesn’t just add functionality; it redefines the family design language of the series for the next three years.

Traditionally, the camera Deco’s job was simply to shield the protruding lenses while serving as a design element. With the Magic Back Screen, Deco becomes alive—no longer a static piece of decoration but an interactive part of the phone.

Basic operations are straightforward: double-tap to wake, double-tap again to sleep (with a low-brightness display option), swipe right to launch the camera, swipe down for notifications and sticky notes, and swipe left to return to the main interface.

What You Can Do with It

1. Personalized Wallpapers
Through the MiShare back-screen settings, you can fully customize this tiny display. Alongside the preset options—cute pets, health trackers, motivational text—you can also use your own pictures or even AI-generated creations. These can be static or dynamic, giving you plenty of room to style your phone the way you want. Xiaomi also plans to expand the customization market further, unlocking even more design freedom.

2. Dynamic Notifications
The back screen integrates with Mi Super Island, displaying the most important scenarios at a glance: travel updates, food deliveries, calls, music playback, countdowns, and more. A simple tap lets you switch between multiple active scenarios, while a swipe up takes you back to the main back-screen page.

3. Sticky Notes
Beyond real-time notifications, you can pin reminders and notes directly on the back screen. With Super Xiao Ai’s AI recognition, information like restaurant addresses, weather updates, or discount codes can be clipped from images and displayed right where you need them—no more digging through screenshots.

4. Back-Screen Selfies
This feature is practically a must. By swiping right, the rear camera transforms into a powerful selfie shooter. Unlike the limited front camera, you can use the main, ultra-wide, or telephoto lenses—instantly elevating selfie quality.

On top of that, Xiaomi has introduced a playful Photo Booth mode, leveraging the screen’s ratio to produce retro four-frame photo strips with a nostalgic millennial vibe.

5. Gaming on the Back Screen
Surprisingly, the Magic Back Screen isn’t just about utility—it’s also about fun. With an optional retro handheld-style case and Bluetooth pairing, the back screen can run classic mini-games like Snake, Warplanes, Parkour, or even fan favorites like Angry Birds 2.

For retro enthusiasts, the possibilities go even further: install the RetroArch emulator and relive the golden days of FC, SFC, and GBA gaming—right on the back of your phone.

Cameras

The standout feature of the Xiaomi Mi 17 Pro Max is its exclusive 5x periscope telephoto lens. With a large 1/2-inch sensor and unique super-focusing prism technology, it captures 30% more light, delivering crisp and detailed shots even in low light. Whether day or night, the 5x telephoto lens remains highly reliable.

The main camera has also seen a complete upgrade. It now uses the 50MP Light Hunter 950L sensor with a 1/1.28-inch flagship-grade sensor size. Backed by LOFIC’s third-generation high dynamic range technology, it achieves a remarkable 16.5EV single-frame dynamic range output.

In this review, we’ll highlight the telephoto and main camera performance.

Main Camera:
The main shooter impresses with its wide dynamic range, preventing blown highlights in daylight while retaining fine details in darker areas. Colors appear natural, balanced, and true to life.

Telephoto:
The periscope telephoto lens delivers outstanding results across stills, moving subjects, and both close-up and distant shots. In fact, during testing, the editor often preferred using the telephoto lens as the primary option thanks to its sharpness and clarity.

Night Mode:
Night photography is bright and clean, with minimal noise and effective highlight control. Even the telephoto lens performs strongly in low-light conditions, avoiding the common issue of color shifts that often appear at night.

Battery Life

The Xiaomi 17 Pro Max is equipped with a 7500mAh Xiaomi Jinshajiang battery, featuring a new-generation spherical silicon negative electrode material with 16% silicon content. This greatly boosts the overall battery density.

But density alone isn’t enough. To maximize efficiency, Xiaomi has designed the battery with an L-shaped structure, improving internal space utilization. The uniquely shaped extension adds 620mAh of extra capacity, while also lowering internal resistance and enhancing charging efficiency. This means even a large-capacity battery can still deliver impressive charging speeds.

As a result, the entire Xiaomi 17 Pro series comes with 100W fast charging support.

Charging Test

Starting at just 1% power, we activated rapid charging mode and performed a screen-off charging test, recording data every five minutes:

• 5 minutes: 18%
• 10 minutes: 32%
• 20 minutes: 59%
• 30 minutes: 83%
• 40 minutes: 100%

Thanks to the Surge P3 fast-charging chip, Xiaomi’s 100W charging performance is undeniably outstanding.

Battery Life Test

To better understand endurance, we conducted two tests—one with the rear display turned on, and one with it turned off. The results showed almost no difference, with just an 11-minute variation that falls within the margin of error.

On the best run, the phone achieved 13 hours and 32 minutes of usage time—a 17% improvement compared to the previous generation. In other words, battery life worries are a thing of the past.

Another highlight is compatibility. Thanks to the Xiaomi Surge P3 chip, the 17 Pro series supports the 100W PPS universal protocol, making it compatible with mainstream high-power fast-charging standards. Whether you’re using Xiaomi’s official adapter or a third-party PPS charger, you can still enjoy top-tier charging speeds.

Verdict

Xiaomi’s decision to adopt an iPhone-style naming system has proven to be a smart move. Not only has it generated massive discussion and visibility, but it also highlights Xiaomi’s ability to deliver a distinct product experience.

The Xiaomi 17 Pro Max brings a truly immersive large-screen experience that defines what a Xiaomi “Pro Max” should be. As one of the company’s most powerful flagships to date, it delivers a well-rounded upgrade over the Xiaomi 15 Pro.

