Sharge’s Shargeek 300 is down to $179 on Amazon, from a list price of $229. That is $50 off (22%). The deal runs as an Amazon “Limited time deal” until October 29, and the seller is the SHARGE Official Store.
Most power banks stop at a phone and maybe a tablet. The Shargeek 300 targets laptops. Its 300W total output can run two 16-inch MacBook Pros at up to 140W each and charge a phone at the same time.
Capacity: 24,000mAh, which Sharge says complies with airline rules
Output: 300W total; two USB-C ports at up to 140W (PD 3.1), plus one USB-A port
DC port: adjustable 5V–28V output (5.5 x 2.1mm) for Starlink, portable fridges, camera monitors, LED lights and soldering irons
Recharge: 140W USB-C input, 0 to 100% in about 44 minutes
Display: 1.9-inch screen that shows live power curves, individual cell voltages, cycle count, and estimated time remaining. You also set the DC voltage here.
Build: CNC-machined aluminum unibody with full-tab cells (≤4 mΩ internal resistance), which Sharge says run up to 35% cooler
Who should buy it
Buy it if you carry a laptop and want one battery for the whole bag. The DC port also makes it useful for creators and campers who run 12V–24V gear. If you only charge a phone, it is overkill.
If you want a pocket battery instead, UGREEN’s Nexode 45W 10,000mAh power bank with a built-in USB-C cable and smart display is $59.99 on Amazon (list $69.99).
The ISHO Ring is a new smart wearable focused on sleep tracking and health monitoring. Developed by a startup founded by an ex-Xiaomi executive, the device combines health-focused technology with a premium design. Its official launch is scheduled for later this month, when more details about its capabilities are expected.
ISHO Ring features a titanium design and sapphire glass
ISHO Ring
The ISHO Ring is the first product from Wang Teng Thomas’s startup, Yixiu, also known as Today’s Rest. The smart ring is positioned as a premium wearable with sleep monitoring at its core. Its launch will take place on October 29 at 7 PM China time during the company’s first AI sleep technology ecosystem event.
The ring uses aviation-grade titanium for both its inner and outer surfaces, avoiding the plastic inner lining found in some competing designs. Both sections share the same color and feature a seamless construction intended to deliver a more unified appearance. A sapphire glass element on the front adds a jewelry-like finish while accommodating the device’s monitoring functionality.
Buyers will be able to choose from gold, black, and silver finishes. Since smart rings need to fit closely to the finger for reliable measurements, the company is expected to offer multiple sizes. Customers will need to measure their fingers before purchasing, although the complete sizing process and availability details have not yet been announced.
ISHO Ring
Today’s Rest is positioning its broader product strategy around a more complete approach to sleep management. The company says its vision involves connecting data collection with analysis, personalized recommendations, and interactions with other devices. How these features will work in practice, and which measurements the ring supports, remain undisclosed.
Wang Teng previously held senior positions at Xiaomi, including general manager of the Redmi brand and general manager of Xiaomi China’s marketing department. He left Xiaomi in September 2025 after the company announced his dismissal over serious violations, including leaking confidential information and conflicts of interest.
The October 29 event may also introduce another sleep-focused product, potentially resembling sleep earbuds, based on earlier promotional imagery. Pricing, battery life, sensor specifications, and software compatibility are still unknown.
The OnePlus Ace 7 series is getting a major cooling upgrade ahead of its expected launch in China later this month. The series, which is expected to include the Ace 7 and Ace 7 Pro, will feature active cooling hardware designed to improve sustained performance during demanding games. OnePlus is now highlighting how its approach aims to address common problems with fan-equipped smartphones.
OnePlus Ace 7 brings a new dual-airflow cooling design
OnePlus Ace 7 series schematic
In a new Weibo post, OnePlus China President Li Jie explained that the Ace 7 series uses two separate airflow paths, with one targeting the chipset and the other cooling the rear panel. Li described the arrangement as an industry-first design from OnePlus. Unlike conventional cooling solutions that primarily focus on internal temperatures, this system also considers how the phone feels during extended gaming sessions.
The design includes several changes intended to make horizontal gaming more comfortable. The intake is positioned to reduce the chances of fingers blocking airflow while holding the phone in landscape orientation. Hot air is directed upward, away from the fingers gripping the device, while a separate stream of cool air passes over the rear panel to reduce the sensation of heat and moisture on the hands.
These adjustments target practical issues that can affect gaming despite having a cooling fan. Blocked air intakes can reduce cooling effectiveness, while hot exhaust blowing towards the fingers can make extended sessions uncomfortable. OnePlus is attempting to address both problems through airflow placement rather than relying solely on lower chipset temperatures.
The Ace 7 series will be the company’s first performance-focused smartphone lineup with active cooling. Earlier product images show a fan integrated into the rectangular rear camera module. OnePlus has also described the series as a major generational upgrade, with standard and Pro models expected.
According to reports, both versions could feature displays with a 185Hz refresh rate, while the Pro model may include a periscope telephoto camera. Both phones are said to be powered by Snapdragon 8 Elite Gen 5 series chipsets and a massive battery of around 9,000mAh capacity. These specifications remain unconfirmed, and OnePlus has yet to disclose the complete hardware details.
Redmi has quietly launched the Redmi Band 4 in China, with sales starting today. The new fitness tracker succeeds the Redmi Band 3 from 2024 and brings changes to its frame, cover glass, and battery life.
Starting with, Redmi Band 4 features a metal-textured frame, a unibody design, along with 2.5D curved cover glass over the display. The screen measures 1.47 inches and refreshes at 60Hz.
Redmi has added a vertical texture to the strap and updated the pin-style clasp to help keep it securely in place during workouts and everyday use.