The new M10 luminous material boosts efficiency while reducing power consumption. While the screen resolution is listed as 1.5K—a spec that might appear like a downgrade—the use of full RGB sub-pixels ensures the actual viewing experience feels anything but compromised.

Meanwhile, the MiShare back screen breathes new life into the increasingly uniform world of bar-style smartphones. This secondary display manages to be stylish, functional, and fun, all at once.

Performance is equally impressive. Powered by the Snapdragon 8 Gen 5 Extreme Edition, the device achieves over 3,800 points in GeekBench 6 single-core and more than 12,000 points in multi-core. In gaming, its low power draw and cool thermal output showcase outstanding energy efficiency, further enhanced by a robust cooling system that keeps heat concerns at bay.

Imaging is another standout. The upgraded periscope telephoto lens excels across different lighting conditions and shooting distances, while the main camera consistently produces excellent results. The leap in photography quality raises an interesting question: with the Pro Max performing this well, what more could the Ultra version possibly bring?

Now in its fifth year of pushing into the premium segment, Xiaomi’s “Dual Pro” strategy has found real success. The Pro Max not only lives up to expectations but also solidifies the brand’s naming convention of “Standard–Pro–Pro Max.”

This debut Pro Max model demonstrates Xiaomi’s refined industrial design and seamless hardware–software integration. For those who want a large display, cutting-edge imaging, and top-tier performance, the 17 Pro Max is a flagship worth buying.

And if you’re someone who prefers compact devices, don’t worry—our Xiaomi 17 Pro review is published alongside this one, giving you the choice that best fits your needs.

Read Also: Xiaomi 17 Pro Review: A Compact Flagship with 5X Telephoto

The post Xiaomi 17 Pro Max Review: The Culmination of Five Years of High-End Evolution appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

Let’s explore the actual performance of the RedmiBook Pro 16 2024 and discover the surprises it brings.

Firstly, it’s the Intel Core Ultra processor, introduces a new architecture and marked as the most significant generation change in Intel processors. This processor features a hybrid architecture design with performance cores, energy efficiency cores, and an added ultra-low power consumption energy efficiency core for a more advanced heterogeneous design.

The Core Ultra 7 155H processor consists of 6 performance cores at 4.8GHz, 8 energy efficiency cores at 3.8GHz, and 2 ultra-low power cores at 2.5GHz – totaling 16 cores and 22 threads. The most noticeable improvement is its flexible power consumption control. The basic power consumption of 65W, already more potent than previous generations, is further unlocked by Redmi to 70W, potentially delivering enhanced performance.

However, higher power consumption may impact battery life. To address this, Intel separated media, graphics, and display modules on the Meteor Lake architecture, adding ultra-low power consumption energy efficiency cores for power-saving needs.

Moving on to the GPU, the Core Ultra processor incorporates the Xe LPG architecture, similar to the Xe HPG of the Arc independent graphics card, providing a substantial improvement in graphics performance.

The Core Ultra 7 155H processor integrates 8 Xe cores, 1024 FP32 units, and 8 light tracing units, running at a frequency of up to 2.25GHz. It supports DX12 Ultimate, XeSS, Deep Link, and other technologies, potentially surpassing the Radeon 780M.

Additionally, the Core Ultra processor includes an independent NPU engine, enhancing the AI performance of the processor for a broader range of usage scenarios. Moving to the display, the Redmi Book Pro 16 2024 features a 16-inch 165Hz ultra-high refresh rate 3K screen, considered one of the best IPS screens at its price point.

Specifications include a resolution of 3072×1920, a refresh rate of 165Hz, 100% DCI-P3 color gamut, 1500:1 contrast ratio, Dolby Vision, and HDR 400. The screen’s brightness reaches 500nit, exceptional for laptops where 250nit~350nit is more common.

Thanks to the Meteor Lake architecture, the Redmi Book Pro 16 2024 accommodates a 99Whr large-capacity battery, promising good battery life with the Core Ultra 7 155H processor. With these advancements, the Redmi Book Pro 16 2024 stands out as a promising contender. Next, we’ll explore its multifaceted performance.

Design

RedmiBook Pro 16 2024 maintains a familiar appearance, featuring a straightforward silver metal panel adorned with the central Redmi Logo on side A. Crafted from all-metal material through CNC-integrated carving technology, the ACD surface stands out.

It now embraces a robust CNC diamond rotating shaft, and the edges are intentionally rounded for a more comfortable grip. Redmi Book Pro 16 2024 boasts a thickness of 15.9mm and a weight of approximately 1.88kg.

Display

Moving on to the 16-inch IPS screen, it embraces third-class narrow bezels, achieving a 91.88% screen-to-body ratio. With a resolution of 3072×1920, a 165Hz high refresh rate, and 500nit brightness, it impresses with remarkable specifications. Additionally, it supports a 100% DCI-P3 color gamut, a 1500:1 contrast ratio, Dolby Vision, and HDR 400.

Moreover, the screen facilitates a 180-degree opening and closing angle, enhancing convenience during meetings and work sessions. A 1080P ultra-high-definition camera complements a 4-microphone array that records the user’s voiceprint. Through deep neural network analysis, it identifies the user’s voice, suppresses surrounding noise, and enhances the video conferencing experience.

On side C, the touchpad reaches a record size for the Redmi Book series at 150×95mm, providing a smooth user experience. Notably, the touchpad features built-in NFC, enabling seamless connection with ThePaper OS phone with just one touch.