The Band 4 is rated for up to 21 days on a single charge, three days longer than the Redmi Band 3’s 18 days. On regular monitoring, the battery life drops to 8 days, so how long it lasts will depend on which tracking features you use.
Those features cover the usual fitness band essentials, including all-day stress monitoring, heart rate tracking, blood oxygen readings, sleep tracking, and women’s health management.
The stress monitoring feature tracks changes throughout the day, while you get 50 sports modes that record activities such as running, cycling, and table tennis. The band also has 5ATM water resistance.
Outside of workouts, the Redmi Band 4 can do the usual smart wearable stuff, including displaying message notifications, setting alarms, and switching between watch faces. It also supports payments through WeChat and Alipay QR codes in China.
Redmi Band 4 misses NFC
A feature that’s gone missing on the Redmi Band 4 is NFC support. NFC. The Redmi Band 3 includes NFC for offline payments in China, but we didn’t find any mention of it on the new wearable.
The Redmi Band series started at 99 yuan when the original Redmi Band launched in 2020. The latest model costs 169 yuan (~ $25), up from the Redmi Band 3’s launch price of 159 yuan.
Motorola’s wide-folding phone surfaced in the first leak last month under the name Razr Flex. A Geekbench listing now backs up the name and spills details on what could be under the hood.
It’s the first time the name has appeared outside of leaks, although the listing comes from a pre-release device and doesn’t confirm what Motorola will call the phone. Geekbench entries can also be altered, so the name remains unofficial for now.
Motorola Razr Flex uses Snapdragon chip
As for the processor, the Geekbench entry suggests a Snapdragon 8 Gen 5 SoC. This is contrary to previous reports that had hinted at a Snapdragon 8 Elite Gen 5 chip instead. The tested unit has 12GB of RAM and runs Android 17, though Motorola could offer other memory configurations.
The device scored 2,669 points in single-core testing and 8,837 in multi-core testing. It’s worth noting the scores come from Geekbench 6, so they aren’t directly comparable with results from the newer Geekbench 7.
The listing names the phone either Razr Flex 27 or Razr Flex 2027. Motorola already adds a year to the names of phones sold in North America, making either format plausible.
Besides the Snapdragon chip, the foldable reportedly features a 6.92-inch OLED panel with a 2364 x 1728 resolution and a 165Hz refresh rate. The second 4.97-inch OLED screen sits on the outside. The camera setup is said to include a 50MP main sensor and a 50MP ultrawide camera, along with two 32MP selfie cameras.
Other reported specifications include a 5,000mAh battery, 25W wireless charging, and a weight of 215g. The phone is also expected to come in Pantone Coriander and Pantone Dark Botanical Garden color options.
Motorola hasn’t confirmed the Razr Flex name, its specifications, or a launch date. In rumors, the device is expected to launch sometime in December.
Xiaomi has started crowdfunding for its latest smart switch, aiming to make it easier to turn regular home lighting into a connected setup.
It’s designed as a simple retrofit for standard 86-type junction boxes, basically a direct replacement for your old wall switches. Key points include single live/neutral wire compatibility, Xiaomi Mesh 2.0 connectivity, the ability to convert buttons into wireless controls, and support for both regular and smart lights.
The panel is just 3.5 mm thick and uses a high-strength steel bracket for a tighter fit against the wall and less chance of warping. The surface is AG glass with an AF coating that helps resist oil, fingerprints, and scratches, and it comes in two colors. The micro switches give a crisp press with a clean rebound.
One of the more useful parts is how flexible it is for older homes. It automatically adapts to either single-live or neutral-and-live wiring, so you don’t need to rewire or spend extra if your place doesn’t already have a neutral wire. On the dual- and triple-key versions, you can reassign which lights each button controls through the Mi Home app, which helps if the wiring ends up a bit mixed up.
Connectivity runs on a Xiaomi Mesh 2.0 module that Xiaomi claims improves response speed by 50% and cuts network setup time by half, plus it supports remote OTA updates. You can control it with the physical buttons, the Mi Home app, or Xiao Ai voice commands. It works with Xiaomi’s Smart Connect and Mi Home, though you’ll need a Bluetooth Mesh gateway.
Automation options include things like lights turning on when a door opens (if paired with compatible smart locks, gateways, and curtains), or one-button routines that switch lights, open curtains, and start a robot vacuum when you leave home. In wireless mode, the buttons can also trigger other devices like vacuums or air purifiers, not just lights.
On the safety side, it’s rated for a maximum 10A current and 2200W load, with over-temperature and overload protection.
Price and availability
The Xiaomi Smart Switch 2 Pro is now up on Xiaomi Youpin. Crowdfunding prices start at 114 yuan (~$17) for the single-key version, 133 yuan (~$20) for dual-key, and 152 yuan (~$23) for the three-key model.
Redmi announced October 27 as the launch date for the Redmi K100 this morning, confirming the Snapdragon 8 Elite chipset and a dedicated D2 display chip. The company has now revealed more details about the screen, including its size and refresh rate.
The Redmi K100 has a 6.83-inch display with a 165Hz refresh rate. Redmi says more than 40 games support native 165fps playback on the phone. The panel is smaller and has a lower refresh rate than earlier leaks suggested, which pointed to a 6.9-inch AMOLED screen with a 185Hz refresh rate.
The display also supports a 480Hz multi-finger touch reporting rate and a 3,500Hz instantaneous touch sampling rate. Peak brightness reaches 3,500 nits, while Xiaomi Green Mountain Eye Protection 4.0 handles the screen’s eye-care features.