Furthermore, the touchpad offers quick mode-switching capabilities through Fn+K, toggling between quiet mode, balanced mode, and extreme speed mode. In the upper right corner, the power supply integrates a fingerprint recognition solution, streamlining boot and login operations with a single press.

Replacing the original Xiao Ai voice button, the Xiaomi Computer Manager button, located in the same corner, enables rapid functions such as performance mode switching and scheduling, customizable to the user’s preferences. A list of ports includes full-featured USB-C, Thunderbolt 4, HDMI 2.1 TMDS, and a 3.5mm audio interface.

On the right side, two USB-A 3.2 Gen1 ports enhance connectivity options. Moving to side D, a row of large-area heat dissipation grilles catches the eye. The package includes a 140W gallium nitride charger and dual USB-C cables. Redmi Book Pro 16 2024 implements a dual fan and three-heat pipe cooling solution, reaching fan speeds of up to 6400 RPM.

Equipped with dual 12V high-speed fans, an 8mm+6mm+6mm heat pipe covers the main core components, swiftly dissipating heat from the fuselage. This ensures stable performance output and allows the computer’s performance release to reach astonishing levels, up to 70W. On the far right side, a pre-installed 1TB M.2 2230 SSD, model Yangtze Storage PC300, features a heat dissipation armor. Notably, scalability is considered, with a PCIe 4.0 speed M.2 2242 slot reserved to the left of the right fan. The lower half houses a substantial 99Whr lithium-ion battery.

Performance Test

In this RedmiBook Pro 16 performance test, we activated the “violent mode” in Xiaomi Computer Manager to assess its release level.

A tool by Driver Home, tailored for mainstream PC players. It utilizes fast technology algorithms and authoritative test modules like 3DMark to comprehensively evaluate the PC’s configuration. The Redmi Book Pro 16 2024 scored 480,231 points, surpassing 98% of notebook users, highlighting its powerful CPU in the gaming notebook.

Specifically, the Core Ultra 7 155H exhibited a score breakdown: 211,656 for the core, 88,395 for memory, and 27,920 for the hard disk. Notably, this gaming notebook’s CPU and memory enhancements have elevated the performance of thin and light notebooks beyond the 20~30W range.

Comparing it to earlier models, the CPU performance is on par with the 13th generation 60W H-series standard processor, and the doubled memory contributes to the overall outstanding performance.

Moving on to the CPU-Z test, the Core Ultra 7 155H achieved a single-thread score of 743.5 and a multi-thread score of 8615.1.

• In the CINEBENCH R15 test, the Core Ultra 7 155H scored 261 for single-thread and 2903 for multi-thread.
• CINEBENCH R20 revealed a single-thread score of 683 and a multi-thread score of 7183.
• In the CINEBENCH R23 test, the single-thread score was 1784, and the multi-thread score was 18,521.
  • The single-threaded score was 105, and the multi-threaded score was 995.

Switching to Chess, supporting a maximum of 16 threads, the Core Ultra 7 155H displayed a relative performance multiple of 67.79, achieving 32,537 thousand steps per second.

Comparatively, the Core Ultra 7 155H’s test results are surprising. With a mere 70W power consumption, it outperforms the 80W Ryzen 9 6900HS, leading by 12.1% and 31.8% in single-core and multi-core.

Even against Intel’s H series standard pressure, the Core Ultra 7 155H exhibits superior energy efficiency, matching the multi-core performance of the Core i9-12900H/i7-13700H, with only a 6% difference in single-core performance.

Graphics Performance Test

Let’s delve into the graphics performance of our Arc core. Starting with the theoretical test, in 3DMark’s Time Spy project, boasting DX12+2K resolution rendering, the Arc core secured a total score of 4245. Notably, the Arc core graphics score stood at an impressive 3823.

Thanks to the high-frequency LPDDR5X-7467 memory, the Arc core display flexes its muscles, delivering potent performance.

Now, comparing figures, the Arc core display outshines the Radeon 780M and GTX 1050 Ti by 50.8% and 70.3%, respectively.

Game Test

1. Final Fantasy 15

In the Final Fantasy 15 Benchmark, our final score soared to 4328. This showcases a performance that doubles the graphics capabilities of the 45W Core i5-13500H processor.

2. World of Tanks

Under the demanding image quality of “World of Tanks,” our score hits 12105, translating into an impressive frame rate of approximately 73 FPS. Switching to medium quality, the score reaches 28403, resulting in a frame rate of around 171 FPS. Remarkably, this performance is twice that of the Core i5-13500H.

3. Far Cry 6

Exploring “Far Cry 6” at 1080P low quality, we observed an average frame rate of 56 FPS.

4. Shadow of the Tomb Raider

Similarly, in the 1080P low-quality setting of “Shadow of the Tomb Raider,” we recorded an average frame rate of 56 FPS.

Analyzing these real-game scenarios, it’s evident that some 3A game masterpieces run seamlessly, achieving frame rates close to 60 FPS even at low image quality.

AI Test

Stable Diffusion, an image-based AI model, was tested. This AI mapping tool allows users to input a sentence or specific keywords to create a desired image. Intel supports Stable Diffusion through the OpenVINO solution, usable with CPU or core display for “alchemy.”

When testing with the keyword “Space War,” Euler an as the sampling method, a resolution of 512×512, and 20 iteration steps, the Redmi Book Pro 16 2024 notebook review revealed a 70W all-round release that refreshed the upper limit of thin and light notebooks.

In default mode, OpenVINO is off, but with NPU support, the generation speed is rapid, producing an image in 93 seconds. However, with OpenVINO on and GPU as the rendering device, efficiency improves further, achieving 1.93it/s. Image generation takes only 35 seconds, 1.66 times faster than the default.

Moving on to the large language model, Intel developed the BigDL-LLM library for local execution. This library is optimized and compatible with various large language models, enabling it to run on notebooks with Intel Core processors or higher and 16GB of memory, supporting models with up to 16 billion parameters.

The AI application utilized in the RedmiBook Pro 16 2024 notebook review is the “Intel Large Language Model” Demo. The task involved generating a five-day travel itinerary in Yunnan.

Throughout this process, the NPU exhibited an average generation rate of 58.69 ms/token, showcasing remarkable speed. This large model application, operating offline and generating results locally, proves to be powerful in terms of performance, even without internet connectivity.

Screen

In terms of color gamut, the color gamut of RedmiBook Pro 16 2024 covers 100% sRGB, 86% Adobe RGB, and 96% DCI P3, which is an excellent result on an IPS screen.

In SDR mode, the measured maximum brightness of this screen can reach 460 nits, and the maximum contrast ratio is 1360:1.

In terms of color accuracy, the maximum measured Delta-E value is 2.68, the minimum value is 0.14, and the average value is 0.7, which is comparable to professional monitors.

Memory

Redmi Book Pro 16 2024 has built-in dual-channel 32GB LPDDR5X-7467 with timings of 40-39-39-77.

PS: Due to compatibility issues, the software cannot correctly identify the frequency and channel number.

Memory testing was performed on AIDA64. The read, write, and copy bandwidths were 83393MB/s, 68186MB/s, and 95192MB/s respectively, and the latency was 144ns.

Harddisk

RedmiBook Pro 16 2024 is equipped with a 1TB PCIe 4.0 NVMe SSD. In the CrystalDiskMark test, it can achieve a sequential reading speed of 3.9GB/s and a writing speed of 3GB/s. It can also achieve a 4K random speed of 64MB/s. Read and write speeds of 153MB/s.

Battery

When the oven is initiated by Core Ultra 7 155H, it consumes 110W of PL2 power, causing a significant temperature rise, peaking at 107°C. During this phase, Core Ultra 7 155H’s P-Core hits a maximum frequency of 4.6GHz, E-Core reaches 3.8GHz, and LP E-Core operates at 2.5GHz. After a 10-minute bake, power consumption stabilizes at 70W and the temperature hovers around 97°C.

At this juncture, Core Ultra 7 155H’s P-Core attains a maximum frequency of 4GHz, E-Core hits 2.8GHz, and LP E-Core operates at 2.1GHz. Transitioning to the Redmi Book Pro 16 2024, equipped with a 99Whr lithium-ion battery, we conducted a battery life test using PCMark 10’s modern office test.

In the test, we switched the power mode to “Best Energy Efficiency” and set Xiaomi Computer Manager to “Quiet Mode” with a 50% brightness level. With the addition of two LP E-Cores in the Meteor Lake architecture, power consumption can be kept exceptionally low when no program is active.

Ultimately, the RedmiBook Pro 16 2024 achieved an impressive 19.5-hour score in the PCMark 10 modern office endurance test, easily doubling the endurance score of similar thin and light notebooks.

In a subsequent battery life assessment, we adjusted the power mode to “Balanced,” set Xiaomi Computer Butler to “Balanced Mode,” and maintained a 50% brightness level.

The result was a remarkable battery life of nearly 17 hours, showcasing excellent performance. Despite being supported by a substantial 99Whr battery, the advantages facilitated by the Meteor Lake architecture should not be underestimated.

Verdict

The Meteor Lake architecture’s Core Ultra 7 processor now contends not with the traditional U low-voltage and low-power series, but with the H standard voltage high-performance series.

The 12th/13th generation Core i7 H series in gaming notebooks, Core Ultra 7 achieves lower power consumption while remaining competitive in multi-core performance.

However, being the first generation Core Ultra, it lags by 5~6% in single-core performance. Improvement is possible, but in terms of energy efficiency, it already demonstrates robust performance.

Moreover, the GPU upgrade marks a significant leap. If AMD Radeon 780M’s performance is likened to independent graphics, Arc core graphics truly replace entry-level independent graphics, eliminating the graphics performance bottleneck for Intel mobile processors. In essence, graphics performance is no longer a limitation for Intel mobile processors.

AI

Beyond noticeable performance gains, the NPU engine embedded in the Core Ultra processor elevates the AI capabilities of the mobile processor.

On the Redmi Book Pro 16 thin and light notebook, using Stable Diffusion for “alchemy” is seamless. Paired with Intel OpenVINO, generating a picture takes only 35 seconds, and running large model data is a breeze.

Core Ultra processors fully realize faster and more expansive AI performance.

Starting from this generation, the often-discussed AI PC is exemplified in the Redmi Book Pro 16 with Core Ultra 7.

Battery life:

In our previous tests, Intel thin and light notebooks maxed out at 14 hours of battery life, compromising performance.

Core Ultra introduces two ultra-low power cores (LP E-Core) to the original hybrid architecture (P-Core + E-Core), extending battery life.

The concept is straightforward: during low-load periods like video watching or standby, ultra-low power consumption ensures system operation, achieving longer battery life for thin and light notebooks.