The Redmi K100 will also ship with HyperOS 4. Xiaomi says the software calculates system load more precisely to allocate resources to different tasks, preloads memory to help apps run when needed, and improves the efficiency of its own applications. The first two changes are part of the HyperCore kernel update covered when stable HyperOS 4 began rolling out in China.
Alongside the hardware details, Redmi has shared official images of the K100 in a new Flame Green colorway.
Redmi has yet to reveal the phone’s price, battery capacity, or camera specifications. Earlier leaks pointed to a 10,000mAh battery, but that detail remains unconfirmed. The company is expected to share the remaining specifications at the October 27 launch event.
Motorola looks to be working on a battery-focused version of the Moto G47. Xpertpick spotted the Moto G47 Power (model XT2625-15) in Europe’s EPREL energy efficiency database. The listing shows a rated battery capacity of 6,790mAh, a solid jump from the regular Moto G47’s 5,200mAh.
Marketing numbers usually round these up a bit, so it’s likely to be promoted as around 7,000mAh. The same docs also list 33W wired charging (up from 20W on the standard model) and an IP64 rating for dust and water resistance. It even hints the phone could get up to five years of security updates.
The EPREL data gives a bit more useful context beyond just the mAh number. It records about 78 hours and 19 minutes of endurance under the standardized test (not continuous screen-on time), puts the phone in energy-efficiency class A, rates battery durability at 1,200 charge cycles, and gives it a repairability class of B. Those figures paint a clearer picture of real-world staying power than the raw capacity alone, especially when you factor in the faster charging.
An early listing on the Italian retailer Epto showed a 4GB RAM + 128GB storage version priced around €350. Most of the other core specs haven’t been confirmed yet for the Power model.
Looking at the regular Moto G47 (which launched in Europe in spring 2026), the expectation is that it’ll keep the same basic setup: a 6.67″ 120Hz IPS LCD (HD+ resolution, up to around 1,050 nits peak brightness, protected by Gorilla Glass 7i), a Dimensity 6300 chipset, a dual rear camera with a 108MP main sensor and 2MP secondary, plus an 8MP front camera. The Power version is widely expected to stick with this foundation and focus the upgrades on battery size, charging speed, and durability.
The standard Moto G47 already has IP64 protection and runs Android 16 with Motorola’s Hello UI. The Power edition fits Motorola’s usual pattern of offering bigger-battery “Power” models alongside the regular G-series phones, just like they did with the G77 Power and earlier ones.
Xiaomi 18 Pro and Vivo X500 Pro take different approaches to flagship performance, photography, and everyday usability. Xiaomi focuses on a high-resolution camera system, a secondary rear display, and a massive battery, while Vivo emphasizes Zeiss camera technology, advanced video recording, and a sharper main display. Both offer premium hardware, but their differences could make one a better choice depending on your priorities.
Major Features:
Category
Xiaomi 18 Pro
vivo X500 Pro
Winner
Build
Dragon Crystal Glass 3, aluminum frame
Glass front, aluminum frame, glass or reinforced plastic back
vivo — IP68/IP69 protection
Water Resistance
IP68, up to 6m for 30 minutes
IP68/IP69, up to 1.5m for 30 minutes
vivo — Better high-pressure water protection
Display
6.4-inch LTPO AMOLED, 120Hz
6.36-inch LTPO AMOLED, 144Hz
vivo — Higher refresh rate
Resolution
1120 × 2436 pixels
1216 × 2660 pixels
vivo — Sharper display
Peak Brightness
4,000 nits
4,500 nits
vivo — Higher claimed peak brightness
Secondary Display
2.7-inch rear display
Not available
Xiaomi — Additional rear-screen functionality
Operating System
Android 17, HyperOS 4
Android 17, OriginOS 7
Tie — Both run Android 17
Software Updates
Not specified
Up to 5 major OS updates
vivo — Clearer update commitment
Chipset
Snapdragon 8 Elite Gen 6, 2nm
MediaTek Dimensity 9600 Pro, 2nm
Xiaomi — Stronger on-paper performance potential
GPU
Adreno
Mali-G2-Ultra-NX
Tie — Real-world benchmarks needed
RAM
12GB, 16GB
12GB
Xiaomi — Offers a 16GB option
Storage
256GB, 512GB, 1TB
256GB, 512GB, 1TB
Tie — Same maximum storage
Storage Type
UFS 4.1
UFS 4.1
Tie — Same storage standard
Main Camera
200MP, OIS, Leica lens
50MP, OIS, Zeiss optics
Xiaomi — Higher resolution and Leica branding
Telephoto Camera
200MP periscope, 3.2x optical zoom
64MP periscope, 3.5x optical zoom
Xiaomi — Higher-resolution telephoto sensor
Ultrawide Camera
50MP, 102° field of view
50MP, 119° field of view, autofocus
vivo — Wider coverage and autofocus
Rear Video
Up to 8K at 30fps, 4K at 120fps
Up to 8K at 30fps, 4K at 240fps
vivo — Higher maximum 4K frame rate
Selfie Camera
50MP, autofocus
50MP, autofocus
Tie — Both offer autofocus
Selfie Video
4K at 60fps
4K at 60fps
Tie — Same maximum resolution and frame rate
Audio
Stereo speakers, Dolby Atmos, Snapdragon Sound
Stereo speakers, Hi-Res audio
Xiaomi — Dolby Atmos and Snapdragon Sound
Connectivity
Wi-Fi 7, Bluetooth 6.0, USB 3.2, UWB
Wi-Fi 7, Bluetooth 5.4/6.0, USB 3.2
Xiaomi — UWB support and broader listed Bluetooth features
Battery
7,000mAh
6,510mAh
Xiaomi — Larger battery capacity
Wired Charging
100W
90W
Xiaomi — Faster rated charging
Wireless Charging
50W
40W
Xiaomi — Higher rated wireless charging speed
Reverse Charging
27W reverse wireless
Reverse wireless and reverse wired
Tie — Different reverse-charging advantages
Price
Priced around $1,000 / ₹1,20,000
Priced around $950 / ₹93,000
vivo — Lower estimated price
Overall
Better battery, charging, and high-resolution cameras
Better display, water resistance, and video versatility
Xiaomi — More ambitious hardware package
Disclaimer: Specs are based on available data. Actual performance may vary. Verify details from official sources before buying.
Design and Display
Build and Feel
The Xiaomi 18 Pro combines Dragon Crystal Glass 3 with an aluminum frame, giving it a premium construction and additional screen protection. Its IP68 rating promises water resistance at depths of up to six meters under specified conditions. The Vivo X500 Pro also uses an aluminum frame and glass or glass-fiber-reinforced plastic back, depending on the variant. Its IP68/IP69 certification adds protection against high-pressure water jets. Both phones feature ultrasonic in-display fingerprint sensors, but Xiaomi’s more distinctive design includes a secondary display on the rear. This adds functionality beyond the conventional flagship experience, although its usefulness depends on how frequently users rely on the extra screen.
Display Quality
The Xiaomi 18 Pro features a 6.4-inch LTPO AMOLED panel with a 120Hz refresh rate, Dolby Vision, HDR10+, and a claimed peak brightness of 4,000 nits. The Vivo X500 Pro offers a slightly smaller 6.36-inch LTPO AMOLED display with a sharper 1216 x 2660 resolution, 144Hz refresh rate, and peak brightness of 4,500 nits. Xiaomi supports 68 billion colors and 2160Hz PWM dimming, while Vivo offers Ultra HDR image support. Both should deliver vibrant visuals, but Vivo’s higher refresh rate and resolution give it an advantage for smooth scrolling and fine details.
Verdict
The Vivo X500 Pro wins for its sharper, smoother primary display and broader water-resistance certification. Xiaomi remains more distinctive thanks to its useful rear display and specialized screen-dimming technology.
Specifications Including Battery
Performance
The Xiaomi 18 Pro runs on Qualcomm’s Snapdragon 8 Elite Gen 6 chipset, built on a 2nm process, with an octa-core CPU reaching 5GHz. Its Adreno GPU and configurations offering up to 16GB RAM make it a strong candidate for demanding games, multitasking, and intensive applications. The Vivo X500 Pro uses the MediaTek Dimensity 9600 Pro, also manufactured on a 2nm process, with CPU speeds reaching 4.55GHz and a Mali-G2-Ultra-NX GPU. Both phones use UFS 4.1 storage and offer up to 1TB of internal space. However, Xiaomi’s 16GB RAM option gives power users more memory headroom, while Vivo limits its listed configurations to 12GB RAM. Actual performance will depend on sustained workloads, cooling, and software optimization rather than clock speeds alone.
Battery and Charging
Xiaomi equips the 18 Pro with a 7,000mAh silicon-carbon battery, supported by 100W wired charging, 50W wireless charging, and 27W reverse wireless charging. The Vivo X500 Pro has a 6,510mAh silicon-carbon battery, 90W wired charging, 40W wireless charging, and reverse wireless and wired charging. Xiaomi’s larger battery should provide a useful endurance advantage, particularly for gaming, navigation, and extended media use. Its faster charging ratings also make it the more versatile option for users who regularly need quick top-ups. Vivo counters with reverse wired charging, which can be handy for powering compatible accessories.
Verdict
The Xiaomi 18 Pro wins this section with its larger battery, faster wired and wireless charging, and optional 16GB RAM. It looks better suited to demanding users.
Camera
Main and Secondary Lenses
The Xiaomi 18 Pro features a 200MP main camera with optical image stabilization and a large 1/1.28-inch sensor, accompanied by a 200MP periscope telephoto camera offering 3.2x optical zoom. Its 50MP ultrawide camera completes a versatile Leica-branded system. The Vivo X500 Pro takes a different approach, combining a 50MP main camera with a 1/1.28-inch sensor, a 64MP periscope telephoto camera with 3.5x optical zoom, and a 50MP autofocus ultrawide camera. Zeiss optics, T* lens coating, and 3D LUT import support its imaging ambitions. Xiaomi’s high-resolution telephoto hardware offers greater cropping flexibility, while Vivo’s optical tuning and longer telephoto reach could appeal to portrait photographers. Neither camera system can be declared superior on megapixels alone; image processing, exposure consistency, and low-light performance will ultimately determine real-world results.
Both phones feature 50MP front cameras, but their implementations differ. Xiaomi provides autofocus, HDR, and 4K video recording at up to 60fps, alongside gyro-based electronic stabilization. The Vivo X500 Pro also offers autofocus and 4K recording at up to 60fps, making both suitable for video calls, social media content, and detailed self-portraits. Xiaomi explicitly lists HDR10+ support for front-camera video, while Vivo emphasizes its broader professional video toolkit across the rear cameras. For creators, the distinction is less about front-camera resolution and more about color consistency and recording flexibility. Xiaomi has a compelling selfie-video specification, but Vivo’s overall imaging ecosystem makes it an attractive option for users who regularly switch between photography and advanced video production.
Verdict
The Xiaomi 18 Pro wins on paper with its dual 200MP cameras and high-resolution telephoto hardware. Vivo remains compelling for Zeiss optics, longer optical zoom, and advanced video tools.
Pricing
The Xiaomi 18 Pro is priced around $1,000 (₹1,20,000), positioning it firmly in the premium flagship segment. The Vivo X500 Pro is priced around $950 (₹93,000), making it the less expensive option. The difference is approximately $50 or ₹27,000, although actual prices will depend on regional availability, taxes, storage configurations, and official launch pricing.