The RedmiBook Pro 16, equipped with Core Ultra 7 155H and a 99Whr battery, impressively clocks in at 19.5 hours.

Compared to past generations, this result is striking, offering both robust performance and enduring battery life without the need for compromise.

Screen:

As the device’s output soul, the screen dictates our usage scenarios. Regarding color accuracy, the Redmi Book Pro 16 boasts 100% sRGB, 86% Adobe RGB, and 96% DCI P3 coverage, with an average Delta-E of 0.7, ensuring excellent quality.

With Core Ultra 7 155H enhancements in processor, graphics, AI, and battery life, the Redmi Book Pro 16 easily fulfills productivity, professional design, and other needs.

In conclusion, positioned as a thin and light book, the Redmi Book Pro 16, powered by Core Ultra 7, pleasantly surprises the user experience department.

Augmented by Xiaomi Pampers’ cross-device collaboration features like Xiaomi mutual transmission and cross-device clipboard, it breaks down barriers between devices, enhancing productivity.

For those seeking a thin and light book that seamlessly blends performance, battery life, and productivity, the Redmi Book Pro 16 with Core Ultra 7 is a compelling choice.

Read Also: Xiaomi RedmiBook Pro 16 2024 released: 99Wh battery ceiling from 5999 yuan, $844

The post RedmiBook Pro 16 2024 Review: Budget Laptop For Creators? appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

After three years of high-end exploration, Xiaomi has achieved the three most important things: no shortcomings in high-end products, from parameter leadership to experience priority, and deep integration of software and hardware. Under this concept, Xiaomi Mi 13, released at the end of last year, has become the “Thirteen Fragrances” in the mouths of rice fans and has also become a masterpiece of Xiaomi’s “from parameter leadership to experience priority”, gaining both reputation and sales.

The Xiaomi Mi 14 that I am going to review for you today is already the fifth generation product of Xiaomi’s high-end exploration. It must be said that it is the most interesting generation among these five generations of products!

First of all, the Xiaomi 14 is the first mobile phone to be equipped with Xiaomi’s new self-developed operating system HyperOS, which is of great significance.

From this moment on, Xiaomi HyperOS will gradually succeed MIUI.

To put it simply, MIUI is only based on mobile phones, and there is still a big threshold for ecological interconnection.

However, with the blessing of Xiaomi’s Surging OS, the barriers between hardware and devices have been completely broken, allowing all of its own ecosystems to achieve unified connection protocols and real-time communication so that each device can be connected together like a huge network, and finally build A smart world of “full ecology for people, cars, and homes” is also Xiaomi’s vision for the future.

Secondly, Xiaomi Mi 14 is also the first mobile phone with the most perfect Leica Summilux lens in the mobile imaging field as standard. It uses Leica VARIO-SUMMILUX1:1.6-2.2/14-75 ASPH., making mobile devices truly equipped with It has the ability to accurately capture the moment in all tenses and all scenes.

The new professional high-dynamic image sensor “Light and Shadow Hunter 900”, a new generation of optical system solutions, and all the photography experience of Xiaomi and Leica over the past three years will be reflected in this mobile phone.

Xiaomi Mi 14 also debuted the Snapdragon 8 Gen3. The CPU peak performance of the whole machine was increased by 30%, and the power consumption was reduced by 34%. The GPU peak performance was increased by 35%, and the power consumption was reduced by up to 38%. The excellent energy efficiency ratio makes it in the A17 Pro surpasses the iPhone 15 in performance.

In addition, as the only two mobile phone manufacturers in the industry (the other is Apple) that is still making flagship phones with large and small screens, Xiaomi has created the “narrowest four sides in the industry” and four new colors for Xiaomi Mi 14, one of which includes the technology nano Snow mountain powder exclusive to Pi.

Now, let’s take a look at the actual performance of the Xiaomi Mi 14.

Design and Build

Xiaomi Mi 14 uses a 6.36-inch four-narrow-edge straight screen. The screen material uses C8 luminescent material jointly developed with Huaxing. The resolution is 2670×1200, PPI 460, and supports 1-120Hz LTPO infinitely variable refresh rate. Full DC dimming, the surface is covered with a layer of Corning Gorilla Glass Victus 2 glass. The size is 152.8×71.5×8.29mm. The technical nano leather version weighs about 188g, while the regular version weighs 193g.

Xiaomi Mi 14 uses advanced FIAA screen wiring technology to integrate the panel Fanout wiring inside the display area, thereby creating an extremely narrow lower border, effectively increasing the screen-to-body ratio and making the four borders look equal in width.

The four narrow-edge straight screen, combined with dual stereo speakers, can bring a more audio-visual experience when watching movies and playing games.

The Xiaomi Mi 14 we received is in Snow Mountain Pink color. What’s special about this color scheme is that it uses the same second-generation technological nano-leather material as the Xiaomi Mi 13 Ultra. It has far greater durability and anti-yellowing ability than traditional leather, and it also supports national The first-level antibacterial standard brings a soft and delicate touch.

It is worth mentioning that the entire Xiaomi Mi 14 series supports IP68 dustproof and waterproof, including this standard version. Although it adopts a straight-edge design, the edges are over-processed and the grip feels quite good.

The design language of the rear camera has changed slightly from that of the previous generation. The rear camera adopts an isometric layout, the white part is the flash, and the Deco edge of the camera uses a Paris stud texture design, which is integrated with the technical nano-leather body.