Xiaomi’s higher asking price comes with a larger battery, faster charging, two 200MP rear cameras, and a secondary rear display. Vivo offers a sharper 144Hz screen, Zeiss camera technology, IP69 protection, and advanced video-recording features. Buyers should also consider whether the desired variant is officially available in their market, as regional differences can affect software, connectivity, warranty coverage, and pricing.
Is the price justified?
Xiaomi’s premium makes sense for users who prioritize battery endurance, high-resolution photography, and charging flexibility. Its additional features provide tangible benefits for heavy users, although not everyone will need a rear display or 200MP telephoto camera.
Vivo X500 Pro offers a more balanced package for buyers who want premium photography, a sophisticated display, and robust water resistance without paying as much. Its professional video capabilities further strengthen its value for content creators.
Vivo offers the stronger overall value, while Xiaomi justifies its higher cost through more ambitious hardware specifications. Neither phone is inexpensive, so the better purchase depends on which features will genuinely improve everyday use.
Verdict
The Vivo X500 Pro wins on value, costing less while delivering a premium display, Zeiss camera technology, and strong water resistance. Xiaomi is worth the premium for battery-focused users.
Disclaimer: Prices are approximate and may vary based on country, region, launch timing, and applicable taxes. Always check whether the listed price is for a China unit or a global/international variant when purchasing.
Conclusion
The Xiaomi 18 Pro stands out with its secondary rear display, dual 200MP camera system, 7,000mAh battery, and 100W wired charging. These features make it particularly appealing to users who want extended endurance, flexible photography, and distinctive flagship hardware. Its Snapdragon chipset and optional 16GB RAM also strengthen its appeal for demanding applications and gaming.
The Vivo X500 Pro counters with Zeiss optics, a 144Hz LTPO AMOLED display, IP68/IP69 protection, and extensive video capabilities, including 4K recording at up to 240fps and professional 10-bit recording options. It also supports up to five major Android OS updates, providing a clearer long-term software commitment. Its lower estimated price makes the overall package easier to justify for buyers who value photography and display quality over headline-grabbing camera resolutions.
Verdict
Xiaomi 18 Pro is the overall winner for its more powerful-looking camera hardware, larger battery, faster charging, and higher memory ceiling. It offers the more ambitious flagship package for power users. However, the Vivo X500 Pro is the smarter value choice for buyers who prioritize Zeiss imaging, advanced video recording, a sharper display, and a lower price. Choose Xiaomi for battery life and hardware versatility; choose Vivo for photography-focused value and long-term software support.
FAQS:
1. Which phone should you buy, Xiaomi 18 Pro or vivo X500 Pro?
Choose Xiaomi for battery life and high-resolution cameras. Choose vivo for display quality, video features, and better value.
2. Which phone has the better camera?
The Xiaomi offers dual 200MP rear cameras, while vivo features Zeiss optics and a longer 3.5x optical zoom.
3. Which phone delivers better performance?
The Xiaomi’s Snapdragon chipset and optional 16GB RAM look promising, but independent benchmarks are needed for a definitive verdict.
4. Which phone has better battery life?
The Xiaomi’s 7,000mAh battery should offer an endurance advantage over vivo’s 6,510mAh battery.
5. Which phone offers better value for money?
The vivo X500 Pro offers better value at its estimated lower price, especially for buyers prioritizing photography and display quality.
Disclaimer: Prices, specifications, and availability may vary by region and retailer. Recommendations in this article are based on editorial opinion, feature-based value, and market positioning at the time of writing. Readers are advised to do their own research before making a purchase.
Huawei is reportedly preparing its next book-style foldable smartphone, the Mate X8, for launch in China. The upcoming flagship is expected to bring improvements to its display, cameras, and battery life. It could also mark another step forward for Huawei’s in-house Kirin chipset lineup.
Huawei Mate X8 design and display details
Huawei Mate X7
According to Chinese tipster Bai Ze Guan Shan, the Huawei Mate X8 was originally scheduled to debut in November alongside the company’s rumoured new sub-brand, Xingmang. However, the launch timeline for the new brand remains uncertain, so it is unclear whether both will appear at the same event.
The Mate X8 is tipped to feature a 6.5-inch cover display and an 8.15-inch inner screen. A privacy-focused display variant is also reportedly under consideration, potentially appealing to business users who want to keep on-screen information private in public settings. The phone is expected to retain the Mate X series’ established foldable design and circular rear camera module.
The camera setup could include a 50-megapixel SC595 primary sensor measuring 1/1.28 inches, paired with a variable aperture and Huawei’s RYYB color filter array. A 50-megapixel periscope telephoto camera is also tipped, although Huawei has yet to confirm the complete camera configuration.
Battery life could receive a substantial upgrade, with the Mate X8 reportedly featuring a capacity exceeding 6,000mAh. This would provide additional endurance for its large foldable display and demanding workloads.
The chipset lineup is expected to include the Kirin 9050 and Kirin 9050 Pro, potentially distinguishing different configurations within the series. Recent Huawei device launches suggest that the company’s in-house processors are becoming more widely available, although the extent of any production improvements remains unclear. Pricing has not been confirmed, but the Mate X8 is expected to target the premium foldable segment. Which upgrade are you most looking forward to: the larger battery, camera hardware or privacy-focused display?
Vivo has recently launched the Vivo X500, X500 Pro, and X500 Pro Max in China, and these models are expected to reach the global market by the end of this month. The lineup will also include other models, such as the Vivo X500E and X500 FE. However, the major highlight of the series is the Vivo X500 Ultra, as it is expected to deliver a remarkable photography experience similar to that of the X300 Ultra. Today, reliable tipster DCS published a Weibo post sharing key details about the device.