Xiaomi Mi 14 is equipped with LEICA VARIO-SUMMILUX 1:1.6-2.2/14-75 ASPH Leica imaging optical system, which consists of main camera + ultra-wide angle + telephoto. All three lenses can achieve a maximum of 50 Megapixels.

The volume buttons and power button of Xiaomi Mi 14 are concentrated on the right side. At the bottom are the noise reduction microphone, SIM card slot, and USB-C opening.

Xiaomi Mi 14 also uses a 4-microphone array, located on the top, bottom, and back, which can greatly improve the sound quality during video shooting. The package comes with instructions, phone case, card pin, charging cable and charger. The maximum output power of the charger is 90W, which can fast charge Xiaomi Mi 14.

Cameras

Xiaomi Mi 14 is equipped with LEICA VARIO-SUMMILUX 1:1.6-2.2/14-75 ASPH Leica imaging optical system, which consists of main camera + ultra-wide angle + telephoto. All three lenses can achieve a maximum of 50 million pixels.

The main camera uses Xiaomi’s new “Light Hunter 900” sensor, which has a 1/1.31-inch photosensitive unit, 23mm focal length, and f/1.6 aperture. It takes in 20% more light than the iPhone 15 Pro and supports four-pixel synthesis. 1. It can achieve 1.2/2.4μm large pixel fusion.

This main camera also has a dynamic range of 13.57EV, which is 8 times higher than the one-inch IMX989. Coupled with a 14-bit color depth, the mobile phone can also have light and shadow details and high dynamic range comparable to the camera.

The telephoto lens has a 75mm equivalent focal length and an f/2.0 aperture. It has an effective pixel count of 32MP in photo and video modes. It can output a maximum of 50 Megapixels in portrait mode and supports 10cm super close-ups.

The ultra-wide-angle lens has a 14mm equivalent focal length and an f/2.2 aperture.

Main Photographer

The image effects brought by the Light Hunter 900 sensor are amazing enough. Although the size is only 1/1.31 inches, the overall performance is not inferior. With the blessing of a large aperture of f/1.6, the Xiaomi Mi 14 can easily produce pictures in different light scenes.

The overall sample is relatively clean, which not only brings excellent texture, but also makes it easier for you to capture rich resolution and light and shadow details.

Telephoto

The 75mm telephoto lens is also an excellent focal length for shooting scenery. This lens can bring a unique perspective, ensure a certain sense of compression while ensuring the viewing range, highlight the photographed object, and bring a stronger sense of presence. This is also It is an essential focal length for taking landscape photos and sweeping streets.

Faced with complex light environments and the adjustment of Leica optics, the film yield is still quite high. With post-production color correction, the gameplay is even more enriched.

Moreover, because the floating telephoto can theoretically achieve a large focusing range from 10cm to infinity, it also has the ability to shoot super close-ups.

With only 10cm, you can take excellent macro proofs. There is no doubt about the imaging effect. The blur effect is very natural and there is no accidental damage to the edges of the subject, which is comparable to a SLR.

Super wide angle

If you want to take pictures of magnificent buildings or group photos, the ultra-wide angle can also satisfy you.

As can be seen from the above sample, whether it is latitude or imaging effect, even compared to the one-inch CMOS of the previous generation, the dynamic range, color performance, contrast, and resolution are all excellent, whether it is day or night. It’s easy to control, and every sample you take is stunning.

In addition to Leica optical tuning and Light Hunter 900 sensor blessing, part of the reason is actually that Xiaomi Mi 14 uses multi-layer ALD ultra-low anti-reflective nano-coating, lens edge coating, and IRCF spin-coating process filters, thereby optically reducing the To solve the problem of ghosting and glare, you must know that the latest iPhone 15 Pro series has only partially solved it.

Performance

In terms of core hardware, Xiaomi firstadopted the third-generation Snapdragon 8, upgraded to the N4P process technology, and fully used the 64-bit instruction set. The core specifications of the GPU increased by 20%, and it also supports hardware light tracing and Mesh Shading.

The third-generation Snapdragon 8 processor adopts a “1+3+2+2” four-cluster eight-core architecture design, which consists of one 3.3GHz Cortex-X4 core and three 3.15GHz Cortex-A720 The core consists of two Cortex-A720 cores at 2.96Hz and two Cortex-A520 cores at 2.27GHz.

The GPU is a new generation of Adreno 750 GPU. The core size is increased by 20% compared with the previous generation, the theoretical peak performance is increased by 35%, the power consumption is reduced by 43%, and it also supports hardware light tracing and Mesh Shading. Theoretically, it is not a problem for Xiaomi Mi 14’s graphics performance to surpass that of the A17 Pro processor.

In terms of heat dissipation specifications, the Xiaomi Mi 14 is equipped with a Xiaomi ring-shaped cold pump, which uses a unique multi-layer water control one-way interface and vapor-liquid separation. This next-generation heat dissipation capability can dissipate heat for chips and CMOS, ensuring stable game performance. Release, when recording 4K 60FPS video, there will be no problem of image quality degradation due to overheating.

In terms of storage, it also supports Ultra Space, FBO refresh storage and other features to avoid performance degradation after long-term use of the phone, allowing the phone to maintain a smooth operating experience at any time.

Let’s take a look at the theoretical performance and actual gaming performance of Xiaomi Mi 14.

Performance Testing

Using AnTuTu to run the test, it actually achieved a high score of 2.08 million, which is at least 25% better than the second-generation Snapdragon 8 model.