Vivo X500 Ultra key details emerge
According to DCS, the Vivo X500 Ultra is tentatively scheduled to launch in March or April 2027. This timeline would be in line with expectations, as the X300 Ultra debuted in March 2026.
The tipster further mentioned that the Vivo X500 Ultra will feature Qualcomm’s Snapdragon 8 Elite Extreme Gen 6 chipset (SM8975). On the front, it will have a 6.85-inch BOE LTPO display with 2K+ resolution and a 144Hz refresh rate. It is expected to feature an LIPO flat display with symmetrical bezels and rounded corners, as well as an ultrasonic fingerprint sensor.
The leak does not provide any information about the device’s camera capabilities, but the phone may pack a battery with a capacity of around 7,000mAh.
Recent reports have revealed that the Vivo X500 Ultra is being tested with a 200-megapixel periscope telephoto camera featuring different sensor sizes, including 1/1.12-inch, 1/1.3-inch, and 1/1.4-inch options. However, it remains unclear which sensor will be used in the final device.
For the main camera, Vivo may use either a 50-megapixel 1/1.28-inch LOFIC sensor with a 35mm focal length or a 200-megapixel 1/1.12-inch LOFIC sensor. It is advisable to wait for further reports to learn more about the exact camera specifications.
HMD could soon expand its Vibe 2 lineup with a new model called the Vibe 2 Max. Tipster @smashx_60 has shared renders and a full list of specifications on X. And as the name suggests, the phone is likely to sit above the HMD Vibe 2 Pro 5G, which arrived in India at the end of September.
The phone is said to built arond a 6.78-inch FHD+ IPS LCD with a 120Hz refresh rate and peak brightness of 1,500 nits. The screen size and refresh rate match the Vibe 2 Pro 5G.
HMD Vibe 2 Max differs from Vibe 2 Pro in few areas
The Vibe 2 Max could also get a different chipset. According to the leak, it uses a Unisoc T9100 processor clocked at 2.7GHz, paired with 8GB of RAM and 256GB of storage. The Vibe 2 Pro 5G, by comparison, runs on the MediaTek Dimensity 6300 and comes with up to 8GB of RAM and 128GB of storage. The Max would therefore double the available storage.
The cameras could be another major difference between the two models. The leak hints at a camera setup consisting of a 108MP main camera and an 8MP secondary sensor on the back, along with a 50MP front camera.
The phone is also said to support 4K video recording at 30fps. The Vibe 2 Pro 5G has a 64MP Sony IMX682 main camera, a 2MP macro camera and a 13MP selfie shooter, with video recording capped at 1080p at 30fps.
Both phones appear to share the same battery and charging specifications. The Vibe 2 Max is listed with a 6,000mAh battery and 33W wired charging, along with Android 16. Other reported features include IP64 dust and water resistance, Wi-Fi 6, 5G connectivity, NFC, Bluetooth 5.2, dual speakers and a side-mounted fingerprint scanner.
The shared renders show the HMD Vibe 2 Max in black, red and green. All three versions have a rectangular camera module in the upper-left corner, with two lenses and an LED flash.
HMD hasn’t announced the Vibe 2 Max yet, and the leak doesn’t reveal its price, launch date or intended markets.
iQOO is preparing to unveil its next Neo-series smartphone in China later this month. The upcoming model focuses on gaming performance, display technology, and battery endurance. The company has also revealed a new color option ahead of the launch.
iQOO Neo 12 design
iQOO Neo 12 launch date
The iQOO Neo 12 will launch in China on October 28 at 7 PM local time, with sales scheduled to begin immediately after the announcement. One of its new finishes, called Zhengfeng, features a dynamic texture that produces a flowing light effect as the viewing angle changes. The company has also collaborated with the China Academy of Art on a new colorway. Its rear camera module adopts a square design, while a metal frame completes the exterior.
The iQOO Neo 12 will feature the Snapdragon 8 Elite Gen 5 chipset alongside iQOO’s dedicated Q3 gaming chip and an updated Monster Super Core Engine. An active cooling fan forms part of its Ice Dome cooling system, helping manage temperatures during demanding gaming sessions.
The phone will debut a 2K display with a 185Hz refresh rate, using pTSF light-emitting technology. Its panel is rated for up to 2,200 nits of full-screen peak brightness and incorporates XDR dynamic range enhancement, circular polarisation display technology and a 1-nit sleep screen. The device also uses the same touch chip as the iQOO 16, with instant touch sampling rates of up to 5,000Hz and multi-touch sampling rates of up to 500Hz.
A 9,000mAh Blue Ocean battery will power the device, using a single-cell design and fifth-generation silicon-anode technology. Its energy density is rated at 916Wh/L, and it supports 100W wired charging.
For gaming, iQOO claims the phone can run supported titles at 2K resolution and 185 frames per second with simultaneous super-resolution and frame interpolation. It is also expected to support more than 50 native 185fps games, alongside full-scene ray tracing and Q-Flex controls.
Redmi will launch its next K-series smartphone, the Redmi K100, in China on Oct. 27. The upcoming device is expected to bring notable upgrades aimed at gamers and users who prioritise battery life. The company has also unveiled the phone’s new color option ahead of its official debut.
Redmi K100 design
Redmi has unveiled the K100 in a new Firefly Green colour option, featuring a light green finish and a flat display with a centred punch-hole cutout. The rear panel houses a wide, horizontally arranged camera module, while a metal frame adds to the phone’s construction. A Bose tuning logo appears alongside the camera module, highlighting the device’s audio focus.