GeekBench 6, a one-way CPU test, achieved a single-core score of 2189 and a multi-core score of 7155, which were 48.5% and 37.2% higher than the previous generation respectively.

The most noteworthy thing about the GFXBench one-way GPU test is that the 1080P Tyrannosaurus Rex off-screen gave a score of 505 FPS. This result is a full 12% higher than the 453.8 FPS score of the iPhone 15 Pro!

Since the third-generation Snapdragon 8 has canceled the 32-bit instruction set, AndroBench can no longer be installed. We changed the tool and used RaptorMark to test UFS 4.0, and found that the sequential read and write results exceeded 4GB/s, and the 4K random write continued respectively. It is 1.5GB/s, 447MB/s.

Of course, running scores are only the minimum guarantee of performance, so let’s take a look at the actual performance by playing the game.

Game Testing

We use “Genshin Impact” as the game to check the frame rate, power consumption, and other performance of Xiaomi Mi 14 games.

In the hardware killer “Genshin Impact”, we changed the image quality to extremely high, and based on this, changed the frame rate to 60 frames. During the game, we will use the skills of the characters Yelan and Zaoyou to move quickly in the main city of Fontaine and conduct random running tests.

After 10 minutes of testing, the game curve was very smooth, and there were no problems such as frame drops or frame drops during the entire process. During this period, the GPU occupied only 70.3%, and the pressure was not great. The average frame rate is 59.5 FPS, which is already at full frame level.

During this period, the average power consumption of the game was 4.7W, and the frame energy consumption was 78.7mW, which is still very good. After 10 minutes of gaming, the maximum temperature of the chip area on the back of Xiaomi Mi 14 reached 44.2°C, and the holding area at the bottom was 39.7°C.

However, thanks to the Xiaomi ring-shaped cold pump + technological nano-skin body, it only feels slightly warm in the hand, which does not have a big impact on the gaming experience and does not reach the point where it is impossible to hold.

Thanks to the enhanced GPU performance of the third-generation Snapdragon 8, Xiaomi Mi 14 also brings native 2K rendering, which can unlock higher rendering resolutions for games such as “Genshin Impact” and does not require AI super-resolution. Native point-to-point rendering.

The opening method is in the mobile phone manager -> Game acceleration -> “Genshin Impact” -> enter the GPU settings at the bottom of the mode -> switch to high-performance mode. The picture on the left is high-quality mode and the picture on the right is standard mode.

It can be seen that after turning on the high-quality mode because the original high-definition materials in the game engine are used, not only the edges of the objects but also the overall picture look and feel are clearer.

Moreover, the benefits of doing so are better than that of AI super-resolution solutions. There will be no traces of image quality reconstruction algorithms such as sharpening, flickering, and jitter that are common in traditional AI super-resolution algorithms.

Next, we will test the game performance of “Genshin Impact” again in high-quality mode.

Under the same image quality, but because the high-quality mode is turned on, the frame rate limit of the image has a higher priority than the game settings, and the frame rate is locked to 30 frames. After 10 minutes of testing, the average frame rate was 29.7; during this period, the GPU usage was not much different, at 68.3%.

Although it is point-to-point rendering since the number of game frames is only 30, the average power consumption of the game is even lower, only 3.5W, the frame energy consumption is 118mW, and the energy efficiency ratio is even better. After 10 minutes, the maximum temperature of the chip area on the back of Xiaomi Mi 14 reached 39.8°C, and the holding area at the bottom was 28.4°C. It still feels very cool to the touch.

If you want to enable 60 frames, you can also enable all options in the advanced settings of this interface. However, this may increase the pressure on the GPU and cause obvious heating. Players can turn it on as needed.

Battery

Charging test

Xiaomi Mi 13 has a built-in 4610mAh high-density battery, which supports 90W Xiaomi HyperOS wired second charging and 50W Xiaomi HyperOS wireless second charging. The built-in chip is equipped with the Xiaomi 14 Pengpai P2 fast charging chip and the Pengpai G1 battery management chip to form a dual-core power system. The combination of the two gives Xiaomi 13 Ultra the ability to monitor battery health in real-time and optimize the discharge and charging strategies. , to maintain the health of the battery.

In addition, HyperOS G1 can also learn user usage patterns to dynamically adjust prediction values ​​to provide users with more accurate usage time estimates. We tested the charging speed of the Xiaomi Mi 14 and found that it charged to approximately 50% in 10 minutes and to approximately 80% in 20 minutes. It takes a total of 35 minutes to charge from 5% to full health.

Endurance test

For the battery life, we use the professional battery life testing tool – Battery Dog produced by Kuai Technology for testing.

For the test items, we chose the extreme battery life test and checked all test items including CPU high voltage, CPU multi-threading, AI recognition, picture browsing, video playback, and web browsing to simulate user usage scenarios and restore the real load to the greatest extent. Infinitely close to the real power consumption situation. We set the manual brightness to 50% and the refresh rate to the default smart refresh. When measured from 100% battery to 20%, Hardware Dog gave a battery life result of 8 hours and 50 minutes.

In other words, the total battery life of the Xiaomi Mi 14 is about 10 hours. According to the usage of ordinary users, it can fully meet the intermittent use time throughout the day.

Read Also: Xiaomi 14 vs Xiaomi 14 Pro: A Comprehensive Comparison

Verdict

Three years ago, Xiaomi encountered the most intense controversy in history regarding whether to make high-end mobile phones: 1. It is too difficult to make high-end phones, can it not do it? 2. Can it be made high-end using the Xiaomi brand?

These two issues were not only suspected by the outside world at the time, but also had different opinions within Xiaomi.

Finally, under Lei Jun’s persuasion, Xiaomi reached a consensus – high-end is the only way for Xiaomi’s development, and it is a battle of life and death! There can be no wavering and we must fight to the end. No matter how difficult it is, we must stick to the Xiaomi brand for high-end products.

The process of hitting the high-end is undoubtedly painful. From the beginning of exploration with Xiaomi Mi 10 Ultra, to the Xiaomi Mi 12 series, Leica optics and one-inch CMOS, Xiaomi took this opportunity to pursue the victory and launched the “Thirteen Fragrances” Mi 13 series with explosive reputation. Xiaomi has finally tasted the “fruit of victory” after years of hard work.

This is actually just the beginning of Xiaomi’s high-end journey. We can also see many “clues” from this Xiaomi Mi 14: Xiaomi’s Surging OS, which is self-developed for the Internet of Everything, a new brand of the Light and Shadow Hunter family that focuses on imaging, The C8 luminescent material jointly developed with Huaxing for cross-ecological same-color display, the natural touch engine jointly developed with Tsinghua University, etc., all of which demonstrate Xiaomi’s exploration of the future.

In the imaging experience of Xiaomi Mi 14, it is precisely thanks to the blessing of Leica optical tuning and the Light and Shadow Hunter 900 sensor that the performance is not inferior to that of the previous generation, allowing the mobile phone to have light and shadow details and high dynamic range comparable to the camera, and you can take a photo with ease. You bring quality photos.

The overall strength of the third-generation Snapdragon 8 has improved significantly. The average frame rate in “Genshin Impact” easily reached 59.5 FPS, and the power consumption was only 4.7W. The improvement in energy efficiency ratio is really excellent, and it indeed surpasses the A17 Pro.

The improvement of GPU makes it easy for Xiaomi Mi 14 to achieve native 2K rendering. It can achieve native point-to-point image rendering without AI super-resolution, thus breaking through the limitation of native 720P and allowing mobile phones to experience the same picture quality experience as PC.

Coupled with the Xiaomi ring-shaped cold pump, the stability of the imaging capabilities has also been improved. Even if 4K 60FPS video is recorded for a long time, the image quality will not be degraded due to overheating.

You must know that in the past, Apple was the only company that recorded videos for a long time without losing image quality. In this way, users can have more freedom in choosing devices and no longer have to worry about being coerced by Apple’s ecosystem.

These are the technical reserves and experience Xiaomi has accumulated in the past few years when it hits the high-end. It has made Xiaomi’s tuning of high-end models more and more mature. Now, the Xiaomi Mi 14 standard version can also be enjoyed by the public with its compact size. Get the same experience as the Pro level.

After experiencing the “pain” of impacting high-end products, Xiaomi is now constantly seeking breakthroughs in technology, which will determine Xiaomi’s survival and development in the next 10 years. It has greater space and a promising future.

The post Xiaomi 14 First Review: The New Small-Screen Flagship King appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

The Poco M7 Pro boasts a stunning 6.67-inch IPS LCD display with a Full HD+ resolution. Whether you’re streaming movies, playing games, or browsing the web, you can expect vibrant colors and sharp visuals. With its slim bezels and a tiny punch-hole cutout for the front camera, the Poco M7 Pro offers an immersive viewing experience.

Under the hood, the Poco M7 Pro is powered by a MediaTek Dimensity 900 chipset, ensuring smooth performance and efficient multitasking capabilities. Whether you’re running demanding applications or playing graphics-intensive games, this smartphone can handle it all without any lag. Additionally, the device comes with up to 8GB of RAM and up to 128GB of internal storage, providing ample space for all your files, apps, and media.

Photography enthusiasts will be delighted by the camera setup on the Poco M7 Pro. It features a quad-camera system, with a 64MP primary sensor, an 8MP ultra-wide-angle lens, a 2MP macro lens, and a 2MP depth sensor. This versatile setup allows you to capture stunning photos with great detail and clarity, regardless of the shooting conditions. On the front, the device houses a 16MP selfie camera, perfect for taking impressive self-portraits and video calls.

One of the standout features of the Poco M7 Pro is its long-lasting battery life. With its massive 5,000mAh battery, you can comfortably go through an entire day on a single charge, even with heavy usage. And when it’s time to recharge, the device supports 33W fast charging, ensuring that you spend less time plugged in and more time enjoying your smartphone.

In terms of software, the Poco M7 Pro runs on MIUI 12 based on Android 11. This user-friendly interface offers a plethora of customization options, allowing you to personalize your smartphone according to your preferences. Additionally, the device comes with a range of useful features such as a fingerprint sensor, facial recognition, and a dedicated headphone jack.

With its sleek design and premium build quality, the Poco M7 Pro offers a comfortable grip and a stylish appearance. The device is available in various color options, allowing you to choose the one that suits your style best. Additionally, it comes with an array of connectivity options, including 5G support, ensuring that you stay connected at all times.

Considering its impressive specifications and affordable price tag, the Poco M7 Pro is undoubtedly a game-changer in the budget smartphone segment. With its powerful performance, stunning display, versatile camera setup, and long-lasting battery life, this smartphone offers exceptional value for money. If you’re in the market for a budget-friendly device without compromising on features, the Poco M7 Pro should definitely be on your radar.

The post Poco M7 Pro Concept Phone Preview: A Budget Smartphone with Impressive Features appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.