Redmi K100 specifications: What to expect
Redmi has confirmed that the K100 will use Qualcomm’s Snapdragon 8 Elite chipset alongside a dedicated D2 display chip. The combination, marketed as a dual-chip setup, is designed to support hardware-level image upscaling and frame interpolation in compatible games.
The phone is expected to feature a 6.9-inch AMOLED display with a 1.5K resolution and a refresh rate of up to 185Hz. Its Super Pixel technology is said to deliver clarity comparable to a 2K screen while maintaining the power consumption associated with a 1K display.
The device is also tipped to pack a 10,000mAh silicon-carbon battery with 100W wired charging, making it the largest battery yet reported for a Redmi K-series phone. A 50W wireless charging option has also been rumoured.
Other reported specifications include a 200-megapixel primary camera, a periscope telephoto camera, stereo speakers, an ultrasonic fingerprint sensor and IP68-rated protection. These details remain unconfirmed unless explicitly announced by Redmi.
The Redmi K100 Pro and K100 Pro Max were rebadged as the Poco F9 Pro and Poco F9 Ultra for global markets. However, there is currently no clarity on whether the standard K100 will also launch internationally under a Poco name. Which feature are you most excited about?
The Honor Win 2 is the premium model of all, with a Snapdragon 8 Elite Extreme Gen 6 chip, LPDDR5X Ultra RAM, and UFS 4.1 storage. It also gets a dual-fan cooling system, with the tipster claiming an AnTuTu score of more than 5.7 million points.
The phone features a 6.89-inch flat LTPS OLED display with 2K resolution and a 185Hz refresh rate. Its bezels measure just 0.93mm on all four sides. The device gets its juice from a 10,100mAh battery that supports 100W wired and 50W wireless charging.
On the back, the Win 2 has a 200MP main camera with a 1/1.4-inch sensor and optical image stabilization (OIS). Other listed features include a metal frame, dual 1216 symmetrical speakers, IP68, IP69, and IP69K ratings, and an 0809 X-axis motor. It also has a dedicated Win key for gaming, an ultrasonic fingerprint sensor, and a USB 3.2 Gen 1 port.
The phone supports the n79 band and comes in five memory configurations: 12GB+256GB, 16GB+256GB, 12GB+512GB, 16GB+512GB, and 16GB+1TB.
Honor Win RT 2
The Honor Win RT 2 uses last year’s yet capable Snapdragon 8 Elite Gen 5, and retains LPDDR5X Ultra RAM, UFS 4.1 storage, and the same 6.89-inch 2K LTPS OLED display with a 185Hz refresh rate.
Its battery is larger, though, at 12,070mAh capacity, while charging tops out at 90W. The main camera uses a 200MP 1/1.56-inch sensor with OIS, while the phone also has a metal frame and a single-fan cooling system.
The Win RT 2 shares several features with the top model, including dual 1216 symmetrical speakers, IP68, IP69, and IP69K protection, a 0809 X-axis motor, and an ultrasonic fingerprint sensor. However, it steps down to USB 2.0.
Honor will reportedly sell the phone in four configurations: 12GB+256GB, 16GB+256GB, 12GB+512GB, and 16GB+512GB.
Honor Win Turbo 2
The Honor Win Turbo 2 is the entry-level model in the series and does away with active fan cooling. According to Experience More, it could use the Snapdragon 8s Gen 4, although the tipster has marked the processor as unconfirmed.
The front is built around the same 6.89-inch flat LTPS OLED panel, 2K resolution, and a 185Hz refresh rate. The phone also shares the Win RT 2’s 12,070mAh battery and 90W charging support.
As for the camera, we’re likely to get a 50MP main sensor with OIS. The phone will have a metal frame, dual 1216 symmetrical speakers, IP68, IP69, and IP69K ratings, and a 0809 X-axis motor. Other differences include a short-throw optical fingerprint sensor and a USB 2.0 port.
Memory options reportedly start at 8GB+256GB, with additional configurations of 12GB+256GB, 16GB+256GB, 12GB+512GB, and 16GB+512GB.
What we know so far
Honor has yet to confirm these specifications or announce prices for the new phones. The original Honor Win and Win RT launched in China in December 2025, both featuring 10,000mAh batteries. The lineup has remained exclusive to China so far, and there is no official word on whether the new models will reach other markets.
Vivo is expanding beyond smartphones with the Vision Discovery Edition, its first mixed reality (MR) headset. Showcased in India alongside the Vivo X Fold 6 at the Vivo NEXT event on October 6, the headset offers a glimpse into the company’s ambitions in spatial computing, entertainment, and gaming.
I got to try the Vivo Vision Discovery Edition at the event, exploring its interface, controls, virtual environments, and gaming features. Although my session was brief, the experience was positive. However, the headset is currently not available for purchase in India, with no confirmed retail price or consumer sales date.
2Exploring the Spatial Interface
The headset runs OriginOS Vision, which places applications and content within a virtual environment. The home screen displayed Settings, Browser, File Manager, Albums, Player, and two games named Vigo and Pat Pat.
The app selection was limited on the demonstration unit. Rather than a fully established consumer ecosystem, the showcase focused on demonstrating the headset’s core capabilities. A broader application selection and stronger third-party support will be important if Vivo intends to make the headset useful beyond entertainment.
One highlight was the 360-degree virtual environment. As I moved my head and looked around, the scene changed with my viewpoint. Moving around made me feel as though I was walking through the virtual environment rather than simply watching a video. Vivo also advertises a virtual cinema experience equivalent to a 120-foot screen.
The reliable industry tipster Digital Chat Station has shared gaming performance numbers for the OnePlus Ace 7 Pro, showing the phone running Delta Force at close to 185fps throughout a full-scale battle. The tipster posted screenshots from PerfDog, a performance monitoring tool, showing a nearly flat frame-rate curve during the test.
Per previous reports, the OnePlus Ace 7 series would feature a 185Hz display. The latest test suggests the Ace 7 Pro can use that refresh rate in a demanding game. With graphics set to high-definition quality and the game running in its native 185fps mode, the phone averaged 185.02fps. Its 1% low is 183.1fps.
The tipster also tested another phone with a 2nm flagship chip, without naming it. It managed an average of 163.3fps, with a 1% low of 81.5fps. A drop that large would show up as visible stutter in a match. The OnePlus Ace 7 Pro leads on both numbers, and the gap in the 1% low is far wider.
According to earlier leaks, the OnePlus Ace 7 Pro reportedly uses the Snapdragon 8 Elite Gen 5 and an active cooling fan with a dual-airflow design.
OnePlus Ace 7 cooling helps in gaming performance
The cooling system reportedly uses two separate air ducts, with one covering the processor area and the other targeting the back cover. The setup better manages the chip’s temperature and heat on the phone’s exterior, helping the processor maintain its performance during extended gaming sessions. Digital Chat Station also claims the Ace 7 Pro’s body remained cooler than the comparison phone during the test.
The test covers just one game, so performance may vary with other titles, game updates, and settings.
Meanwhile, OnePlus has already opened reservations for the Ace 7 series in China, and the phones are now available for pre-order through e-commerce platforms. The official launch is expected toward the end of October.
Samsung’s wider foldable design opens up new ways to use the Galaxy Z Fold 8 beyond simply unfolding it into a larger screen. From watching videos at a comfortable angle to running three apps simultaneously, the device offers several practical ways to take advantage of its unconventional form factor. Here are seven ways I enjoyed using it.
2Read, type, and multitask in portrait orientation
I particularly like holding the unfolded Fold 8 vertically when reading articles or typing. The larger display provides more room than a conventional phone, while Samsung’s multitasking interface lets you open multiple apps in a single view.
As shown in my photos, you can keep a webpage open across the upper portion of the screen while using Samsung Notes and another application below it. You can also stack apps vertically, making it easier to reference information while writing or responding to messages.
This arrangement is useful for researching a topic while taking notes, reading an article while chatting, or checking information without repeatedly switching between apps.
Vivo usually launches two generations of S-series phones in China each year. In May, the brand unveiled the Vivo S60 series, and it appears that the S70 lineup may not be far away. A new leak from tipster Smart Pikachu has revealed the launch timeframe and initial details about the S70.
Vivo S70’s fisrt details emerge
According to the tipster, a wave of mid-range camera phones will start launching next month in China. The post tags the Vivo S70, which suggests the phone could debut in China in November. The tipster also claims that only one brand in this batch will offer a large-sensor periscope camera with teleconverter support. The other phones expected to launch in November in China include the Honor 700 series and Oppo Reno 17 lineup.
That brand is likely Vivo, so the S70 could get a bigger telephoto sensor than the S60’s 50-megapixel periscope. An attachable teleconverter would give buyers extra zoom without spending on a flagship. So far, Vivo has offered this accessory only with its premium X-series phones.
For reference, the Vivo S60 has a 6.59-inch AMOLED panel at 2750 x 1260 resolution, with a 144Hz refresh rate and up to 5,000 nits of peak brightness. It runs on the Snapdragon 8s Gen 3 with up to 16GB of RAM and 512GB of storage, and ships with OriginOS 6 based on Android 16.
Around the back, the S60 has a 50-megapixel main camera with OIS, a 50-megapixel periscope telephoto lens with 3x optical zoom and an 8-megapixel ultrawide camera. A 50-megapixel camera on the front handles selfies. Inside is a 7,200mAh silicon-carbon battery with 90W wired charging, and the phone is rated IP68 and IP69.
Xiaomi has quietly opened full-payment pre-orders in China for the Mijia Mite Remover 3. On paper it looks like a modest upgrade, but the changes should make a real difference for anyone trying to keep mattresses, sofas, and bedding clean.
The big change is the motor. It now pulls 16 kPa of suction, up from 12 kPa on the Mijia Mite Remover 2. That extra power should help it dig deeper into fabric for dust mites, dander, and other debris.
Xiaomi also upgraded the dust collection to a dual-cup system. One cup grabs the bulk of the dirt and helps stop the air ducts and cyclone from clogging, while the second uses spiral airflow to separate finer particles. The idea is better dirt-and-air separation so suction stays stronger for longer.
Filtration got a refresh too. It’s now a full six-stage setup that should reduce the chance of the air path getting blocked and cut down on dust blowing back into the room. The cleaning head delivers 15,000 high-frequency beats per minute and uses a three-zone resonance beater. The vibration-style design is meant to loosen mites and debris while being less likely to tangle with hair, which is a common annoyance with these kinds of cleaners.
On the hygiene side, it still has the LED ultraviolet sterilization, and now adds a 65 °C hot-air drying function, 15 °C hotter than before. Xiaomi says the higher heat helps disrupt the mites’ environment and slow their growth, while also leaving the surface drier after cleaning. Stronger suction, dual cups, multi-stage filtration, rapid beating, and hotter drying together make for a more complete approach to dealing with the allergens that love beds and upholstery.
Price and availability
Right now the Mijia Mite Remover 3 is only available through pre-order in China. It’s priced at 249 yuan, which translates to around $37.
It sits below the earlier Mite Remover 3 Pro, which is cordless, lighter, and pricier, so the regular 3 is the more affordable pick if you mainly want solid mechanical performance.
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